mhurhangee/ep-ind-claims huggingface dataset:
A screen supporting device for supporting a flexible display screen, characterized by comprising: a drive component having a first fixing member, a second fixing member, a rotating shaft, a connecting rod rotationally connected to the rotating shaft, a folded component connected to the rotating shaft, a first fixing member connected to the connecting rod, and a second fixing member; and a supporting component rotationally connected to the drive component; wherein a first sliding groove is set on a side of the first fixing member, and the first sliding groove is a linear groove, wherein an angle between an extension direction of the first sliding groove and a plane of the flexible display screen is greater than zero degree and less than ninety degrees; wherein a second sliding groove is set on a side of the second fixing member, and the second sliding groove is a linear groove, wherein an angle between an extension direction of the second sliding groove and a plane of the flexible display screen is greater than zero degree and less than ninety degrees; wherein the folded component is slidably disposed in the first sliding groove and the second sliding groove; and wherein, through the rotating shaft driving the folding component to slide in the first sliding groove and the second first sliding groove, the supporting component and the drive component rotate and move away from each other to fold the flexible display screen. a drive component having a first fixing member, a second fixing member, a rotating shaft, a connecting rod rotationally connected to the rotating shaft, a folded component connected to the rotating shaft, a first fixing member connected to the connecting rod, and a second fixing member; and a supporting component rotationally connected to the drive component; wherein a first sliding groove is set on a side of the first fixing member, and the first sliding groove is a linear groove, wherein an angle between an extension direction of the first sliding groove and a plane of the flexible display screen is greater than zero degree and less than ninety degrees; wherein a second sliding groove is set on a side of the second fixing member, and the second sliding groove is a linear groove, wherein an angle between an extension direction of the second sliding groove and a plane of the flexible display screen is greater than zero degree and less than ninety degrees; wherein the folded component is slidably disposed in the first sliding groove and the second sliding groove; and wherein, through the rotating shaft driving the folding component to slide in the first sliding groove and the second first sliding groove, the supporting component and the drive component rotate and move away from each other to fold the flexible display screen.
A control valve comprising: a valve body, a spool and an actuator coupled to the valve body and coupled to the spool; the valve body including a plastic body housing including a first housing port and a second housing port and a metallic sleeve housed within the body housing, the metallic sleeve including a first sleeve port in fluid communication with the first housing port and a second sleeve port in fluid communication with the second housing port, the spool received within the metallic sleeve and movable between a first position and a second position; characterised in that the metallic sleeve includes a first annular projection in a press fit engagement with the plastic body housing between the first housing port and the actuator, and a second annular projection in a press fit engagement with the plastic body housing between the first housing port and the second housing port; wherein the spool includes a first land and a second land positioned such that the first land and the second land do not overlap the first annular projection and the second annular projection while the spool is positioned at any of the first position, the second position, and a position between the first position and the second position and wherein the spool inhibits fluid communication between the first sleeve port and the second sleeve port when in the first position, and provides communication between the first sleeve port and the second sleeve port when in the second position. a valve body, a spool and an actuator coupled to the valve body and coupled to the spool; the valve body including a plastic body housing including a first housing port and a second housing port and a metallic sleeve housed within the body housing, the metallic sleeve including a first sleeve port in fluid communication with the first housing port and a second sleeve port in fluid communication with the second housing port, the spool received within the metallic sleeve and movable between a first position and a second position; characterised in that the metallic sleeve includes a first annular projection in a press fit engagement with the plastic body housing between the first housing port and the actuator, and a second annular projection in a press fit engagement with the plastic body housing between the first housing port and the second housing port; wherein the spool includes a first land and a second land positioned such that the first land and the second land do not overlap the first annular projection and the second annular projection while the spool is positioned at any of the first position, the second position, and a position between the first position and the second position and wherein the spool inhibits fluid communication between the first sleeve port and the second sleeve port when in the first position, and provides communication between the first sleeve port and the second sleeve port when in the second position.
A fine-bubble mixed liquid producing apparatus comprising a reservoir and a bubble feeding means for feeding bubbles to a liquid stored in the reservoir, wherein the bubble feeding means comprises: a rotary cylinder having an emitting part on an outer circumferential surface, wherein the rotary cylinder is for being rotationally driven by a drive means, a circulating means for drawing out the liquid stored in the reservoir and feeding the liquid from the emitting part to the reservoir, and a gas-liquid mixing part for mixing bubbles with the liquid circulated by the circulating means, and by immersing the emitting part in the liquid stored in the reservoir and rotating the rotary cylinder, a bubble-mixed liquid is emittable from the emitting part, and a fine-bubble mixed liquid is thus producable, characterised in that the apparatus further comprises an outer cylinder disposed coaxially with the rotary cylinder such that there is a space between the outer cylinder and an outer circumferential surface of the rotary cylinder. a rotary cylinder having an emitting part on an outer circumferential surface, wherein the rotary cylinder is for being rotationally driven by a drive means, a circulating means for drawing out the liquid stored in the reservoir and feeding the liquid from the emitting part to the reservoir, and a gas-liquid mixing part for mixing bubbles with the liquid circulated by the circulating means, and
A modular dental implant comprising: (i) multiple segments configured to connect to each other in a sequential manner to form the modular dental implant, wherein the multiple segments comprise: (a) an implant apex comprising: an internal fastening surface; (b) a first hollow implant body segment (300, 300, 300) comprising: an internal fastening surface, an external fastening surface configured to be fastened to said internal fastening surface of said implant apex; (c) an abutment having a screw access hole; and (ii) a fastening screw configured to be screwed through: said abutment, said hollow implant body segment (300, 300, 300), and said implant apex. (i) multiple segments configured to connect to each other in a sequential manner to form the modular dental implant, wherein the multiple segments comprise: (a) an implant apex comprising: an internal fastening surface; (b) a first hollow implant body segment (300, 300, 300) comprising: an internal fastening surface, an external fastening surface configured to be fastened to said internal fastening surface of said implant apex; (c) an abutment having a screw access hole; and (a) an implant apex comprising: an internal fastening surface; an internal fastening surface; (b) a first hollow implant body segment (300, 300, 300) comprising: an internal fastening surface, an external fastening surface configured to be fastened to said internal fastening surface of said implant apex; an internal fastening surface, an external fastening surface configured to be fastened to said internal fastening surface of said implant apex; (c) an abutment having a screw access hole; and (ii) a fastening screw configured to be screwed through: said abutment, said hollow implant body segment (300, 300, 300), and said implant apex. said abutment, said hollow implant body segment (300, 300, 300), and said implant apex.
A method for visualizing objects under light obstructing barriers of a target (12,13) comprising different layers, the method comprising: emitting an ultrasound wave and a laser wave towards a target (12, 13); optically detecting a reflected laser wave characterized in comprising analyzing an optical signal associated with said reflected laser wave at a demodulated ultrasound frequency associated with said ultrasound wave for calculating characteristics of the interaction of the ultrasound with the different layers of the target (12, 13); and generating an optical image of the target (12, 13) obtained using optical imaging, generating ultrasonic image characteristics of the interaction of the ultrasound with the different layers of the target (12, 13), wherein the ultrasonic image characteristics are fused with the optical image and the fused image is displayed on a display device. emitting an ultrasound wave and a laser wave towards a target (12, 13); optically detecting a reflected laser wave characterized in comprising analyzing an optical signal associated with said reflected laser wave at a demodulated ultrasound frequency associated with said ultrasound wave for calculating characteristics of the interaction of the ultrasound with the different layers of the target (12, 13); and generating an optical image of the target (12, 13) obtained using optical imaging, generating ultrasonic image characteristics of the interaction of the ultrasound with the different layers of the target (12, 13), wherein the ultrasonic image characteristics are fused with the optical image and the fused image is displayed on a display device.
Process for manufacturing a part including a formation of successive metal layers (20 1...20 n), which are superimposed on each other, each layer being formed by depositing a filler metal (15, 25), the filler metal being subjected to a supply of energy so as to become molten and to constitute, upon solidifying, said layer, the process being characterized in that the filler metal (15, 25) is an aluminum alloy not including Mn, unless optionally in the impurity state, and including the following alloy elements (% by weight); - Mg: 2.0% - 5.0%; - Zr: 0.5% - 1.0%; - Fe: 0.6% - 3.0%; - optionally Zn: ≤ 0.5%; - optionally Cu: ≤ 0.5%; - other alloy elements, in total ≤ 4%, and individually ≤ 1.0%, the other alloy elements being chosen from: Cr, V, Ti, Mo, Ni, W, Nb, Ta, Sc, Hf, Nd, Ce, Co, La, Ag, Li, Y, Yb, Er, Sn, In, Si, Sb, Sr, Ba, Bi, Ca, P, B and/or mischmetal; - impurities: < 0.05% individually, and in total < 0.15%; - remainder aluminum. - Mg: 2.0% - 5.0%; - Zr: 0.5% - 1.0%; - Fe: 0.6% - 3.0%; - optionally Zn: ≤ 0.5%; - optionally Cu: ≤ 0.5%; - other alloy elements, in total ≤ 4%, and individually ≤ 1.0%, the other alloy elements being chosen from: Cr, V, Ti, Mo, Ni, W, Nb, Ta, Sc, Hf, Nd, Ce, Co, La, Ag, Li, Y, Yb, Er, Sn, In, Si, Sb, Sr, Ba, Bi, Ca, P, B and/or mischmetal; - impurities: < 0.05% individually, and in total < 0.15%; - remainder aluminum.
A suction nozzle for suctioning smooth floors, in particular tiled floor surfaces, having a nozzle body, which has on its bottom a suction mouth in the form of a depression and a suction duct, which opens into the suction mouth, for conducting away a suction air flow that flows into the suction mouth, sealing elements (4, 4'), which are arranged in front of and behind the suction mouth in the operating direction and project from the bottom of the nozzle body, and lateral suction space boundaries at the ends of the suction mouth, said boundaries spanning the distance (x) between the front sealing element and the rear sealing element, the suction mouth, the sealing elements (4, 4') and the lateral suction space boundaries delimiting a suction space on the bottom of the nozzle body, characterised in that the suction mouth has a width of between 200 mm and 280 mm, measured transversely to the operating direction, the height of the suction space outside an opening region of the suction duct at least in end suction mouth sections, which each extend over a length of 60 mm starting from one end of the suction mouth, is at least 4 mm and no more than 20 mm, measured from the lower edge of the sealing elements (4, 4') to the inner face of the depression, the distance between the front sealing element and the rear sealing element is at least 15 mm and no more than 50 mm, and floor-side through-flow openings (8, 8') between the front sealing element and a flat floor surface and floor-side through-flow openings between the rear sealing element and a flat floor surface in each sealing element each have a total cross-section of less than 200 mm 2, preferably less than 150 mm 2. a nozzle body, which has on its bottom a suction mouth in the form of a depression and a suction duct, which opens into the suction mouth, for conducting away a suction air flow that flows into the suction mouth, sealing elements (4, 4'), which are arranged in front of and behind the suction mouth in the operating direction and project from the bottom of the nozzle body, and lateral suction space boundaries at the ends of the suction mouth, said boundaries spanning the distance (x) between the front sealing element and the rear sealing element, the suction mouth has a width of between 200 mm and 280 mm, measured transversely to the operating direction, the height of the suction space outside an opening region of the suction duct at least in end suction mouth sections, which each extend over a length of 60 mm starting from one end of the suction mouth, is at least 4 mm and no more than 20 mm, measured from the lower edge of the sealing elements (4, 4') to the inner face of the depression, the distance between the front sealing element and the rear sealing element is at least 15 mm and no more than 50 mm, and floor-side through-flow openings (8, 8') between the front sealing element and a flat floor surface and floor-side through-flow openings between the rear sealing element and a flat floor surface in each sealing element each have a total cross-section of less than 200 mm 2, preferably less than 150 mm 2.
Manufacturing process for a measurement device with a voltage and/or a current sensor in a casted measurement device housing, wherein the sensor component is connected with a externally ending output connector by a signal wire, and with a grounding wire to a grounding output connector, where signal connector output and grounding connector output results as the electrical connecting terminal, the manufacturing process comprising the steps of: arranging a further mechanical element at the electrical connecting terminal, wherein the further mechanical element is provided with a central hole, through which the signal connector output is feeded; carrying out a moulding process; and filling the housing with a mixture of component resin material which is thermally activated by chemical reaction of the mixture; the manufacturing process being characterised in that the further mechanical element comprises at least one further connecting finger, that is used as electrical grounding connection as well as a mechanical fixation of the electrical connecting terminal during the aforesaid moulding process, wherein the further mechanical element is a lost part, which is connected to the voltage and/or current sensor housing, in order to center the sensor inside the casted measurement device housing. arranging a further mechanical element at the electrical connecting terminal, wherein the further mechanical element is provided with a central hole, through which the signal connector output is feeded; carrying out a moulding process; and filling the housing with a mixture of component resin material which is thermally activated by chemical reaction of the mixture; the manufacturing process being characterised in that the further mechanical element comprises at least one further connecting finger, that is used as electrical grounding connection as well as a mechanical fixation of the electrical connecting terminal during the aforesaid moulding process, wherein the further mechanical element is a lost part, which is connected to the voltage and/or current sensor housing, in order to center the sensor inside the casted measurement device housing.
A support assembly for a deformable sealing element of a downhole tool, the support assembly comprising: a first support device adapted to be located adjacent a first end of a deformable sealing element of a downhole tool; and a second support device adapted to be located adjacent a second end of the sealing element; wherein the first and second support devices each comprise at least one elastically deformable support member (38, 40, 38', 40') adapted to be located between the respective end of the sealing element and an actuating member (42, 44) of the downhole tool; and a guide member (46, 46') having an inclined guide surface (48, 48') along which the support member travels when a force is exerted on the sealing element by the respective actuating member to expand the sealing element radially into abutment with a surface downhole, the guide member acting to move the support member radially outwardly to thereby support the respective end of the sealing element during deformation, wherein the support members are generally annular members having inner and outer surfaces describing respective inner and outer diameters of the support members, and the support members are configured such that cooperation with the respective guide members results in an increase in both the inner and outer diameters of the support members, wherein the support members each take the form of a sprung member comprising a plurality of slots (78, 80), characterized in that the slots extend through the support members in an axial direction and part way along the support member in a radial direction. a first support device adapted to be located adjacent a first end of a deformable sealing element of a downhole tool; and a second support device adapted to be located adjacent a second end of the sealing element; wherein the first and second support devices each comprise at least one elastically deformable support member (38, 40, 38', 40') adapted to be located between the respective end of the sealing element and an actuating member (42, 44) of the downhole tool; and a guide member (46, 46') having an inclined guide surface (48, 48') along which the support member travels when a force is exerted on the sealing element by the respective actuating member to expand the sealing element radially into abutment with a surface downhole, the guide member acting to move the support member radially outwardly to thereby support the respective end of the sealing element during deformation, wherein the support members are generally annular members having inner and outer surfaces describing respective inner and outer diameters of the support members, and the support members are configured such that cooperation with the respective guide members results in an increase in both the inner and outer diameters of the support members, wherein the support members each take the form of a sprung member comprising a plurality of slots (78, 80), characterized in that the slots extend through the support members in an axial direction and part way along the support member in a radial direction.
A power strip (1, 101) comprising: a casing which includes a plurality of plug insertion portions each having a first insertion port and a second insertion port into which first plug blade and second plug blade of a socket plug are to be respectively inserted; a magnetic core which is provided to correspond with each of the plurality of plug insertion portions and includes a first opening into which the first plug blade is to be inserted, a second opening into which the second plug blade is to be inserted, and a slit by which the first opening and the second opening communicate; and a magnetic sensor provided in the slit, characterized in that only one magnetic core, and one magnetic sensor is provided for each plug insertion portion to measure both a current flowing through the first plug blade and a current flowing through the second plug blade. a casing which includes a plurality of plug insertion portions each having a first insertion port and a second insertion port into which first plug blade and second plug blade of a socket plug are to be respectively inserted; a magnetic core which is provided to correspond with each of the plurality of plug insertion portions and includes a first opening into which the first plug blade is to be inserted, a second opening into which the second plug blade is to be inserted, and a slit by which the first opening and the second opening communicate; and a magnetic sensor provided in the slit, characterized in that only one magnetic core, and one magnetic sensor is provided for each plug insertion portion to measure both a current flowing through the first plug blade and a current flowing through the second plug blade.
A meta lens assembly comprising: a first meta lens comprising a positive lens for focusing; a second meta lens arranged on an image side of the first meta lens, the second meta lens comprising a negative lens for dispersing light; and a third meta lens arranged on an image side of the second meta lens, the third meta lens comprising a positive lens for focusing an impinging light onto an image plane of an image sensor of the camera; wherein the first meta lens, the second meta lens, and the third meta lens are arranged from an object side of the meta lens assembly to an image side of the meta lens assembly facing the image sensor, and characterized in that an interval between the first meta lens and the second meta lens is less than or equal to 1/5 of an interval between the second meta lens and the third meta lens, and wherein a phase profile of the second meta lens has an inflection point at which the phase profile changes from concave to convex. a first meta lens comprising a positive lens for focusing; a second meta lens arranged on an image side of the first meta lens, the second meta lens comprising a negative lens for dispersing light; and a third meta lens arranged on an image side of the second meta lens, the third meta lens comprising a positive lens for focusing an impinging light onto an image plane of an image sensor of the camera; wherein the first meta lens, the second meta lens, and the third meta lens are arranged from an object side of the meta lens assembly to an image side of the meta lens assembly facing the image sensor, and characterized in that an interval between the first meta lens and the second meta lens is less than or equal to 1/5 of an interval between the second meta lens and the third meta lens, and wherein a phase profile of the second meta lens has an inflection point at which the phase profile changes from concave to convex.