mhurhangee/ep-ind-claims huggingface dataset:
A communication device comprising: a first wired connection interface for communicating backhaul signals with more central equipment (3, 4) over a wired connection; a mobile termination device configured to transmit and receive the backhaul signals, wherein the backhaul signals conform to a Radio Access Technology, RAT, of a cellular mobile communication standard and wherein the backhaul signals are placed on an actual radio frequency in accordance with the RAT or mixed to an intermediate frequency; a radio base station, connected to the mobile termination device, wherein the radio base station is configured to transmit and receive access signals, conforming to a cellular mobile communication standard, to and from at least one local device, the access signals containing same payload data as corresponding backhaul signals; and at least one antenna port for communicating the access signals over the air with the at least one local device. a first wired connection interface for communicating backhaul signals with more central equipment (3, 4) over a wired connection; a mobile termination device configured to transmit and receive the backhaul signals, wherein the backhaul signals conform to a Radio Access Technology, RAT, of a cellular mobile communication standard and wherein the backhaul signals are placed on an actual radio frequency in accordance with the RAT or mixed to an intermediate frequency; a radio base station, connected to the mobile termination device, wherein the radio base station is configured to transmit and receive access signals, conforming to a cellular mobile communication standard, to and from at least one local device, the access signals containing same payload data as corresponding backhaul signals; and at least one antenna port for communicating the access signals over the air with the at least one local device.
A heated moisture pump adapted for adsorbing moisture from a gaseous atmosphere stream containing siloxanes or organic compounds having a boiling point greater than 60°C or mixtures thereof comprising: a. a housing comprising: a heating chamber having a heater, at least one adsorption port into the heating chamber, and a bentonite material disposed proximate to the at least one adsorption port, a condensation chamber with a venting port out of the condensation chamber; and b. a valve assembly located within the housing and being transitionable between an adsorption position and a desorption position, the adsorption position seals a desorption port between the heating chamber and the condensation chamber and opens the adsorption port into the heating chamber for water vapor transmission into the heating chamber; the desorption position seals the adsorption port and opens the desorption port between the heating chamber and the condensation chamber for water vapor transmission out of the heating chamber; characterized in that it contains a desiccant member composition selected from the bentonite material incorporated within a matrix of a polymer material, a polymer material film adjacent to the bentonite material, a pouch wherein a polymer film surrounds the bentonite material and beads of bentonite material adhered to a polymer material. a. a housing comprising: a heating chamber having a heater, at least one adsorption port into the heating chamber, and a bentonite material disposed proximate to the at least one adsorption port, a condensation chamber with a venting port out of the condensation chamber; and a heating chamber having a heater, at least one adsorption port into the heating chamber, and a bentonite material disposed proximate to the at least one adsorption port, a condensation chamber with a venting port out of the condensation chamber; and b. a valve assembly located within the housing and being transitionable between an adsorption position and a desorption position, the adsorption position seals a desorption port between the heating chamber and the condensation chamber and opens the adsorption port into the heating chamber for water vapor transmission into the heating chamber; the desorption position seals the adsorption port and opens the desorption port between the heating chamber and the condensation chamber for water vapor transmission out of the heating chamber; characterized in that it contains a desiccant member composition selected from the bentonite material incorporated within a matrix of a polymer material, a polymer material film adjacent to the bentonite material, a pouch wherein a polymer film surrounds the bentonite material and beads of bentonite material adhered to a polymer material.
A deployable device for the thermal insulation of cryogenic tanks of spacecraft, including at least one insulating mat, preferably a plurality of insulating mats distributedly arranged in the peripheral direction of the tank, and deployment means each associated to the insulating mat(s) for unrolling the insulating mat(s) from the rolled-up state into the extended state, characterized in that the deployment means comprises at least one shape-changing element extending in the unrolling direction, which is connected to, or integrated with, the insulating mat and capable of being unrolled from the rolled-up state into the extended state by a controlled change in shape, wherein the shape-changing element is connected to, or integrated with, the corresponding insulating mat, so that the shape-changing element and the corresponding insulating mat are capable of being unrolled together from the rolled-up state into the extended state.
Method for controlled replay of information on an entertainment performance, comprising: - registering a time-varying sample in the entertainment performance; - searching for a reference sample in the time-varying sample in the entertainment performance; and - replaying of information in the entertainment performance at a point in time at which the reference sample is present in the time-varying sample, wherein the time-varying sample is an image and/or sound recording of the entertainment performance. - registering a time-varying sample in the entertainment performance; - searching for a reference sample in the time-varying sample in the entertainment performance; and - replaying of information in the entertainment performance at a point in time at which the reference sample is present in the time-varying sample, wherein the time-varying sample is an image and/or sound recording of the entertainment performance.
Display device designed as an electronic price indicator plate, comprising + a storage stage for storing a product data record (PD1-PD3) received during communication with a base station (25, 26) over a first radio interface of the display device, and + a second radio interface for RFID or NFC communication with a self-checkout device, + wherein the display device is designed to process a self-checkout request received from a self-checkout device for the purpose of transmitting the product data record over the second radio interface, characterized in that the display device + is designed to receive and store user and/or device identification data during the processing of a self-checkout request to identify the user of the self-checkout device and/or the self-checkout device and + is designed to submit the identification data to the base station (25, 26) during communication via the first radio interface. + a storage stage for storing a product data record (PD1-PD3) received during communication with a base station (25, 26) over a first radio interface of the display device, and + a second radio interface for RFID or NFC communication with a self-checkout device, + wherein the display device is designed to process a self-checkout request received from a self-checkout device for the purpose of transmitting the product data record over the second radio interface, + is designed to receive and store user and/or device identification data during the processing of a self-checkout request to identify the user of the self-checkout device and/or the self-checkout device and + is designed to submit the identification data to the base station (25, 26) during communication via the first radio interface.
A holder (40, 60, 75, 85) to be used in an electric connector (100, 200, 300, 400) into which a plurality of terminals each having a stepped portion recessed or raised in a direction intersecting a direction in which the terminals are inserted into a housing (20, 30, 70, 80) is inserted, the electric connector (100, 200, 300, 400) including a housing (20, 30, 70, 80) formed with an opening (21, 31, 71, 81), the holder (40, 60, 75, 85) being inserted into the housing (20, 30, 70, 80) through the opening (21, 31, 71, 81) and engaged to the stepped portions of the terminals to thereby fix the terminals in the housing (20, 30, 70, 80), the holder (40, 60, 75, 85) including: a single front (41, 61, 82, 90) and a pair of sidewalls (46a, 46b; 62a, 62b; 76a, 76b; 86a, 86b) all of which are shaped to be engageable to the stepped portions of the terminals when the holder (40, 60, 75, 85) is inserted into the housing (20, 30, 70, 80); and a pair of flexible portions (42a, 42b; 64a, 64b; 78a, 78b; 88a, 88b) resiliently deformable to move towards and away from each other, the flexible portions (42a, 42b; 64a, 64b; 78a, 78b; 88a, 88b) being connected to each other through the front (41, 61, 82, 90). a single front (41, 61, 82, 90) and a pair of sidewalls (46a, 46b; 62a, 62b; 76a, 76b; 86a, 86b) all of which are shaped to be engageable to the stepped portions of the terminals when the holder (40, 60, 75, 85) is inserted into the housing (20, 30, 70, 80); and a pair of flexible portions (42a, 42b; 64a, 64b; 78a, 78b; 88a, 88b) resiliently deformable to move towards and away from each other, the flexible portions (42a, 42b; 64a, 64b; 78a, 78b; 88a, 88b) being connected to each other through the front (41, 61, 82, 90).
A surgical instrument, comprising: a transducer configured to produce vibrations; an end effector (846, 850) operably coupled to said transducer; a sheath comprising an aperture, wherein at least a portion of said end effector is configured to extend through said aperture, and wherein a gap is defined between said end effector and said sheath; characterised by a pump comprising a membrane positioned within said gap, wherein said membrane is mounted to said sheath and said end effector, wherein said end effector is configured to be moved relative to said sheath by the vibrations produced by said transducer, and wherein said end effector is configured to move said membrane to displace air within the gap. a transducer configured to produce vibrations; an end effector (846, 850) operably coupled to said transducer; a sheath comprising an aperture, wherein at least a portion of said end effector is configured to extend through said aperture, and wherein a gap is defined between said end effector and said sheath; characterised by a pump comprising a membrane positioned within said gap, wherein said membrane is mounted to said sheath and said end effector, wherein said end effector is configured to be moved relative to said sheath by the vibrations produced by said transducer, and wherein said end effector is configured to move said membrane to displace air within the gap.
A method of forming a resilient band for an article of apparel, wherein the resilient band defines a waistband for the article of apparel, said method comprising: stretching a first fabric having a first resiliency to a stretched position; stretching a second fabric having a second resiliency to a stretched position, the second resiliency being greater than the first resiliency; operably securing the first fabric to the second fabric while both are in their stretched positions; releasing the first and second fabrics (14, 16) to a neutral position after the two fabrics (14, 16) are secured together; and then, folding the first fabric over the second fabric such that the first fabric encircles the second fabric and forms a pocket. stretching a first fabric having a first resiliency to a stretched position; stretching a second fabric having a second resiliency to a stretched position, the second resiliency being greater than the first resiliency; operably securing the first fabric to the second fabric while both are in their stretched positions; releasing the first and second fabrics (14, 16) to a neutral position after the two fabrics (14, 16) are secured together; and then, folding the first fabric over the second fabric such that the first fabric encircles the second fabric and forms a pocket.
A turbocharger having an exhaust housing (7; 107; 207; 319) and a variable nozzle device comprising vanes (27; 127; 227; 327) interposed in a nozzle between a nozzle element (21; 121; 221) and a floating insert (17; 117; 217; 317) being supported axially slidably with respect to said exhaust housing (7; 107; 207; 319); wherein the floating insert (17; 117; 217; 317) is urged against the vanes (27; 127; 227; 327) by a biasing member (43; 143; 343), characterised in that the nozzle element (21; 121; 221) is elastically clamped between the exhaust housing (7; 107; 207; 319) and a disc-shaped, elastic shroud (23; 123) supported on a center housing of the turbocharger; and in that the vanes (27; 127; 227; 327) are sandwiched between the nozzle element (21; 121; 221) and the ring-shaped floating insert (17; 117; 217; 317) so as to reduce clearances of the contact portions between the vanes (27; 127; 227; 327) and the nozzle element (21; 121; 221) and the vanes (27; 127; 227; 327) and the ring-shaped floating insert (17; 117; 217; 317).
A focus system for focusing a telecentric imaging system of a measuring machine comprising: a camera including a telecentric imaging system and a detector on which images relayed by the telecentric imaging system are formed; the camera being relatively movable with respect to an object intended for measurement along an optical axis of the telecentric imaging system; the telecentric imaging system being operable in a telecentric mode in which a size of an image of a feature of the object remains substantially constant with relative displacement of the object through a depth of field; the telecentric imaging system also being operable in a non-telecentric mode in which the size of the image of the feature varies as a function of the relative displacement of the object through the depth of field; the telecentric imaging system being adjustable between the telecentric and non-telecentric modes; a processor arranged for extracting size measurements of the image of the feature from images captured by the detector in both the telecentric and non-telecentric modes; and the processor also being arranged for relating the measures of the sizes of the images of the feature in the telecentric and non-telecentric modes to each other and to the function by which the size of the image of the feature varies with the relative displacement of the object through the depth of field as an estimate of a relative displacement of the object from a best focus position. a camera including a telecentric imaging system and a detector on which images relayed by the telecentric imaging system are formed; the camera being relatively movable with respect to an object intended for measurement along an optical axis of the telecentric imaging system; the telecentric imaging system being operable in a telecentric mode in which a size of an image of a feature of the object remains substantially constant with relative displacement of the object through a depth of field; the telecentric imaging system also being operable in a non-telecentric mode in which the size of the image of the feature varies as a function of the relative displacement of the object through the depth of field; the telecentric imaging system being adjustable between the telecentric and non-telecentric modes; a processor arranged for extracting size measurements of the image of the feature from images captured by the detector in both the telecentric and non-telecentric modes; and the processor also being arranged for relating the measures of the sizes of the images of the feature in the telecentric and non-telecentric modes to each other and to the function by which the size of the image of the feature varies with the relative displacement of the object through the depth of field as an estimate of a relative displacement of the object from a best focus position.
An injection molding machine comprising: a cylinder into which a molding material is fed; a front support which supports the cylinder and advances and retracts with respect to a frame (Fr); an injection member which is disposed in the cylinder so as to be able to advance and retract; a rear support which supports the injection member and advances and retracts with respect to the frame (Fr) at the back of the front support; a guide (Gd) which is fixed to the frame (Fr), wherein the guide (Gd) is used as a common guide (Gd) for the front support and the rear support; a front slider on which the front support is mounted, and which slides along the guide (Gd); a rear slider on which the rear support is mounted, and which slides along the guide (Gd); characterized in that a) the rear support can linearly move with respect to the front support; and b1) the front support is turnably mounted on the front slider, and the rear support is detachably mounted on the rear slider, or b2) the rear support is turnably mounted on the rear slider, and the front support is detachably mounted on the front slider. a cylinder into which a molding material is fed; a front support which supports the cylinder and advances and retracts with respect to a frame (Fr); an injection member which is disposed in the cylinder so as to be able to advance and retract; a rear support which supports the injection member and advances and retracts with respect to the frame (Fr) at the back of the front support; a guide (Gd) which is fixed to the frame (Fr), wherein the guide (Gd) is used as a common guide (Gd) for the front support and the rear support; a front slider on which the front support is mounted, and which slides along the guide (Gd); a rear slider on which the rear support is mounted, and which slides along the guide (Gd); characterized in that a) the rear support can linearly move with respect to the front support; and b1) the front support is turnably mounted on the front slider, and the rear support is detachably mounted on the rear slider, or b2) the rear support is turnably mounted on the rear slider, and the front support is detachably mounted on the front slider. a) the rear support can linearly move with respect to the front support; and b1) the front support is turnably mounted on the front slider, and the rear support is detachably mounted on the rear slider, or b2) the rear support is turnably mounted on the rear slider, and the front support is detachably mounted on the front slider.
Apparatus (100, 200) for treating workpieces (102, 202), comprising a nozzle module (114, 214), which has a module body (116, 216) comprising a first nozzle chamber (120, 220), which extends in a longitudinal direction along a first axis (171, 271) and which has at least one nozzle mouth (144, 244), through which the first axis (171, 271) extends and which has a nozzle opening (146, 246) for generating at least one high-pressure liquid jet (148, 248) directed in the direction of the axis on to a workpiece (102, 202), wherein the module body (116, 216) comprises a further nozzle chamber (124, 224), which extends in the longitudinal direction, comprising a device (128, 228) for delivering liquid (130, 230) under high pressure into the first nozzle chamber (120, 220) for the purpose of generating the at least one high-pressure liquid jet (148, 248), characterized by a further device (154, 254), for optionally delivering liquid under low pressure or gaseous fluid into the further nozzle chamber, wherein the further nozzle chamber (124, 224) has a nozzle mouth (170, 270), which faces toward the workpiece (102, 202) and which comprises at least one nozzle opening (172, 272), through which the first axis (171, 271) extends or through which a further axis parallel to the first axis (171, 271) extends, for generating at least one low-pressure fluid jet (184, 184') running at least portionally along the high-pressure liquid jet (148, 248) and contacting same.
A blade extending heightwise from a blade root to a blade tip and lengthwise from a leading edge to a trailing edge, the blade comprising a blade body and a leading-edge shield assembled on the blade body, the blade body being made of anisotropic material, and the leading-edge shield being made of a material with better point impact resistance than the anisotropic material of the blade body, said leading-edge shield including two wings (34, 36), each extending along a height from a bottom edge to a top edge and lengthwise from the leading edge to a respective rear edge (40,42), the wings being connected together over the leading edge, and at least one of said wings (34, 36) presenting a segment, adjacent to the top edge, the blade being characterized in that the segment extends from the top edge over at least 6% of the height, the respective rear edge (40, 42) within the segment sloping in the direction of the top edge towards the leading edge in such a manner that an angle of intersection (α) between a tangent in the direction of the leading edge to the top edge and a tangent in the direction of the top edge to any point of the rear edge (40,42) in said segment is less than 75°, the anisotropic material comprising at least one layer with a main strength direction that is substantially parallel to an inside surface of a wing adjacent to said segment and presenting an angle (β) between said main strength direction in the direction of the blade tip and a tangent in the direction of the leading edge to said top edge that is substantially greater than a maximum value for said angle of intersection (α) in said segment.
A method of encoding an image of one view, the method comprising: generating a plurality of image sequences by partitioning the image of one view into a plurality of areas; allocating each of the plurality of areas corresponding to the generated image sequences to a respective view of a multi-view image sequence, whereby the respective view of the multi-view image sequence comprises one image sequence corresponding to one area; and encoding the plurality of areas by using a method of encoding the multi-view image sequence which predicts at least one picture by using inter-view prediction, wherein the encoding of the plurality of areas comprises: predicting at least one picture of the plurality of areas by using inter-area prediction according to the method of encoding the multi-view image sequence, wherein the inter-view prediction of the method of encoding the multi-view image sequence is changed to the inter-area prediction, wherein the inter-area prediction is prediction among pictures of the plurality of areas of one image. generating a plurality of image sequences by partitioning the image of one view into a plurality of areas; allocating each of the plurality of areas corresponding to the generated image sequences to a respective view of a multi-view image sequence, whereby the respective view of the multi-view image sequence comprises one image sequence corresponding to one area; and encoding the plurality of areas by using a method of encoding the multi-view image sequence which predicts at least one picture by using inter-view prediction, wherein the encoding of the plurality of areas comprises: predicting at least one picture of the plurality of areas by using inter-area prediction according to the method of encoding the multi-view image sequence, wherein the inter-view prediction of the method of encoding the multi-view image sequence is changed to the inter-area prediction, wherein the inter-area prediction is prediction among pictures of the plurality of areas of one image.