mhurhangee/ep-ind-claims huggingface dataset:
An evaporator for a vehicular air conditioning device, comprising: an element unit that has a plurality of tubes and a plurality of outer fins which are alternately stacked and exchanges heat between a refrigerant and air; one tank portion which is provided at one end in a longitudinal direction of the tubes; another tank portion which is provided at the other end in the longitudinal direction of the tubes; and a heat storage material container which is attached to the element unit along the longitudinal direction of the tubes, wherein the heat storage material container includes a heat storage material containing portion, a heat storage material which is contained in the heat storage material containing portion, and an attachment portion which attaches the heat storage material container to the element unit, characterised in that the heat storage material container is detachably attached to the element unit. an element unit that has a plurality of tubes and a plurality of outer fins which are alternately stacked and exchanges heat between a refrigerant and air; one tank portion which is provided at one end in a longitudinal direction of the tubes; another tank portion which is provided at the other end in the longitudinal direction of the tubes; and a heat storage material container which is attached to the element unit along the longitudinal direction of the tubes, wherein the heat storage material container includes a heat storage material containing portion, a heat storage material which is contained in the heat storage material containing portion, and an attachment portion which attaches the heat storage material container to the element unit, characterised in that the heat storage material container is detachably attached to the element unit. a heat storage material containing portion, a heat storage material which is contained in the heat storage material containing portion, and an attachment portion which attaches the heat storage material container to the element unit, characterised in that the heat storage material container is detachably attached to the element unit.
Use of a topical hair care composition comprising an edelweiss extract prepared by drying of the aerial parts of Leontopodiumalpinum under hot air flow, followed by milling and subsequent extraction of the dried plants with an ethanol/water solution, followed by removal of the ethanol by vacuum distillation and dilution of the thus obtained concentrate with glycerin or a glycerin/ethanol mixture, for the prevention of the graying of hair, wherein the composition comprises 0.001 wt.% to 1 wt.% of the edelweiss extract, based on the total weight of the topical hair care composition.
A medical information display apparatus, comprising: a first data acquisition unit adapted to acquire a table showing relevance between a plurality of test items among test items on dementia and a plurality of divided brain areas; a second data acquisition unit adapted to acquire clinical diagnostic information including a test result for each of the test items on dementia of a subject; an image acquisition unit adapted to receive an input of a three-dimensional brain image of the subject; a brain area division unit adapted to divide the three-dimensional brain image of the subject into a plurality of brain areas; an image analysis unit adapted to perform image analysis on the three-dimensional brain image of the subject to calculate an analysis value for each brain area in the three-dimensional brain image of the subject; an operation unit adapted to receive an operation input for selecting one test item among the test items included in the clinical diagnostic information of the subject; a display unit; and a display controller adapted to specify a brain area relevant to the one test item selected by the operation unit based on the table and to display brain area specifying information for specifying the specified brain area and the analysis value of the specified brain area on the display unit. a first data acquisition unit adapted to acquire a table showing relevance between a plurality of test items among test items on dementia and a plurality of divided brain areas; a second data acquisition unit adapted to acquire clinical diagnostic information including a test result for each of the test items on dementia of a subject; an image acquisition unit adapted to receive an input of a three-dimensional brain image of the subject; a brain area division unit adapted to divide the three-dimensional brain image of the subject into a plurality of brain areas; an image analysis unit adapted to perform image analysis on the three-dimensional brain image of the subject to calculate an analysis value for each brain area in the three-dimensional brain image of the subject; an operation unit adapted to receive an operation input for selecting one test item among the test items included in the clinical diagnostic information of the subject; a display unit; and a display controller adapted to specify a brain area relevant to the one test item selected by the operation unit based on the table and to display brain area specifying information for specifying the specified brain area and the analysis value of the specified brain area on the display unit.
A method of manufacturing a circuit board, the method comprising the steps of: preparing a board structural body including a board and a conductor circuit element disposed on at least one surface of the board, and covering a conductor circuit element on an outermost layer of the board structural body with a cover film; wherein in the covering step the cover film comprising a film including a thermoplastic polymer capable of forming an optically anisotropic melt phase is melt-bonded to the board structural body by a heat treatment, the heat treatment is at least performed while having a release material interposed between the cover film and a heat-processing device, the release material is a laminate at least comprising, sequentially from the cover film toward the heat-processing device, a low friction film selected from the group consisting of an ultrahigh-molecular-weight polyethylene film and a polytetrafluoroethylene film, a first aluminum foil, a first high-density polyethylene film, a second high-density polyethylene film, and a second aluminum foil, and the first high-density polyethylene film and the second high-density polyethylene film are positioned such that their respective machine directions are perpendicular to each other. preparing a board structural body including a board and a conductor circuit element disposed on at least one surface of the board, and covering a conductor circuit element on an outermost layer of the board structural body with a cover film; wherein in the covering step the cover film comprising a film including a thermoplastic polymer capable of forming an optically anisotropic melt phase is melt-bonded to the board structural body by a heat treatment, the heat treatment is at least performed while having a release material interposed between the cover film and a heat-processing device, the release material is a laminate at least comprising, sequentially from the cover film toward the heat-processing device, a low friction film selected from the group consisting of an ultrahigh-molecular-weight polyethylene film and a polytetrafluoroethylene film, a first aluminum foil, a first high-density polyethylene film, a second high-density polyethylene film, and a second aluminum foil, and a low friction film selected from the group consisting of an ultrahigh-molecular-weight polyethylene film and a polytetrafluoroethylene film, a first aluminum foil, a first high-density polyethylene film, a second high-density polyethylene film, and a second aluminum foil, and the first high-density polyethylene film and the second high-density polyethylene film are positioned such that their respective machine directions are perpendicular to each other.
A method for providing virtual private network services between two or more autonomous systems (ASx, ASy), the method comprising providing an aggregation edge router (ASBR1, ASBR2) in each of said two or more autonomous systems (ASx, ASy), configuring a first aggregation edge router (ASBR1) in a first autonomous system (ASx) to be a routing peer of an ingress edge router (PE1, PE2) of a packet in the first autonomous system (ASx); and a routing peer of a second aggregation edge router (ASBR2) in a second autonomous system (ASy) of an egress edge router (PE3, PE4) of a packet in the second autonomous system(ASy), configuring the second aggregation edge router (ASBR2) in the second autonomous system (ASy) to be a routing peer of the first aggregation edge router (ASBR1) in the first autonomous system (ASx) and a routing peer of the egress edge router (PE3, PE4) in the second autonomous system (ASy); establishing a first packet switched tunnel (PSN1, PSN2) between the first aggregation edge router (ASBR1) and the ingress edge router (PE1, PE2), establishing a second packet switched tunnel (PSN 3) between the first aggregation edge router (ASBR1) and the second aggregation edge router (ASBR2); and establishing a third packet switched tunnel (PSN4, PSN5) between the second aggregation edge router and the egress edge router (PE3, PE4); characterized by the method comprising: receiving, by the second aggregation edge router (ASBR2), a virtual private network - internet protocol, VPN-IP, route from the first aggregation edge router (ASBR1), importing, by the second aggregation edge router (ASBR2), the received VPN-IP route into one or more appropriate VPN Routing and Forwarding tables, replacing, by the second aggregation edge router (ASBR2), associated route attributes of the received VPN-IP route by those configured to the appropriate VRF or VRFs in the second aggregation edge router (ASBR2), wherein the route attributes include a route distinguisher and a route target of the VPN-IP route, setting, by the second aggregation edge router (ASBR2), a next hop attribute for the address to the second aggregation edge router (ASBR2), and re-advertising, by the second aggregation edge router (ASBR2), the received VPN-IP route so modified by the replacing and setting, to the egress edge router.
Grease nipple having a rounded head, and, axially adjoining thereto, a reduced-diameter shaft, a key handle and a threaded section, the grease nipple further comprising a lubricant channel passing axially therethrough, wherein an RFID transponder is arranged in the key handle, characterized in that the key handle has a ring-shaped groove that runs around the shaft and contains the RFID transponder which annularly surrounds the shaft.
A control device configured to perform control for a steer-by-wire steering mechanism, the steer-by-wire steering mechanism including: a steering wheel mechanically unconnected with a turning shaft, the turning shaft configured to turn wheels and change toe angles of the wheels; a steering angle sensor configured to detect a steering angle of the steering wheel; a turning motor configured to cause the turning shaft to perform turning operation; and a toe angle controlling motor configured to cause the turning shaft to perform toe angle changing operation, the control device configured to control the turning motor based on a traveling state and a steering angle detected by the steering angle sensor and configured to control the toe angle controlling motor based on the traveling state, the control device comprising: a tire lateral force detection unit configured to detect tire lateral forces (FL, FR) acting on left and right wheels; characterized in that the control device further comprises a toe angle control unit configured to control toe angles of the left and right wheels independently of each other such that the detected tire lateral forces (FL, FR) become target lateral forces (FL t, FR t), wherein the toe angle control unit includes a target lateral force calculation output section configured to calculate and output target lateral forces (FL t, FR t) such that, when the tire lateral forces (FL, FR) acting on the left and right wheels are in opposite directions to each other, the tire lateral force acting (FL; FR) on one of the wheels that has the smaller of absolute values of the tire lateral forces (FL, FR) becomes 0, and the tire lateral force (FR; FL) acting on the other of the wheels becomes a sum of the tire lateral forces (FL, FR) acting on the left and right wheels, and wherein the toe angle control unit is configured to control the toe angles of the left and right wheels such that the tire lateral forces (FL, FR) detected by the tire lateral force detection unit become the target lateral forces (FL t, FR t) calculated by the target lateral force calculation output section. a steering wheel mechanically unconnected with a turning shaft, the turning shaft configured to turn wheels and change toe angles of the wheels; a steering angle sensor configured to detect a steering angle of the steering wheel; a turning motor configured to cause the turning shaft to perform turning operation; and a toe angle controlling motor configured to cause the turning shaft to perform toe angle changing operation, a tire lateral force detection unit configured to detect tire lateral forces (FL, FR) acting on left and right wheels;
A data transmission method applied to a first device, the method comprises: obtaining first type of data according to a first transmission manner, wherein the first type of data is high-rate and high-error-tolerant data, and the first transmission manner comprises at least one of the following: a first verification mode used for transmitting the first type of data, a first retransmission mode used for transmitting the first type of data, and a first radio link control, RLC, mode used for transmitting the first type of data; wherein the first verification mode comprises the first type of data being transmitted without or with performing a verification by the first device; the first retransmission mode comprises the first type of data being transmitted without or with performing a retransmission feedback by the first device; and the first RLC mode comprises not feeding back or feeding back a notification message for notifying a data reception status at an RLC layer; wherein the method further comprises: receiving first information, wherein the first information is used to indicate that data to be transmitted by a network device is the first type of data; and determining, according to a preset correspondence between a data type and a transmission mode, and the first information, the first transmission manner for the network device to transmit the first type of data. obtaining first type of data according to a first transmission manner, wherein the first type of data is high-rate and high-error-tolerant data, and the first transmission manner comprises at least one of the following: a first verification mode used for transmitting the first type of data, a first retransmission mode used for transmitting the first type of data, and a first radio link control, RLC, mode used for transmitting the first type of data; wherein the first verification mode comprises the first type of data being transmitted without or with performing a verification by the first device; the first retransmission mode comprises the first type of data being transmitted without or with performing a retransmission feedback by the first device; and the first RLC mode comprises not feeding back or feeding back a notification message for notifying a data reception status at an RLC layer; wherein the method further comprises: receiving first information, wherein the first information is used to indicate that data to be transmitted by a network device is the first type of data; and determining, according to a preset correspondence between a data type and a transmission mode, and the first information, the first transmission manner for the network device to transmit the first type of data. receiving first information, wherein the first information is used to indicate that data to be transmitted by a network device is the first type of data; and determining, according to a preset correspondence between a data type and a transmission mode, and the first information, the first transmission manner for the network device to transmit the first type of data.
A method of preparing a hydrophobic silica aerogel, the method comprising steps of: adding a water glass solution and an acid catalyst to a reactor and performing a reaction to prepare a silica wet gel; adding an inorganic acid and a surface modifier solution to the silica wet gel and performing a surface modification reaction to prepare a hydrophobic silica wet gel; and drying the hydrophobic silica wet gel, wherein the method further comprises adding ammonium hydroxide during the surface modification reaction of step 2; the surface modifier comprises at least one selected from the group consisting of trimethylchlorosilane, hexamethyldisilazane, methyltrimethoxysilane, and trimethylethoxysilane, and wherein, after the entire amount of the surface modifier solution is added, the ammonium hydroxide is added when a pH in the reactor reaches 5 to 10. adding a water glass solution and an acid catalyst to a reactor and performing a reaction to prepare a silica wet gel; adding an inorganic acid and a surface modifier solution to the silica wet gel and performing a surface modification reaction to prepare a hydrophobic silica wet gel; and drying the hydrophobic silica wet gel, wherein the method further comprises adding ammonium hydroxide during the surface modification reaction of step 2; the surface modifier comprises at least one selected from the group consisting of trimethylchlorosilane, hexamethyldisilazane, methyltrimethoxysilane, and trimethylethoxysilane, and wherein, after the entire amount of the surface modifier solution is added, the ammonium hydroxide is added when a pH in the reactor reaches 5 to 10. wherein the method further comprises adding ammonium hydroxide during the surface modification reaction of step 2; the surface modifier comprises at least one selected from the group consisting of trimethylchlorosilane, hexamethyldisilazane, methyltrimethoxysilane, and trimethylethoxysilane, and wherein, after the entire amount of the surface modifier solution is added, the ammonium hydroxide is added when a pH in the reactor reaches 5 to 10.
A radial machine comprising a housing in which an impellor is arranged on a drive shaft which is portion-wise surrounded by a hollow-cylindrical hub, on which are arranged rotor blades which extend in axis-parallel relationship with the drive shaft distributed in the peripheral direction and which are connected together by radially outwardly extending wall segments (33a, 33b) which are arranged standing between the rotor blades in the peripheral direction of the impellor, characterised in that mutually adjacent wall segments (33a, 33b) separated by a rotor blade are in an arrangement which diverges in the tangential direction of the impellor.
A motorcycle comprising a heat shielding structure around an ignition switch which comprises: a cowling to cover an outer side of at least a front portion of a combustion engine of the motorcycle; an ignition switch disposed above the combustion engine and in the rearward neighborhood of a head pipe; and a first heat shielding member configured to cover at least a rear face and opposite side faces of the ignition switch to shield a heat raising upwardly from the combustion engine, wherein the ignition switch is disposed above a main frame having a front portion to which the head pipe is connected; characterized in that a part of the first heat shielding member seals between the ignition switch and the main frame. a cowling to cover an outer side of at least a front portion of a combustion engine of the motorcycle; an ignition switch disposed above the combustion engine and in the rearward neighborhood of a head pipe; and a first heat shielding member configured to cover at least a rear face and opposite side faces of the ignition switch to shield a heat raising upwardly from the combustion engine, wherein the ignition switch is disposed above a main frame having a front portion to which the head pipe is connected; characterized in that a part of the first heat shielding member seals between the ignition switch and the main frame.
A landing gear assembly for an unmanned aerial vehicle - UAV, comprising: a main support base configured to couple to a body of the UAV; a first landing gear extension coupled to and extending from the main support base, the first landing gear extension adjustable by a landing gear controller between a first contracted position and a first extended position; a second landing gear extension coupled to and extending from the main support base, the second landing gear extension adjustable by the landing gear controller between a second contracted position and a second extended position; a third landing gear extension coupled to and extending from the main support base, the third landing gear extension adjustable by the landing gear controller between a third contracted position and a third extended position; and a support coupling configured to selectively couple and decouple the main support base from the UAV; wherein the landing gear controller adjusts at least one of the first landing gear extension, the second landing gear extension, or the third landing gear extension so that the body of the UAV is approximately horizontal when landed on a sloping surface; wherein the support coupling includes a rotatable member that enables rotation of the UAV about an axis perpendicular to a plane defined by the main support base without rotating the landing gear assembly to orient the body of the UAV to correspond to a desired heading. a main support base configured to couple to a body of the UAV; a first landing gear extension coupled to and extending from the main support base, the first landing gear extension adjustable by a landing gear controller between a first contracted position and a first extended position; a second landing gear extension coupled to and extending from the main support base, the second landing gear extension adjustable by the landing gear controller between a second contracted position and a second extended position; a third landing gear extension coupled to and extending from the main support base, the third landing gear extension adjustable by the landing gear controller between a third contracted position and a third extended position; and a support coupling configured to selectively couple and decouple the main support base from the UAV; wherein the landing gear controller adjusts at least one of the first landing gear extension, the second landing gear extension, or the third landing gear extension so that the body of the UAV is approximately horizontal when landed on a sloping surface; wherein the support coupling includes a rotatable member that enables rotation of the UAV about an axis perpendicular to a plane defined by the main support base without rotating the landing gear assembly to orient the body of the UAV to correspond to a desired heading.