mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a dual mode payment interface device having a touch screen display; a merchant display device having a second touch screen display; a wire that provides a communicative connection between the dual mode payment interface device and the merchant display device; the system alternatively operating in a first mode of operation and a second mode of operation; wherein the first mode of operation provides access to a merchant system interface on the touch screen display and provides access to a customer system interface on the touch screen display; and wherein the second mode of operation provides access to the customer system interface on the touch screen display and does not provide access to the merchant system interface on the touch screen display, but instead provides access to the merchant system interface on the second touch screen display; characterized in that the second mode of operation is enabled by the communicative connection; and wherein enabling the second mode of operation comprises: (i) locking in the second mode of operation in response to detecting the communicative connection; and (ii) maintaining the second mode of operation as locked-in until the communicative connection is lost. a dual mode payment interface device having a touch screen display; a merchant display device having a second touch screen display; a wire that provides a communicative connection between the dual mode payment interface device and the merchant display device; the system alternatively operating in a first mode of operation and a second mode of operation; wherein the first mode of operation provides access to a merchant system interface on the touch screen display and provides access to a customer system interface on the touch screen display; and wherein the second mode of operation provides access to the customer system interface on the touch screen display and does not provide access to the merchant system interface on the touch screen display, but instead provides access to the merchant system interface on the second touch screen display; wherein the first mode of operation provides access to a merchant system interface on the touch screen display and provides access to a customer system interface on the touch screen display; and wherein the second mode of operation provides access to the customer system interface on the touch screen display and does not provide access to the merchant system interface on the touch screen display, but instead provides access to the merchant system interface on the second touch screen display; characterized in that the second mode of operation is enabled by the communicative connection; and wherein enabling the second mode of operation comprises: (i) locking in the second mode of operation in response to detecting the communicative connection; and (ii) maintaining the second mode of operation as locked-in until the communicative connection is lost. (i) locking in the second mode of operation in response to detecting the communicative connection; and (ii) maintaining the second mode of operation as locked-in until the communicative connection is lost.
A seal for sealing a space defined by first and second adjacent components (204, 202) disposed about a centerline (C L), the seal comprising: a first seal section; a second seal section; and a wave spring disposed between the first and second seal sections (214,216) and operative to bias the first seal section and the second seal section away from one another, wherein the first and second seal sections (214,216) are configured to move relative to one another, wherein the first and second seal sections (214,216) are configured to sealingly engage with the first and second components (204,202) to prevent gases from reaching a clearance defined between the first and second components (204, 202); characterised in that: the first seal section includes a first base and a first leg extending from the first base, the second seal section includes a second base and a second leg extending from the second base, and the first base is supported by the second base; and the seal further comprises a plurality of tabs extending from the first seal section and/or the second seal section and wrapping over a radially outer edge of the wave spring. a first seal section; a second seal section; and a wave spring disposed between the first and second seal sections (214,216) and operative to bias the first seal section and the second seal section away from one another, wherein the first and second seal sections (214,216) are configured to move relative to one another, wherein the first and second seal sections (214,216) are configured to sealingly engage with the first and second components (204,202) to prevent gases from reaching a clearance defined between the first and second components (204, 202); characterised in that: the first seal section includes a first base and a first leg extending from the first base, the second seal section includes a second base and a second leg extending from the second base, and the first base is supported by the second base; and the seal further comprises a plurality of tabs extending from the first seal section and/or the second seal section and wrapping over a radially outer edge of the wave spring. the first seal section includes a first base and a first leg extending from the first base, the second seal section includes a second base and a second leg extending from the second base, and the first base is supported by the second base; and the seal further comprises a plurality of tabs extending from the first seal section and/or the second seal section and wrapping over a radially outer edge of the wave spring.
Table, in particular rollable standing height table, having a tabletop that comprises on a first side a first supporting device and on an opposite-lying second side a second supporting device, wherein the first and the second supporting device (5, 6) comprise in each case two pins (7, 8) that extend to the side beyond the tabletop, having a first slotted guiding arrangement that is arranged on the first side, and having a second slotted guiding arrangement that is arranged on the second side, wherein the respective pins (7, 8) of the first and second supporting devices (5, 6) are received in a displaceable manner in the first and second slotted guiding arrangements (9, 10), and wherein the first slotted guiding arrangement and the second slotted guiding arrangement comprise in each case at least two U-shaped guiding tracks (11, 12), wherein the tabletop can be adjusted into various positions by means of displacing the pins (7, 8) within the U-shaped guiding tracks (11, 12), wherein the U-shaped guiding tracks (11, 12) comprise in each case a first limb and a second limb that are connected to one another via a transfer section, wherein the first and second limbs (13, 14) are oriented in each case horizontally, characterised in that the limbs (13, 14) of the first guiding track and the limbs (13, 14) of the second guiding track are arranged starting from the respective transfer section extending towards one another or away from one another. having a first slotted guiding arrangement that is arranged on the first side, and having a second slotted guiding arrangement that is arranged on the second side, wherein the respective pins (7, 8) of the first and second supporting devices (5, 6) are received in a displaceable manner in the first and second slotted guiding arrangements (9, 10), and wherein the first slotted guiding arrangement and the second slotted guiding arrangement comprise in each case at least two U-shaped guiding tracks (11, 12), wherein the tabletop can be adjusted into various positions by means of displacing the pins (7, 8) within the U-shaped guiding tracks (11, 12), wherein the U-shaped guiding tracks (11, 12) comprise in each case a first limb and a second limb that are connected to one another via a transfer section, wherein the first and second limbs (13, 14) are oriented in each case horizontally, characterised in that the limbs (13, 14) of the first guiding track and the limbs (13, 14) of the second guiding track are arranged starting from the respective transfer section extending towards one another or away from one another.
Drill chuck comprising - a drilling needle receiving device for releasably receiving a drilling needle with flattened end section, - a hollow cylindrical magnetic holder for the drilling needle receiving device, and - a coupling device for torque transmission from a drive device to the drilling needle receiving device, characterized in that the drilling needle receiving device is configured for receiving a flattened end section of the drilling needle and comprises a receiving element, at least one clamping body, and a clamping insert, wherein - the receiving element comprises at least one cylindrical section with a recess, and - the clamping insert comprises counter bodies that supplements or supplement the at least one clamping body and that extends or extend away from a stop disk, and wherein the stop disk is resting on an end face of the cylindrical section and comprises a through opening for the drilling needle, wherein the counter body or counter bodies and the at least one clamping body are configured in regard to dimensions and shape for arrangement in the recess and for providing a clamping receiving action of the flattened end section of the drilling needle between the clamping body or clamping bodies and the counter bodies, and the coupling device is a magnetic coupling device wherein the drilling needle receiving device comprises a first coupling partner with a magnetic coupling disk which is configured to be brought into operative engagement with a magnetic coupling disk of a drive-associated coupling partner in a contactless way, and an annular magnet forms the hollow cylindrical magnetic holder and is arranged spaced apart and coaxially without contact about the cylindrical section of the receiving element, wherein preferably a magnetically affectable spacer ring surrounds the cylindrical section. - a drilling needle receiving device for releasably receiving a drilling needle with flattened end section, - a hollow cylindrical magnetic holder for the drilling needle receiving device, and - a coupling device for torque transmission from a drive device to the drilling needle receiving device, - the receiving element comprises at least one cylindrical section with a recess, and - the clamping insert comprises counter bodies that supplements or supplement the at least one clamping body and that extends or extend away from a stop disk,
An ejection device, comprising: a discharge part configured to discharge a droplet to an object (NL, OB), wherein the droplet is a droplet of a finger nail ink, a cosmetic containing liquid, or a medicine containing liquid; a light projecting part configured for projecting a light between the discharge part and the object (NL, OB) to form a light path across the object (NL, OB); a light receiving part configured for receiving the light projected by the light projecting part; and a controller, the ejection device being characterized in that the controller is configured to stop a motor (23, 19) of the discharge part to stop driving the discharge part when the light receiving part does not receive the light. a discharge part configured to discharge a droplet to an object (NL, OB), wherein the droplet is a droplet of a finger nail ink, a cosmetic containing liquid, or a medicine containing liquid; a light projecting part configured for projecting a light between the discharge part and the object (NL, OB) to form a light path across the object (NL, OB); a light receiving part configured for receiving the light projected by the light projecting part; and a controller, the ejection device being characterized in that the controller is configured to stop a motor (23, 19) of the discharge part to stop driving the discharge part when the light receiving part does not receive the light.
A cartridge (100, 414, 502, 502', 502") for dispensing fluid (214, 610) comprising: - a cartridge body comprising a cylindrical space and a rotary valve, wherein the rotary valve comprises a cylindrical portion adapted to fit into the cylindrical space; wherein the cylindrical portion comprises a cavity; - a reservoir for storing the fluid; - a reservoir conduit for connecting the reservoir with the rotary valve; and - an outlet conduit for dispensing the fluid, characterized in that the cartridge body comprises a plunger, wherein the rotary valve comprises a pumping chamber for pumping the fluid, wherein the pumping chamber comprises a pumping chamber conduit which is formed in a wall of the cylindrical portion, wherein the rotary valve is operable for rotating said pumping chamber conduit, wherein the pumping chamber conduit is connected with the pumping chamber, wherein the pumping chamber is formed by the cavity and the plunger; wherein the plunger is operable for changing the volume of the pumping chamber, wherein the rotary valve and the plunger are operable for being actuated independently,- wherein the rotary valve is operable for rotating the pumping chamber conduit to connect with the reservoir conduit, wherein the rotary valve is further operable for rotating the pumping chamber conduit to connect with the outlet conduit. - a cartridge body comprising a cylindrical space and a rotary valve, wherein the rotary valve comprises a cylindrical portion adapted to fit into the cylindrical space; wherein the cylindrical portion comprises a cavity; - a reservoir for storing the fluid; - a reservoir conduit for connecting the reservoir with the rotary valve; and - an outlet conduit for dispensing the fluid,
Composite material board, more particularly wood composite board with at least one core layer made of strands and with cover layers (4, 5) made of chips, wherein the composite material board is formed through pressing a multiple-layer press material mat, wherein the multiple-layer press material mat is produced with at least core press material layer of strands and a lower and an upper cover press material layer (4', 5') of chips, characterised in that one or both cover layers (4, 5) are designed as non-full area cover layers in such a way that individual strands at least partially extend through the cover layer (4, 5), forming interruptions in the cover layer (4, 5), as far as the board surface, wherein the lower cover press material layer and the upper cover press material layer are produced in such a way that during the pressing, initially full-area cover layers with continuous surfaces of cover layer chips are formed, and then through surface machining of the cover layers the non-continuous cover layers (4, 5) are produced and individual strands at least partially extend through the cover layers, forming interruptions in the cover layers, as far as the board surface and are thus visible.
A method for the synthesis of methanol, wherein a first fresh gas flow comprising hydrogen and carbon oxides is obtained from a carbonaceous energy carrier flow in a steam reformer by steam reforming, wherein a second fresh gas flow comprising hydrogen and carbon oxides is obtained from the carbonaceous energy carrier flow in a POX reactor by partial oxidation, wherein the first fresh gas flow is supplied to a first methanol reactor stage for the synthesis of methanol, characterized in that the second fresh gas flow is supplied to a second methanol reactor stage for the synthesis of methanol, in that a residual gas flow comprising unreacted hydrogen and unreacted carbon oxides is obtained from the first methanol reactor stage and in that at least part of the unreacted hydrogen of the residual gas flow is supplied to the second methanol reactor stage for the synthesis of methanol.
A pharmaceutical composition comprising (i) a compound of the formula or a pharmaceutically acceptable salt thereof, together with (ii) a pharmaceutically acceptable carrier, wherein: R 1 is H; R 2 is H, aralkyl or heterocyclyl; and R 3, R 4, R 5, R 6 and R 7 are independently selected from the group consisting of H, alkylsulfonyl, perhaloalkoxy and N -hydroxylsulfonamidyl, and wherein at least one of R 3, R 4, R 5, R 6 and R 7 is other than H. R 1 is H; R 2 is H, aralkyl or heterocyclyl; and R 3, R 4, R 5, R 6 and R 7 are independently selected from the group consisting of H, alkylsulfonyl, perhaloalkoxy and N -hydroxylsulfonamidyl, and wherein at least one of R 3, R 4, R 5, R 6 and R 7 is other than H.
A refrigeration cycle apparatus, comprising: a refrigerant circuit configured to circulate refrigerant; a heat exchanger unit (1, 2) accommodating a heat exchanger (7, 5) of the refrigerant circuit; and a controller configured to control the heat exchanger unit, the heat exchanger unit including an air-sending fan (7f, 5f), an electric refrigerant detection unit (98, 99), and a notifier configured to output notification of an abnormality, characterized in that the controller is configured to stop electric supply to the electric refrigerant detection unit when an electric supply stop condition is satisfied under a state in which the electric refrigerant detection unit is supplied with electricity, supply electricity to the electric refrigerant detection unit when an electric supply condition is satisfied under a state in which the electric supply to the electric refrigerant detection unit is stopped, and cause the notifier to output the notification of the abnormality when an integrated time of electric supply to the electric refrigerant detection unit becomes equal to or larger than a first threshold time, the electric supply stop condition including a condition in which a rotation speed of the air-sending fan becomes equal to or larger than a first threshold rotation speed (R1, R2), the electric supply condition including a condition in which the rotation speed of the air-sending fan becomes smaller than a second threshold rotation speed, the second threshold rotation speed being equal to or smaller than the first threshold rotation speed. a refrigerant circuit configured to circulate refrigerant; a heat exchanger unit (1, 2) accommodating a heat exchanger (7, 5) of the refrigerant circuit; and a controller configured to control the heat exchanger unit, the heat exchanger unit including an air-sending fan (7f, 5f), an electric refrigerant detection unit (98, 99), and a notifier configured to output notification of an abnormality, characterized in that the controller is configured to stop electric supply to the electric refrigerant detection unit when an electric supply stop condition is satisfied under a state in which the electric refrigerant detection unit is supplied with electricity, supply electricity to the electric refrigerant detection unit when an electric supply condition is satisfied under a state in which the electric supply to the electric refrigerant detection unit is stopped, and cause the notifier to output the notification of the abnormality when an integrated time of electric supply to the electric refrigerant detection unit becomes equal to or larger than a first threshold time, the electric supply stop condition including a condition in which a rotation speed of the air-sending fan becomes equal to or larger than a first threshold rotation speed (R1, R2), the electric supply condition including a condition in which the rotation speed of the air-sending fan becomes smaller than a second threshold rotation speed, the second threshold rotation speed being equal to or smaller than the first threshold rotation speed.
A water recycling system which comprises: a first settlement tank, having an inlet and an outlet; a second settlement tank having an inlet in fluid communication with the outlet of the first settlement tank, and an outlet; at least one storage tank having an inlet in fluid communication with the outlet of the second settlement tank, and an outlet (28,29); wherein at least one of the first and second settlement tanks (12,18) comprises an inner tank (34,38) and an outer tank (36,40) around and in fluid communication with the inner tank, wherein the inlet opens into the inner tank, and the outlet opens from the outer tank; characterised in that the system further comprises an overflow sensor, for sensing water which is overflowing from the system and thus that the tanks (12, 18, 24) of the system are full, wherein the system is arranged such that when the overflow sensor senses water flowing for a predetermined period of time then a partial or complete purge of one or more of the system tanks (12, 18, 24) is triggered. a first settlement tank, having an inlet and an outlet; a second settlement tank having an inlet in fluid communication with the outlet of the first settlement tank, and an outlet; at least one storage tank having an inlet in fluid communication with the outlet of the second settlement tank, and an outlet (28,29); wherein at least one of the first and second settlement tanks (12,18) comprises an inner tank (34,38) and an outer tank (36,40) around and in fluid communication with the inner tank, wherein the inlet opens into the inner tank, and the outlet opens from the outer tank; characterised in that the system further comprises an overflow sensor, for sensing water which is overflowing from the system and thus that the tanks (12, 18, 24) of the system are full, wherein the system is arranged such that when the overflow sensor senses water flowing for a predetermined period of time then a partial or complete purge of one or more of the system tanks (12, 18, 24) is triggered.
A protective helmet comprising: - a structure comprising an outer shell intended to surround the head of a user and presenting a facial opening and an inner module fixed in the shell and comprising a cap and a ring mounted in the lower part of the cap; - an ocular screen assembled to the structure in a detachable manner and which can move between a low position in which the screen extends opposite the facial opening and a high position in which the facial opening is substantially clear, which screen comprises a central part and two lateral wings; and - a leg mounted on each lateral wing of the screen in such a manner that it can rotate about a substantially transversal axis in order to permit the pivoting of the screen between its high and low positions, whereby each leg is intended to be engaged in a corresponding housing arranged in the ring for the assembly of the screen to the structure, and at least one leg comprises locking means (52, 61, 70) on the structure that can be deactivated by a manual action of the user; characterized in that the locking means (52, 70) are integrally situated inside the shell, in the position of use, and in that the shell comprises an anchoring device on its inner face and intended for cooperating with the locking means (52, 70) arranged on the leg or on each leg, wherein the locking means comprise an opening (52, 70) arranged on the leg and that the anchoring device comprises a pin projecting from a lateral part of the shell toward the interior. - a structure comprising an outer shell intended to surround the head of a user and presenting a facial opening and an inner module fixed in the shell and comprising a cap and a ring mounted in the lower part of the cap; - an ocular screen assembled to the structure in a detachable manner and which can move between a low position in which the screen extends opposite the facial opening and a high position in which the facial opening is substantially clear, which screen comprises a central part and two lateral wings; and - a leg mounted on each lateral wing of the screen in such a manner that it can rotate about a substantially transversal axis in order to permit the pivoting of the screen between its high and low positions, whereby each leg is intended to be engaged in a corresponding housing arranged in the ring for the assembly of the screen to the structure, and at least one leg comprises locking means (52, 61, 70) on the structure that can be deactivated by a manual action of the user;