mhurhangee/patent-ind-claim-en huggingface dataset:
A pleural effusion treatment apparatus for delivery of adhesive material comprising two components adapted to adhere pleural membranes defining a pleural space, the apparatus comprising: a pleural space access member adapted to deliver the adhesive material to the pleural space, wherein the pleural space access member comprises: an adhesive material delivery device comprising a syringe and a mixing element adapted to mix the two components prior to injection of the adhesive material into a patient; and a catheter and a spreading element adapted to percutaneously deliver the adhesive material and to spread the adhesive material within the pleural space; characterised in that the syringe comprises two separate syringe chambers with moving plungers , and a common actuator , wherein the two components of the adhesive material are deliverable from the separate syringe chambers into a mixing chamber connected to the catheter ; and the spreading element comprises a bend formed in the catheter wherein the bend comprises a loop, an S shape, or a V shape to spread the adhesive evenly over the surfaces of the visceral and parietal pleurae thereby reducing the likelihood that the pleural space will again be filled with excess fluid. a pleural space access member adapted to deliver the adhesive material to the pleural space, wherein the pleural space access member comprises: an adhesive material delivery device comprising a syringe and a mixing element adapted to mix the two components prior to injection of the adhesive material into a patient; and a catheter and a spreading element adapted to percutaneously deliver the adhesive material and to spread the adhesive material within the pleural space; characterised in that the syringe comprises two separate syringe chambers with moving plungers , and a common actuator , wherein the two components of the adhesive material are deliverable from the separate syringe chambers into a mixing chamber connected to the catheter ; and the spreading element comprises a bend formed in the catheter wherein the bend comprises a loop, an S shape, or a V shape to spread the adhesive evenly over the surfaces of the visceral and parietal pleurae thereby reducing the likelihood that the pleural space will again be filled with excess fluid. an adhesive material delivery device comprising a syringe and a mixing element adapted to mix the two components prior to injection of the adhesive material into a patient; and a catheter and a spreading element adapted to percutaneously deliver the adhesive material and to spread the adhesive material within the pleural space; the syringe comprises two separate syringe chambers with moving plungers , and a common actuator , wherein the two components of the adhesive material are deliverable from the separate syringe chambers into a mixing chamber connected to the catheter ; and the spreading element comprises a bend formed in the catheter wherein the bend comprises a loop, an S shape, or a V shape to spread the adhesive evenly over the surfaces of the visceral and parietal pleurae thereby reducing the likelihood that the pleural space will again be filled with excess fluid.
A method of operation of a navigation system including a first device connected to a second device that is remote from the first device , the method comprising: determining a frame of a map in the first device based on a current travel-direction and a current location for tracking a movement of the first device ; generating a directional-tile from the frame based on the current travel-direction in the first device , wherein the directional-tile is a portion of the frame ; and transferring the directional-tile from the first device for displaying a navigation map on the second device using the directional-tile from the first device to update only portions of the navigation map without recalculating or regenerating an entire display of a screen of the second device . determining a frame of a map in the first device based on a current travel-direction and a current location for tracking a movement of the first device ; generating a directional-tile from the frame based on the current travel-direction in the first device , wherein the directional-tile is a portion of the frame ; and transferring the directional-tile from the first device for displaying a navigation map on the second device using the directional-tile from the first device to update only portions of the navigation map without recalculating or regenerating an entire display of a screen of the second device .
A compound of Formula (III): or a pharmaceutically acceptable salt or an enantiomer thereof, wherein ring A is phenyl or a 6-membered heteroaryl, wherein ring A is optionally further substituted with one or more substituents selected from the group consisting of halo, hydroxy, -C 1-3 -alkyl, -O-C 1-3 -alkyl, and -NH 2 ; R 1 is -O-C 1 -C 4 -alkyl; R 2 is methyl; R 3 , and R 4 are each independently selected from the group consisting of H, methyl, and methoxy; L is C 2 -C 4 alkylene, C 2 -C 4 alkenylene or C 2 -C 4 alkynylene; and R 5 is selected from the group consisting of -N(R 6 )(R 7 ); -C(H)(CH 3 )-NH 2 ; - C(CH 3 ) 2 -NH 2 ; and hydroxyl, wherein R 6 and R 7 are independently selected from the group consisting of H, methyl, - C(NH)-NH 2 , hydroxy, and -C(O)CH 3 . R 1 is -O-C 1 -C 4 -alkyl; R 2 is methyl; R 3 , and R 4 are each independently selected from the group consisting of H, methyl, and methoxy; L is C 2 -C 4 alkylene, C 2 -C 4 alkenylene or C 2 -C 4 alkynylene; and R 5 is selected from the group consisting of -N(R 6 )(R 7 ); -C(H)(CH 3 )-NH 2 ; - C(CH 3 ) 2 -NH 2 ; and hydroxyl, wherein R 6 and R 7 are independently selected from the group consisting of H, methyl, - C(NH)-NH 2 , hydroxy, and -C(O)CH 3 .
A process for producing a roll your own tobacco shag from tobacco lamina and tobacco stem, the process including the steps of: a. flattening the tobacco stem to break down the cellular structure of the tobacco stem; b. combining the flattened tobacco stem with the tobacco lamina; and, c. cutting the combined flattened tobacco stem and tobacco lamina to produce a roll your own tobacco shag. a. flattening the tobacco stem to break down the cellular structure of the tobacco stem; b. combining the flattened tobacco stem with the tobacco lamina; and, c. cutting the combined flattened tobacco stem and tobacco lamina to produce a roll your own tobacco shag.
An electrode arrangement for electrochemically treating a liquid, wherein the electrode arrangement has two electrodes , each of which has at least one electrode surface , wherein the at least one electrode is a diamond electrode, and at least one through-flow chamber with at least one inlet and at least one outlet , wherein the at least one through-flow chamber is delimited on at least one first side by at least one electrode which has a structure on its electrode surface such that a distance between the electrode surface and a second side of the through-flow chamber opposite the first side varies, characterized in that the structure forms at least 30% of the electrode surface and is configured such that a distance between the electrode surface and the second side increases and decreases multiple times along at least one direction, and such that the liquid flowing through the through-flow chamber is mixed by means of the structure and is caused in particular to flow in a turbulent manner, wherein the structure has a plurality of recesses , channels, grooves or slots.
A wireless communication management apparatus connectable to one or more display devices for providing a service of wireless communication to a user in front of the display device , the wireless communication management apparatus comprising: a wireless communication determination portion for determining whether the wireless communication is enabled or disabled; a memory for storing characteristic information according to a type of a wireless terminal and connection information, said type including any of a smartphone, a headphone, a digital camera, a portable game terminal, a handset, a remote controller, or a PC; the connection information being information corresponding to the type of wireless terminal determined by a wireless terminal determination portion ; an output ordering portion operable to cause the display device to output the connection information when the wireless communication is enabled, the connection information indicating how to make a wireless connection for performing the wireless communication using the wireless terminal , characterized by the wireless communication management apparatus further comprising; a communication unit for acquiring an image of the user; and the wireless terminal determination portion for determining the type of the wireless terminal used by the user, based on the image and the characteristic information. a wireless communication determination portion for determining whether the wireless communication is enabled or disabled; a memory for storing characteristic information according to a type of a wireless terminal and connection information, said type including any of a smartphone, a headphone, a digital camera, a portable game terminal, a handset, a remote controller, or a PC; the connection information being information corresponding to the type of wireless terminal determined by a wireless terminal determination portion ; an output ordering portion operable to cause the display device to output the connection information when the wireless communication is enabled, the connection information indicating how to make a wireless connection for performing the wireless communication using the wireless terminal , characterized by the wireless communication management apparatus further comprising; a communication unit for acquiring an image of the user; and the wireless terminal determination portion for determining the type of the wireless terminal used by the user, based on the image and the characteristic information.
A method for transmitting data on a downlink data channel in a wireless communication system, the method comprising: transmitting, to a terminal, configuration information on a rate matching including information on a rate matching resource group which includes one or more rate matching resources, and aggregation information indicating a number of a plurality of slots for a multi-slot scheduling; transmitting, to the terminal, scheduling information including a rate matching indicator indicating whether rate matching for the downlink data channel defined based on the rate matching resource group is performed, wherein the rate matching resource group is indicated by the rate matching indicator; and transmitting, to the terminal, the data on a resource in all of the plurality of slots, wherein the resource corresponds to resources indicated by the scheduling information except for the rate matching resource group associated with the rate matching indicator, and wherein a rate matching resource is configured based on a frequency domain resource, a time domain resource, and a periodicity information, and wherein the rate matching by the rate matching indicator is applied to a set of slots where the one or more rate matching resources exists based on the periodicity information among the plurality of slots. transmitting, to a terminal, configuration information on a rate matching including information on a rate matching resource group which includes one or more rate matching resources, and aggregation information indicating a number of a plurality of slots for a multi-slot scheduling; transmitting, to the terminal, scheduling information including a rate matching indicator indicating whether rate matching for the downlink data channel defined based on the rate matching resource group is performed, wherein the rate matching resource group is indicated by the rate matching indicator; and transmitting, to the terminal, the data on a resource in all of the plurality of slots, wherein the resource corresponds to resources indicated by the scheduling information except for the rate matching resource group associated with the rate matching indicator, and wherein a rate matching resource is configured based on a frequency domain resource, a time domain resource, and a periodicity information, and wherein the rate matching by the rate matching indicator is applied to a set of slots where the one or more rate matching resources exists based on the periodicity information among the plurality of slots.
A shroud comprising a plenum and an opening to secure an area for airflow by rotation of an axial fan , wherein the plenum constitutes a frame of the shroud and is configured to be large enough to cover the fan , wherein that said shroud further comprises a slot formed on said plenum and wherein said opening is provided in a circular shape and said slot comprises an arc slot formed along a part of a circumference of said opening and wherein said shroud further comprises a rib formed on said plenum , and said slot further comprises a rib slot formed along said rib , characterized in that said slot comprises said arc slot and said rib slot such that one end of said arc slot is connected to one end of said rib slot .
Vehicle seat arrangement having a seat frame , in particular vehicle seat bench, wherein the vehicle seat arrangement forms a vehicle seat in a first use position and a vehicle seat bench in a second use position, wherein the seat frame comprises a supporting arrangement , a backrest structure , a joint and a holding mechanism , wherein the supporting arrangement comprises a vertical support and attachment means , wherein the vertical support can be fixed upright in a floor region of a vehicle by means of the attachment means , wherein the backrest structure is connected rotatably to the supporting arrangement via the joint , wherein the holding mechanism is designed to fix the backrest structure in a first use state to the supporting arrangement , wherein a vehicle seat can be formed with the seat frame in the first use state, wherein the backrest structure forms part of a backrest of the vehicle seat in the first use state, wherein the backrest structure is rotatable counter to the seat direction of the vehicle seat about an axis of rotation of the joint from the first use state into a second use state, wherein a seat surface of the vehicle seat arrangement can be formed with the backrest structure in the second use state, wherein the vehicle seat arrangement has a first cushion element , wherein the first cushion element in the first use position forms a backrest cushion of the vehicle seat of the vehicle seat arrangement , wherein the first cushion element in the second use position forms a seat cushion of the vehicle seat bench of the vehicle seat arrangement , wherein the backrest structure of the seat frame has a bearing surface for bearing the first cushion element , and the first cushion element in the first and in the second use position lies against the bearing surface of the backrest structure , wherein the backrest structure has a mounting member for the arrangement of a head restraint of the vehicle seat arrangement , wherein the seat frame comprises an adapter element , wherein the adapter element is arranged on the backrest structure , wherein the adapter element comprises a mounting element for the mounting of the head restraint such that, in the state of the adapter element in which it is arranged on the backrest structure , the head restraint can be attached to the adapter element , wherein the mounting member and the mounting element are spatially spaced apart in the state of the adapter element in which it is arranged on the backrest structure , wherein the vehicle seat arrangement has a third cushion element, wherein the third cushion element in the first use position can be arranged on the mounting member of the seat frame in order to form a head restraint of the vehicle seat, wherein the third cushion element in the second use position can be arranged on the mounting element of the seat frame in order to form an armrest of the vehicle seat bench, characterized in that the third cushion element in the second use position can be attached so as to lie directly on the bearing surface .
An antenna assembly for use in customer premises equipment, CPE, wherein the antenna assembly comprises a plurality of antenna planes, each of the plurality of antenna planes is a side surface of a polyhedron, at least one antenna is disposed on each antenna plane, a total quantity of antennas disposed on all antenna planes is greater than a target quantity, and the target quantity is a quantity of receive antennas that are supported by the CPE and that are used to simultaneously receive data; wherein the at least one antenna disposed on each antenna plane comprises at least one directional antenna; and wherein one omnidirectional antenna is further disposed on each surface in which each antenna plane is located. wherein the at least one antenna disposed on each antenna plane comprises at least one directional antenna; and wherein one omnidirectional antenna is further disposed on each surface in which each antenna plane is located.
A control system, comprising: a computing channel including: a command lane having a first processor core with a first core architecture that receives input data and generates first data based on the input data; and a monitor lane having a second processor core with a second core architecture that receives the input data and generates second data based on the input data, wherein the monitor lane is an auxiliary lane for checking abnormality of the command lane or the overall computing channel that the command lane and monitor lane belong to, the first core architecture and the second core architecture being dissimilar to each other, the computing channel outputting the first data as command data responsive to determining the first data is matched to the second data; and an object control channel corresponding to the computing channel and including at least one object control system that receives the command data from the computing channel and generates an object control signal based on the command data to control operation of at least one part of an object system, CHARACTERISED IN THAT the first core architecture and the second core architecture are implemented in a single system-on-chip device . a computing channel including: a command lane having a first processor core with a first core architecture that receives input data and generates first data based on the input data; and a monitor lane having a second processor core with a second core architecture that receives the input data and generates second data based on the input data, wherein the monitor lane is an auxiliary lane for checking abnormality of the command lane or the overall computing channel that the command lane and monitor lane belong to, the first core architecture and the second core architecture being dissimilar to each other, the computing channel outputting the first data as command data responsive to a command lane having a first processor core with a first core architecture that receives input data and generates first data based on the input data; and a monitor lane having a second processor core with a second core architecture that receives the input data and generates second data based on the input data, wherein the monitor lane is an auxiliary lane for checking abnormality of the command lane or the overall computing channel that the command lane and monitor lane belong to, the first core architecture and the second core architecture being dissimilar to each other, the computing channel outputting the first data as command data responsive to determining the first data is matched to the second data; and an object control channel corresponding to the computing channel and including at least one object control system that receives the command data from the computing channel and generates an object control signal based on the command data to control operation of at least one part of an object system, CHARACTERISED IN THAT the first core architecture and the second core architecture are implemented in a single system-on-chip device .
A system for measuring the load of a railway car comprising: a railway car body supported on railway wheels, axles and a plurality of trucks, each truck comprised of a bolster and two sideframes , a plurality of transducers mounted to the bolster or the sideframes for measuring the weight supported by the railway car body, one or more sensor units associated with the transducers for the acquisition, processing, and transmission of processed data from the transducers , a receiver for communication with the sensor units and transmission of the processed data indicative of the weight supported by the railway car body, wherein the plurality of transducers comprise strain type transducers, and wherein each strain type transducer is rigidly attached to the bolster or to one of the sideframes through a welded joint, or using adhesives. a railway car body supported on railway wheels, axles and a plurality of trucks, each truck comprised of a bolster and two sideframes , a plurality of transducers mounted to the bolster or the sideframes for measuring the weight supported by the railway car body, one or more sensor units associated with the transducers for the acquisition, processing, and transmission of processed data from the transducers , a receiver for communication with the sensor units and transmission of the processed data indicative of the weight supported by the railway car body, wherein the plurality of transducers comprise strain type transducers, and wherein each strain type transducer is rigidly attached to the bolster or to one of the sideframes through a welded joint, or using adhesives.
A fuel cell membrane handling device comprising a first membrane storage station ( A 1 ) and a receiving station ( C ) as well as a first manipulator ( B 1 ) comprising means for gripping a membrane from a free face thereof, the first manipulator ( B 1 ) being articulated so as to be capable of moving between a position for taking a membrane from the storage station ( A 1 ) and a position for placing a membrane in the receiving station ( C ), characterized in that the receiving station ( C ) comprises a tray for receiving a membrane comprising at least one opening ( C 2 ) wherein the gripping means and a portion of the first manipulator ( B 1 ) are capable of fitting into a first position for placing a membrane wherein the membrane is received on the reception tray ( C 1 ).
A silicon-based molten composition used in a solution growing method for forming silicon carbide single crystal, including silicon (Si), yttrium (Y), and iron (Fe), and as expressed in Formula 1: [Formula 1] Si a Y b Fe c wherein, in Formula 1, the a is equal to 0.6, the b is equal to or greater than 0.2 and equal to or less than 0.3, and the c is equal to or greater than 0.1 and equal to or less than 0.2.
A calco-magnesian aqueous suspension comprising solid particles of the general formula a Ca(OH) 2 .bMg(OH) 2 .cMgO.dl in an aqueous phase at a concentration greater than or equal to 200 g/kg, where a, b and c represent mass fractions of which the sum is from 90 to 100% and d is from 0 to 10% by mass fraction, where I represents a material I which comprises calcium oxide, calcium carbonate and/or magnesium carbonate, optionally combined in the form of dolomite, and/or impurities, namely phases derived from SiO 2 , Al 2 O 3 , Fe 2 O 3 , MnO, P 2 O 5 and/or SO 3 , and an additive that simultaneously reduces viscosity and moderates the increase in viscosity, characterized in that said additive is a phosphonate or a phosphonic acid, selected from the group consisting of aminoalkylene polyphosphonic acids, where the alkylene radical contains from 1 to 20 carbon atoms, hydroxyalkylidene polyphosphonic acids where the alkylidene radical contains from 2 to 50 carbon atoms, phosphonoalkane polycarboxylic acids, where the alkane group contains from 3 to 12 carbon atoms and where the molar ratio of the alkylphosphonic acid radical to the carboxylic acid radical is in the range of 1:2 to 1:4, their derivatives, such as their salts, and mixtures thereof.