mhurhangee/ep-ind-claims huggingface dataset:
Lamination device, wherein the lamination device comprises at least one membrane element, wherein the lamination device comprises at least one force distribution element (15a, 15b, 15c), wherein the at least one force distribution element (15a, 15b, 15c) is capable of distributing a lamination force that the membrane element can transmit to or exert on a lamination object over at least part of an area of a membrane-side surface of the lamination object, characterized in that the at least one force distribution element (15a, 15b, 15c) is mounted on the lamination device, wherein the lamination device comprises at least one holding element for holding the at least one force distribution element (15a, 15b, 15c), wherein the holding element is in the form of a web.
Ophthalmological device which provides suction flushing with an aspiration function and an infusion function, comprising • an aspiration conveyor device for the motor-driven discharge of liquid from a surgical instrument into a waste container, in particular in the form of a peristaltic pump or a Venturi aspiration with vacuum suction, • an infusion conveyor device for the motor-driven feeding of an infusion medium from an infusion container via an infusion connection and a line to the surgical instrument, characterized in that the infusion conveyor device is designed as a peristaltic pump for the active volume delivery of the infusion medium with a known delivery volume, and a pressure measuring device with a pressure or force sensor in the device is formed between the infusion conveyor device and the surgical instrument, by means of which an infusion pressure of the infusion medium in the device can be determined. • an aspiration conveyor device for the motor-driven discharge of liquid from a surgical instrument into a waste container, in particular in the form of a peristaltic pump or a Venturi aspiration with vacuum suction, • an infusion conveyor device for the motor-driven feeding of an infusion medium from an infusion container via an infusion connection and a line to the surgical instrument,
A component mounter for mounting a component on a mounting target object, comprising: a mounting head comprising a base section having, in the interior thereof, a first gas passage and a second gas passage that does not communicate with the first gas passage; a lifting and lowering mechanism for lifting and lowering the base section; a suction nozzle having a nozzle section disposed below the base section and configured to be lifted up and lowered, as the base section is lifted up and lowered, to pick up the component through a negative pressure supplied to the first gas passage; a biasing section for biasing the nozzle section downwards while permitting the nozzle section to be pushed in towards the base section; and a detecting device for detecting at least one of a flow rate or a pressure of gas flowing through the second gas passage characterized by: a valve for switching between absence of communication between the second gas passage and the outside when a push-in amount of the nozzle section has not yet reached a predetermined value and presence of communication between the second gas passage and the outside when a push-in amount of the nozzle section has reached the predetermined value. a mounting head comprising a base section having, in the interior thereof, a first gas passage and a second gas passage that does not communicate with the first gas passage; a lifting and lowering mechanism for lifting and lowering the base section; a suction nozzle having a nozzle section disposed below the base section and configured to be lifted up and lowered, as the base section is lifted up and lowered, to pick up the component through a negative pressure supplied to the first gas passage; a biasing section for biasing the nozzle section downwards while permitting the nozzle section to be pushed in towards the base section; and a detecting device for detecting at least one of a flow rate or a pressure of gas flowing through the second gas passage characterized by: a valve for switching between absence of communication between the second gas passage and the outside when a push-in amount of the nozzle section has not yet reached a predetermined value and presence of communication between the second gas passage and the outside when a push-in amount of the nozzle section has reached the predetermined value.
A curable antistatic primer composition, comprising: (a) at least one polyalkylene oxide ion conductive polymer able to complex with Li salts; (b) at least a polyisocyanate cross-linking agent to cross-link with said ion conductive polymer; and (c) at least one Li salts; characterized in that, the composition further comprises at least an amorphiser selected from at least a dendritic polymer. (a) at least one polyalkylene oxide ion conductive polymer able to complex with Li salts; (b) at least a polyisocyanate cross-linking agent to cross-link with said ion conductive polymer; and (c) at least one Li salts;
An electric machine comprising: a stator surrounding a rotor and including a stator core, the stator core including an annular yoke portion and stator teeth that extend radially inward from the yoke portion to define slots sized to house conductors, wherein each of the stator teeth includes a tooth main body, and a flange extending from the innermost end of the tooth main body in a radial direction toward the geometric centerline of the rotor, the tooth main bodies of the adjacent two of the stator teeth defining one of the slots therebetween, wherein the flange includes a flange base extending from the innermost end of the tooth main body in the radial direction toward the geometric centerline of the rotor and a flange-base protrusion extending from the flange base in one and the opposite circumferential directions along the inner periphery of the stator, and wherein the flange-base protrusion includes a first protruded part at the innermost end of the flange and a second protruded part located radially outward from the first protruded part in a radial direction away from the geometric centerline of the rotor. a stator surrounding a rotor and including a stator core, the stator core including an annular yoke portion and stator teeth that extend radially inward from the yoke portion to define slots sized to house conductors, wherein each of the stator teeth includes a tooth main body, and a flange extending from the innermost end of the tooth main body in a radial direction toward the geometric centerline of the rotor, the tooth main bodies of the adjacent two of the stator teeth defining one of the slots therebetween, wherein the flange includes a flange base extending from the innermost end of the tooth main body in the radial direction toward the geometric centerline of the rotor and a flange-base protrusion extending from the flange base in one and the opposite circumferential directions along the inner periphery of the stator, and wherein the flange-base protrusion includes a first protruded part at the innermost end of the flange and a second protruded part located radially outward from the first protruded part in a radial direction away from the geometric centerline of the rotor.
A hot melt adhesive composition comprising: A1) a styrene-butadiene-styrene triblock copolymer, wherein a1) a content of the styrene-based unit is 30 to 50 wt%, a2) a diblock content is at least 55 % by weight, and a3) a melt flow index measured according to ASTM D1238 at 190°C/5 kg is 30 g/10 min or more; A2) a styrene-isoprene-styrene triblock copolymer, wherein a21) a content of the styrene-based unit is 30 to 50 wt%, a22) a diblock content is less than 5 % by weight,and a23) a melt flow index measured according to the ASTM D1238 at 190°C/5 kg of 30 to 50 g/10 min; B) a tackifier; and C) a plasticizing oil, wherein the hot melt adhesive composition has a softening point measured according to the ASTM D36 standard of 85 °C or higher. A1) a styrene-butadiene-styrene triblock copolymer, wherein a1) a content of the styrene-based unit is 30 to 50 wt%, a2) a diblock content is at least 55 % by weight, and a3) a melt flow index measured according to ASTM D1238 at 190°C/5 kg is 30 g/10 min or more; A2) a styrene-isoprene-styrene triblock copolymer, wherein a21) a content of the styrene-based unit is 30 to 50 wt%, a22) a diblock content is less than 5 % by weight,and a23) a melt flow index measured according to the ASTM D1238 at 190°C/5 kg of 30 to 50 g/10 min; B) a tackifier; and C) a plasticizing oil, wherein the hot melt adhesive composition has a softening point measured according to the ASTM D36 standard of 85 °C or higher.
A fundus photographing apparatus comprising: a photographing unit including a fundus illumination optical system to illuminate a fundus of a patient's eye and a fundus photographing optical system having a light receiving element (35, 38) to obtain an image of the fundus of the patient's eye illuminated by the illumination optical system; and alignment means (6, 38, 80, 83) arranged to position the photographing unit with the patient's eye based on a predetermined alignment reference position, characterized in that the alignment means includes: extracting means for extracting, by image processing, an image region formed by reflection light from a portion other than the fundus from the fundus image obtained by the fundus photographing optical system; gravity center calculating means for determining, by arithmetic processing, a gravity center position of the luminance information of the image region extracted by the extracting means; and control means for performing alignment control of the photographing unit with respect to the patient's eye based on the gravity center position calculated by the gravity center calculating means and the predetermined alignment reference position. a photographing unit including a fundus illumination optical system to illuminate a fundus of a patient's eye and a fundus photographing optical system having a light receiving element (35, 38) to obtain an image of the fundus of the patient's eye illuminated by the illumination optical system; and alignment means (6, 38, 80, 83) arranged to position the photographing unit with the patient's eye based on a predetermined alignment reference position, characterized in that the alignment means includes: extracting means for extracting, by image processing, an image region formed by reflection light from a portion other than the fundus from the fundus image obtained by the fundus photographing optical system; gravity center calculating means for determining, by arithmetic processing, a gravity center position of the luminance information of the image region extracted by the extracting means; and control means for performing alignment control of the photographing unit with respect to the patient's eye based on the gravity center position calculated by the gravity center calculating means and the predetermined alignment reference position. extracting means for extracting, by image processing, an image region formed by reflection light from a portion other than the fundus from the fundus image obtained by the fundus photographing optical system; gravity center calculating means for determining, by arithmetic processing, a gravity center position of the luminance information of the image region extracted by the extracting means; and control means for performing alignment control of the photographing unit with respect to the patient's eye based on the gravity center position calculated by the gravity center calculating means and the predetermined alignment reference position.
A venous access device (100, 630, 730, 810, 820), characterised in that said venous access device comprises: (a) a hub (110, 200, 310), comprising, (i) a bifurcated connecting arm, (ii) a blood sampling arm, connected to the bifurcated connecting arm, (iii) a fluid transfer arm, connected to the bifurcated connecting arm, (iv) a blood sampling channel (130, 240, 330), passing through the blood sampling arm and the bifurcated connecting arm, and (v) a fluid transfer channel (140, 250, 340), passing through the fluid transfer arm and the bifurcated connecting arm, and (b) a bifurcated cannula (120, 320, 400, 500, 520), coupled to the bifurcated connecting arm, comprising, (i) a blood sampling lumen (150, 350, 410), having a blood sampling port, (ii) a fluid transfer lumen (160, 360, 420), having a fluid transfer port, and (iii) a dividing member (370, 430), separating the blood sampling lumen (150, 350, 410) from the fluid transfer lumen (160, 360, 420), wherein the blood sampling port is 2 mm to 20 mm proximal from the fluid transfer port, the blood sampling channel (130, 240, 330) is fluidly connected to the blood sampling lumen (150, 350, 410), and the fluid transfer channel (140, 250, 340) is fluidly connected to the fluid transfer lumen (160, 360, 420). (a) a hub (110, 200, 310), comprising, (i) a bifurcated connecting arm, (ii) a blood sampling arm, connected to the bifurcated connecting arm, (iii) a fluid transfer arm, connected to the bifurcated connecting arm, (iv) a blood sampling channel (130, 240, 330), passing through the blood sampling arm and the bifurcated connecting arm, and (v) a fluid transfer channel (140, 250, 340), passing through the fluid transfer arm and the bifurcated connecting arm, and (i) a bifurcated connecting arm, (ii) a blood sampling arm, connected to the bifurcated connecting arm, (iii) a fluid transfer arm, connected to the bifurcated connecting arm, (iv) a blood sampling channel (130, 240, 330), passing through the blood sampling arm and the bifurcated connecting arm, and (v) a fluid transfer channel (140, 250, 340), passing through the fluid transfer arm and the bifurcated connecting arm, and (b) a bifurcated cannula (120, 320, 400, 500, 520), coupled to the bifurcated connecting arm, comprising, (i) a blood sampling lumen (150, 350, 410), having a blood sampling port, (ii) a fluid transfer lumen (160, 360, 420), having a fluid transfer port, and (iii) a dividing member (370, 430), separating the blood sampling lumen (150, 350, 410) from the fluid transfer lumen (160, 360, 420), (i) a blood sampling lumen (150, 350, 410), having a blood sampling port, (ii) a fluid transfer lumen (160, 360, 420), having a fluid transfer port, and (iii) a dividing member (370, 430), separating the blood sampling lumen (150, 350, 410) from the fluid transfer lumen (160, 360, 420),
A nasal aspirator comprising a resilient bulb and a stem for suction of liquids by vacuum created by compressing the bulb and thereafter gradually releasing the compression of the bulb, where the stem is removable connected to the bulb part, where a cap portion of the stem part is adopted to be inserted into the neck portion of the bulb part to create a substantially airtight connection there between characterised in that the stem is made of resilient material and in that the inside of the bulb is smooth and without projections or depressions that make it difficult or impossible to effectively clean the inside of the bulb, and in that the transition between the inside of the bulb and the inside of the neck part thereof is smooth and without edges where organic material may hide during cleaning of the device.
An object disassembly method of disassembling a substrate or an object including the substrate by performing discharging in liquid a plurality of times, the method comprising: when a positive electrode and a ground electrode are provided in liquid held in a container, and the substrate or the object including the substrate is placed on a discharge path between the positive electrode and the ground electrode in the liquid or in a region to which shock wave generated by discharging travels in the liquid, measuring a peak value of discharge current flowing through the discharge path during discharging; characterized by controlling a discharge condition so that the measured peak value of the discharge current is maintained constant. when a positive electrode and a ground electrode are provided in liquid held in a container, and the substrate or the object including the substrate is placed on a discharge path between the positive electrode and the ground electrode in the liquid or in a region to which shock wave generated by discharging travels in the liquid, measuring a peak value of discharge current flowing through the discharge path during discharging; characterized by controlling a discharge condition so that the measured peak value of the discharge current is maintained constant.
A gas turbine, comprising: a compressor for compressing air; a combustor for mixing compressed air, introduced from the compressor, with fuel; a turbine adapted to be rotated by combusted gas supplied from the combustor and configured to generate power; and a particle removal device including a suction inlet formed in one side of a region below a first vane and configured to introduce compressed air discharged from the compressor, combusted gas generated in the combustor flowing in use through the first vane; an acceleration flow path for accelerating the compressed air introduced through the suction inlet and configured to separate particles from the compressed air by centrifugal force; a particle collector provided at one end of the acceleration flow path and configured to collect the separated particles; and a particle discharger communicating with the particle collector and configured to discharge the collected particles to an outside; and wherein the acceleration path is configured to be inclined with respect to an axial direction of the gas turbine at a predetermined angle, wherein the inclined acceleration path is adapted not only to enable the compressed air, which is introduced in a parallel direction to the axial direction of the gas turbine, to be introduced into the first vane in a direction perpendicular to the axial direction of the gas turbine but also to accelerate the compressed air. a compressor for compressing air; a combustor for mixing compressed air, introduced from the compressor, with fuel; a turbine adapted to be rotated by combusted gas supplied from the combustor and configured to generate power; and a particle removal device including a suction inlet formed in one side of a region below a first vane and configured to introduce compressed air discharged from the compressor, combusted gas generated in the combustor flowing in use through the first vane; an acceleration flow path for accelerating the compressed air introduced through the suction inlet and configured to separate particles from the compressed air by centrifugal force; a particle collector provided at one end of the acceleration flow path and configured to collect the separated particles; and a particle discharger communicating with the particle collector and configured to discharge the collected particles to an outside; and wherein the acceleration path is configured to be inclined with respect to an axial direction of the gas turbine at a predetermined angle, wherein the inclined acceleration path is adapted not only to enable the compressed air, which is introduced in a parallel direction to the axial direction of the gas turbine, to be introduced into the first vane in a direction perpendicular to the axial direction of the gas turbine but also to accelerate the compressed air.
A currency cassette replenishment terminal for loading at least one currency note into a currency cassette without removing a lid of the currency cassette, the terminal comprising: a currency cassette support for locating a currency cassette in a loading position and opening a pick orifice of the currency cassette; and a currency insertion device operable to engage at least one currency note and to insert the engaged currency note through the pick orifice and into the currency cassette; whereby the terminal further comprises opposing belts (432, 434) of a transport to clamp currency notes for transport along a transport pathway into a pre-stage holder, wherein the pre-stage holder defines a pair of drive-through apertures (540,550) in registration with the pick orifice; a currency note insertion aperture to allow an individual currency note or a bunch of currency notes to be inserted into the terminal for loading into the currency cassette; and the transport for transporting a received bunch of currency notes from the currency note insertion aperture to the pre-stage holder adjacent the pick orifice, wherein the pre-stage holder maintains the received bunch in an orientation matching the orientation of any currency notes within the currency cassette. a currency cassette support for locating a currency cassette in a loading position and opening a pick orifice of the currency cassette; and a currency insertion device operable to engage at least one currency note and to insert the engaged currency note through the pick orifice and into the currency cassette; whereby the terminal further comprises opposing belts (432, 434) of a transport to clamp currency notes for transport along a transport pathway into a pre-stage holder, wherein the pre-stage holder defines a pair of drive-through apertures (540,550) in registration with the pick orifice; a currency note insertion aperture to allow an individual currency note or a bunch of currency notes to be inserted into the terminal for loading into the currency cassette; and the transport for transporting a received bunch of currency notes from the currency note insertion aperture to the pre-stage holder adjacent the pick orifice, wherein the pre-stage holder maintains the received bunch in an orientation matching the orientation of any currency notes within the currency cassette.
A fluid dispenser and applicator assembly comprising: • a hollow reception body, a fluid applicator surface being situated at a top end of the reception body and being intended to come into contact with a target, such as the skin, the fluid applicator surface including a housing, • a fluid dispenser (D') comprising a reservoir, a pump, and a dispenser endpiece that defines a fluid dispenser orifice, the dispenser (D') being received in removable manner in the reception body with an insertion appendage of its dispenser endpiece being inserted in removable manner in the housing, so that the dispenser orifice opens out directly in the applicator surface, the dispenser (D') being removable from the reception body through an open bottom end of the reception body that is remote from the top end, angular orientation means (16, 64) being provided so as to bring the fluid dispenser (D') into a determined angular position relative to the reception body, the assembly being characterized in that the angular orientation means (16, 64) cause the dispenser (D') to turn as it is pushed into the reception body, until it reaches its determined angular position. • a hollow reception body, a fluid applicator surface being situated at a top end of the reception body and being intended to come into contact with a target, such as the skin, the fluid applicator surface including a housing, • a fluid dispenser (D') comprising a reservoir, a pump, and a dispenser endpiece that defines a fluid dispenser orifice, the dispenser (D') being received in removable manner in the reception body with an insertion appendage of its dispenser endpiece being inserted in removable manner in the housing, so that the dispenser orifice opens out directly in the applicator surface, the dispenser (D') being removable from the reception body through an open bottom end of the reception body that is remote from the top end, angular orientation means (16, 64) being provided so as to bring the fluid dispenser (D') into a determined angular position relative to the reception body,