mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly device for assembling a first part to a second part , the first part comprising a cam guiding bore extending along a first axis (Z, Z 1 , Z 2 ) and a bolt guiding bore extending along a second axis (X), non-parallel to the first axis (Z, Z 1 , Z 2 ), the bolt guiding bore opening into the cam guiding bore, the second part comprising an assembly bore extending along a third axis (X), the first and second parts being arranged so that, in an assembly position, the bolt guiding bore and the assembly bore open into one another, the assembly device comprising: ▪ a cam arranged to be able to be translationally moved along the first axis (Z, Z 1 , Z 2 ) into said cam guiding bore , the cam comprising a first interaction surface and a second interaction surface , ▪ a bolt arranged to be able, in the assembly position of the first and second parts, to be translationally moved along the second axis (X) between a locked position, in which the bolt is inserted both in the bolt guiding bore and the assembly bore , and an unlocked position, in which the bolt is inserted into the bolt guiding bore and not in the assembly bore , the bolt comprising a third interaction surface and a fourth interaction surface , the first interaction surface of the cam and the third interaction surface of the bolt being arranged to be able to interact so that a translational movement of the cam along the first axis (Z, Z 1 , Z 2 ) in a first direction results in a movement of the bolt to the locked position, and the second interaction surface of the cam and the fourth interaction surface of the bolt being arranged to be able to interact so that a translational movement of the cam along the first axis (Z, Z 1 , Z 2 ) in a second direction, opposite to the first direction, results in a movement of the bolt to the unlocked position. ▪ a cam arranged to be able to be translationally moved along the first axis (Z, Z 1 , Z 2 ) into said cam guiding bore , the cam comprising a first interaction surface and a second interaction surface , ▪ a bolt arranged to be able, in the assembly position of the first and second parts, to be translationally moved along the second axis (X) between a locked position, in which the bolt is inserted both in the bolt guiding bore and the assembly bore , and an unlocked position, in which the bolt is inserted into the bolt guiding bore and not in the assembly bore , the bolt comprising a third interaction surface and a fourth interaction surface ,
Bistable solenoid valve device for a fluid system, in particular compressed air system, wherein the bistable solenoid valve device has a bistable solenoid valve with: a permanent magnet , an adjustable armature between a first armature position (I) and a second armature position (II), a first switching coil for energizing the adjustment of the armature in the first armature position (I) as well as a second switching coil for energizing the adjustment of the armature in the second armature position (II), wherein an evaluation device for measuring an induced coil voltage (Uia, Uib) and/or induced coil current in at least one unenergized switching coil and for evaluating the switching behavior of the armatures is provided, characterized in that the evaluation device is configured in such a way to measure in a sleep mode without switching operation of the armature induced voltages (Uia, Uib) and/or induced currents of the two unenergized switching coils . a permanent magnet , an adjustable armature between a first armature position (I) and a second armature position (II), a first switching coil for energizing the adjustment of the armature in the first armature position (I) as well as a second switching coil for energizing the adjustment of the armature in the second armature position (II), wherein an evaluation device for measuring an induced coil voltage (Uia, Uib) and/or induced coil current in at least one unenergized switching coil and for evaluating the switching behavior of the armatures is provided, characterized in that the evaluation device is configured in such a way to measure in a sleep mode without switching operation of the armature induced voltages (Uia, Uib) and/or induced currents of the two unenergized switching coils .
A method of manufacturing a bioactive gel from an extracellular matrix material comprising: a) providing an extracellular matrix material derived from a layer of mammalian tissue selected from the group consisting of small intestine submucosa, urinary bladder submucosa, urinary bladder matrix comprising epithelial basement membrane, and liver basement membrane and comprising bioactive components of the extracellular matrix material arranged and in quantities found in the tissue in its native form; b) particularizing the extracellular matrix material of a); c) solubilizing the particularized extracellular matrix material of b) in an alkaline solution in concentrations of particularized ECM to NaOH at 0.1% to 20% at 4°C to form a gel; d) neutralizing the gel of step c) by the addition of an acid; and e) subjecting the gel of step d) to a dwell period in a cold room or at room temperature for a period of 1-48 hours, 12-36 hours, or 36 to 48 hours, or a few days, for example 3-7 days. a) providing an extracellular matrix material derived from a layer of mammalian tissue selected from the group consisting of small intestine submucosa, urinary bladder submucosa, urinary bladder matrix comprising epithelial basement membrane, and liver basement membrane and comprising bioactive components of the extracellular matrix material arranged and in quantities found in the tissue in its native form; b) particularizing the extracellular matrix material of a); c) solubilizing the particularized extracellular matrix material of b) in an alkaline solution in concentrations of particularized ECM to NaOH at 0.1% to 20% at 4°C to form a gel; d) neutralizing the gel of step c) by the addition of an acid; and e) subjecting the gel of step d) to a dwell period in a cold room or at room temperature for a period of 1-48 hours, 12-36 hours, or 36 to 48 hours, or a few days, for example 3-7 days.
A system for remote activation of an emergency radio beacon by a Search and Rescue (SAR) party, said system comprising: a controller operatively arranged in signal communication with an emergency radio beacon; a receiver arranged in signal communication with the controller and configured to operatively receive an activation signal from the SAR party; and a positioning module arranged in signal communication with, and configured to operatively provide spatial positioning data to, the controller, said controller configured to activate the beacon upon receipt of the activation signal and to provide the spatial positioning data to the beacon for transmission as part of an emergency signal, characterised in that the controller is configured with a low-power consumption element whereby only reception of the activation signal from the SAR party by the receiver is monitored in order to minimise power consumption, and in which the controller is configurable with a user-definable expiry date and configured to automatically disable the beacon when such expiry date is reached. a controller operatively arranged in signal communication with an emergency radio beacon; a receiver arranged in signal communication with the controller and configured to operatively receive an activation signal from the SAR party; and a positioning module arranged in signal communication with, and configured to operatively provide spatial positioning data to, the controller, said controller configured to activate the beacon upon receipt of the activation signal and to provide the spatial positioning data to the beacon for transmission as part of an emergency signal, characterised in that the controller is configured with a low-power consumption element whereby only reception of the activation signal from the SAR party by the receiver is monitored in order to minimise power consumption, and in which the controller is configurable with a user-definable expiry date and configured to automatically disable the beacon when such expiry date is reached.
A method for an Internet Protocol Multimedia Subsystem, IMS, terminal to access a network, characterized by comprising: acquiring, by a home location IMS terminal management system of the IMS terminal, IMS network access point information of a visit location from a visit location IMS terminal management system of the IMS terminal, wherein the home location IMS terminal management system and the visit location IMS terminal management system synchronize their respective data via an interface (S202); and sending, by the home location IMS terminal management system, configuration information to the IMS terminal, wherein the configuration information comprises the acquired IMS network access point information (S204). acquiring, by a home location IMS terminal management system of the IMS terminal, IMS network access point information of a visit location from a visit location IMS terminal management system of the IMS terminal, wherein the home location IMS terminal management system and the visit location IMS terminal management system synchronize their respective data via an interface (S202); and sending, by the home location IMS terminal management system, configuration information to the IMS terminal, wherein the configuration information comprises the acquired IMS network access point information (S204).
An intraocular shunt formed from a material comprising a non-degrading swellable polymer having the formula: wherein: R and R" are methyl; R' is -COOR 1 ; R 1 is alkyl; and R′′′ is a carboxylic acid; and the ratio of m:n is from about 99.99:0.01 to about 90:10; wherein the intraocular shunt has a first diameter in a dehydrated state and a second diameter in a hydrated state, wherein the second diameter is greater than the first diameter. R and R" are methyl; R' is -COOR 1 ; R 1 is alkyl; and R′′′ is a carboxylic acid; and the ratio of m:n is from about 99.99:0.01 to about 90:10;
A firing simulator comprising a laser transmitter arranged to emit a single round shaped light beam (212; 500) triggered by a simulated firing, wherein the laser transmitter has sweeping means arranged for sweeping the single emitted light beam over a target engagement area around a simulated projectile or missile, in at least two different directions, wherein two of the at least two different directions are orthogonal to each other, wherein the laser transmitter has modifying means arranged for modifying the emitted light beam to contain information, and wherein the firing simulator is arranged for the transmission of a simulated projectile or missile engagement coordinate, characterized in that the firing simulator is arranged to build an engagement message formed of a sequence of sweeps containing different types of information, wherein the light beam in each individual sweep is modified to contain at least one type of information, wherein each individual sweep contains different types of information, and wherein a sequence of sweeps carrying different information in each individual sweep, together builds the engagement message. the laser transmitter has sweeping means arranged for sweeping the single emitted light beam over a target engagement area around a simulated projectile or missile, in at least two different directions, wherein two of the at least two different directions are orthogonal to each other, wherein the laser transmitter has modifying means arranged for modifying the emitted light beam to contain information, and wherein the firing simulator is arranged for the transmission of a simulated projectile or missile engagement coordinate, characterized in that the firing simulator is arranged to build an engagement message formed of a sequence of sweeps containing different types of information, wherein the light beam in each individual sweep is modified to contain at least one type of information, wherein each individual sweep contains different types of information, and wherein a sequence of sweeps carrying different information in each individual sweep, together builds the engagement message. the light beam in each individual sweep is modified to contain at least one type of information, wherein each individual sweep contains different types of information, and wherein a sequence of sweeps carrying different information in each individual sweep, together builds the engagement message.
Crude oil sampling device for sampling crude oil from a crude oil conveying pipeline to a spectroscopy analysis device and comprising - a fast loop system which can be connected to the crude oil conveying pipeline, and - a sample conditioning system cabinet connected to the fast loop system and which can be connected to the spectroscopy analysis device wherein the fast loop system comprises a first filter and a pump and the sample conditioning system cabinet comprises a grabber connected to the fast loop system, said grabber having a grabber sampling volume Vgr comprised between 1 and 100 cubic centimetres (cm3), a second filter and a double actuation syringe which has a double actuation syringe sampling volume Vse comprised between 100 and 10 000 cubic centimetres (cm3), said double actuation syringe being a syringe comprising a retractable and extendable piston for routing in and out of, respectively, the syringe the crude oil to be sampled, and which can be connected to the spectroscopy analysis device for analysing a part or all of the double actuation syringe sampling volume Vse wherein the ratio between the double actuation syringe sampling volume Vse in cm3 and the grabber sampling volume Vgr in cm3 is comprised between 50 and 500. - a fast loop system which can be connected to the crude oil conveying pipeline, and - a sample conditioning system cabinet connected to the fast loop system and which can be connected to the spectroscopy analysis device
A method of wireless communication of a first device , comprising: transmitting data to a second device in a first transmission slot of a transmission opportunity on a first link between the first device and the second device; receiving an acknowledgement, ACK, or negative acknowledgement, NACK, signal as feedback from the second device and an ACK or NACK signal from a third device as feedback for a data transmission by a fourth device during the same, first transmission slot, wherein each of the feedbacks includes priority information corresponding to a respective one of the first link or a second link between the third device and the fourth device; and determining whether to yield transmission of additional data to the second device during at least a second transmission slot of the transmission opportunity based on the priority information included in the feedback from the second device and from the third device. transmitting data to a second device in a first transmission slot of a transmission opportunity on a first link between the first device and the second device; receiving an acknowledgement, ACK, or negative acknowledgement, NACK, signal as feedback from the second device and an ACK or NACK signal from a third device as feedback for a data transmission by a fourth device during the same, first transmission slot, wherein each of the feedbacks includes priority information corresponding to a respective one of the first link or a second link between the third device and the fourth device; and determining whether to yield transmission of additional data to the second device during at least a second transmission slot of the transmission opportunity based on the priority information included in the feedback from the second device and from the third device.
A gasket suitable for sealing a space between two members by being interposed between attachment faces of the two members and by being compressed therebetween, the gasket comprising: a core member , the core member being sheet-like and having an opening ; an inner seal portion , the inner seal portion being made of elastic material and formed along an inner circumference of the opening (lla); and an outer seal portion , the outer seal portion being made of elastic material and formed along an outer circumference of the core member ; the core member comprising: a seal-forming thin portion and an easily-deformable portion , the seal-forming thin portion having a thickness that is thinner than other portions of the core member and being configured to form the inner seal portion at the inner circumference and to form the outer seal portion at the outer circumference, and the easily-deformable portion being provided between the inner seal portion and the outer seal portion and being configured to easily deform the core member , characterized in that a plurality of fastening bolt holes are provided between the inner seal portion and the outer seal portion .
A method for performing internet protocol, IP, multimedia subsystem, IMS, reregistration of a user equipment, UE, the method comprising: receiving , by an application server, from a serving-call session control function, a 3 rd party IMS registration message including an address of a proxy-call session control function, P-CSCF, for which the UE performed an initial IMS registration based on the information on the address of the P-CSCF, and storing the address of the P-CSCF; transmitting , by the application server to the serving-call session control function, a response message in response to the 3 rd party IMS registration message; monitoring , by the application server, if a failure occurs in the P-CSCF; and if the failure in the P-CSCF is detected by the application server, transmitting , by the application server to the UE and to a plurality of UEs associated with the P-CSCF for which the 3 rd party IMS registration message has been received, a request for initiating an initial IMS reregistration for a new P-CSCF. receiving , by an application server, from a serving-call session control function, a 3 rd party IMS registration message including an address of a proxy-call session control function, P-CSCF, for which the UE performed an initial IMS registration based on the information on the address of the P-CSCF, and storing the address of the P-CSCF; transmitting , by the application server to the serving-call session control function, a response message in response to the 3 rd party IMS registration message; monitoring , by the application server, if a failure occurs in the P-CSCF; and if the failure in the P-CSCF is detected by the application server, transmitting , by the application server to the UE and to a plurality of UEs associated with the P-CSCF for which the 3 rd party IMS registration message has been received, a request for initiating an initial IMS reregistration for a new P-CSCF.
An exhaust system comprising a cold start catalyst and a flow-through or filter substrate, the cold start catalyst comprising a zeolite catalyst comprising iron, palladium, and a zeolite; and a supported platinum group metal catalyst comprising one or more platinum group metals and one or more inorganic oxide carriers, wherein the zeolite catalyst forms the flow-through or filter substrate, and the supported platinum group metal catalyst is coated onto the zeolite catalyst flow-through or filter substrate. a zeolite catalyst comprising iron, palladium, and a zeolite; and a supported platinum group metal catalyst comprising one or more platinum group metals and one or more inorganic oxide carriers, wherein the zeolite catalyst forms the flow-through or filter substrate, and the supported platinum group metal catalyst is coated onto the zeolite catalyst flow-through or filter substrate.
Door component with at least one controllable damper device containing a magnetorheological fluid as the working fluid, comprising two connecting units movable relative to one another, one of the two connecting units being provided for connecting with a supporting structure and the other of the two connecting units , with a rotatable door device in particular of a vehicle , to at least partially control the damping of a movement of the door between a closed position and an open position by means of a control device , the damper device comprising at least one magnetorheological damping valve which is electrically adjustable and maintains its set state currentless, to permanently set a damping characteristic of the damper device as needed by way of electrically setting the damping valve , wherein the control device is set up and configured to set the damping valve in the closed position of the door to a currentless effective weak damping, characterized in that the control device is set up and configured to set the damping valve in an open position of the door device to a currentless effective strong damping upon expiry of a predetermined time interval.
A method for delivering widgets through a cloud-based remote computing environment to a premises-based customer experience platform product, the method comprising: a. creating and saving one or a plurality of widget instances by a user through a user interface provided on a device connected to the premises-based customer experience platform product; b. if a plurality of widget instances is created and saved, selecting an instance of the plurality of widget instances by the user; c. generating a unique ID and storing a configuration of the widget instance as a flattened JavaScript Object Notation, JSON, object within a subsystem of the premises-based customer experience platform product; d. generating a JavaScript snippet associated with the widget instance as a Hypertext Markup Language, HTML, script tag; e. applying the JavaScript snippet associated with the widget instance to a page in a website; f. loading implementation of the widget instance , where an unauthenticated registration request is sent to a server specified in the JavaScript snippet; and g. converting a configuration object to a JSON configuration object expected to provide context to the widget instance ; and h. populating the widget instance with the context. a. creating and saving one or a plurality of widget instances by a user through a user interface provided on a device connected to the premises-based customer experience platform product; b. if a plurality of widget instances is created and saved, selecting an instance of the plurality of widget instances by the user; c. generating a unique ID and storing a configuration of the widget instance as a flattened JavaScript Object Notation, JSON, object within a subsystem of the premises-based customer experience platform product; d. generating a JavaScript snippet associated with the widget instance as a Hypertext Markup Language, HTML, script tag; e. applying the JavaScript snippet associated with the widget instance to a page in a website; f. loading implementation of the widget instance , where an unauthenticated registration request is sent to a server specified in the JavaScript snippet; and g. converting a configuration object to a JSON configuration object expected to provide context to the widget instance ; and h. populating the widget instance with the context.