mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented at an application server, AS, of an internet protocol, IP, multimedia subsystem, IMS, the method comprising: receiving , from a terminal device, a first request for initiating a call service and an internet service which are to be integrated with each other; sending a second request for initiating the internet service to a gateway server that acts as a gateway to an internet AS capable of providing the internet service; and in response to a reply from the gateway server, handling the first request based on the reply, wherein handling the first request based on the reply comprises: when the reply indicates that the second request has been permitted, controlling a multimedia resource function processor, MRFP, of the IMS such that the call service is integrated with the internet service, wherein the MRFP is controlled based on a media model that comprises direction information and model information for the internet service; wherein the direction information indicates, for the internet service, one of: uploading media from the MRFP to the internet AS; downloading media from the internet AS to the MRFP; and a combination of the uploading and the downloading; and wherein the model information indicates, for the internet service, one of: mixing media from the call service with media from the internet AS; performing the uploading and/or the downloading for one party of the call service; and performing the uploading and/or the downloading for two parties of the call service. receiving , from a terminal device, a first request for initiating a call service and an internet service which are to be integrated with each other; sending a second request for initiating the internet service to a gateway server that acts as a gateway to an internet AS capable of providing the internet service; and in response to a reply from the gateway server, handling the first request based on the reply, wherein handling the first request based on the reply comprises: when the reply indicates that the second request has been permitted, controlling a multimedia resource function processor, MRFP, of the IMS such that the call service is integrated with the internet service, wherein the MRFP is controlled based on a media model that comprises direction information and model information for the internet service; wherein the direction information indicates, for the internet service, one of: uploading media from the MRFP to the internet AS; downloading media from the internet AS to the MRFP; and a combination of the uploading and the downloading; and wherein the model information indicates, for the internet service, one of: mixing media from the call service with media from the internet AS; performing the uploading and/or the downloading for one party of the call service; and performing the uploading and/or the downloading for two parties of the call service.
A bouillon tablet comprising: i) 20-70 wt% crystalline salt by weight of the composition; ii) 10-70 wt% pieces of plant material by weight of the composition; iii) up to 7 wt% fat by weight of the composition; iv) up to 15 wt% crystalline sugar by weight of the composition; wherein the crystalline salt has a median particle diameter Dv50 in the range of 0.7 to 3.5 mm; wherein the crystalline sugar has a median particle diameter Dv50 in the range of 0.5 to 3.5 mm; and the pieces of plant material have a median particle diameter Dv50 in the range of 0.7 to 9.0 mm, obtainable by a process comprising the following steps: a) Mixing all ingredients together; b) Adjust water content of the mix to an amount between 4.0 to 13.0 wt% by weight of the composition and further mix, wherein the water content is based on the method ISO 1666:1996; c) Forming a bouillon tablet; d) Drying the bouillon tablet. i) 20-70 wt% crystalline salt by weight of the composition; ii) 10-70 wt% pieces of plant material by weight of the composition; iii) up to 7 wt% fat by weight of the composition; iv) up to 15 wt% crystalline sugar by weight of the composition; a) Mixing all ingredients together; b) Adjust water content of the mix to an amount between 4.0 to 13.0 wt% by weight of the composition and further mix, wherein the water content is based on the method ISO 1666:1996; c) Forming a bouillon tablet; d) Drying the bouillon tablet.
A reaction container , comprising: a base material ; an injection port arranged on the base material and into which a solution is injected; an analysis well in which a nucleic acid analysis reagent used for a nucleic acid analysis is positioned, the analysis well being arranged on the base material and configured to analyze a sample containing a nucleic acid ; and a quantification well arranged on the base material and configured to quantify an amount of the nucleic acid contained in the sample before an amplification of the nucleic acid , and a plurality of flow paths arranged on the base material , with a branch point branching between the quantification well and the analysis well , and configured to directly distribute the nucleic acid to each of the analysis well and the quantification well from the injection port , so that the nucleic acid contained in the sample is directly distributed from the injection port by the branch point into each of the quantification well and the analysis well . a base material ; an injection port arranged on the base material and into which a solution is injected; an analysis well in which a nucleic acid analysis reagent used for a nucleic acid analysis is positioned, the analysis well being arranged on the base material and configured to analyze a sample containing a nucleic acid ; and a quantification well arranged on the base material and configured to quantify an amount of the nucleic acid contained in the sample before an amplification of the nucleic acid , and a plurality of flow paths arranged on the base material , with a branch point branching between the quantification well and the analysis well , and configured to directly distribute the nucleic acid to each of the analysis well and the quantification well from the injection port , so that the nucleic acid contained in the sample is directly distributed from the injection port by the branch point into each of the quantification well and the analysis well .
A system comprising an online glove stripping and inverting mechanism for stripping and inverting an elastomeric glove from a mold and re-donning the elastomeric glove on a second mechanism for secondary online processing; wherein the online glove stripping and inverting mechanism comprises a cuff rolling device for rolling a portion of the cuff of the glove distally away from a mold base and toward the finger and palm areas of the elastomeric glove , thereby forming a rolled portion of the cuff and an exposed portion of a surface of the mold ; a gripping device having one or more gripping members , the gripping device configured to engage the exposed portion of the surface of the mold ; and, a roll-back device for unrolling the rolled portion of the cuff proximally toward the mold base and away from the elastomeric glove finger and palm areas thereby forming an unrolled cuff, the roll-back device configured to unroll the rolled portion of the cuff over and onto a portion of the one or more gripping members such that the one or more gripping members are interposed between the mold surface and at least a portion of the unrolled cuff; wherein the second mechanism comprises a glove donning device comprising a mandrel. a cuff rolling device for rolling a portion of the cuff of the glove distally away from a mold base and toward the finger and palm areas of the elastomeric glove , thereby forming a rolled portion of the cuff and an exposed portion of a surface of the mold ; a gripping device having one or more gripping members , the gripping device configured to engage the exposed portion of the surface of the mold ; and, a roll-back device for unrolling the rolled portion of the cuff proximally toward the mold base and away from the elastomeric glove finger and palm areas thereby forming an unrolled cuff, the roll-back device configured to unroll the rolled portion of the cuff over and onto a portion of the one or more gripping members such that the one or more gripping members are interposed between the mold surface and at least a portion of the unrolled cuff; wherein the second mechanism comprises a glove donning device comprising a mandrel.
A transseptal puncturing system comprising: a steerable microcatheter comprising an elongated member with a lumen extending therethrough to define a longitudinal axis, a deflectable distal portion , and a location sensor disposed proximate the deflectable distal portion; a guidewire disposed within the lumen of the microcatheter comprising an electrically conductive core , an electrically conductive distal end , an electrically conductive proximal end , and an outer diameter (ODG) less than and approximately equal to an inner diameter (IDC) of the lumen of the microcatheter; a generator in electrical contact with the electrically conductive proximal end, the generator being configured to provide electrical energy to the distal end of the guidewire sufficient to puncture tissue without requiring a sharp end; and an impedance monitoring module in communication with the generator, in electrical communication with the proximal end of the guidewire, and configured to measure impedance at the distal end of the guidewire, wherein the generator is configured to provide the electrical energy to the distal end of the guidewire based at least in part on the measured impedance. a steerable microcatheter comprising an elongated member with a lumen extending therethrough to define a longitudinal axis, a deflectable distal portion , and a location sensor disposed proximate the deflectable distal portion; a guidewire disposed within the lumen of the microcatheter comprising an electrically conductive core , an electrically conductive distal end , an electrically conductive proximal end , and an outer diameter (ODG) less than and approximately equal to an inner diameter (IDC) of the lumen of the microcatheter; a generator in electrical contact with the electrically conductive proximal end, the generator being configured to provide electrical energy to the distal end of the guidewire sufficient to puncture tissue without requiring a sharp end; and an impedance monitoring module in communication with the generator, in electrical communication with the proximal end of the guidewire, and configured to measure impedance at the distal end of the guidewire, wherein the generator is configured to provide the electrical energy to the distal end of the guidewire based at least in part on the measured impedance.
Rim block cage for attachment to a toilet bowl, in particular in the rim region thereof, comprising at least one chamber formed by a chamber sleeve for receiving a solid or gel-form active substance , the chamber sleeve having at least one opening on the side facing a wall of the toilet bowl when in use, the at least one chamber having a substantially spherical shape, characterized in that the at least one opening is formed by a substantially cylindrical recess in the chamber sleeve , and therefore the chamber sleeve is designed in such a way that, when in use, a flow channel is formed between two contact points of the chamber sleeve and the wall of the toilet bowl, via which flow channel flushing-water can enter an upper region of the at least one opening in the chamber and can exit the chamber in a lower region of the at least one opening , and the side of the chamber sleeve which faces away from the wall of the toilet bowl when in use being designed to be completely closed, and the height of the at least one opening being greater than the width of the at least one opening . the at least one chamber having a substantially spherical shape, characterized in that the at least one opening is formed by a substantially cylindrical recess in the chamber sleeve , and therefore the chamber sleeve is designed in such a way that, when in use, a flow channel is formed between two contact points of the chamber sleeve and the wall of the toilet bowl, via which flow channel flushing-water can enter an upper region of the at least one opening in the chamber and can exit the chamber in a lower region of the at least one opening , and the side of the chamber sleeve which faces away from the wall of the toilet bowl when in use being designed to be completely closed, and the height of the at least one opening being greater than the width of the at least one opening .
Electro-hydraulic control system for directing fluid to at least one hydraulic actuator , the system comprising: at least one electronic controller ; first and second pilot valves being electrically connected to the at least one electronic controller which is arranged to control the operation of the first and second pilot valves , third and fourth pilot valves being electrically connected to the at least one electronic controller which is arranged to control operation of the third and fourth pilot valves , a pilot operated main valve configured to control fluid flow to at least one hydraulic actuator , wherein the first and second pilot valves and the third and fourth pilot valves each being fluidly connected to the pilot operated main valve and configured to, by moving a spool of the pilot valve to an open state for providing pilot pressure to the main valve , forward a direction input to the pilot operated main valve to control fluid flow to the at least one hydraulic actuator , wherein the first pilot valve and the third pilot valve are connected in parallel via a first shuttle valve to a first pilot inlet port of the main valve , wherein the second pilot valve and the fourth pilot valve are connected in parallel via a second shuttle valve to a second pilot inlet port of the main valve , characterised in that each of the first and second pilot valves and the third and fourth pilot valves is a fail-safe pilot valve arranged to drain a regulated outlet port to a low pressure reservoir if the spool of the fail-safe pilot valve becomes stuck in the open state. at least one electronic controller ; first and second pilot valves being electrically connected to the at least one electronic controller which is arranged to control the operation of the first and second pilot valves , third and fourth pilot valves being electrically connected to the at least one electronic controller which is arranged to control operation of the third and fourth pilot valves , a pilot operated main valve configured to control fluid flow to at least one hydraulic actuator , wherein the first and second pilot valves and the third and fourth pilot valves each being fluidly connected to the pilot operated main valve and configured to, by moving a spool of the pilot valve to an open state for providing pilot pressure to the main valve , forward a direction input to the pilot operated main valve to control fluid flow to the at least one hydraulic actuator , wherein the first pilot valve and the third pilot valve are connected in parallel via a first shuttle valve to a first pilot inlet port of the main valve , wherein the second pilot valve and the fourth pilot valve are connected in parallel via a second shuttle valve to a second pilot inlet port of the main valve , characterised in that each of the first and second pilot valves and the third and fourth pilot valves is a fail-safe pilot valve arranged to drain a regulated outlet port to a low pressure reservoir if the spool of the fail-safe pilot valve becomes stuck in the open state.
A method in a service layer of a Machine-to-Machine, M2M, network, the method comprising: configuring a charging policy at a service domain charging management function at the service layer, the charging policy being defined as a rule with associated attributes, the attributes including a rule status attribute indicating if the rule is active, and a chargeable event identifier which refers to a resource that defines the chargeable event that should be applied to the charging policy rule, the charging policy being stored in a RESTful architecture resource configurable using Create, Retrieve, Update, Delete, CRUD, operations; and using the charging policy to determine chargeable events within the service layer of the M2M network. configuring a charging policy at a service domain charging management function at the service layer, the charging policy being defined as a rule with associated attributes, the attributes including a rule status attribute indicating if the rule is active, and a chargeable event identifier which refers to a resource that defines the chargeable event that should be applied to the charging policy rule, the charging policy being stored in a RESTful architecture resource configurable using Create, Retrieve, Update, Delete, CRUD, operations; and using the charging policy to determine chargeable events within the service layer of the M2M network.
A method , comprising: connecting , by a controller , to an accessory device ; subscribing , by the controller , to advertised notifications associated with the accessory device ; receiving , by the controller , a value of an internal state counter of the accessory device that can be incremented each time the state of the accessory device changes; storing , by the controller , the internal state counter value of the accessory device ; detecting , by the controller while disconnected from the accessory device , an advertisement from the accessory device , the advertisement including an updated internal state counter value of the accessory device ; reconnecting , by the controller , to the accessory device when a discrepancy is detected by the comparison of the updated internal state counter value of the accessory device to the stored internal state counter value of the accessory device ; and receiving , by the controller , updated state information of the accessory device . connecting , by a controller , to an accessory device ; subscribing , by the controller , to advertised notifications associated with the accessory device ; receiving , by the controller , a value of an internal state counter of the accessory device that can be incremented each time the state of the accessory device changes; storing , by the controller , the internal state counter value of the accessory device ; detecting , by the controller while disconnected from the accessory device , an advertisement from the accessory device , the advertisement including an updated internal state counter value of the accessory device ; reconnecting , by the controller , to the accessory device when a discrepancy is detected by the comparison of the updated internal state counter value of the accessory device to the stored internal state counter value of the accessory device ; and receiving , by the controller , updated state information of the accessory device .
Process for making a stable, intermediate and further curable polyisocyanurate comprising material which comprises free isocyanate (NCO) groups, has an NCO value of 5-30 % by weight, more preferably an NCO value of 15-25% by weight and wherein the final concentration of the polyisocyanurate compounds does not change more than 10 % from its initial value (calculated as a change in NCO value) when kept at room temperature (around 20 °C) and ambient pressure for minimum 5 hours, most preferably for more than 24 hours which process comprises at least the steps of: - Providing a polyisocyanate composition, and then - Combining and mixing compounds which comprise a group having the structure -CO-NH 2 to the polyisocyanate composition, and subsequently or simultaneously - Combining and mixing a trimerization catalyst compound to the polyisocyanate composition in such amount that the number of equivalents of compounds which comprise a group having the structure -CO-NH 2 over the number of trimerization catalyst equivalents is below 4 and higher than 0.75, preferably in the range between 1 and 3, more preferably in the range between 1 and 2, most preferably in the range between 1 up to 1.5, and then - Allowing the composition to react at a temperature below 90°C, and then - Cooling down the composition to room temperature - Providing a polyisocyanate composition, and then - Combining and mixing compounds which comprise a group having the structure -CO-NH 2 to the polyisocyanate composition, and subsequently or simultaneously - Combining and mixing a trimerization catalyst compound to the polyisocyanate composition in such amount that the number of equivalents of compounds which comprise a group having the structure -CO-NH 2 over the number of trimerization catalyst equivalents is below 4 and higher than 0.75, preferably in the range between 1 and 3, more preferably in the range between 1 and 2, most preferably in the range between 1 up to 1.5, and then - Allowing the composition to react at a temperature below 90°C, and then - Cooling down the composition to room temperature
A method of etching a silicon substrate (K) loaded onto a platform within a processing chamber , the etching method comprising (a) an etching operation which is executed for a predetermined first processing time (E) and in which, in a state in which gas within the processing chamber has been exhausted to pump down the chamber interior, etching gas is supplied into the processing chamber for at least a predetermined first supply time and converted into plasma, and the silicon substrate (K) is etched by applying a bias potential (Wp) to the platform for at least a predetermined application time, and (b) a protective-film deposition operation which is executed for a predetermined second processing time (D) and in which, in a state in which gas within the processing chamber has been exhausted to pump down the chamber interior and no bias potential is applied to the platform , protective-film deposition gas is supplied into the processing chamber for at least a predetermined second supply time and converted into plasma, and a protective film is formed on the silicon substrate (K); and said operations (a) and (b) being alternately repeated; the etching method characterized in that : the etching gas or the protective-film deposition gas is being supplied into the processing chamber at least when the corresponding operation is started; the supply of etching gas or of protective-film deposition gas is halted when a preestablished time (De, Ee) prior to the close of the processing time (D, E) of the corresponding operation is reached; and from the preestablished time (De, Ee) until the close of the processing time (D, E) of the corresponding operation, the exhaust flow rate (V H1 ) at which gas is exhausted from inside the processing chamber is made greater than the exhaust flow rate (V H2 ) prior to when the preestablished time (De, Ee) is reached. the etching gas or the protective-film deposition gas is being supplied into the processing chamber at least when the corresponding operation is started; the supply of etching gas or of protective-film deposition gas is halted when a preestablished time (De, Ee) prior to the close of the processing time (D, E) of the corresponding operation is reached; and from the preestablished time (De, Ee) until the close of the processing time (D, E) of the corresponding operation, the exhaust flow rate (V H1 ) at which gas is exhausted from inside the processing chamber is made greater than the exhaust flow rate (V H2 ) prior to when the preestablished time (De, Ee) is reached.