mhurhangee/ep-ind-claims huggingface dataset:
A pulmonary diagnostic system comprising: a pulmonary catheter having a proximal end and a distal end, wherein the distal end comprises an inflatable occlusion balloon configured to isolate a lung compartment; a hollow insert configured to be insertable and removable from a lumen of the pulmonary catheter, wherein the hollow insert reduces the inner diameter of the pulmonary catheter such that dead space air that resides within the hollow insert is less than dead space air that resides within the lumen of the pulmonary catheter; a sensor in fluid communication with an airway through the hollow insert, said sensor configured to generate measurement data reflecting a physiological feature of the isolated lung compartment; and a pulmonary diagnostic device configured to transfer fluid from the isolated lung compartment, measure data received from at least one sensor, and process and display measurement data received from the sensor. a pulmonary catheter having a proximal end and a distal end, wherein the distal end comprises an inflatable occlusion balloon configured to isolate a lung compartment; a hollow insert configured to be insertable and removable from a lumen of the pulmonary catheter, wherein the hollow insert reduces the inner diameter of the pulmonary catheter such that dead space air that resides within the hollow insert is less than dead space air that resides within the lumen of the pulmonary catheter; a sensor in fluid communication with an airway through the hollow insert, said sensor configured to generate measurement data reflecting a physiological feature of the isolated lung compartment; and a pulmonary diagnostic device configured to transfer fluid from the isolated lung compartment, measure data received from at least one sensor, and process and display measurement data received from the sensor.
A cultivation system capable of controlling a local cultivation environment, comprising: a bed where a crop is planted; a heat exchange medium part disposed under and close to the bed: a plurality of air circulation pipes installed at regular intervals along the longitudinal direction of the bed to move air in a root zone of an upper portion of the bed to a root zone of a lower portion of the bed, and the lower side thereof is installed upright with respect to the bed 1 to face the heat exchange medium part; and an air suction means connected to suck air into the air circulation pipes. a bed where a crop is planted; a heat exchange medium part disposed under and close to the bed: a plurality of air circulation pipes installed at regular intervals along the longitudinal direction of the bed to move air in a root zone of an upper portion of the bed to a root zone of a lower portion of the bed, and the lower side thereof is installed upright with respect to the bed 1 to face the heat exchange medium part; and an air suction means connected to suck air into the air circulation pipes. a plurality of air circulation pipes installed at regular intervals along the longitudinal direction of the bed to move air in a root zone of an upper portion of the bed to a root zone of a lower portion of the bed, and the lower side thereof is installed upright with respect to the bed 1 to face the heat exchange medium part; and an air suction means connected to suck air into the air circulation pipes.
A refrigerant consisting essentially of at least 99.5% by weight of a blend of four compounds: about 47% by weight difluoromethane (HFC-32), about 12% by weight pentafluoroethane (HFC-125), about 35% by weight trifluoroiodomethane (CF3I) and about 6% by weight 2,3,3,3-tetrafluoropropene (HFO-1234yf) wherein the percentages are based on the total weight of the four compounds in the blend, about means +/- 0.5% by weight and the weight ratio of (HFC-32 + HFO-1234yf):(CF3I + HFC-125) is from greater than 1:1 to less than 1.2:1.
A method for use in a broadcast multicast service center (BM-SC) in a core network of a communication system, said communication system comprising an intelligent transport system station and a local MBMS entity configured for local MBMS distribution without traversing through the core network, wherein the method comprises: - receiving, from the intelligent transport system station, an activate multimedia broadcast multicast service (MBMS) bearer request message to initiate an activate multimedia broadcast multicast service (MBMS) bearer request procedure, wherein the activate MBMS bearer request message comprises at least information on local MBMS distribution received from the local MBMS entity, - determining whether local distribution path will be used based on at least one of: information received in the activate MBMS bearer request message, or stored information about local MBMS entities, and - transmitting, to the intelligent transport system station, an activate multimedia broadcast multicast service (MBMS) bearer response message comprising, when local distribution path is to be used, information on an internet protocol address/port in the local MBMS entity for receiving data. - receiving, from the intelligent transport system station, an activate multimedia broadcast multicast service (MBMS) bearer request message to initiate an activate multimedia broadcast multicast service (MBMS) bearer request procedure, wherein the activate MBMS bearer request message comprises at least information on local MBMS distribution received from the local MBMS entity, - determining whether local distribution path will be used based on at least one of: information received in the activate MBMS bearer request message, or stored information about local MBMS entities, and information received in the activate MBMS bearer request message, or stored information about local MBMS entities, and - transmitting, to the intelligent transport system station, an activate multimedia broadcast multicast service (MBMS) bearer response message comprising, when local distribution path is to be used, information on an internet protocol address/port in the local MBMS entity for receiving data.
A worker client (101, 102) comprising: a runtime environment obtained previously from a broker system having a broker reference; an interface component communicating with the broker system using the broker reference previously obtained from an intermediary system as a further computing device, the interface component adapted to receive at least one computing task specification; wherein the runtime environment is configured to process task input data according to the at least one computing task specification with a task program resulting in task output data; and the interface component further adapted to send the task output data to a previously determined recipient device; the worker client (101, 102) being characterised in that the worker client (101, 102) is selected by a client selection component of the intermediary system among a plurality of worker clients issuing network requests to the intermediary system, and in that a broker embedding component of the intermediary system embeds the broker reference only into network response to the worker clients (101, 102) that are selected by the client selection component. a runtime environment obtained previously from a broker system having a broker reference; an interface component communicating with the broker system using the broker reference previously obtained from an intermediary system as a further computing device, the interface component adapted to receive at least one computing task specification; wherein the runtime environment is configured to process task input data according to the at least one computing task specification with a task program resulting in task output data; and the interface component further adapted to send the task output data to a previously determined recipient device; the worker client (101, 102) being characterised in that the worker client (101, 102) is selected by a client selection component of the intermediary system among a plurality of worker clients issuing network requests to the intermediary system, and in that a broker embedding component of the intermediary system embeds the broker reference only into network response to the worker clients (101, 102) that are selected by the client selection component.
A fistula treatment system comprising: an implant coil (11, 26, 32) having a leading end, a trailing end and a transition region, and further comprising a tapered portion which extends from the leading end to the transition region, and the tapered portion decreasing in lateral extent between the leading end and the transition region, said tapered portion being configured for insertion into bulk tissue surrounding a fistula and being configured for progressive tissue compression, and a driver implement (205, 212) for rotation of the implant coil to draw tissue surrounding a fistula inwardly, the implant coil having a driver interface portion extending from the transition region to the trailing end and the driver implement being configured for engagement with the driver interface portion of the implant coil, wherein said driver interface portion of the implant coil has a uniform lateral extent along a length of the driver interface portion, characterized in that, the driver implement comprises a driver coil. an implant coil (11, 26, 32) having a leading end, a trailing end and a transition region, and further comprising a tapered portion which extends from the leading end to the transition region, and the tapered portion decreasing in lateral extent between the leading end and the transition region, said tapered portion being configured for insertion into bulk tissue surrounding a fistula and being configured for progressive tissue compression, and a driver implement (205, 212) for rotation of the implant coil to draw tissue surrounding a fistula inwardly, the implant coil having a driver interface portion extending from the transition region to the trailing end and the driver implement being configured for engagement with the driver interface portion of the implant coil, wherein said driver interface portion of the implant coil has a uniform lateral extent along a length of the driver interface portion, characterized in that, the driver implement comprises a driver coil.
A communications method, the method comprising the steps of: operating a wireless communications terminal to maintain a set of communications quality information for a plurality of different wireless communications channels which can be used to communicate information between a base station and said wireless communications terminal, said plurality of different wireless communications channels including at least a first communications channel and a second communications channel, the first and second communications channels having different quality characteristics which are a function of first and second transmission technologies used to establish said first and second communications channels, respectively, said first and second transmission technologies being different and one of them having a higher feedback rate than the other; operating the wireless terminal to generate a signal as a function of the maintained communications channel quality information corresponding to at least said first and said second communications channels; transmitting said signal to said base station; making a measurement indicative of a rate of motion of said wireless terminal; and operating one of the base station and wireless terminal to select a communications channel for use in communicating to said wireless terminal as a function of the measurement indicative of the rate of motion of said wireless terminal. operating a wireless communications terminal to maintain a set of communications quality information for a plurality of different wireless communications channels which can be used to communicate information between a base station and said wireless communications terminal, said plurality of different wireless communications channels including at least a first communications channel and a second communications channel, the first and second communications channels having different quality characteristics which are a function of first and second transmission technologies used to establish said first and second communications channels, respectively, said first and second transmission technologies being different and one of them having a higher feedback rate than the other; operating the wireless terminal to generate a signal as a function of the maintained communications channel quality information corresponding to at least said first and said second communications channels; transmitting said signal to said base station; making a measurement indicative of a rate of motion of said wireless terminal; and operating one of the base station and wireless terminal to select a communications channel for use in communicating to said wireless terminal as a function of the measurement indicative of the rate of motion of said wireless terminal.
A method for wireless communications performed by a user equipment, UE, comprising: identifying a neighboring base station scheduled to transmit interfering signals during transmission of a subframe from a serving base station; evaluating whether precoder resource bundling is used for the interfering signals, wherein the evaluating comprises evaluating signals from at least one of the serving base station or the neighboring base station for an indication of whether the UE is to account for a presence of precoder resource bundling for one or more interfering signals or to disregard precoder resource bundling for one or more interfering signals; and modifying interference cancellation/interference suppression, IC/IS, operations for the subframe responsive to the evaluating. identifying a neighboring base station scheduled to transmit interfering signals during transmission of a subframe from a serving base station; evaluating whether precoder resource bundling is used for the interfering signals, wherein the evaluating comprises evaluating signals from at least one of the serving base station or the neighboring base station for an indication of whether the UE is to account for a presence of precoder resource bundling for one or more interfering signals or to disregard precoder resource bundling for one or more interfering signals; and modifying interference cancellation/interference suppression, IC/IS, operations for the subframe responsive to the evaluating.
A disposable or sterilizable surgical cassette for coupling a handpiece with a console in a system for treating eyes and interfacing with reusable components of the console comprising: a front plate; a back plate; a valve control surface; and characterised by: a gasket wherein the gasket comprises fluid channel sealing surfaces, wherein at least a portion of the gasket is located between the front plate and the back plate, wherein the gasket comprises one or more valves and a vacuum/pressure sensor diaphragm, wherein the or each valve comprises an elastomeric deformable surface having a dome-like shape which is configured to be compressed against the valve control surface; and wherein the one or more valves and the vacuum/pressure sensor diaphragm are accessible through the back plate. a front plate; a back plate; a valve control surface; and characterised by: a gasket wherein the gasket comprises fluid channel sealing surfaces, wherein at least a portion of the gasket is located between the front plate and the back plate, wherein the gasket comprises one or more valves and a vacuum/pressure sensor diaphragm, wherein the or each valve comprises an elastomeric deformable surface having a dome-like shape which is configured to be compressed against the valve control surface; and wherein the one or more valves and the vacuum/pressure sensor diaphragm are accessible through the back plate. a gasket wherein the gasket comprises fluid channel sealing surfaces, wherein at least a portion of the gasket is located between the front plate and the back plate, wherein the gasket comprises one or more valves and a vacuum/pressure sensor diaphragm, wherein the or each valve comprises an elastomeric deformable surface having a dome-like shape which is configured to be compressed against the valve control surface; and wherein the one or more valves and the vacuum/pressure sensor diaphragm are accessible through the back plate.
Machining device for pneumatic cleaning of a surface, wherein the machining device comprises the following: - a housing with a suction apparatus for providing a flow of air; - an air inlet to allow the flow of air to enter; - a handle attached to the housing for guiding the machining device by means of a user; - a sensor unit for determining a movement of the machining device in the room induced by the user; and characterised in that the machining device further comprises the following, - a processing facility which is designed to determine whether the specific movement indicates an excessively mechanical load on the user. - a housing with a suction apparatus for providing a flow of air; - an air inlet to allow the flow of air to enter; - a handle attached to the housing for guiding the machining device by means of a user; - a sensor unit for determining a movement of the machining device in the room induced by the user; and characterised in that the machining device further comprises the following, - a processing facility which is designed to determine whether the specific movement indicates an excessively mechanical load on the user.
A leadframe module for an electrical connector comprising: a leadframe having contacts initially held together as part of the leadframe, the contacts having mating ends configured to be mated to corresponding mating contacts, the contacts having mounting ends configured to be terminated to corresponding conductors; wherein each contact is provided with a corresponding dielectric shell coating the contact and a conductive outer shield applied to the corresponding dielectric shell to individually shield the contact; each of the contacts, dielectric shells and outer shields defining corresponding shielded transmission lines of the leadframe module, characterised in that said leadframe module further comprises a ground plate coupled to each of the transmission lines, the ground plate being electrically connected to the outer shields of the transmission lines to electrically common each of the outer shields.
A nacelle assembly, comprising: a fan cowl being disposed about an axis; a core cowl being at least partially disposed within said fan cowl; a bleed passage being at least partially disposed within said fan cowl and having an inlet for receiving a bleed airflow and an outlet for discharging said bleed airflow in an upstream direction from said outlet, wherein in use, said bleed airflow is selectively introduced near a boundary layer of an inlet lip section of said fan cowl; the nacelle assembly being characterized in that it further comprises a valve being positioned adjacent said outlet, wherein said valve includes at least one flap assembly pivotally attached to said outlet and selectively actuable to introduce said bleed airflow near said boundary layer of said inlet lip section. a fan cowl being disposed about an axis; a core cowl being at least partially disposed within said fan cowl; a bleed passage being at least partially disposed within said fan cowl and having an inlet for receiving a bleed airflow and an outlet for discharging said bleed airflow in an upstream direction from said outlet, wherein in use, said bleed airflow is selectively introduced near a boundary layer of an inlet lip section of said fan cowl; the nacelle assembly being characterized in that it further comprises a valve being positioned adjacent said outlet, wherein said valve includes at least one flap assembly pivotally attached to said outlet and selectively actuable to introduce said bleed airflow near said boundary layer of said inlet lip section.
Automatic method for cooking food by means of a cooking appliance, comprising at least the steps of: operating the cooking appliance by means of a first cooking setting having at least one first target cooking chamber temperature (Temp-Soll-1); detecting a first actual cooking chamber temperature (Temp-Ist-1) of a cooking chamber of the cooking appliance; comparing the first actual cooking chamber temperature (Temp-lst-1) with the first target cooking chamber temperature (Temp-Soll-1); and if the first actual cooking chamber temperature (Temp-lst-1) reaches the first target cooking chamber temperature (Temp-Soll-1), operating, in a time-delayed manner or immediately, the cooking appliance by means of a second cooking setting having at least one second target cooking chamber temperature (Temp-Soll-2), characterised by at least one additional step of determining a first cooking characteristic of the food from the length of time until the first target cooking chamber temperature (Temp-Soll-1) is reached and/or at least two first actual cooking chamber temperatures (Temp-lst-1) detected during the first cooking setting, the cooking appliance being operated (400; 800) by means of a second and/or a third cooking setting according to the first cooking characteristic of the food, the humidity of the second cooking setting and/or the humidity of the third cooking setting being set according to the first cooking characteristic of the food. operating the cooking appliance by means of a first cooking setting having at least one first target cooking chamber temperature (Temp-Soll-1); detecting a first actual cooking chamber temperature (Temp-Ist-1) of a cooking chamber of the cooking appliance; comparing the first actual cooking chamber temperature (Temp-lst-1) with the first target cooking chamber temperature (Temp-Soll-1); and if the first actual cooking chamber temperature (Temp-lst-1) reaches the first target cooking chamber temperature (Temp-Soll-1), operating, in a time-delayed manner or immediately, the cooking appliance by means of a second cooking setting having at least one second target cooking chamber temperature (Temp-Soll-2), characterised by at least one additional step of determining a first cooking characteristic of the food from the length of time until the first target cooking chamber temperature (Temp-Soll-1) is reached and/or at least two first actual cooking chamber temperatures (Temp-lst-1) detected during the first cooking setting, the cooking appliance being operated (400; 800) by means of a second and/or a third cooking setting according to the first cooking characteristic of the food, the humidity of the second cooking setting and/or the humidity of the third cooking setting being set according to the first cooking characteristic of the food.
A dispersion, which is a colored resin particle dispersion comprising colored resin particles, a dispersant and a non-aqueous solvent, wherein the colored resin particles comprise - a colorant, - a thermoplastic solid resin having, from the Hansen solubility parameters, a polar parameter δp of 2.5-11.0 and a hydrogen bonding parameter δh of 5.0-12.0, and - a liquid organic compound having an acidic group and/or a basic group, and has at least the acidic group when the dispersant is a basic dispersant, and has at least the basic group when the dispersant is an acidic dispersant. - a colorant, - a thermoplastic solid resin having, from the Hansen solubility parameters, a polar parameter δp of 2.5-11.0 and a hydrogen bonding parameter δh of 5.0-12.0, and - a liquid organic compound having an acidic group and/or a basic group, and has at least the acidic group when the dispersant is a basic dispersant, and has at least the basic group when the dispersant is an acidic dispersant.