mhurhangee/ep-ind-claims huggingface dataset:
A portable terminal device including a touch panel on a display screen, comprising: a multi-touch detecting unit that detects presence or absence of simultaneous touching two positions on the touch panel; a press operation detecting unit that detects a press operation performed on a predetermined region of the display screen, in the presence of simultaneous touching two positions on the touch panel; a sweep operation detecting unit that detects a sweep operation performed on another region of the display screen, and that detects positions of a start point and an end point for the sweep operation, when the press operation is detected by the press operation detecting unit; characterized in that: the display screen simultaneously displays a high-ranking data object, the hierarchy of which is high-ranking, and a low-ranking data object, the hierarchy of which is low-ranking, included in the high-ranking data object; and a terminal data processing unit that identifies hierarchy of data to be manipulated on the basis of presence or absence of the press operation detected by the press operation detecting unit and that executes processing for the low-ranking data object located at the start point of the sweep operation in the absence of the press operation, and executes processing for the high-ranking data object corresponding to contents of the sweep operation in the presence of the press operation. a multi-touch detecting unit that detects presence or absence of simultaneous touching two positions on the touch panel; a press operation detecting unit that detects a press operation performed on a predetermined region of the display screen, in the presence of simultaneous touching two positions on the touch panel; a sweep operation detecting unit that detects a sweep operation performed on another region of the display screen, and that detects positions of a start point and an end point for the sweep operation, when the press operation is detected by the press operation detecting unit; the display screen simultaneously displays a high-ranking data object, the hierarchy of which is high-ranking, and a low-ranking data object, the hierarchy of which is low-ranking, included in the high-ranking data object; and a terminal data processing unit that identifies hierarchy of data to be manipulated on the basis of presence or absence of the press operation detected by the press operation detecting unit and that executes processing for the low-ranking data object located at the start point of the sweep operation in the absence of the press operation, and executes processing for the high-ranking data object corresponding to contents of the sweep operation in the presence of the press operation.
Apparatus for capturing a gas flow, in particular a gas flow from the ground, preferably a gas flow originating by natural decay of the organic substances in the ground such as dead plant roots and similar comprising a chamber for capturing a gas flow, a carrier base formed with a circular opening arranged approximately in a central area of said carrier base, said opening being surrounded over the entire edge area thereof by a gasket to cooperate with said chamber, a top holder and a device for controlling and operating said chamber, characterised in that said apparatus comprises bar-like guides comprising at least three bars arranged around said opening in a manner that they are equally spaced over the circumference of said opening and extend mutually in parallel in the area between said carrier base and said top holder, wherein the chamber for capturing a gas flow is guided by means of said guides.
Transmission system for transmitting data, comprising an Ethernet network portion, a transport network portion and a switching component coupling said Ethernet network portion with said transport network portion; the Ethernet network portion comprising at least two Ethernet line cards (111, 112), each Ethernet line card with at least one Ethernet interface (111a, 112a), for providing redundant communication links within the Ethernet network portion; the Ethernet line cards (111, 112) characterized by being configured to transmit information regarding the link status of their at least one Ethernet interface (111a, 112a) to the switching component; and the switching component being configured to receive and analyze information regarding the link status of the Ethernet interfaces (111a, 112a) of the Ethernet line cards (111, 112) and route data to the transport network portion based on said received information.
Vehicle seat comprising a seat part, comprising a backrest part and comprising a cushion part (4, 5) for cushioning a sitting surface (6, 7) of the seat part (2, 2A), in which the cushion part (4, 5) comprises a cushion covering, a cushioning means, a barrier layer and a main cushion element, and in which the main cushion element is arranged so as to be spatially separated by the barrier layer from the cushion covering and from the cushioning means, characterised in that, viewed in the sitting direction, the cushion covering and the cushioning means are formed in a multipart manner transversely to the sitting surface (6, 7) and along the sitting surface (6, 7) in such a way that the cushion part (4, 5) comprises radially outside two lateral functional regions (40, 41) which are spaced apart by a central panel region, the lateral functional regions (40, 41) each being fastened to the central panel region in a seam region (21, 22).
A method for transmitting downlink data performed by a base station within the 3 rd Generation Partnership Project, 3GPP, wherein the method comprises: • sending Q orthogonal frequency division multiplexing, OFDM, symbols within a subframe to a user equipment according to a predetermined pattern, • after sending the Q OFDM symbols to the user equipment, receiving a response message from the user equipment, wherein the response message is a message sent by the user equipment to the base station in response to a reception of the Q OFDM symbols, • wherein the predetermined pattern is a pattern comprising the Q OFDM symbols within the subframe, wherein Q is a positive integer that is, in a first alternative, when an extended cyclic prefix, CP, is used, greater than or equal to 1 and less than 12, or, in a second alternative, when a normal CP is used, greater than or equal to 1 and less than 14, wherein the subframe comprises two time slots, each time slot including a plurality of physical resource blocks, PRBs, wherein the PRBs forming the plurality of PRBs are arranged with respect to each other in a frequency domain direction, and in a time domain direction each time slot extends over a plurality of OFDM symbols, wherein each OFDM symbol of the Q OFDM symbols comprises a downlink control signal and downlink data, wherein in each OFDM symbol of the Q OFDM symbols the downlink control signal occupies two resource elements, REs, in every M-th PRB among the plurality of PRBs, and M is a positive integer greater than 1. • sending Q orthogonal frequency division multiplexing, OFDM, symbols within a subframe to a user equipment according to a predetermined pattern, • after sending the Q OFDM symbols to the user equipment, receiving a response message from the user equipment, wherein the response message is a message sent by the user equipment to the base station in response to a reception of the Q OFDM symbols, • wherein the predetermined pattern is a pattern comprising the Q OFDM symbols within the subframe, wherein Q is a positive integer that is, in a first alternative, when an extended cyclic prefix, CP, is used, greater than or equal to 1 and less than 12, or, in a second alternative, when a normal CP is used, greater than or equal to 1 and less than 14, wherein the subframe comprises two time slots, each time slot including a plurality of physical resource blocks, PRBs, wherein the PRBs forming the plurality of PRBs are arranged with respect to each other in a frequency domain direction, and in a time domain direction each time slot extends over a plurality of OFDM symbols, wherein each OFDM symbol of the Q OFDM symbols comprises a downlink control signal and downlink data, wherein in each OFDM symbol of the Q OFDM symbols the downlink control signal occupies two resource elements, REs, in every M-th PRB among the plurality of PRBs, and M is a positive integer greater than 1.
A stud welding apparatus comprising a feeder for accommodating a plurality of rod-shaped studs having a rod-shaped shank and a welding part head at one end, and feeding one stud at a time with said welding part head first from an outlet thereof and a welding gun to which is connected a feeder pipe extending from the outlet of said feeder for receiving studs fed from said feeder, holding that stud at its tip with said welding part head first, and welding said welding part to a workpiece; and characterized in that: a shuttle mounting device is provided at the outlet portion of said feeder for mounting a hollow shuttle to the rod-shaped shank of said stud which hollow shuttle receives the rod-shaped shank of said stud so as to extend its length; the overall length of the stud to which said shuttle has been mounted is then made a prescribed length so the stud will not tumble in said feeder pipe or in a stud path in said welding gun. a shuttle mounting device is provided at the outlet portion of said feeder for mounting a hollow shuttle to the rod-shaped shank of said stud which hollow shuttle receives the rod-shaped shank of said stud so as to extend its length; the overall length of the stud to which said shuttle has been mounted is then made a prescribed length so the stud will not tumble in said feeder pipe or in a stud path in said welding gun.
A method for evaluating the quality of a channel operable by a WiFi access point for establishing a WiFi connection with a communication device, the communication device being connected to the access point on a given WiFi channel, called a current channel, within a predetermined WiFi frequency band, the method being implemented by the communication device, wherein the method comprises a first phase for computing a score representative of a channel quality for at least one WiFi channel, called a scanned channel, within the predetermined WiFi frequency band, the first phase comprising at least one iteration of: obtaining a scanned channel bandwidth and a maximum effective isotropic radiated power associated with the scanned channel; determining a number of neighboring access points operating in the scanned channel; estimating a neighbor airtime occupancy for the scanned channel; and computing the score representative of a channel quality for the scanned channel, as a function of: the obtained bandwidth; the obtained maximum effective isotropic radiated power; the determined number of neighboring access points; and the estimated neighbor airtime occupancy. obtaining a scanned channel bandwidth and a maximum effective isotropic radiated power associated with the scanned channel; determining a number of neighboring access points operating in the scanned channel; estimating a neighbor airtime occupancy for the scanned channel; and computing the score representative of a channel quality for the scanned channel, as a function of: the obtained bandwidth; the obtained maximum effective isotropic radiated power; the determined number of neighboring access points; and the estimated neighbor airtime occupancy. the obtained bandwidth; the obtained maximum effective isotropic radiated power; the determined number of neighboring access points; and the estimated neighbor airtime occupancy.
A vehicle, characterized by comprising: a pattern light projection unit that projects light of a predetermined pattern to a projection spot; a control unit that controls the vehicle in accordance with deformation of the predetermined pattern according to a shape of the projection spot, characterized in that the vehicle is a work vehicle including a work unit for executing a predetermined work, the pattern light projection unit projects the light of the predetermined pattern to a spot where the work unit works, and the control unit controls the work unit in accordance with the deformation of the pattern. a pattern light projection unit that projects light of a predetermined pattern to a projection spot; a control unit that controls the vehicle in accordance with deformation of the predetermined pattern according to a shape of the projection spot, characterized in that the vehicle is a work vehicle including a work unit for executing a predetermined work, the pattern light projection unit projects the light of the predetermined pattern to a spot where the work unit works, and the control unit controls the work unit in accordance with the deformation of the pattern.
Wireless LED tube lamp device, comprising: an at least partially transparent tube (7; 97; 199); at least one LED arranged within said tube; at least one LED driver for driving said at least one LED; a controller for controlling said at least one LED driver; an RF antenna (30; 40; 80; 90; 190) coupled to the controller for receiving and sending wireless commands; wherein the RF antenna is a curved antenna having antenna elements (31, 32, 33; 41, 42, 43; 81, 82, 83, 84, 86, 87, 88, 89; 92, 93; 194, 198) located in a common curved plane; wherein said antenna comprises an array of half-loop wire antenna (80; 90; 190), and said array of half-loop wire antenna comprises a plurality of coils of line, and wherein a first part (81, 82, 83, 84; 92; 194) of each rotation of the coils of line are naked conductor without shielding as the wireless radiator, and a second part (86, 87, 88, 89; 93; 198) of each rotation of the coils of line are coaxial cable with the conductor and encapsulating shielding. an at least partially transparent tube (7; 97; 199); at least one LED arranged within said tube; at least one LED driver for driving said at least one LED; a controller for controlling said at least one LED driver; an RF antenna (30; 40; 80; 90; 190) coupled to the controller for receiving and sending wireless commands; wherein the RF antenna is a curved antenna having antenna elements (31, 32, 33; 41, 42, 43; 81, 82, 83, 84, 86, 87, 88, 89; 92, 93; 194, 198) located in a common curved plane; wherein said antenna comprises an array of half-loop wire antenna (80; 90; 190), and said array of half-loop wire antenna comprises a plurality of coils of line, and wherein a first part (81, 82, 83, 84; 92; 194) of each rotation of the coils of line are naked conductor without shielding as the wireless radiator, and a second part (86, 87, 88, 89; 93; 198) of each rotation of the coils of line are coaxial cable with the conductor and encapsulating shielding.
A high-solids wastewater treatment system comprising: a ballasted reactor having an inlet and an outlet; a solids-liquid separation subsystem having an inlet in fluid communication with the outlet of the ballasted reactor and configured to separate treated wastewater into a solids-lean effluent and a solids-rich ballasted floc; a pre-treatment subsystem positioned upstream from the ballasted reactor, having an inlet in fluid communication with a source of high-solids wastewater and configured to receive at least one of a coagulant and a flocculant to produce a dosed wastewater, the pre-treatment subsystem further configured to thicken the dosed wastewater and produce a sludge and an effluent, the pre-treatment subsystem having an effluent outlet in fluid communication with the inlet of the ballasted reactor; a ballast feed subsystem configured to deliver magnetite to the ballasted reactor; and a ballast recovery subsystem configured to receive the ballasted floc from the outlet of the solids-liquid separation subsystem and deliver the ballasted floc to at least one of the ballasted reactor and the pre-treatment subsystem, the wastewater treatment system further comprising a filter press positioned downstream from the pre-treatment subsystem the filter press configured to receive the sludge from the pre-treatment subsystem and produce a pressate and a filter cake. a ballasted reactor having an inlet and an outlet; a solids-liquid separation subsystem having an inlet in fluid communication with the outlet of the ballasted reactor and configured to separate treated wastewater into a solids-lean effluent and a solids-rich ballasted floc; a pre-treatment subsystem positioned upstream from the ballasted reactor, having an inlet in fluid communication with a source of high-solids wastewater and configured to receive at least one of a coagulant and a flocculant to produce a dosed wastewater, the pre-treatment subsystem further configured to thicken the dosed wastewater and produce a sludge and an effluent, the pre-treatment subsystem having an effluent outlet in fluid communication with the inlet of the ballasted reactor; a ballast feed subsystem configured to deliver magnetite to the ballasted reactor; and a ballast recovery subsystem configured to receive the ballasted floc from the outlet of the solids-liquid separation subsystem and deliver the ballasted floc to at least one of the ballasted reactor and the pre-treatment subsystem, the wastewater treatment system further comprising a filter press positioned downstream from the pre-treatment subsystem the filter press configured to receive the sludge from the pre-treatment subsystem and produce a pressate and a filter cake.
A forage harvester comprising at least one cutting mechanism having a blade drum rotating about an axis of rotation for cutting and comminuting crop material, wherein the blade drum has at least one drum housing and a plurality of cutting blades arranged at the periphery, wherein there is provided at least one cooperating cutter which is associated with the blade drum and which is arranged substantially parallel to the axis of rotation, wherein provided between the cooperating cutter and an ejection passage for ejection of the cut crop material is at least one drum housing element of the drum housing, wherein there is provided a displacement device for displacement that is oriented at least partially radially relative to the axis of rotation of the drum housing element along a displacement path so that a spacing between the end of the drum housing element, that is remote from the cooperating cutter, and the blade drum is variable and the spacing can be set to predeterminable values, characterised in that the displacement device has at least one electronic target-actual comparison unit for carrying out a comparison of at least one electronic actual value with an electronic target value and the spacing or position of the drum housing element can be regulated by the displacement device during operation/during the harvesting phase.
An agent which (i) is a subcutaneous or submucosal expansion agent for injection into a subcutaneous or submucosal space to expand the same and (ii) comprises cellulose fibers which - have a number average fiber diameter of 2-150 nm, and - contain anionically modified cellulose containing 1.2-2.5 mmol/g, based on the cellulose fibers, of carboxyl groups as anion group, and water. cellulose fibers which - have a number average fiber diameter of 2-150 nm, and - contain anionically modified cellulose containing 1.2-2.5 mmol/g, based on the cellulose fibers, of carboxyl groups as anion group, and - have a number average fiber diameter of 2-150 nm, and - contain anionically modified cellulose containing 1.2-2.5 mmol/g, based on the cellulose fibers, of carboxyl groups as anion group, and water.
A fixed blade for a rotary machine, said fixed blade comprising: an airfoil arranged and oriented to impart a tangential velocity on the flow of a steam through a primary flow path; a stationary portion coupled to a radially inner end of said airfoil; and a leakage flow guide vane assembly, said leakage flow guide vane assembly being oriented to induce a tangential velocity to a working fluid flowing through said leakage flow guide vane assembly, wherein the leakage flow guide vane assembly is configured to channel steam passing therethrough into the primary flow path with a tangential velocity that is similar to the tangential velocity of the flow of steam in the primary flow path exiting the airfoil to increase an efficiency of the rotary machine by reducing the incidence loss of the steam leakage flow on a downstream rotor blade, characterized in that said leakage flow guide vane assembly is coupled to said stationary portion and comprises a plurality of guide vanes and a plurality of passages defined between said plurality of guide vanes, the plurality of guide vanes extending radially from a first end to an opposite, free second end, wherein said first end is coupled to a bottom surface of said stationary portion. an airfoil arranged and oriented to impart a tangential velocity on the flow of a steam through a primary flow path; a stationary portion coupled to a radially inner end of said airfoil; and a leakage flow guide vane assembly, said leakage flow guide vane assembly being oriented to induce a tangential velocity to a working fluid flowing through said leakage flow guide vane assembly, wherein the leakage flow guide vane assembly is configured to channel steam passing therethrough into the primary flow path with a tangential velocity that is similar to the tangential velocity of the flow of steam in the primary flow path exiting the airfoil to increase an efficiency of the rotary machine by reducing the incidence loss of the steam leakage flow on a downstream rotor blade, characterized in that said leakage flow guide vane assembly is coupled to said stationary portion and comprises a plurality of guide vanes and a plurality of passages defined between said plurality of guide vanes, the plurality of guide vanes extending radially from a first end to an opposite, free second end, wherein said first end is coupled to a bottom surface of said stationary portion.