mhurhangee/ep-ind-claims huggingface dataset:
A heating apparatus for heating liquid, comprising a sealed frame, a heating body, a water outlet, and a water inlet, wherein the sealed frame and the heating body are connected with each other sealedly and enclosing a room sealedly to form a cavity; wherein a sealed body is disposed inside the cavity, and that the sealed body and the heating body enclose a room to form a sealed water passage having a given capacity, and that the sealed water passage interconnects with exterior through the water inlet and the water outlet, and that liquid from the water inlet is constrained by the sealed water passage, flows along the sealed water passage, and then runs out of the water outlet, wherein the sealed body has a sealing rib along the path interconnecting the water inlet and the water outlet, and that the sealing rib contacts the heating body in a sealed state, wherein each of the sealed frame and the heating body is in form of a hollow pipe structure, and that the sealed body tightly sleeves an outer surface of the sealed frame, and that the sealing rib rises upward spirally along an outer surface of the sealed body, and that a pitch of the sealing ribs forms a spiral water trench, and that the heating body sleeves the sealed frame and the sealed body, and that two ends of the heating body are respectively fit to two ends of the sealed frame in a sealed state, and that the spiral water trench and the heating body jointly enclose a room to form the sealed water passage in a spiral form, and that the water inlet and the water outlet are respectively at two ends of the sealed water passage, wherein the sealed frame has a hollow chamber in a center thereof, and that the water inlet and the water outlet are disposed on a wall of the hollow chamber.
An electric motor, in particular a starter motor for a starting device, with a motor housing, on the front side of which a bearing cover is attached using screws, characterized in that the contact region between the bearing cover and the end face of the motor housing has a spherical axial elevation in the section between the screws, wherein the axially elevated version of the contact region compensates for a deformation of the bearing cover when screwing.
Cistern arrangement comprising a cistern having a wall delimiting an internal space and having an inlet opening passing through the wall and having an outlet opening passing through the wall, a closing body capable of being raised inside the internal space for the purpose of closing the outlet opening in a closed position, and a hydraulically actuated raising device, which is in connection with the closing body, the closing body being capable of being raised by the raising device from a closed position closing the outlet opening into a flushing position uncovering the outlet opening, wherein the raising device comprises at least one raising element, which acts against the closing body, and at least one release element for actuating the raising element, wherein the raising element is connected to a water supply line and is capable of being raised by the water pressure, wherein the release element comprises a valve, by means of which water pressure can be applied to the raising element during actuation of the valve, wherein the raising element and the release element are arranged in a common housing block provided as a single piece, characterized in that the housing block further comprises at least one fastening element, and in that the wall of the cistern possesses recesses, wherein the fastening element protrudes with a portion into these recesses.
An air cleaning device comprising: a main body; a filter configured to be disposed in the main body to purify air; and a main, mirror being disposed to incline toward a side of the filter so as to reflect a part of the filter, whereby the main body comprises a check hole, the air cleaning device being characterized in that the main mirror is configured to transmit an image of said part of the filter to an outside of the main body, so as to enable a contamination level of the part of the filter to be checked with eyes, and in that the check hole is formed in a position into which the image of the part of the filter reflected from the main mirror is projected. a main body; a filter configured to be disposed in the main body to purify air; and a main, mirror being disposed to incline toward a side of the filter so as to reflect a part of the filter, whereby the main body comprises a check hole, the air cleaning device being characterized in that the main mirror is configured to transmit an image of said part of the filter to an outside of the main body, so as to enable a contamination level of the part of the filter to be checked with eyes, and in that the check hole is formed in a position into which the image of the part of the filter reflected from the main mirror is projected.
Propellant charge comprising one or more longitudinally extending, progressive-externally burning grains having a number of perforations passing through the grains in the length direction and wherein said grains have a cross-sectional shape, taken perpendicularly to the grain's length direction, that is elongated, characterized in that the cross-sectional shape is line-symmetric in at most two different lines.
Winter sports gear, comprising an anti-ice- coating having a thickness of 10 to 200 nm that is applied to at least one surface of the winter sports gear, wherein this coating has a structuring in the form of a dot or line pattern and comprises (i) 25 to 29 atom % silicon, 22 to 45 atom % oxygen, and 26 to 49 atom % carbon (each determined according to XPS analysis and based on the total atom % of the anti-ice- coating) or (ii) a) 15 to 75 atom % fluorine, and b) 25 to 85 atom % further components (each according to XPS analysis and based on the total atom % of the anti-ice coating). (i) 25 to 29 atom % silicon, 22 to 45 atom % oxygen, and 26 to 49 atom % carbon (each determined according to XPS analysis and based on the total atom % of the anti-ice- coating) or (ii) a) 15 to 75 atom % fluorine, and b) 25 to 85 atom % further components (each according to XPS analysis and based on the total atom % of the anti-ice coating).
A method for transmitting rich media information in a call process, wherein the method comprises: establishing, by a first terminal, a call connection to a second terminal by using a real-time transport protocol RTP data link; determining, by the first terminal based on a user operation, target rich media information selected by a user in the first terminal; searching, by the first terminal, a first rich media library for a code corresponding to the target rich media information; and encapsulating, by the first terminal, the found code corresponding to the target rich media information into a real-time transport control protocol, RTCP, packet, and sending an RTCP packet obtained after encapsulation to the second terminal, wherein the first rich media library is preset in the first terminal and a second rich media library is preset in the second terminal, and same rich media information corresponds to a same code in the first rich media library and a second rich media library corresponding to the second terminal. establishing, by a first terminal, a call connection to a second terminal by using a real-time transport protocol RTP data link; determining, by the first terminal based on a user operation, target rich media information selected by a user in the first terminal; searching, by the first terminal, a first rich media library for a code corresponding to the target rich media information; and encapsulating, by the first terminal, the found code corresponding to the target rich media information into a real-time transport control protocol, RTCP, packet, and sending an RTCP packet obtained after encapsulation to the second terminal, wherein the first rich media library is preset in the first terminal and a second rich media library is preset in the second terminal, and same rich media information corresponds to a same code in the first rich media library and a second rich media library corresponding to the second terminal.
A communication system, comprising: a network application, configured to send a group access request that requests access to a group to a service function entity, wherein the group access request comprises a group identifier of the group; and a service function entity, configured to receive the group access request and obtain group member information of all group members in the group according to the group identifier; determine according to the group member information, members that are connected to the service function entity through a same gateway in the group; create a sub-group comprising all the members that are connected to the service function entity through the same gateway on the gateway; and send a sub-group access request that requests access to the members of the sub-group to the gateway. a network application, configured to send a group access request that requests access to a group to a service function entity, wherein the group access request comprises a group identifier of the group; and a service function entity, configured to receive the group access request and obtain group member information of all group members in the group according to the group identifier; determine according to the group member information, members that are connected to the service function entity through a same gateway in the group; create a sub-group comprising all the members that are connected to the service function entity through the same gateway on the gateway; and send a sub-group access request that requests access to the members of the sub-group to the gateway.
Procedure for construction of a rotational asymmetric assembled reflector (6, 12) for projectors for lighting installations, with an angle of asymmetry, α, between an axis corresponding to a light beam of maximum light intensity and an axis orthogonal to a light output plane, characterized in that it comprises the following steps: - construction of a rotationally symmetrical solid (5, 10) symmetrical with respect to an axis of rotation, formed by two rotationally symmetrical solids (65, 66, 125, 126) having a same tangent plane (69, 129) at common points (68, 128) along a conjunction line (67, 127) of said rotationally symmetrical solids (65, 66, 125, 126); - cutting of said rotationally symmetrical solid (5, 10) according to a cutting plane inclined to an axis orthogonal to said axis of rotation, by an angle corresponding to the said angle of asymmetry, α, aimed at obtaining two parts (51, 52, 111, 112); - rotation of about 180° of one (52, 112) of the two parts obtained by means of said cutting around an axis orthogonal to a plane (X, Y) containing said axis of rotation and its orthogonal axis; - assembling of the parts (51, 52, 111, 112) thanks to connecting means (61, 121); - overlapping of a quantity of one part (52, 112) with respect to the other part (51, 111); - adjustment of the inclination of the parts (51, 52, 111, 112) according to a optimum light performance; - assembling (62, 122) of the parts (51, 52, 111, 112). - construction of a rotationally symmetrical solid (5, 10) symmetrical with respect to an axis of rotation, formed by two rotationally symmetrical solids (65, 66, 125, 126) having a same tangent plane (69, 129) at common points (68, 128) along a conjunction line (67, 127) of said rotationally symmetrical solids (65, 66, 125, 126); - cutting of said rotationally symmetrical solid (5, 10) according to a cutting plane inclined to an axis orthogonal to said axis of rotation, by an angle corresponding to the said angle of asymmetry, α, aimed at obtaining two parts (51, 52, 111, 112); - rotation of about 180° of one (52, 112) of the two parts obtained by means of said cutting around an axis orthogonal to a plane (X, Y) containing said axis of rotation and its orthogonal axis; - assembling of the parts (51, 52, 111, 112) thanks to connecting means (61, 121); - overlapping of a quantity of one part (52, 112) with respect to the other part (51, 111); - adjustment of the inclination of the parts (51, 52, 111, 112) according to a optimum light performance; - assembling (62, 122) of the parts (51, 52, 111, 112).
An organic light-emitting diode display device comprising: a substrate on which red, green and blue sub-pixel regions (Pr, Pg, Pb) are defined; first electrodes in the red, green and blue sub-pixel regions (Pr, Pg, Pb), respectively; first, second and third light-emitting layers on the corresponding first electrodes and in the red, green and blue sub-pixel regions (Pr, Pg, Pb), wherein the first light-emitting layers are provided in the red sub-pixel regions (Pr), wherein the second light-emitting layers are provided in the green sub-pixel regions (Pg), wherein the third light-emitting layers are provided in the blue sub-pixel regions (Pb), respectively; a second electrode on the first, second and third light-emitting layers; and red, green and blue color filters on the second electrode and corresponding to the red, green and blue sub-pixel regions (Pr, Pg, Pb), respectively, wherein a thickness of the first light-emitting layer is smaller than a thickness of the second light emitting layer; characterized in that a thickness of the third light-emitting layer is smaller than the thickness of the first light-emitting layer. a substrate on which red, green and blue sub-pixel regions (Pr, Pg, Pb) are defined; first electrodes in the red, green and blue sub-pixel regions (Pr, Pg, Pb), respectively; first, second and third light-emitting layers on the corresponding first electrodes and in the red, green and blue sub-pixel regions (Pr, Pg, Pb), wherein the first light-emitting layers are provided in the red sub-pixel regions (Pr), wherein the second light-emitting layers are provided in the green sub-pixel regions (Pg), wherein the third light-emitting layers are provided in the blue sub-pixel regions (Pb), respectively; a second electrode on the first, second and third light-emitting layers; and red, green and blue color filters on the second electrode and corresponding to the red, green and blue sub-pixel regions (Pr, Pg, Pb), respectively, wherein a thickness of the first light-emitting layer is smaller than a thickness of the second light emitting layer; characterized in that a thickness of the third light-emitting layer is smaller than the thickness of the first light-emitting layer.
A method to measure the vibrational characteristics of an oscillating system using a control system, said oscillating system comprising a resonator, at least one vibration exciter and at least one sensor, said resonator being excited by said vibration exciter, a motion of said resonator being measured by said sensor, said control system using said sensor to control said motion of said resonator by said vibration exciter, said motion of said resonator being a superposition of at least two harmonic motions, said control system comprising at least two subcontrollers (7a, 7b, 7c), said at least two harmonic motions being controlled independently by said at least two subcontrollers (7a, 7b, 7c), respectively, said harmonic motions being controlled by said subcontrollers (7a, 7b, 7c) simultaneously, wherein said subcontrollers (7a, 7b, 7c) are phase-locked loops. said resonator being excited by said vibration exciter, a motion of said resonator being measured by said sensor, said control system using said sensor to control said motion of said resonator by said vibration exciter, said motion of said resonator being a superposition of at least two harmonic motions, said control system comprising at least two subcontrollers (7a, 7b, 7c), said at least two harmonic motions being controlled independently by said at least two subcontrollers (7a, 7b, 7c), respectively, said harmonic motions being controlled by said subcontrollers (7a, 7b, 7c) simultaneously, wherein said subcontrollers (7a, 7b, 7c) are phase-locked loops.
A dispenser device for dispensing a substance onto a substrate, the dispenser device comprising a first motion mechanism configured for moving a container including the substance and the substrate relative to each other within a planar region; a second motion mechanism (115, 201 to 209) configured for moving the container including the substance and the substrate relative to each other in a direction essentially perpendicular to the planar region to thereby dispense the substance to a surface portion of the substrate; wherein the first motion mechanism and the second motion mechanism (115, 201 to 209) are decoupled from one another such that a position adjustment in the planar region is decoupled from a position adjustment in the direction essentially perpendicular to the planar region, wherein the dispenser device further comprises a gripper unit (103, 207) configured for holding the container including the substance, characterized in that the second motion mechanism (201 to 209) comprises a drive unit and an adapter, the drive unit being configured for mechanically driving the adapter which is coupled to the gripper unit (103, 207), wherein the second motion mechanism (201 to 209) comprises a first magnetic element coupled to the adapter and a second magnetic element coupled to the gripper unit (103, 207), the first magnetic element and the second magnetic element being configured to generate a repulsive force between the adapter and the gripper unit (103, 207) which repulsive force tends to move the gripper unit away from the substrate.
A bracket comprising: a main body portion that includes a first portion and a second portion that form a first angle which angle can be 180°, wherein the first portion includes opposing front and rear surfaces (14a, 14b) and the second portion includes opposing upper and lower surfaces (16a, 16b), wherein the first portion includes a fastener opening defined therethrough, wherein the second portion includes an insert feature extending from the lower surface, wherein the insert feature includes a post having a foot on a distal end thereof, wherein the insert feature includes an alignment portion extending from the lower surface of the second portion, wherein the post extends between the alignment portion and the foot and wherein the second portion includes at least one adhesive opening defined therethrough. a main body portion that includes a first portion and a second portion that form a first angle which angle can be 180°, wherein the first portion includes opposing front and rear surfaces (14a, 14b) and the second portion includes opposing upper and lower surfaces (16a, 16b), wherein the first portion includes a fastener opening defined therethrough, wherein the second portion includes an insert feature extending from the lower surface, wherein the insert feature includes a post having a foot on a distal end thereof, wherein the insert feature includes an alignment portion extending from the lower surface of the second portion, wherein the post extends between the alignment portion and the foot and wherein the second portion includes at least one adhesive opening defined therethrough.
A pasta filata-moulding machine, comprising a duct provided with an outlet having a moulding head applied thereto, and pushing means (20a, 20b) operable to push a mass of pasta filata loaded in the duct towards said outlet, wherein said moulding head comprises - a cylindrical drum which is horizontally supported in front of said outlet, is driven to rotate axially by driving means, and has a series of circumferential grooves on its outer surface, and - a body, which is interposed between said outlet and said drum and is provided with a series of extrusion holes extending between a first surface of the body, which is arranged to close said outlet, and a second surface of the body, which has a concave profile in the shape of a sector of cylinder equal in diameter to said drum and is arranged adjacent to the latter, said extrusion holes having respective outlet ends opening to said second surface and aligned to said circumferential grooves on the drum, whereby the pasta filata extruded through the extrusion holes is fed into said circumferential grooves and is carried by the drum for a portion of its rotation, thereby receiving a moulding action determined by the opposite profiles of the body and the drum. - a cylindrical drum which is horizontally supported in front of said outlet, is driven to rotate axially by driving means, and has a series of circumferential grooves on its outer surface, and - a body, which is interposed between said outlet and said drum and is provided with a series of extrusion holes extending between a first surface of the body, which is arranged to close said outlet, and a second surface of the body, which has a concave profile in the shape of a sector of cylinder equal in diameter to said drum and is arranged adjacent to the latter,
A crack resistant mounting mat for an exhaust gas treatment device comprising: at least one intumescent, non-intumescent, or hybrid layer having opposite facing major surfaces; and a reinforcing coating comprising an organic material and an antioxidant applied to at least one of said major surfaces, wherein said reinforcing coating is applied as a continuous coating to at least one major surface of said mounting mat, said continuous coating being substantially uniform across said entire surface of said mounting mat, in an amount sufficient to increase the crack resistance of the mounting mat as compared to the same mounting mat without the reinforcing coating, wherein the reinforcing coating does not substantially affect the performance properties of the mounting mat. at least one intumescent, non-intumescent, or hybrid layer having opposite facing major surfaces; and a reinforcing coating comprising an organic material and an antioxidant applied to at least one of said major surfaces, wherein said reinforcing coating is applied as a continuous coating to at least one major surface of said mounting mat, said continuous coating being substantially uniform across said entire surface of said mounting mat, in an amount sufficient to increase the crack resistance of the mounting mat as compared to the same mounting mat without the reinforcing coating,
A suction cutting conveyor of an automatic blade cutting machine for sheet material, comprising a plurality of cutting supports (14, 14') rigidly connected to a drive mechanism driven along rectilinear and curvilinear trajectories, each cutting support comprising a plurality of bristles (16; 16') each having a foot rigidly connected to a sole (18; 18') and a head opposite to the foot and on which a sheet material to be cut is intended to rest, characterized in that the sole of each cutting support is capable of being able to elastically deform following the trajectories of the drive mechanism.
Bagless vacuum cleaner comprising a dust container which is made of a chromogenic material either completely or in part, allowing the transparency of said container to be controlled as a result.