mhurhangee/ep-ind-claims huggingface dataset:
An air conditioning system for implementing air conditioning in an air-conditioning target space of an indoor area by carrying out heat exchange with air in a common space that is disposed on a periphery of the air-conditioning target space in the indoor area and is not subjected to air conditioning, the air conditioning system comprising: a plurality of air conditioners (21 to 25) each including an air-conditioning target space-side heat exchanger configured to carry out heat exchange with air in the air-conditioning target space; a common space-side heat exchanger configured to carry out heat transfer to and from the air-conditioning target space-side heat exchanger; and a common space-side fan configured to feed taken in air from the common space to the common space-side heat exchanger and to blow the air into the common space, wherein the common space-side heat exchangers are disposed in the common space, and the air-conditioning target space-side heat exchangers implement air conditioning in the air-conditioning target space, characterized in that the air conditioning system is configured to control the air conditioners, based on temperature information items at plural positions in the common space. a plurality of air conditioners (21 to 25) each including an air-conditioning target space-side heat exchanger configured to carry out heat exchange with air in the air-conditioning target space; a common space-side heat exchanger configured to carry out heat transfer to and from the air-conditioning target space-side heat exchanger; and a common space-side fan configured to feed taken in air from the common space to the common space-side heat exchanger and to blow the air into the common space, wherein the common space-side heat exchangers are disposed in the common space, and the air-conditioning target space-side heat exchangers implement air conditioning in the air-conditioning target space, an air-conditioning target space-side heat exchanger configured to carry out heat exchange with air in the air-conditioning target space; a common space-side heat exchanger configured to carry out heat transfer to and from the air-conditioning target space-side heat exchanger; and a common space-side fan configured to feed taken in air from the common space to the common space-side heat exchanger and to blow the air into the common space, wherein the common space-side heat exchangers are disposed in the common space, and the air-conditioning target space-side heat exchangers implement air conditioning in the air-conditioning target space, characterized in that the air conditioning system is configured to control the air conditioners, based on temperature information items at plural positions in the common space.
A method of forming an anchor on an insulated cable, the method including the steps of: providing a wicking material in contact with the insulation of the cable; introducing a liquid, settable adhesive into the wicking material on the insulated cable; and allowing the liquid, settable adhesive to be wicked into the wicking material and to set so as to bond the wicking material to the insulation of the cable and form a projecting anchor on the insulated cable; wherein the step of providing a wicking material in contact with the insulation of the cable comprises providing a body formed from a wicking material on the insulated cable so that the body contacts the insulation of the cable. providing a wicking material in contact with the insulation of the cable; introducing a liquid, settable adhesive into the wicking material on the insulated cable; and allowing the liquid, settable adhesive to be wicked into the wicking material and to set so as to bond the wicking material to the insulation of the cable and form a projecting anchor on the insulated cable;
A hybrid reverse transcriptase comprising a finger domain, a palm domain, a thumb domain, a connection domain and an RNase H domain, wherein a portion of mouse leukemia virus reverse transcriptase (MLVRT) comprising the finger and palm domains is linked to a portion of feline leukemia virus reverse transcriptase (FLVRT) comprising the thumb, connection and RNase H domains, wherein the portion of the MLVRT is at least 95% identical to SEQ ID NO:1 and the portion of the FLVRT is at least 95% identical to SEQ ID NO:5; or a portion of feline leukemia virus reverse transcriptase (FLVRT) comprising the finger and palm domains is linked to a portion of mouse leukemia virus reverse transcriptase (MLVRT) comprising the thumb, connection and RNase H domains, wherein the portion of the FLVRT is at least 95% identical to SEQ ID NO:26 and the portion of the MLVRT is at least 95% identical to SEQ ID NO:28; or a portion of feline leukemia virus reverse transcriptase (FLVRT) comprising the finger, palm, thumb and connection domains is linked to a portion of mouse leukemia virus reverse transcriptase (MLVRT) comprising the RNase H domain, wherein the portion of the FLVRT is at least 95% identical to SEQ ID NO:27 and the portion of the MLVRT is at least 95% identical to SEQ ID NO:29. a portion of mouse leukemia virus reverse transcriptase (MLVRT) comprising the finger and palm domains is linked to a portion of feline leukemia virus reverse transcriptase (FLVRT) comprising the thumb, connection and RNase H domains, wherein the portion of the MLVRT is at least 95% identical to SEQ ID NO:1 and the portion of the FLVRT is at least 95% identical to SEQ ID NO:5; or a portion of feline leukemia virus reverse transcriptase (FLVRT) comprising the finger and palm domains is linked to a portion of mouse leukemia virus reverse transcriptase (MLVRT) comprising the thumb, connection and RNase H domains, wherein the portion of the FLVRT is at least 95% identical to SEQ ID NO:26 and the portion of the MLVRT is at least 95% identical to SEQ ID NO:28; or a portion of feline leukemia virus reverse transcriptase (FLVRT) comprising the finger, palm, thumb and connection domains is linked to a portion of mouse leukemia virus reverse transcriptase (MLVRT) comprising the RNase H domain, wherein the portion of the FLVRT is at least 95% identical to SEQ ID NO:27 and the portion of the MLVRT is at least 95% identical to SEQ ID NO:29.
Method for serially transmitting data in a bus system having at least two bus subscribers which interchange messages via the bus, wherein transmission access to the bus for each message is allocated to a bus subscriber by the arbitration method according to the CAN standard ISO 11898-1, wherein the messages have a logical structure according to the CAN standard, that is to say are constructed from a start-of-frame bit, an arbitration field, a control field, a data field, a CRC field, an acknowledge field and an end-of-frame field, wherein, if a stuffing condition is present, stuffing bits are inserted into the message between the data bits to be transmitted according to the rules of the CAN standard, wherein, in addition to the calculation of the CRC field according to the CAN standard, the calculation of at least one further CRC sequence is started at the start of a message by means of a generator polynomial which differs from the CAN standard, wherein, for at least one of the CRC calculations additionally carried out which differs from the CAN standard, the stuffing bits which were inserted before the start of the CRC field are also taken into account, wherein a suitable identification is used as a basis for deciding which result from one of the CRC calculations started in a parallel manner is used to check the correct data transmission, characterized in that an additional condition is checked for at least one value of the identification, in which case the transmitter inserts fixed stuffing bit sequences comprising one or more bits into the message, at least into parts of the message, if said condition is present.
Oscillator for a flat loudspeaker, having a coil carrier which carries a coil; having an oscillating part carrier which is connected to the coil carrier and which has an inwardly directed spring system which is inverted with respect to the coil carrier, wherein the oscillating part carrier has an inner ring and an outer ring which are connected via spring elements of the spring system, wherein the coil carrier is irreversibly fastened to the outer ring such that the spring elements of the spring system are arranged completely within the structure of the coil carrier; having a coupling ring for coupling the oscillator to a sonic transducer of the flat loudspeaker, wherein the oscillating part carrier is releasably connected to the coupling ring via a closure device; and having an annular gap magnet system which has an annular gap, wherein the spring elements of the spring system are arranged completely within the annular gap.
An assembly comprising: a first turbine blade half comprising a first shell defining a first perimeter and a first interface surface extending along the first perimeter; a second turbine blade half comprising a second shell defining a second perimeter and a second interface surface extending along the second perimeter, the second blade half comprising a bond cap extending from the perimeter where, when the first interface surface is aligned with the second interface surface, a first gap is formed between the first shell and the bond cap; a first mold half comprising a first mold surface corresponding to the first shell; a second mold half comprising a second mold surface corresponding to the second shell where, when the first mold is aligned with the second mold, a second gap is formed between the first mold and the second mold, wherein the first gap is in fluid communication with the second gap; a first barrier (316a, 416a) disposed within the first gap; and a second barrier (316b, 416b) disposed within the second gap thereby fluidly sealing a volume defined by the first gap and the second gap, characterized by a vent on the second barrier. a first turbine blade half comprising a first shell defining a first perimeter and a first interface surface extending along the first perimeter; a second turbine blade half comprising a second shell defining a second perimeter and a second interface surface extending along the second perimeter, the second blade half comprising a bond cap extending from the perimeter where, when the first interface surface is aligned with the second interface surface, a first gap is formed between the first shell and the bond cap; a first mold half comprising a first mold surface corresponding to the first shell; a second mold half comprising a second mold surface corresponding to the second shell where, when the first mold is aligned with the second mold, a second gap is formed between the first mold and the second mold, wherein the first gap is in fluid communication with the second gap; a first barrier (316a, 416a) disposed within the first gap; and a second barrier (316b, 416b) disposed within the second gap thereby fluidly sealing a volume defined by the first gap and the second gap, characterized by a vent on the second barrier.
Assembly formed by a watch and at least one additional automatic winding mechanism, said watch comprising a case enclosing a movement and at least one energy accumulator recharged with energy by at least one winding mechanism, said watch being arranged to receive, attached to said case or to a bracelet or to an external component of said watch disposed in immediate proximity to said case, at least one said additional automatic winding mechanism comprising an oscillating weight and intended to be worn by a user at the same time as said watch and comprising at least one transmitter wheel set arranged to be driven by said oscillating weight and arranged for contactless cooperation with at least one receiver wheel set comprised in a said winding mechanism, in a remote interaction under the action of at least one magnetic or electrostatic field in the air-gap situated between said at least one transmitter wheel set and said at least one receiver wheel set, the intensity of said at least one field and the maximum air-gap distance being defined to transmit to said at least one receiver wheel set, to recharge with energy said at least one energy accumulator, a torque or a force imparted by a user to said at least one transmitter wheel set, at least one said additional automatic winding mechanism being removable relative to said case.
A visual prosthesis system for fitting, training or assessing performance comprising: a visual prosthesis; a touch sensitive display configured to display an image; a computer connected to the touch sensitive display and the visual prosthesis, the computer configured to record touch data from the touch sensitive display of a user of the visual prosthesis touching the display indicating a direction of motion of the perceived image or a location of the perceived image; and the computer configured to adjust the visual prosthesis based on the image and the touch data. a visual prosthesis; a touch sensitive display configured to display an image; a computer connected to the touch sensitive display and the visual prosthesis, the computer configured to record touch data from the touch sensitive display of a user of the visual prosthesis touching the display indicating a direction of motion of the perceived image or a location of the perceived image; and the computer configured to adjust the visual prosthesis based on the image and the touch data.
A flight area management method for an uncrewed aerial vehicle, wherein the method comprises: obtaining, by an access and mobility management function AMF, flight area exception information of the uncrewed aerial vehicle, wherein the flight area exception information indicates that the uncrewed aerial vehicle is not located in a normal flight area; and sending, by the AMF, a flight area exception notification message to an uncrewed aerial system traffic management UTM, wherein the flight area exception notification message is used to indicate that the uncrewed aerial vehicle is not located in the normal flight area, wherein the method further comprises: sending, by the AMF, the flight area exception notification message of the uncrewed aerial vehicle to a session management function SMF, wherein the flight area exception notification message of the uncrewed aerial vehicle is used to notify that the uncrewed aerial vehicle is not located in the normal flight area and indicate the SMF to determine the UTM as a controller of the uncrewed aerial vehicle in a context of a session corresponding to both the uncrewed aerial vehicle and the controller of the uncrewed aerial vehicle. obtaining, by an access and mobility management function AMF, flight area exception information of the uncrewed aerial vehicle, wherein the flight area exception information indicates that the uncrewed aerial vehicle is not located in a normal flight area; and sending, by the AMF, a flight area exception notification message to an uncrewed aerial system traffic management UTM, wherein the flight area exception notification message is used to indicate that the uncrewed aerial vehicle is not located in the normal flight area, wherein the method further comprises: sending, by the AMF, the flight area exception notification message of the uncrewed aerial vehicle to a session management function SMF, wherein the flight area exception notification message of the uncrewed aerial vehicle is used to notify that the uncrewed aerial vehicle is not located in the normal flight area and indicate the SMF to determine the UTM as a controller of the uncrewed aerial vehicle in a context of a session corresponding to both the uncrewed aerial vehicle and the controller of the uncrewed aerial vehicle.
A method of low-density parity check, LDPC, encoding, the method comprising: receiving an information block comprising information bits; encoding the information block using low-density parity check, LDPC, coding to produce an initial redundancy version comprising the information bits and a first set of parity bits; transmitting the initial redundancy version; storing at least a portion of the first set of parity bits as stored parity bits in a memory; receiving a request for retransmission associated with the information block; retrieving the stored parity bits from the memory; generating a subsequent redundancy version that comprises a second set of parity bits calculated from the information bits and the stored parity bits using the LDPC coding; and transmitting the subsequent redundancy version. receiving an information block comprising information bits; encoding the information block using low-density parity check, LDPC, coding to produce an initial redundancy version comprising the information bits and a first set of parity bits; transmitting the initial redundancy version; storing at least a portion of the first set of parity bits as stored parity bits in a memory; receiving a request for retransmission associated with the information block; retrieving the stored parity bits from the memory; generating a subsequent redundancy version that comprises a second set of parity bits calculated from the information bits and the stored parity bits using the LDPC coding; and transmitting the subsequent redundancy version.
Writing implement, comprising - a housing with an operating side and a writing side, - a nib assembly longitudinally axially displaceably arranged in the housing, - an operating element, arranged on the operating side, which is rotatable and longitudinally axially displaceable into a first operating position and a second operating position, wherein the nib assembly is a unit consisting of a nib, an ink feed and an ink reservoir having a piston longitudinally axially adjustably arranged therein, wherein the operating element is mechanically connected to the nib assembly in the first operating position for the longitudinal axial displacement of the nib assembly, and wherein the operating element is mechanically connected to the piston in the second operating position for the longitudinal axial adjustment of the piston within the ink reservoir. - a housing with an operating side and a writing side, - a nib assembly longitudinally axially displaceably arranged in the housing, - an operating element, arranged on the operating side, which is rotatable and longitudinally axially displaceable into a first operating position and a second operating position,
Flush-mount membrane oscillator for determining and/or monitoring at least one process variable of a medium, said medium being located in a vessel, with at least one membrane able to vibrate mechanically, said membrane having multiple eigenmodes, wherein the membrane is fixed to at least one clamping unit, said clamping unit comprising a ring on which the membrane is fixed, and a meter body, which follows from the ring and which permits the fastening on the vessel, and with at least one excitation/reception unit, which excites the membrane to perform mechanical vibrations and/or which receives mechanical vibrations from the membrane, and wherein the drive/reception unit and the membrane are designed and aligned with one another in such a way that the membrane only executes mechanical vibrations that correspond to modes that are above the fundamental mode of the membrane.
An amphibious caravan consisting of boats (9, 11) and a separate living container detachably arranged on a chassis and equipped on each longitudinal side with platforms enabling later access which are mounted in the driving state above the living container as well as a living container equipped on its front and/or rear side with platforms, wherein the amphibious caravan is designed so that the platforms on each longitudinal side enabling later access and the platforms arranged on the front and/or rear side of the living container are hinged and stored on the living container in the driving state and can be lowered or folded down In the water state such that they are locked nearly horizontally at a height such that the living container is supported above the waterline, whereby the boats (9, 11) with open topsides and in an appropriate size and with an appropriate load capacity for use as floats are detachably attached to the platforms arranged on each longitudinal side enabling later access and folded up in the driving state and to the platforms arranged on the front and/or rear side of the living container so that they, when in the water state, support the living container in a floating state on the water and so that, when folded or rotated down, enable the boats (9, 11) to be detached and used for their intended purpose, whereby the amphibious caravan has foldable additional platforms for lateral expansion of the usable area outside the living container in the floating state and for connecting the platforms (8, 10), wherein the foldable additional platforms are 180° rotatably mounted on the outer longitudinal edges of the platforms arranged on the front and rear of the living container and on which bent rods are rotatably mounted for motion around the horizontal longitudinal axes at about half the height of the vertical outer edges of the living container, relative to the living container, which initially extend from the pivot point upwards to just above the roof height of the living container and bend horizontally inwards after a 90° bend to almost half of the width of the living container, and thus form the corresponding front and rear supports for the platforms enabling later access arranged on each longitudinal side of the living container, and which have pipe sections arranged at right angles to these rods, which serve to hold the height-adjustable support wheels, whereby the support wheels are used for the purpose of transitioning from land to water and vice-versa.
Air distributor valve for distributing cold air to various chambers (55, 62, 63) of a refrigeration device, with a housing having at least a first and a second inlet (7, 9, 10) and at least a first and a second outlet (6, 16, 17), wherein a control body divided into sections (36, 37, 38, 39) in the direction of an axis can be rotated in the housing about said axis between a first open position, in which a first (36, 39) of the sections connects the first inlet of the housing to the first outlet and a second of the sections blocks off the second outlet from the second inlet, and a second open position, in which the first section (36, 39) blocks off the first outlet from the first inlet and the second section connects the second inlet to the second outlet, and at least the first inlet and outlet (7, 6) are delimited in a sectional plane running transverse to the axis by two walls (3, 4; 34, 35) in each case, characterised in that the control body has two walls (26, 27) which in the first open position continuously connect one of the walls (3, 4) of the inlet and one of the walls (34, 35) of the outlet to one another.