mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: a main body having a storage compartment (26, 28), a door for selectively opening or closing the storage compartment (26, 28), wherein the door comprises: a housing to form an external appearance of the door and having a space part; a hole to allow communication between inner and outer sides of the space part, wherein the hole comprises an injection hole for injection of the foam material and an exhaust hole for exhaust of air present in the space part; and an open cell polyurethane foam formed by a foam material filled in the space part through the hole, wherein the space part is vacuum evacuated and sealed wherein the housing comprises a body part having an opening and a cover for closing the opening of the body part, characterized in that the body part and the cover are formed of acrylonitrile-butadiene-styrene resin, and the body part and the cover are adhered to each other by thermal fusion, the injection hole and the exhaust hole are formed at the same surface of the body part, and the foam material is configured to be injected through the injection hole and, the exhaust hole is configured to discharge air inside the space part to an outside thereof at the same time, inner circumferential surfaces of the body part and the cover are plated or deposited with a metal to prevent discharge of gas generated from ABS resin to the space part. a main body having a storage compartment (26, 28), a door for selectively opening or closing the storage compartment (26, 28), wherein the door comprises: a housing to form an external appearance of the door and having a space part; a hole to allow communication between inner and outer sides of the space part, wherein the hole comprises an injection hole for injection of the foam material and an exhaust hole for exhaust of air present in the space part; and an open cell polyurethane foam formed by a foam material filled in the space part through the hole, a housing to form an external appearance of the door and having a space part; a hole to allow communication between inner and outer sides of the space part, wherein the hole comprises an injection hole for injection of the foam material and an exhaust hole for exhaust of air present in the space part; and an open cell polyurethane foam formed by a foam material filled in the space part through the hole, wherein the space part is vacuum evacuated and sealed wherein the housing comprises a body part having an opening and a cover for closing the opening of the body part, characterized in that the body part and the cover are formed of acrylonitrile-butadiene-styrene resin, and the body part and the cover are adhered to each other by thermal fusion, the injection hole and the exhaust hole are formed at the same surface of the body part, and the foam material is configured to be injected through the injection hole and, the exhaust hole is configured to discharge air inside the space part to an outside thereof at the same time, inner circumferential surfaces of the body part and the cover are plated or deposited with a metal to prevent discharge of gas generated from ABS resin to the space part.
Countermeasure launcher for protecting objects from missiles, comprising a sensor unit for detecting the missiles and a launching unit for shooting down missiles detected by the sensor unit, wherein the launching unit is arranged pivotably about a substantially horizontally extending elevation axis on a rotating element, which is mounted rotatably with respect to a holding element about a substantially vertically extending azimuth axis, wherein a first drive, arranged fixed to the object, for the pivoting movements about the elevation axis and a second drive, arranged fixed to the object, for the pivoting movements about the azimuth axis are provided, wherein the pivoting movements of the rotating element about the azimuth axis are decoupled from those of the launching unit about the elevation axis, characterized in that the azimuth axis intersects the elevation axis.
Method for retreading a tyre casing, characterized in that: - a tread is disposed on a casing carcass with a bonding layer being interposed in between, and - a strip is tensioned through several circuits on the tread. - a tread is disposed on a casing carcass with a bonding layer being interposed in between, and - a strip is tensioned through several circuits on the tread.
A stator assembly comprising an inner diameter shroud of a low pressure compressor of a gas turbine engine, the engine having a central axis, and a plurality of guide structures for guiding motion of the inner diameter shroud, the inner diameter shroud having at least three slots formed in one or more radially inwardly extending flanges, each of the guide structures connects with a respective one of the at least three slots and comprises: a bracket attached to a bearing support of a fan intermediate case of the gas turbine engine, a bushing having a first panel, the first panel inserted in a respective one of the at least three slots of the inner diameter shroud, the bushing attached to the bracket, characterised in that a lateral width (w 1) of the first panel is less than a lateral width (w 3) of the slot and contact between inner edges of the slot and outer edges of the first panel restricts rotation of the inner diameter shroud with respect to the central axis of the gas turbine engine, and wherein an axial thickness (t 1) of the first panel is thicker than an axial thickness (t 2) of the radially inwardly extending flange, providing a clearance for the slot in the inner diameter shroud to slide radially along the outer edges of the first panel with respect to the central axis. a bracket attached to a bearing support of a fan intermediate case of the gas turbine engine, a bushing having a first panel, the first panel inserted in a respective one of the at least three slots of the inner diameter shroud, the bushing attached to the bracket, characterised in that a lateral width (w 1) of the first panel is less than a lateral width (w 3) of the slot and contact between inner edges of the slot and outer edges of the first panel restricts rotation of the inner diameter shroud with respect to the central axis of the gas turbine engine, and wherein an axial thickness (t 1) of the first panel is thicker than an axial thickness (t 2) of the radially inwardly extending flange, providing a clearance for the slot in the inner diameter shroud to slide radially along the outer edges of the first panel with respect to the central axis.
Bundling element for bundling at least two actuating cords for a shading unit with a clamping unit for fastening the actuating cords in a clamped position against a pull of the actuating cords in the longitudinal direction, and for releasing the actuating cords in a release position when the actuating cords are spread apart from each other, wherein the clamping unit possesses fastening elements (26, 28) that can swivel about at least one swivel axle and which cooperate for fastening the actuating cords in the clamped position, a fastening plane is aligned perpendicular to the longitudinal direction of the actuating cords and intersects a centre point of the swivel axle, wherein the fastening elements (26, 28) in the clamped position are swivelled out of the fastening plane and into a direction opposite to the longitudinal directional pull of the actuating cords, a first fastening element is attached to a first swivelling flap and a second fastening element is attached to a second swivelling flap, wherein a supporting structure and/or a housing to receive the free ends of the actuating cords possesses the two swivelling flaps (15, 16) that are swivel-mounted on the supporting structure and/or the housing to fasten and release the actuating cords, wherein the swivelling flaps (15, 16) enable the supporting structure and/or the housing to be opened or closed to insert the free ends of the actuating cords into the interior or to bring them out of the interior of the supporting structure and/or the housing, and the swivelling flaps (15, 16) serve simultaneously to fasten and release the actuating cords, characterised in that the first fastening element and the second fastening element face one another, and the first fastening element possesses a bar and the second fastening element possesses a groove to at least partially receive the bar so as to tightly clamp the actuating cords between the bar and the groove.
Actuating device, comprising: - an actuating element which is arranged such that it can be moved in a first direction and a second direction, wherein the first and second directions (A, B) oppose one another, - a first piezo actuator, and - a second piezo actuator, - wherein the first piezo actuator actuates the actuating element in the first direction, and - wherein the second piezo actuator actuates the actuating element in the second direction, characterized in that a control unit is further comprised, which control unit is connected to the first and second piezo actuators (3, 4) and is designed to activate the first and the second piezo actuator (3, 4) alternately, and which is further designed to detect signals from the respectively deactivated piezo actuator. - an actuating element which is arranged such that it can be moved in a first direction and a second direction, wherein the first and second directions (A, B) oppose one another, - a first piezo actuator, and - a second piezo actuator, - wherein the first piezo actuator actuates the actuating element in the first direction, and - wherein the second piezo actuator actuates the actuating element in the second direction,
A terminal comprising: a receiving section configured to receive a broadcast channel in a resource for detecting a synchronization signal indicated by a frequency raster for detecting the synchronization signal; and a control section configured to control a Radio Resource Management, RRM, measurement by using the resource, wherein the resource does not overlap in a frequency domain with a band for receiving a common control signal.
A combination of one electromagnetic wave generation source and a system for multidirectional electromagnetic wave irradiation of an object to be processed having at least one of one, two or more side face irradiation prism systems (145A, 145B) for irradiating a top face and one, two or more side faces of the object to be processed with electromagnetic waves from the electromagnetic wave generation source without moving the object to be processed, and a bottom face irradiation prism system for irradiating a bottom face of the object to be processed with electromagnetic waves without moving the object to be processed, whereineachof the side face irradiation prism systems (145A, 145B) has an optical path direction changing prism (14A, 14B, 24, 40a, 40b, 40c, 40d, 64A, 64B) or an optical path direction changing prism function; the prism systems (145A, 145B) are provided by the side of an open space for directly obtaining electromagnetic wave irradiation from the electromagnetic wave generation source so that the open space is secured right above the object to be processed, and so that a portion (19, 69) for mount of the object to be processed is secured; characterized in that the prism systems (145A, 145B) are placed so that each of the optical paths through which electromagnetic waves entering the prism system from above travel extends via the optical path direction changing prism (14A, 14B, 24, 40a, 40b, 40c, 40d, 64A, 64B) or the like to reach sideways the side face of the object to be processed, without being obstructed; and the electromagnetic wave generation source is arranged so as to be for generating electromagnetic waves from right above the prism system (145A, 145B) toward the prism system (145A, 145B).
A static random access memory, SRAM, bit cell comprising: a plurality of tracks (308 -308) employed in a first metal layer, a write wordline employed in a second metal layer; a first read wordline employed in a third metal layer; a second read wordline employed in a fourth metal layer; each first read wordline landing pad (312) of a plurality of first read wordline landing pads disposed on a corresponding track (308) of the plurality of tracks; each second read wordline landing pad (314) of a plurality of second read wordline landing pads disposed on a corresponding track (308) of the plurality of tracks; and each write wordline landing pad (316, 316) of a plurality of write wordline landing pads disposed on a corresponding track (308, 308) of the plurality of tracks. a plurality of tracks (308 -308) employed in a first metal layer, a write wordline employed in a second metal layer; a first read wordline employed in a third metal layer; a second read wordline employed in a fourth metal layer; each first read wordline landing pad (312) of a plurality of first read wordline landing pads disposed on a corresponding track (308) of the plurality of tracks; each second read wordline landing pad (314) of a plurality of second read wordline landing pads disposed on a corresponding track (308) of the plurality of tracks; and each write wordline landing pad (316, 316) of a plurality of write wordline landing pads disposed on a corresponding track (308, 308) of the plurality of tracks.
. A gas tank container adapted for storing and/or transporting gas, which gas tank container comprises a tank vessel, a frame and at least one outlet valve, wherein said frame comprises a volume constraint with respect to said tank vessel, wherein the end of said outlet valve is attached to a tank flange, which is sunk between 1 to 30 cm in a recess of a tank end of said tank vessel for optimizing a length and volume of said tank vessel inside the frame, wherein the frame comprises a front and rear frame, the rear frame and the front frame comprising a support saddle supporting the tank vessel, two support struts characterised in that the front and rear frame are attached to the ends of the gas tank container and are comprising a head-end frame to which the support saddle is connected via the support struts, said head-end frames comprising two upper and two lower corner pieces, between which an upper and lower transverse beam (15, 14) and corner supports are fitted, and whereby the head-end frame is reinforced by diagonal struts which are fitted therein.
A method for limiting the torque drawn by a first electric machine coupled to a traction combustion engine of a hybrid vehicle, said vehicle comprising a second traction electric machine powered by an electrical energy storage device, said first machine, designed to supply current to the onboard network of the vehicle, also being able to charge the energy storage device, the combustion engine receiving a torque request on the wheels which it drives expressed by the driver, characterized in that the first electric machine, carrying out a charge of the energy storage device, in the case of a high torque request made by the driver exceeding the capabilities of the combustion engine, it limits the torque absorbed by this first machine by adjusting the electrical power delivered for said charging, in order to meet the torque request.
. A material set for 3-dimensional printing, comprising: a thermoplastic polymer powder having an average particle size from 20 μm to 200 μm; a conductive fusing agent composition comprising a transition metal; characterized in that the material set further comprises a nonconductive fusing agent composition comprising transition metal oxide bronze particles. a thermoplastic polymer powder having an average particle size from 20 μm to 200 μm; a conductive fusing agent composition comprising a transition metal; characterized in that the material set further comprises a nonconductive fusing agent composition comprising transition metal oxide bronze particles.
A bicycle device comprising: a seat (130; 220); a body (110; 230); a pedal; a wheel operated by a user of the bicycle device by moving the pedal; a movable directing rod connecting the body and the seat; wherein movement of the directing rod allows positioning the seat in a front position for using the bicycle as an upright bicycle and a rear position for using the bicycle as a recumbent bicycle; characterized in that a proximal end of the directing rod is connected to the body, adjacent to the center of a course of movement of the pedal to maintain the distance between the seat and pedal substantially constant, in the various locations of the seat (130; 220). a seat (130; 220); a body (110; 230); a pedal; a wheel operated by a user of the bicycle device by moving the pedal; a movable directing rod connecting the body and the seat; wherein movement of the directing rod allows positioning the seat in a front position for using the bicycle as an upright bicycle and a rear position for using the bicycle as a recumbent bicycle; characterized in that a proximal end of the directing rod is connected to the body, adjacent to the center of a course of movement of the pedal to maintain the distance between the seat and pedal substantially constant, in the various locations of the seat (130; 220).
Method, performed by a mobile device, for enabling a communication between said mobile device and a communication receiver, comprising the following steps: - Recognizing at least one receiving information type supported by the communication receiver, - Comparing the recognized at least one receiving information type with sending information types supported by the mobile device, - Transforming a storing information type of an information element comprised in the mobile device into a sending information type supported by the mobile device which is compatible with the recognized at least one receiving information type supported by the communication receiver, - Sending the information element in the sending information type to the communication receiver, wherein an information type (12, 22, 32) can be a barcode, a QR code, a NFC storing element, a RFID storing element or a SMS storing element, the method being characterized in that the recognized at least one receiving information type and/or the sending information type of the transformation step is stored at the mobile device, for following communications with the same communication receiver or other communication receivers of the same type. - Recognizing at least one receiving information type supported by the communication receiver, - Comparing the recognized at least one receiving information type with sending information types supported by the mobile device, - Transforming a storing information type of an information element comprised in the mobile device into a sending information type supported by the mobile device which is compatible with the recognized at least one receiving information type supported by the communication receiver, - Sending the information element in the sending information type to the communication receiver,
A polarization monitoring reticle for lithographic scanners comprising: a transparent planar substrate comprising a front side and a back side, both the back side and front side having an opaque layer thereon; and an X-Y row and column array of pin hole -cluster combinations on the substrate; wherein each cluster comprises an X-Y array of a plurality of polarimeter sets in the opaque layer on the front side of the substrate, with each cluster located adjacent a corresponding pin hole in the opaque layer on the back side of the substrate; wherein each set of polarimeters comprises an X-Y array of a plurality of polargraphic monitors within each set, each monitor within each polarimeter set being a defined distance from the center of the polarimeter set and each set of polarimeters having indicia identifying the cluster row, cluster column, X position of the center of the polarimeter set relative to the cluster center and Y position of the center of the polarimeter set relative to the cluster center; wherein the polargraphic monitors within each set of polarimeters comprise an X and Y polarization monitor (24 or 22) configured to directly measure the X and Y components to create at an image plane a measurable output signal dependent on polarization of illumination when illumination from a light source is passed through the reticle. a transparent planar substrate comprising a front side and a back side, both the back side and front side having an opaque layer thereon; and an X-Y row and column array of pin hole -cluster combinations on the substrate; wherein each cluster comprises an X-Y array of a plurality of polarimeter sets in the opaque layer on the front side of the substrate, with each cluster located adjacent a corresponding pin hole in the opaque layer on the back side of the substrate; wherein each set of polarimeters comprises an X-Y array of a plurality of polargraphic monitors within each set, each monitor within each polarimeter set being a defined distance from the center of the polarimeter set and each set of polarimeters having indicia identifying the cluster row, cluster column, X position of the center of the polarimeter set relative to the cluster center and Y position of the center of the polarimeter set relative to the cluster center; wherein the polargraphic monitors within each set of polarimeters comprise an X and Y polarization monitor (24 or 22) configured to directly measure the X and Y components to create at an image plane a measurable output signal dependent on polarization of illumination when illumination from a light source is passed through the reticle.
A memory apparatus comprising: a memory activate contact to receive an activation command signal; a plurality of multi-function contacts; and a selection circuit coupled to the memory activate contact and the plurality of multi-function contacts, wherein: the selection circuit is to interpret signals on the multi-function contacts as memory address signals if the activation command signal has a first value; and the selection circuit is to interpret the signals on the multi-function contacts as memory command signals if the activation command signal has a second value. a memory activate contact to receive an activation command signal; a plurality of multi-function contacts; and a selection circuit coupled to the memory activate contact and the plurality of multi-function contacts, wherein: the selection circuit is to interpret signals on the multi-function contacts as memory address signals if the activation command signal has a first value; and the selection circuit is to interpret the signals on the multi-function contacts as memory command signals if the activation command signal has a second value. the selection circuit is to interpret signals on the multi-function contacts as memory address signals if the activation command signal has a first value; and the selection circuit is to interpret the signals on the multi-function contacts as memory command signals if the activation command signal has a second value.