mhurhangee/ep-ind-claims huggingface dataset:
Water input- device for introduction of water to a filtering equipment of a reservoir or pool comprising: - A tunnel, with a narrower entrance on the side of the reservoir or pool than the exit of the said tunnel of the input device for water filtration equipment, attachable to a skimmer body; - said tunnel comprising a descending platform until the skimmer body entrance; - An outer finishing rim; - A mirror; - A seal ring; - An inside flap on the side of the reservoir or pool at the entrance of said tunnel; - An outside flap on the side of the skimmer at the exit of said tunnel. - A tunnel, with a narrower entrance on the side of the reservoir or pool than the exit of the said tunnel of the input device for water filtration equipment, attachable to a skimmer body; - said tunnel comprising a descending platform until the skimmer body entrance; - An outer finishing rim; - A mirror; - A seal ring; - An inside flap on the side of the reservoir or pool at the entrance of said tunnel; - An outside flap on the side of the skimmer at the exit of said tunnel.
A method for transmitting control information by a base station in a wireless communication system, the method comprising: receiving feedback information on an analog beam from a plurality of user equipments, UEs; grouping the plurality of UEs into a first group of UEs and a second group of UEs based on the feedback information, wherein the first group of UEs and the second group of UEs are located in a first area and a second area different from the first area, respectively; multiplexing control information for the first group of UEs and control information for the second group of UEs; and transmitting the control information for the first group of UEs to the first group of UEs in a first time-frequency resource based on an analog beam for the first group of UEs and the control information for the second group of UEs to the second group of UEs in a second time-frequency resource based on an analog beam for the second group of UEs, wherein the first time-frequency resource and the second time-frequency resource are different from each other, wherein the beam for the first group of UEs and the beam for the second group of UEs are restricted to the first area and the second area respectively, based on an analog beamforming characteristic in a hybrid beamformer, and characterised in that grouping includes that a predefined analog beam for the first group of UEs is shifted such that a beamforming gain for a UE having a lowest signal quality among the first group of UEs is maximized. receiving feedback information on an analog beam from a plurality of user equipments, UEs; grouping the plurality of UEs into a first group of UEs and a second group of UEs based on the feedback information, wherein the first group of UEs and the second group of UEs are located in a first area and a second area different from the first area, respectively; multiplexing control information for the first group of UEs and control information for the second group of UEs; and transmitting the control information for the first group of UEs to the first group of UEs in a first time-frequency resource based on an analog beam for the first group of UEs and the control information for the second group of UEs to the second group of UEs in a second time-frequency resource based on an analog beam for the second group of UEs, wherein the first time-frequency resource and the second time-frequency resource are different from each other, wherein the beam for the first group of UEs and the beam for the second group of UEs are restricted to the first area and the second area respectively, based on an analog beamforming characteristic in a hybrid beamformer, and characterised in that grouping includes that a predefined analog beam for the first group of UEs is shifted such that a beamforming gain for a UE having a lowest signal quality among the first group of UEs is maximized.
A high frequency power supply for applying electrical energy to a target site on or within a patient's body, the power supply comprising: an electrical output driver; an output current sensor adapted to detect the current output from the electrical output driver; and a power limiting device coupled to the current sensor, wherein the power limiting device is adapted to reduce power on the output driver to switch the power supply into a standby mode when the output current sensor senses that the output current exceeds a predetermined threshold level; wherein in the standby mode the power supply is arranged to provide a pulsatile power output and the sensor is arranged to detect the output current in the standby mode while the power supply provides the pulsatile output so that, if the current sensor senses that the current has reached a pre-determined level, the power output is reduced to keep the sensed output current below the predetermined level. an electrical output driver; an output current sensor adapted to detect the current output from the electrical output driver; and a power limiting device coupled to the current sensor, wherein the power limiting device is adapted to reduce power on the output driver to switch the power supply into a standby mode when the output current sensor senses that the output current exceeds a predetermined threshold level; wherein in the standby mode the power supply is arranged to provide a pulsatile power output and the sensor is arranged to detect the output current in the standby mode while the power supply provides the pulsatile output so that, if the current sensor senses that the current has reached a pre-determined level, the power output is reduced to keep the sensed output current below the predetermined level.
A display apparatus comprising: a display; and an input device including: a housing, a spring provided inside the housing, a button structure configured to be elastically supported by the spring to be movable, the button structure being formed with a hole and a colour structure around the hole and on a back surface of the button structure, and a sensor assembly disposed to be spaced apart from the button structure inside the housing, the sensor assembly including a light emitter configured to provide light and a colour sensor configured to collect external light in a colour sensor mode and to collect light emitted by the light emitter and reflected by the colour structure in response to the button structure being moved by a user, in a button mode, and a controller configured to switch an operation mode of the input device to the button mode and control the light emitter to operate when illuminance of light incident on the colour sensor is determined to be equal to or less than a predetermined illuminance value and to generate a control signal to control the display of the display apparatus based on sensor value information of the sensor assembly. a display; and an input device including: a housing, a spring provided inside the housing, a button structure configured to be elastically supported by the spring to be movable, the button structure being formed with a hole and a colour structure around the hole and on a back surface of the button structure, and a sensor assembly disposed to be spaced apart from the button structure inside the housing, the sensor assembly including a light emitter configured to provide light and a colour sensor configured to collect external light in a colour sensor mode and to collect light emitted by the light emitter and reflected by the colour structure in response to the button structure being moved by a user, in a button mode, and a housing, a spring provided inside the housing, a button structure configured to be elastically supported by the spring to be movable, the button structure being formed with a hole and a colour structure around the hole and on a back surface of the button structure, and a sensor assembly disposed to be spaced apart from the button structure inside the housing, the sensor assembly including a light emitter configured to provide light and a colour sensor configured to collect external light in a colour sensor mode and to collect light emitted by the light emitter and reflected by the colour structure in response to the button structure being moved by a user, in a button mode, and a controller configured to switch an operation mode of the input device to the button mode and control the light emitter to operate when illuminance of light incident on the colour sensor is determined to be equal to or less than a predetermined illuminance value and to generate a control signal to control the display of the display apparatus based on sensor value information of the sensor assembly.
A pipe assembly station for supporting tools during an operation on a field joint during pipe assembly, the station comprising: an active rail extending around an opening through which the pipe can pass; a tool carriage arranged to traverse along the active rail and around a periphery of the pipe; a standby position distanced from the active rail; a switch arranged to allow transfer of the tool carriage from the active rail to the standby position; and characterized by a standby rail extending from the switch to the standby position. an active rail extending around an opening through which the pipe can pass; a tool carriage arranged to traverse along the active rail and around a periphery of the pipe; a standby position distanced from the active rail; a switch arranged to allow transfer of the tool carriage from the active rail to the standby position; and characterized by a standby rail extending from the switch to the standby position.
Printing press with a printing roller and a screen roller or an anilox sleeve for inking a printing form of the printing roller, wherein a machine-readable ID is assigned to the screen roller or the anilox sleeve and wherein a sensor or a camera is provided which detects the ID, characterized in that a computer retrieves data stored in a digital memory for the recorded ID from the memory and in that the computer makes settings on the printing press on the basis of the scanned ID or the retrieved data, the memory being a memory of the computer or a memory in a local or external network or a memory in a cloud.
Apparatus for monitoring at least one operating variable of a bearing arrangement for a machine tool table, which is rotatably mounted with respect to a fixed machine frame, comprising - a sensor, which is arranged directly on a co-rotating bearing part of the machine tool table, - a transmitting unit, which is located on the machine tool table and wirelessly transmits the measured values provided by the sensor to a fixed receiver, - a power supply unit, which has a first co-rotating generator element and a second co-operating fixed generator element and supplies power to the sensor and the transmitting unit, characterized in that - the measured values of the sensor represent the actual value of a control system for compensating for operationally occurring bearing loads, and - a signal conditioning unit further processes the measured values and generates from them a manipulated variable for actively influencing an operating variable, in particular active cooling of the co-rotating bearing part. - a sensor, which is arranged directly on a co-rotating bearing part of the machine tool table, - a transmitting unit, which is located on the machine tool table and wirelessly transmits the measured values provided by the sensor to a fixed receiver, - a power supply unit, which has a first co-rotating generator element and a second co-operating fixed generator element and supplies power to the sensor and the transmitting unit, - the measured values of the sensor represent the actual value of a control system for compensating for operationally occurring bearing loads, and - a signal conditioning unit further processes the measured values and generates from them a manipulated variable for actively influencing an operating variable, in particular active cooling of the co-rotating bearing part.
A process for the continuous production of epichlorohydrin from dichlorohydrins in presence of caustic soda, characterized in that: a. the DCH's are produced by a continuous catalyzed process using glycerol and hydrogen chloride as feedstocks, producing 1,3 DCH with a selectivity higher than 90%; and b. the reactive column for the reaction of dichlorohydrin to epichlorohydrin is provided by single or multiple feed injections of dichlorohydrins and by multiple feed injections of caustic soda solution wherein a first part of caustic soda solution is in stoichiometric defect with respect to the dichlorohydrins, while c. a final part of the caustic soda solution to bring again its amount in stoichiometric excess respect the DCH, is added in an intermediate section of the reactive column, operating under slight vacuum, where most of the epichlorohydrin produced by reaction has been already stripped out by a countercurrent stream of steam. a. the DCH's are produced by a continuous catalyzed process using glycerol and hydrogen chloride as feedstocks, producing 1,3 DCH with a selectivity higher than 90%; and b. the reactive column for the reaction of dichlorohydrin to epichlorohydrin is provided by single or multiple feed injections of dichlorohydrins and by multiple feed injections of caustic soda solution wherein a first part of caustic soda solution is in stoichiometric defect with respect to the dichlorohydrins, while c. a final part of the caustic soda solution to bring again its amount in stoichiometric excess respect the DCH, is added in an intermediate section of the reactive column, operating under slight vacuum, where most of the epichlorohydrin produced by reaction has been already stripped out by a countercurrent stream of steam.
A method for removing a blind fastener from a bore through a workpiece having an accessible side and an inaccessible side, the workpiece spaced apart from another part by at least a first distance, the blind fastener having a core bolt, a body, a flared sleeve, and a nut, the body having an enlarged head having a frustoconical longitudinal cross section, the core bolt having a head portion that has a maximum diameter greater than a maximum diameter of a remaining portion of the core bolt and arranged on the accessible side of the workpiece, the remaining portion of the core bolt extending through a cylindrical passage in the body, the interior surface of the body being complementary to the exterior surface of a portion of the core bolt, the body located in the bore, the nut engaged with the core bolt and bearing against the flared sleeve, the flared sleeve flaring out over a portion of the body and being pressed against the inaccessible side of the workpiece, the first distance comprising a distance the body protrudes from the workpiece on the inaccessible side of the workpiece, the length of the flared sleeve prior to flaring, and the length of the nut, the method comprising: removing the head portion from the core bolt; driving the remaining portion of the core bolt at least partially through the passage in the body in a first direction towards the inaccessible side of the workpiece such that the flared sleeve is no longer over the body; and characterised in that the remaining portion of the core bolt remains temporarily supported by the body while the body is being extracted from the bore in a second direction, opposite the first direction, the method further comprising extracting the body from the bore in the second direction. removing the head portion from the core bolt; driving the remaining portion of the core bolt at least partially through the passage in the body in a first direction towards the inaccessible side of the workpiece such that the flared sleeve is no longer over the body; and characterised in that the remaining portion of the core bolt remains temporarily supported by the body while the body is being extracted from the bore in a second direction, opposite the first direction, the method further comprising extracting the body from the bore in the second direction.
An inertia/GNSS navigation system linked to a vehicle, comprising: - a set of acquisition units of sensor data each delivering sensor data in digital form, - a unit for processing sensor data configured to exploit digital data delivered by said set of acquisition units and to calculate a status vector of the dynamics of the vehicle, and wherein the set of acquisition units of sensor data comprises: ∘ a unit for acquiring and digitising GNSS signals comprising an antenna structure configured to receive GNSS signals and an analog-digital converter coupled to the antenna structure and configured to deliver the GNSS signals in digital form to the unit for processing sensor data, characterised in that the set of acquisition units of sensor data also comprises: ∘ an inertial measuring unit integrated within the unit for processing sensor data, configured to deliver inertial data originating from inertial sensors in digital form to the unit for processing sensor data. - a set of acquisition units of sensor data each delivering sensor data in digital form, - a unit for processing sensor data configured to exploit digital data delivered by said set of acquisition units and to calculate a status vector of the dynamics of the vehicle, ∘ a unit for acquiring and digitising GNSS signals comprising an antenna structure configured to receive GNSS signals and an analog-digital converter coupled to the antenna structure and configured to deliver the GNSS signals in digital form to the unit for processing sensor data, ∘ an inertial measuring unit integrated within the unit for processing sensor data, configured to deliver inertial data originating from inertial sensors in digital form to the unit for processing sensor data.
Removable device for running a cable in a cycle frame, comprising a body mounted resting on the frame in an opening made for running the cable and comprising an orifice for running the cable, characterized in that it comprises a clamping member mounted by screwing onto the body, the said clamping member being able to be deformed during screwing between a first, undeformed, rest configuration corresponding to a position in which the clamping member is inserted into the opening of the frame and a second, deformed configuration corresponding to a position in which the device is clamped against the frame.
A process comprising (a) providing a concentration agent that comprises an amorphous, spheroidized metal silicate and that has a surface composition having a metal atom to silicon atom ratio of less than or equal to 0.5, as determined by X-ray photoelectron spectroscopy; (b) providing a sample comprising at least one microorganism strain; and (c) contacting said concentration agent with said sample such that at least 70 percent of said at least one microorganism strain is bound to or captured by said concentration agent, wherein said metal is selected from magnesium, calcium, zinc, aluminum, iron, titanium, and combinations thereof.
An absorbent article, comprising a top layer, a leak-proof layer, and an absorbent layer disposed between the top layer and the leak-proof layer; wherein the leak-proof layer is directly stacked on the absorbent layer, and the leak-proof layer comprises a meltblown layer and a protective layer of the meltblown layer; wherein the protective layer is arranged on a non-absorbent layer side of the meltblown layer; wherein the leak-proof layer comprises a raised region in which the number of fibers of the meltblown layer for the fibers which penetrate into the protective layer is 2.5 fibers/mm or more, the number of fibers being measured with a method as described in the description; wherein an average fiber diameter of fibers of the meltblown layer is 2.5 μm or less; and wherein the raised region is arranged on a region in which the leak-proof layer overlaps with the absorbent layer. wherein the leak-proof layer is directly stacked on the absorbent layer, and the leak-proof layer comprises a meltblown layer and a protective layer of the meltblown layer; wherein the protective layer is arranged on a non-absorbent layer side of the meltblown layer; wherein the leak-proof layer comprises a raised region in which the number of fibers of the meltblown layer for the fibers which penetrate into the protective layer is 2.5 fibers/mm or more, the number of fibers being measured with a method as described in the description; wherein an average fiber diameter of fibers of the meltblown layer is 2.5 μm or less; and wherein the raised region is arranged on a region in which the leak-proof layer overlaps with the absorbent layer.
An ultra super single tire for heavy duty, the ultra super single tire comprising: a tread that contacts the road surface; a carcass that constitutes the skeleton of the tire; and a belt layer that is disposed between the tread and the carcass, wherein the belt layer includes a first belt, a second belt, a third belt, and a fourth belt, which are laminated sequentially from the carcass toward the tread side, the first belt includes a first main belt and an extender belt that extends from the first main belt, and the second belt is made up of a wide spiral coil belt, wherein when the level difference in the width direction between an edge of the third belt and an edge of the second belt is designated as S1, the level difference in the width direction between an edge of the second belt and an edge of the extender belt is designated as S2, and the width of the extender belt is designated as EBw, the following relations are satisfied: 7.5 mm < S1 < 15 mm, 20 mm < S2, and 20 mm < EBw, wherein the angle of inclination at an edge of the first main belt is in the range of 50° ± 5°, the angle of inclination at an edge of the second belt is 0°, characterized in that, the angle of inclination at an edge of the third belt and the angle of inclination at an edge of the fourth belt are respectively in the range of 18° ± 5°. a tread that contacts the road surface; a carcass that constitutes the skeleton of the tire; and a belt layer that is disposed between the tread and the carcass, wherein the belt layer includes a first belt, a second belt, a third belt, and a fourth belt, which are laminated sequentially from the carcass toward the tread side, the first belt includes a first main belt and an extender belt that extends from the first main belt, and the second belt is made up of a wide spiral coil belt, wherein when the level difference in the width direction between an edge of the third belt and an edge of the second belt is designated as S1, the level difference in the width direction between an edge of the second belt and an edge of the extender belt is designated as S2, and the width of the extender belt is designated as EBw, the following relations are satisfied: 7.5 mm < S1 < 15 mm, 20 mm < S2, and 20 mm < EBw, wherein the angle of inclination at an edge of the first main belt is in the range of 50° ± 5°, the angle of inclination at an edge of the second belt is 0°, characterized in that, the angle of inclination at an edge of the third belt and the angle of inclination at an edge of the fourth belt are respectively in the range of 18° ± 5°.