mhurhangee/ep-ind-claims huggingface dataset:
Transceiver apparatus, comprising a portable electronic module as transmitter and a signalling module as receiver, wherein the signalling module is arrangeable in a monitoring region and comprises a detection device and a control device, wherein the detection device is configured to detect an event in the monitoring region and to provide the detected event as event data to the control device, wherein the control device is configured to put the signalling module into an alarm state and a normal state on the basis of the event data, wherein the portable electronic module comprises a coding unit and a light transmitting unit, wherein the coding unit is configured to code acknowledgement data according to a coding key and to provide them to the light transmitting unit, wherein the light transmitting unit is configured to output the coded acknowledgement data as a coded light signal, wherein the signalling module comprises a light receiving unit and a decoding unit, wherein the light receiving unit is configured to receive the coded light signal of the portable electronic module and to provide it to the decoding unit data-technologically, wherein the light transmitting unit is configured to output a light signal in the visible wavelength range as the coded light signal, wherein the decoding unit is configured to decode the coded light signal and to provide it as acknowledgement data to the control device, wherein the same coding key as that used for coding by the coding unit is used for decoding the coded light signal, wherein the control device is configured to switch the signalling module from the alarm state to the normal state on the basis of the acknowledgement data.
A thermodynamic pump system for providing gaseous hydrogen comprising: an accumulator for storing pressurized gaseous hydrogen; a plurality of liquid hydrogen tanks (20a, 20b, 20c) in fluid communication with an outlet of the accumulator; and a heat exchanger in fluid communication with and intermediate the accumulator and the plurality of tanks (20a, 20b, 20c) for sequentially receiving LH2; a supply manifold interconnecting the plurality of tanks (20a, 20b, 20c) to the heat exchanger and having a plurality of supply valves (28a, 28b, 28c) configured to sequentially supply LH2 to the heat exchanger; and a pressurization manifold interconnecting the accumulator to the plurality of tanks (20a, 20b, 20c) and having a plurality of pressurization valves (48a, 48b, 48c) configured to sequentially pressurize the tanks (20a, 20b, 20c) concurrent with the sequential supply of LH2. an accumulator for storing pressurized gaseous hydrogen; a plurality of liquid hydrogen tanks (20a, 20b, 20c) in fluid communication with an outlet of the accumulator; and a heat exchanger in fluid communication with and intermediate the accumulator and the plurality of tanks (20a, 20b, 20c) for sequentially receiving LH2; a supply manifold interconnecting the plurality of tanks (20a, 20b, 20c) to the heat exchanger and having a plurality of supply valves (28a, 28b, 28c) configured to sequentially supply LH2 to the heat exchanger; and a pressurization manifold interconnecting the accumulator to the plurality of tanks (20a, 20b, 20c) and having a plurality of pressurization valves (48a, 48b, 48c) configured to sequentially pressurize the tanks (20a, 20b, 20c) concurrent with the sequential supply of LH2.
An apparatus for positioning a tip of a cable comprising: a pallet having an opening; a drive wheel rotatably coupled to the pallet; a motor mounted to the pallet and operatively coupled to drive rotation of the drive wheel; a plug or receptacle mounted to the pallet and electrically connected to provide power to the motor; a reelette drive shaft rotatably coupled to the pallet with a portion of the reelette drive shaft passing through the opening in the pallet: a reelette coupled to the reelette drive shaft and comprising an enclosure having an outer periphery with an opening, wherein the motor is operatively coupled to drive rotation of the reelette drive shaft, and an idler wheel rotatably coupled to the pallet, wherein the idler wheel is in contact with the drive wheel to form a nip therebetween. a pallet having an opening; a drive wheel rotatably coupled to the pallet; a motor mounted to the pallet and operatively coupled to drive rotation of the drive wheel; a plug or receptacle mounted to the pallet and electrically connected to provide power to the motor; a reelette drive shaft rotatably coupled to the pallet with a portion of the reelette drive shaft passing through the opening in the pallet: a reelette coupled to the reelette drive shaft and comprising an enclosure having an outer periphery with an opening, wherein the motor is operatively coupled to drive rotation of the reelette drive shaft, and an idler wheel rotatably coupled to the pallet, wherein the idler wheel is in contact with the drive wheel to form a nip therebetween.
A doubly resonant optical parametric oscillator with return of the pump radiation comprising a pump radiation source delivering a pump radiation at the frequency f p and comprising, in the direction of out propagation of the pump radiation, - a non - linear crystal having a front face and a rear face, - a device situated downstream of the rear face of the crystal, defining with a first mirror situated upstream of the front face of the crystal a first resonant cavity for a signal radiation at the frequency f s and with a second mirror situated upstream of the front face of the crystal a second resonant cavity for a complementary radiation at the frequency f c, one at least of the two cavities being of adjustable length to ensure a tunable operating mode of the oscillator which is mono" frequency (f p = f s 0 + f c 0) or bi - frequency (f p = f s 0 + f c 0 = f s 1 + f c 1), exclusively, the device reflecting in operation the pump, signal and complementary radiations by introducing a relative dephasing where + - c a) with - p a, - s a and - c a respectively the pump, signal and complementary radiations phases exiting via the rear face of the crystal during the out paths and with respectively the pump, signal and complementary radiations phases entering via the rear face of the crystal during the return paths; characterized in that the device is a mirror common to the two cavities, and is a metallic mirror such that the value of the relative dephasing spread is equal to p (mod. 2p), or is a wide - band mirror common to the two cavities, comprising a multilayer stack arranged to form a pair of dispersive dielectric mirrors and a standard dielectric mirror. - a non - linear crystal having a front face and a rear face, - a device situated downstream of the rear face of the crystal, defining with a first mirror situated upstream of the front face of the crystal a first resonant cavity for a signal radiation at the frequency f s and with a second mirror situated upstream of the front face of the crystal a second resonant cavity for a complementary radiation at the frequency f c, one at least of the two cavities being of adjustable length to ensure a tunable operating mode of the oscillator which is mono" frequency (f p = f s 0 + f c 0) or bi - frequency (f p = f s 0 + f c 0 = f s 1 + f c 1), exclusively, the device reflecting in operation the pump, signal and complementary radiations by introducing a relative dephasing where + - c a) with - p a, - s a and - c a respectively the pump, signal and complementary radiations phases exiting via the rear face of the crystal during the out paths and with respectively the pump, signal and complementary radiations phases entering via the rear face of the crystal during the return paths; characterized in that the device is a mirror common to the two cavities, and is a metallic mirror such that the value of the relative dephasing spread is equal to p (mod. 2p), or is a wide - band mirror common to the two cavities, comprising a multilayer stack arranged to form a pair of dispersive dielectric mirrors and a standard dielectric mirror.
A flavor delivery article comprising: a substantially rod-shaped carrier element that does not include dried, shredded tobacco; a wrapping element surrounding at least a portion of the carrier element; and a first flavor material comprising at least a tobacco extract included in the carrier element, and a second flavor material that is different from the first flavor material included in the carrier element or in the carrier element and the wrapping element; characterised in that the flavor delivery article is adapted for selective release of the first flavor material and the second flavor material to the mouth of a user in the absence of combustion or other external heating. a substantially rod-shaped carrier element that does not include dried, shredded tobacco; a wrapping element surrounding at least a portion of the carrier element; and a first flavor material comprising at least a tobacco extract included in the carrier element, and a second flavor material that is different from the first flavor material included in the carrier element or in the carrier element and the wrapping element; characterised in that the flavor delivery article is adapted for selective release of the first flavor material and the second flavor material to the mouth of a user in the absence of combustion or other external heating.
A vehicle air-conditioning apparatus comprising: a unit case having an internal space and formed by assembling a plurality of case members (10,11) each including a vertical parting plane (10a, 11a); a joint portion including a depressed groove provided on the parting plane of one of the case members and a projecting portion provided on the parting plane of the other case member and to be inserted into the depressed groove; and a rod-shaped sealing member disposed on a bottom portion and in an interior of the joint portion in a compressed manner, and characterised in that, the unit case includes: an output portion that communicates the depressed groove with an external space to the unit case, and leads ends (30a, 30b) of the rod-shaped sealing member out to the external space, and a communicating portion that communicates the depressed groove with the internal space and is provided below the output portion. a unit case having an internal space and formed by assembling a plurality of case members (10,11) each including a vertical parting plane (10a, 11a); a joint portion including a depressed groove provided on the parting plane of one of the case members and a projecting portion provided on the parting plane of the other case member and to be inserted into the depressed groove; and a rod-shaped sealing member disposed on a bottom portion and in an interior of the joint portion in a compressed manner, and characterised in that, the unit case includes: an output portion that communicates the depressed groove with an external space to the unit case, and leads ends (30a, 30b) of the rod-shaped sealing member out to the external space, and a communicating portion that communicates the depressed groove with the internal space and is provided below the output portion.
A method for transmitting channel state information, CSI, by a user equipment, UE, in a mobile communication system, the method comprising: receiving a CSI-reference signal, CSI-RS, used for measuring a downlink channel and configuration information related to CSI feedback from a base station, BS; determining a channel quality indication, CQI, for each of at least two transmission points and control information related to a CQI for joint transmission of the at least two transmission points, based on the CSI-RS and the configuration information related to CSI feedback; and transmitting the determined CQIs and the determined control information to the BS, characterised in that the control information comprises a relative value indicating a difference between a CQI value denoting a data rate receivable by the UE when the at least two transmission points simultaneously transmit and a greatest CQI among the determined CQIs. receiving a CSI-reference signal, CSI-RS, used for measuring a downlink channel and configuration information related to CSI feedback from a base station, BS; determining a channel quality indication, CQI, for each of at least two transmission points and control information related to a CQI for joint transmission of the at least two transmission points, based on the CSI-RS and the configuration information related to CSI feedback; and transmitting the determined CQIs and the determined control information to the BS, characterised in that the control information comprises a relative value indicating a difference between a CQI value denoting a data rate receivable by the UE when the at least two transmission points simultaneously transmit and a greatest CQI among the determined CQIs.
A thermal block assembly comprising: a substrate comprising a substrate surface configured with a plurality of reaction sites, each reaction site configured to contain a biological sample, the reaction sites comprising heated reaction sites and adjacent reaction sites; a heated sample block; and a thermal isolation feature configured to restrict heat flow from the heated reaction sites to the adjacent reaction sites, wherein the thermal isolation feature comprises pedestals, and a top of each pedestal comprises a pedestal surface, wherein the pedestals are provided on the sample block, wherein each pedestal surface is proximate to a corresponding heated reaction site of the substrate surface, wherein each pedestal comprises a ring fitted in a radius around the pedestal surface, wherein each ring is composed of a material that is thermally insulating. a substrate comprising a substrate surface configured with a plurality of reaction sites, each reaction site configured to contain a biological sample, the reaction sites comprising heated reaction sites and adjacent reaction sites; a heated sample block; and a thermal isolation feature configured to restrict heat flow from the heated reaction sites to the adjacent reaction sites, wherein the thermal isolation feature comprises pedestals, and a top of each pedestal comprises a pedestal surface, wherein the pedestals are provided on the sample block, wherein each pedestal surface is proximate to a corresponding heated reaction site of the substrate surface, wherein each pedestal comprises a ring fitted in a radius around the pedestal surface, wherein each ring is composed of a material that is thermally insulating.
A cryogen supply and return apparatus for supplying a cryogen from a refrigerator to a superconducting rotating electric machine and returning the cryogen from the superconducting rotating electric machine to the refrigerator in order to cool superconducting coils in the superconducting rotating electric machine and maintain a superconducting property of the cooling superconducting coils, comprising: an unrotatably supported stationary tube; and a rotatable tube which rotates with rotations of the superconducting rotating electric machine; wherein the stationary tube is arranged inside or outside the rotatable tube to define a cryogen passage by connecting interiors of the stationary and rotatable tubes (20,14) and a cylindrical gap extending continuously in a peripheral direction between the stationary and rotatable tubes (20,14), wherein an outer surface portion of the stationary tube opposing the rotatable tube or an outer surface portion of the rotatable tube opposing the stationary tube has recesses extending in a peripheral direction thereof, characterized in that the rotatable tube has a double tube structure made of coaxially arranged inner and outer tubes (14b, 14a) with a circular channel between the outer and inner tubes (14a, 14b). an unrotatably supported stationary tube; and a rotatable tube which rotates with rotations of the superconducting rotating electric machine; wherein the stationary tube is arranged inside or outside the rotatable tube to define a cryogen passage by connecting interiors of the stationary and rotatable tubes (20,14) and a cylindrical gap extending continuously in a peripheral direction between the stationary and rotatable tubes (20,14), wherein an outer surface portion of the stationary tube opposing the rotatable tube or an outer surface portion of the rotatable tube opposing the stationary tube has recesses extending in a peripheral direction thereof, characterized in that the rotatable tube has a double tube structure made of coaxially arranged inner and outer tubes (14b, 14a) with a circular channel between the outer and inner tubes (14a, 14b).
A valve (22,24,120) for use in a medical gas flow controller, the valve (22,24,120) comprising: a valve pin having an elongate body with an outer sealing surface and a tapered part tapering towards a free end of the body, and a sealing element surrounding the valve pin to provide a seal with the outer sealing surface at a defined sealing position, wherein relative movement of the valve pin and the sealing element away from the sealing position provides a variable flow area between the sealing element and the valve pin, and wherein the valve pin is shaped to provide a recess in the outer sealing surface of the body close to the sealing position to increase the flow area of the valve (22,24,120) close to the sealing position, characterized in that the recess comprises first and second elongate slits (152A,152B), the length of the first and second slits (152A, 152B) being aligned with the length of the elongate body, wherein the length of the first elongate slit is greater than the length of the second elongate slit. a valve pin having an elongate body with an outer sealing surface and a tapered part tapering towards a free end of the body, and a sealing element surrounding the valve pin to provide a seal with the outer sealing surface at a defined sealing position, wherein relative movement of the valve pin and the sealing element away from the sealing position provides a variable flow area between the sealing element and the valve pin, and wherein the valve pin is shaped to provide a recess in the outer sealing surface of the body close to the sealing position to increase the flow area of the valve (22,24,120) close to the sealing position, characterized in that the recess comprises first and second elongate slits (152A,152B), the length of the first and second slits (152A, 152B) being aligned with the length of the elongate body, wherein the length of the first elongate slit is greater than the length of the second elongate slit.
A coupling system (100, 400), comprising: a male portion (110, 410) comprising an insert portion (112, 412) configured to generally matingly couple to a receptacle portion (122, 422) of a female portion (120, 420) of said coupling system, wherein one of said male portion and said female portion is capable of extending through a hand-tlghtenable retaining member (130, 430) of said coupling system; said retaining member comprising threads (132, 432) that threadingly couple to corresponding threads (124, 424) on the other one of said male portion and said female portion, an abutment portion (134, 434) that abuts a boss (114, 414) on said one of said male portion and said female portion and thereby pulls said male portion Into said female portion when said threads and said corresponding threads are threadingly coupled, and a lip (137, 437); and a locking member (140, 240) comprising an extension (142, 242), said extension capable of generally extending through one or more holes (136, 236) in said retaining member, and further capable of coupling with a locking groove (127, 427) in said other one of said male portion and said female portion to inhibit unthreading of said threads and said corresponding threads when said locking member is in place between said lip and the side of said locking groove near the corresponding threads, wherein said locking member comprises a clip, staple, snap-in button, wire, cable tie or cable, characterised in that the said one or more holes are formed at a tangent to the locking grove. a male portion (110, 410) comprising an insert portion (112, 412) configured to generally matingly couple to a receptacle portion (122, 422) of a female portion (120, 420) of said coupling system, wherein one of said male portion and said female portion is capable of extending through a hand-tlghtenable retaining member (130, 430) of said coupling system; said retaining member comprising threads (132, 432) that threadingly couple to corresponding threads (124, 424) on the other one of said male portion and said female portion, an abutment portion (134, 434) that abuts a boss (114, 414) on said one of said male portion and said female portion and thereby pulls said male portion Into said female portion when said threads and said corresponding threads are threadingly coupled, and a lip (137, 437); and a locking member (140, 240) comprising an extension (142, 242), said extension capable of generally extending through one or more holes (136, 236) in said retaining member, and further capable of coupling with a locking groove (127, 427) in said other one of said male portion and said female portion to inhibit unthreading of said threads and said corresponding threads when said locking member is in place between said lip and the side of said locking groove near the corresponding threads, wherein said locking member comprises a clip, staple, snap-in button, wire, cable tie or cable, characterised in that the said one or more holes are formed at a tangent to the locking grove.
A control method of a washing machine comprising a tub to hold rinsing water, a drum rotatably provided in the tub, a supply pipe to discharge rinsing water outside the tub and to re-supply the discharged rinsing water to the tub, a circulation pipe to discharge the rinsing water outside the tub and to circulate the discharged rinsing water to an upper portion of the tub, and a filter provided in the supply pipe,: the control method comprising: an initial rinsing course to rinse laundry; a filtering step to filter rinsing water used in the rinsing course using the filter provided in the supply pipe; and an auxiliary rinsing course to rinse the laundry by using the rinsing water filtered in the filtering step, wherein the rinsing water held in the tub is supplied to the laundry inside the drum using the circulation pipe while at least one of the initial rinsing course and the auxiliary rinsing course is performed. the control method comprising: an initial rinsing course to rinse laundry; a filtering step to filter rinsing water used in the rinsing course using the filter provided in the supply pipe; and an auxiliary rinsing course to rinse the laundry by using the rinsing water filtered in the filtering step, an initial rinsing course to rinse laundry; a filtering step to filter rinsing water used in the rinsing course using the filter provided in the supply pipe; and an auxiliary rinsing course to rinse the laundry by using the rinsing water filtered in the filtering step, wherein the rinsing water held in the tub is supplied to the laundry inside the drum using the circulation pipe while at least one of the initial rinsing course and the auxiliary rinsing course is performed.