mhurhangee/ep-ind-claims huggingface dataset:
An indoor unit of a cassette type air conditioner comprising: a panel mountable to a ceiling surface of an indoor space, the panel defining an exterior of a bottom surface of the indoor unit, the bottom surface facing the indoor space, the panel comprising a suction hole for sucking indoor air and a plurality of discharge holes for discharging air into the indoor space, the discharge hole having an oblong shape; a plurality of vanes rotatably mounted on each of the discharge holes to adjust a flow direction of the discharged air, each vane having an oblong shape corresponding to that of the corresponding discharge hole; and a suction grill mounted on the panel to cover the suction hole of the panel, characterized in that the outer edge of the suction grill comprises a plurality of concave parts that match in curvature an inner line of a corresponding one of the plurality of discharge holes, wherein a grill seat part is disposed outside the suction hole and a round groove is defined around the grill seat part in a state where the suction grill is mounted, wherein an inspection hole is punched in each of the four edges of the panel and the inspection hole can be opened or closed by a corner cover, wherein an end of the corner cover is disposed to face an end of the protrusion of the suction grill with respect to a boundary of the round groove, wherein the corner cover and the protrusion have lines corresponding to the round groove to provide an exterior having a sense of unity. a panel mountable to a ceiling surface of an indoor space, the panel defining an exterior of a bottom surface of the indoor unit, the bottom surface facing the indoor space, the panel comprising a suction hole for sucking indoor air and a plurality of discharge holes for discharging air into the indoor space, the discharge hole having an oblong shape; a plurality of vanes rotatably mounted on each of the discharge holes to adjust a flow direction of the discharged air, each vane having an oblong shape corresponding to that of the corresponding discharge hole; and a suction grill mounted on the panel to cover the suction hole of the panel, characterized in that the outer edge of the suction grill comprises a plurality of concave parts that match in curvature an inner line of a corresponding one of the plurality of discharge holes, wherein a grill seat part is disposed outside the suction hole and a round groove is defined around the grill seat part in a state where the suction grill is mounted, wherein an inspection hole is punched in each of the four edges of the panel and the inspection hole can be opened or closed by a corner cover, wherein an end of the corner cover is disposed to face an end of the protrusion of the suction grill with respect to a boundary of the round groove, wherein the corner cover and the protrusion have lines corresponding to the round groove to provide an exterior having a sense of unity.
An emergency stop switch, having: - a switch mechanism with a manually operable switch and with a first contact element which is rigidly operatively connected to the switch, wherein the switch is configured, upon actuation of the switch, to bring the first contact element into contact with a second contact element to trigger an emergency stop function, and - a cable mechanism with a switch tongue guided in a switch tongue guide, wherein the switch tongue is configured to be connected to a first end of a cable, wherein a switch tongue spring preloads the switch tongue during operation in a direction away from the cable, wherein the cable is connected on its second end with preload to an equalizing spring during operation, wherein the first contact element is operatively connected to the switch tongue in such a way that the switch tongue, when the preloaded cable is pulled, is guided in the switch tongue guide in the direction of the cable, opposing a spring force of the switch tongue spring, and in the process brings the first contact element into contact with the second contact element in order to trigger the emergency stop function by means of the cable pull mechanism. - a switch mechanism with a manually operable switch and with a first contact element which is rigidly operatively connected to the switch, wherein the switch is configured, upon actuation of the switch, to bring the first contact element into contact with a second contact element to trigger an emergency stop function, and - a cable mechanism with a switch tongue guided in a switch tongue guide, wherein the switch tongue is configured to be connected to a first end of a cable, wherein a switch tongue spring preloads the switch tongue during operation in a direction away from the cable, wherein the cable is connected on its second end with preload to an equalizing spring during operation,
A safety needle device comprising: a hub including a passageway extending therethrough and a needle cannula having a puncture tip extending from a forward end thereof; a shield member in telescoping association with the hub, at least one of the hub and the shield member adapted for relative telescopic movement with respect to the other between a first position in which the puncture tip of the needle cannula is exposed from a forward end of the shield member and a second position in which the puncture tip of the needle cannula is encompassed within the shield member; and a drive member disposed between the hub and the shield member and capable of biasing the hub and the shield member telescopically away from each other; characterized in that at least one of the hub and the shield member comprise two release members each release member positioned on an opposing side of at least one of the hub and the shield member, and that pressure applied by a user directly to the two release members positioned on at least one of opposing sides (46, 48) of the hub and opposing sides of the shield member provides an engagement between the two release members and at least one of the hub and the shield member, preventing the drive member from biasing the hub and the shield member axially away from each other. a hub including a passageway extending therethrough and a needle cannula having a puncture tip extending from a forward end thereof; a shield member in telescoping association with the hub, at least one of the hub and the shield member adapted for relative telescopic movement with respect to the other between a first position in which the puncture tip of the needle cannula is exposed from a forward end of the shield member and a second position in which the puncture tip of the needle cannula is encompassed within the shield member; and a drive member disposed between the hub and the shield member and capable of biasing the hub and the shield member telescopically away from each other; characterized in that at least one of the hub and the shield member comprise two release members each release member positioned on an opposing side of at least one of the hub and the shield member, and that pressure applied by a user directly to the two release members positioned on at least one of opposing sides (46, 48) of the hub and opposing sides of the shield member provides an engagement between the two release members and at least one of the hub and the shield member, preventing the drive member from biasing the hub and the shield member axially away from each other.
Enclosure having a plant-growing modular unit, wherein the plant-growing modular unit comprises a housing on which there is provided a fastening device for hanging the plant-growing modular unit in the enclosure and in which there are integrated a lighting device for lighting plants that are located in the interior and a ventilation device for ventilating the interior, characterised in that the plant-growing modular unit is adapted for subsequent fitting into an interior of the enclosure, and the housing is divided by means of a separating wall into a first and a second housing region (48; 50), and a filtering device is arranged in the separating wall, and wherein an air line for conducting air between the plant-growing modular unit and the area surrounding the enclosure is provided separately from the remainder of the interior of the enclosure.
A cavity determination apparatus for determining a cavity within an object, the apparatus comprising: - an introduction element for being introduced into the cavity, wherein the introduction element comprises a bendable segment for being arranged within the cavity in different arrangements, characterized in that the cavity determination apparatus further comprises: - a curve determination unit for determining curves defined by the bendable segment within the cavity in the different arrangements, - a cavity reconstruction unit for reconstructing the cavity from the determined curves such that the walls of the reconstructed cavity are defined by the curves,wherein the introduction element and the curve determination unit are adapted to determine the curves defined by the bendable segment within the cavity by optical shape sensing. - an introduction element for being introduced into the cavity, wherein the introduction element comprises a bendable segment for being arranged within the cavity in different arrangements, characterized in that the cavity determination apparatus further comprises: - a curve determination unit for determining curves defined by the bendable segment within the cavity in the different arrangements, - a cavity reconstruction unit for reconstructing the cavity from the determined curves such that the walls of the reconstructed cavity are defined by the curves,wherein the introduction element and the curve determination unit are adapted to determine the curves defined by the bendable segment within the cavity by optical shape sensing.
A lock arrangement for a torque reactive tightening mechanism in a sports carrier, the lock arrangement comprising: a drive shaft; a lock-wheel coupled to the drive shaft for rotation therewith; the lock-wheel having a peripheral zone comprising a detent and an abutment area adjacent thereto; a blocking tab rotatably movable toward the peripheral zone of the lock-wheel and insertable into the detent; and the blocking tab being in abutting engagement with the abutment area and a biasing spring in abutting engagement with the lock-wheel that biases the abutment area toward the blocking tab in a lock-actuated configuration of the lock arrangement, the blocking tab being received in the detent in a locked configuration of the lock arrangement and the blocking tab being withdrawn from the detent in an unlocked configuration of the lock arrangement. a drive shaft; a lock-wheel coupled to the drive shaft for rotation therewith; the lock-wheel having a peripheral zone comprising a detent and an abutment area adjacent thereto; a blocking tab rotatably movable toward the peripheral zone of the lock-wheel and insertable into the detent; and the blocking tab being in abutting engagement with the abutment area and a biasing spring in abutting engagement with the lock-wheel that biases the abutment area toward the blocking tab in a lock-actuated configuration of the lock arrangement, the blocking tab being received in the detent in a locked configuration of the lock arrangement and the blocking tab being withdrawn from the detent in an unlocked configuration of the lock arrangement.
A method of preparing a construction site, the method comprising stabilizing a portion of clay containing soil by a method comprising mixing a soil stabilizer with the portion of soil, wherein the soil stabilizer comprises at least 10 parts by mass of concrete fragments and cement up to a total mass of up to 3 parts by mass of added cement and residual cement, wherein the cement is hydraulic cement in uncured state, wherein the concrete fragments is a selected concrete fraction of crushed concrete, wherein the selected concrete fraction comprises a portion of particles less than 16 mm in particle size determined by sieving, wherein the portion of particles less than 16 mm in particle size is at least 20 % by mass of the selected concrete fraction and wherein the soil stabilizer comprises at least 23 % by mass of the selected concrete fraction of crushed concrete, preferably the soil stabilizer is essentially free of added cement or comprises up to 2.5 parts by mass of added cement per 10 parts by mass of the selected concrete fraction, and the residual cement is residual uncured cement of the selected fraction, preferably the amount of residual cement is up to 10 % by mass of the selected concrete fraction, such as from 0.5 to 5 % by mass of the selected concrete fraction.
An electronic device comprising: a display screen; and at least one processor coupled to the display screen, wherein the at least one processor is configured to: determine a gaze and a focal point of an eye of the user, and based on at least one of the gaze and the focal point of the eye of the user, control a focal point of an adjustable lens; present, through the display screen, an image of an object based on at least one of the gaze and the focal point of the eye of the user, wherein the at least one processor is configured to control the focal point of the adjustable lens to vary a focus of the image of the object presented through the display screen based on at least one of the gaze and the focal point of the eye of the user; and create a simultaneous localization and mapping (SLAM) image using the determined focal point of the eye of the user. a display screen; and at least one processor coupled to the display screen, wherein the at least one processor is configured to: determine a gaze and a focal point of an eye of the user, and based on at least one of the gaze and the focal point of the eye of the user, control a focal point of an adjustable lens; present, through the display screen, an image of an object based on at least one of the gaze and the focal point of the eye of the user, wherein the at least one processor is configured to control the focal point of the adjustable lens to vary a focus of the image of the object presented through the display screen based on at least one of the gaze and the focal point of the eye of the user; and create a simultaneous localization and mapping (SLAM) image using the determined focal point of the eye of the user. determine a gaze and a focal point of an eye of the user, and based on at least one of the gaze and the focal point of the eye of the user, control a focal point of an adjustable lens; present, through the display screen, an image of an object based on at least one of the gaze and the focal point of the eye of the user, wherein the at least one processor is configured to control the focal point of the adjustable lens to vary a focus of the image of the object presented through the display screen based on at least one of the gaze and the focal point of the eye of the user; and create a simultaneous localization and mapping (SLAM) image using the determined focal point of the eye of the user.
Combination of a bolt having a cross-sectional area with a nut, the nut comprising a first part having a first opening (O 1) and an inner profile, and a second part having a second opening (O 2), the parts (11, 12) being connected so as to be rotatable relative to one another about an axis of rotation of the nut between a release position and a rotational position and the openings (O 1, O 2) overlapping one another and, furthermore, the cross-sectional area of the bolt having, at least in part, a contour across the length of the bolt that coincides with the opening contour of the second opening (O 2) such that the bolt can be inserted into but not rotated in the second opening (O 2), characterised in that, when in the release position, the common opening contour, i.e. the entire opening contour resulting from the first and second part (11, 12) being superimposed, caused by the opening contour of the second part, is smaller than a circumferential contour of the bolt, the bolt initially having, on the free end thereof to which bolt the nut is fixed, a smaller contour over which the opening of the first part can be easily slid, which smaller contour of the bolt nevertheless fits into the opening contour of the second part, it not being possible to slide the second part beyond the smaller contour of the bolt.
A wireless telecommunications system comprising a base station and a plurality of terminal devices (101, 112), wherein a first terminal device is configured to communicate with the base station via a second terminal device, wherein the second terminal device is selected from among a plurality of potential second terminal devices based on a measured characteristic of beacon signalling exchanged between the first terminal device and respective ones of the potential second terminal devices, wherein the beacon signalling is exchanged between the first terminal device and respective ones of the potential second terminal devices for a predetermined period of time.
Regulator element for a watch or timepiece comprising a balance, a balance-cock, at least one light energy source and at least one spiral spring fixed between said balance and said balance-cock, wherein said at least one spiral spring is arranged to transmit and diffuse light emitted by said at least one light energy source of said regulator element.
A vehicle sound absorption structure comprising: a recessed cell that has an opening on one end thereof; a divider that is provided within the cell and that divides an acoustic wave entering the cell from the opening into two acoustic waves (32, 34); reflectors (16, 18) that reflect one of the two acoustic waves divided at the divider and reflect the other acoustic wave respectively toward the opening, and that generate a phase difference between the one acoustic wave and the other acoustic wave; characterized in that: the divider has an end on the side of the opening positioned more inward in the cell than the opening, while being positioned closer to the opening than one of the reflectors, the one of the reflectors being positioned closer to the opening than the other reflector; and the end of the divider defines a space between the end and the opening as an interfering portion that is provided within the cell and that causes the one acoustic wave and the other acoustic wave, which have been respectively reflected at the reflectors (16, 18), to interfere with each other. a recessed cell that has an opening on one end thereof; a divider that is provided within the cell and that divides an acoustic wave entering the cell from the opening into two acoustic waves (32, 34); reflectors (16, 18) that reflect one of the two acoustic waves divided at the divider and reflect the other acoustic wave respectively toward the opening, and that generate a phase difference between the one acoustic wave and the other acoustic wave; characterized in that: the divider has an end on the side of the opening positioned more inward in the cell than the opening, while being positioned closer to the opening than one of the reflectors, the one of the reflectors being positioned closer to the opening than the other reflector; and the end of the divider defines a space between the end and the opening as an interfering portion that is provided within the cell and that causes the one acoustic wave and the other acoustic wave, which have been respectively reflected at the reflectors (16, 18), to interfere with each other. the divider has an end on the side of the opening positioned more inward in the cell than the opening, while being positioned closer to the opening than one of the reflectors, the one of the reflectors being positioned closer to the opening than the other reflector; and the end of the divider defines a space between the end and the opening as an interfering portion that is provided within the cell and that causes the one acoustic wave and the other acoustic wave, which have been respectively reflected at the reflectors (16, 18), to interfere with each other.
An extruded optical cable protective component comprising an extruded polymeric blend, said extruded polymeric blend comprising: (a) a crystalline polypropylene having a crystallinity of at least about 55 percent; and (b) an impact-modifying polymer selected from the group consisting of an olefin multi-block interpolymer wherein the olefin multi-block interpolymer has a density of at least 0.86 g/cm 3, an olefin block composite, and combinations thereof. (a) a crystalline polypropylene having a crystallinity of at least about 55 percent; and (b) an impact-modifying polymer selected from the group consisting of an olefin multi-block interpolymer wherein the olefin multi-block interpolymer has a density of at least 0.86 g/cm 3, an olefin block composite, and combinations thereof.
A process for producing a hydrophobic silica powder comprising the steps,, and of:: hydrophobic treatment step of adding to a silica sol in mixed solvent having a silica concentration of 5 to 50 mass% obtained by mixing an aqueous silica sol containing hydrophilic colloidal silica having a specific surface area of 5.5 to 550 m 2 /g with a hydrophilic organic solvent in a mass ratio of 0.12 to 2.5 based on water in the aqueous silica sol, a disilazane compound of formula (R 1 3 Si) 2 NH wherein each R 1 is C 1-6 alkyl group or phenyl group that is selected independently of one another, in an amount of 0.1 to 20 mmol per surface area 100 m 2 of the hydrophilic colloidal silica, to obtain a mixture of the silica sol in mixed solvent and the disilazane, and heating the mixture at a temperature of 50 to 70°C for aging to obtain a slurry dispersion of hydrophobic treated colloidal silica;: step of heating the slurry dispersion of hydrophobic treated colloidal silica obtained in the step at a temperature of 50 to 100°C and a temperature higher than the temperature of the hydrophobic treatment step, with stirring for aging, thereby granulating the hydrophobic treated colloidal silica in a granular shape in the dispersion;: step of separating the hydrophobic treated colloidal silica granulated in a granular shape that is obtained in the step from a liquid phase of the dispersion; and: step of drying a cake of the granular hydrophobic treated colloidal silica obtained in the step.: hydrophobic treatment step of adding to a silica sol in mixed solvent having a silica concentration of 5 to 50 mass% obtained by mixing an aqueous silica sol containing hydrophilic colloidal silica having a specific surface area of 5.5 to 550 m 2 /g with a hydrophilic organic solvent in a mass ratio of 0.12 to 2.5 based on water in the aqueous silica sol, a disilazane compound of formula (R 1 3 Si) 2 NH wherein each R 1 is C 1-6 alkyl group or phenyl group that is selected independently of one another, in an amount of 0.1 to 20 mmol per surface area 100 m 2 of the hydrophilic colloidal silica, to obtain a mixture of the silica sol in mixed solvent and the disilazane, and heating the mixture at a temperature of 50 to 70°C for aging to obtain a slurry dispersion of hydrophobic treated colloidal silica;: step of heating the slurry dispersion of hydrophobic treated colloidal silica obtained in the step at a temperature of 50 to 100°C and a temperature higher than the temperature of the hydrophobic treatment step, with stirring for aging, thereby granulating the hydrophobic treated colloidal silica in a granular shape in the dispersion;: step of separating the hydrophobic treated colloidal silica granulated in a granular shape that is obtained in the step from a liquid phase of the dispersion; and: step of drying a cake of the granular hydrophobic treated colloidal silica obtained in the step.