mhurhangee/patent-ind-claim-en huggingface dataset:
A system for selecting members of a lighting system , comprising a lighting system , which contains at least one member , for example, an operating device and/or a lighting means , wherein the at least one member is provided with a 1D or 2D barcode , characterized in that the system further has: a sensor coupled to the line of sight, for detecting the at least one member , wherein the sensor coupled to the line of sight is a camera coupled to the line of sight of the user, which is always aligned in accordance with the line of sight of the user, wherein the sensor coupled to the line of sight is designed to read out the 1D or 2D barcode as visual identification of the member, wherein the system further has an input device for displaying operating parameters of the identified member and for input of commands for manipulating and/or configuring the identified member , which is integrated and connected with the sensor coupled to the line of sight in a pair of glasses, wherein the pair of glasses is designed to display the input device to the user virtually as augmented reality, wherein the input device is set up to evaluate a gesture control of the user for the input of commands for manipulating and/or configuring the identified member , wherein the system furthermore has a control device for receiving commands for manipulating and/or configuring the identified member from the input device and for controlling the detected member based on the commands received, wherein the control device is connected wirelessly or wired to the lighting system via a DALI bus. a sensor coupled to the line of sight, for detecting the at least one member , wherein the sensor coupled to the line of sight is a camera coupled to the line of sight of the user, which is always aligned in accordance with the line of sight of the user, wherein the sensor coupled to the line of sight is designed to read out the 1D or 2D barcode as visual identification of the member, wherein the system further has an input device for displaying operating parameters of the identified member and for input of commands for manipulating and/or configuring the identified member , which is integrated and connected with the sensor coupled to the line of sight in a pair of glasses, wherein the pair of glasses is designed to display the input device to the user virtually as augmented reality, wherein the input device is set up to evaluate a gesture control of the user for the input of commands for manipulating and/or configuring the identified member ,
A bag-in-shell package for a gravity feed dispenser, comprising - an inner bag , for receiving a bulk material to be dispensed, - an outer box made or rigid or semi-rigid material such as cardboard or corrugated cardboard, comprising a bottom part and at least one standing wall that define a space for receiving the inner bag, wherein the outer box defines an outer box tear line that delimits an outer box tearable portion , the outer box tearable portion comprises a bottom tearable area on the bottom part , characterized in that an inner bag tear line is arranged in the inner bag , said inner bag tear line delimiting an inner bag tearable portion that is fixed to the outer box at an adhesion area that is within the borders of the outer box tearable portion, wherein the outer box has an additional tear line that defines with the outer box tear line a strip portion , the strip portion surrounds at least the bottom tearable area. - an inner bag , for receiving a bulk material to be dispensed, - an outer box made or rigid or semi-rigid material such as cardboard or corrugated cardboard, comprising a bottom part and at least one standing wall that define a space for receiving the inner bag, wherein the outer box defines an outer box tear line that delimits an outer box tearable portion , the outer box tearable portion comprises a bottom tearable area on the bottom part , characterized in that an inner bag tear line is arranged in the inner bag , said inner bag tear line delimiting an inner bag tearable portion that is fixed to the outer box at an adhesion area that is within the borders of the outer box tearable portion, wherein the outer box has an additional tear line that defines with the outer box tear line a strip portion , the strip portion surrounds at least the bottom tearable area. wherein the outer box defines an outer box tear line that delimits an outer box tearable portion , the outer box tearable portion comprises a bottom tearable area on the bottom part , characterized in that an inner bag tear line is arranged in the inner bag , said inner bag tear line delimiting an inner bag tearable portion that is fixed to the outer box at an adhesion area that is within the borders of the outer box tearable portion, the outer box defines an outer box tear line that delimits an outer box tearable portion , the outer box tearable portion comprises a bottom tearable area on the bottom part , characterized in that an inner bag tear line is arranged in the inner bag , said inner bag tear line delimiting an inner bag tearable portion that is fixed to the outer box at an adhesion area that is within the borders of the outer box tearable portion, wherein the outer box has an additional tear line that defines with the outer box tear line a strip portion , the strip portion surrounds at least the bottom tearable area.
A method for embedding a virtual network comprising a plurality of virtual nodes and a plurality of virtual links on a physical network, the method comprising: determining one or more conflicting sets for virtual links of the virtual network, each conflicting set comprising a plurality of virtual links of the virtual network that must be embedded on disjoint paths in the physical network to maintain connectivity of the virtual network in the presence of k physical link failures; and embedding the virtual network onto the physical network so that for each conflicting set, the plurality of virtual links included in the conflicting set are embedded on disjoint paths of the physical network. determining one or more conflicting sets for virtual links of the virtual network, each conflicting set comprising a plurality of virtual links of the virtual network that must be embedded on disjoint paths in the physical network to maintain connectivity of the virtual network in the presence of k physical link failures; and embedding the virtual network onto the physical network so that for each conflicting set, the plurality of virtual links included in the conflicting set are embedded on disjoint paths of the physical network.
A storage container for securely holding one or more personal rings, such as earrings or finger rings, and/or other small personal items, comprising: a base comprising an inner base region defined by a base sidewall extending from a base plate , the base sidewall including a base coupling feature , the base further comprising a post extending vertically upward from the inner base region for holding one or more rings thereon; and a lid comprising an inner lid region defined by a lid sidewall extending from a lid top , the lid sidewall including a lid coupling feature that releasably couples to the base coupling feature to thereby releasably couple the lid to the base ; wherein the post is contained within the inner base region and the inner lid region when the lid and the base are coupled together; characterized in that one or more separator components are each formed around a circumference of the post , the one or more separators configured to hold one or more of the one or more rings at a respective position along the post. a base comprising an inner base region defined by a base sidewall extending from a base plate , the base sidewall including a base coupling feature , the base further comprising a post extending vertically upward from the inner base region for holding one or more rings thereon; and a lid comprising an inner lid region defined by a lid sidewall extending from a lid top , the lid sidewall including a lid coupling feature that releasably couples to the base coupling feature to thereby releasably couple the lid to the base ; wherein the post is contained within the inner base region and the inner lid region when the lid and the base are coupled together; characterized in that one or more separator components are each formed around a circumference of the post , the one or more separators configured to hold one or more of the one or more rings at a respective position along the post.
A system for pretreatment of sample comprising: a holder storage unit having a module holder on which a sample pretreatment module is seated; a cartridge accommodating portion for loading a cartridge therein, wherein the sample accommodated in a chamber of the sample pretreatment module is discharged and loaded into the cartridge; a magnetic force generating unit for generating a magnetic force to rotate the permanent magnet provided in the sample pretreatment module; and a penetration and discharge unit for penetrating the penetration membrane in the sample pretreatment module and discharging the sample by pressing the moving unit of the cap 120); wherein the cartridge comprises a reaction area (R); and wherein the system is adapted to drop the sample on the cartridge for fluid analysis, characterized in that the penetration and discharge unit comprises an edge pressing portion for pressing the cap edge portion of the sample pretreatment module so as to penetrate the penetration membrane in the sample pretreatment module; the sample pretreatment module comprises a moving unit pressing portion for pressing the moving unit to discharge the sample; the sample pretreatment module comprises a body having the chamber for accommodating the sample therein and the cap coupled to one end of the body, whereby a discharge tip is movably coupled to the other end of the body for discharging the sample accommodated in the chamber; the moving unit is movably provided in the cap and pressing the sample in the chamber according to the movement to discharge the sample to the outside. a holder storage unit having a module holder on which a sample pretreatment module is seated; a cartridge accommodating portion for loading a cartridge therein, wherein the sample accommodated in a chamber of the sample pretreatment module is discharged and loaded into the cartridge; a magnetic force generating unit for generating a magnetic force to rotate the permanent magnet provided in the sample pretreatment module; and a penetration and discharge unit for penetrating the penetration membrane in the sample pretreatment module and discharging the sample by pressing the moving unit of the cap 120); wherein the cartridge comprises a reaction area (R); and wherein the system is adapted to drop the sample on the cartridge for fluid analysis, characterized in that the penetration and discharge unit comprises an edge pressing portion for pressing the cap edge portion of the sample pretreatment module so as to penetrate the penetration membrane in the sample pretreatment module; the sample pretreatment module comprises a moving unit pressing portion for pressing the moving unit to discharge the sample; the sample pretreatment module comprises a body having the chamber for accommodating the sample therein and the cap coupled to one end of the body, whereby a discharge tip is movably coupled to the other end of the body for discharging the sample accommodated in the chamber; the moving unit is movably provided in the cap and pressing the sample in the chamber according to the movement to discharge the sample to the outside.
A conversion apparatus for converting an image output on screens (A) from a visible wavelength range into an infrared wavelength range comprising: - at least one body ; and - at least one film which is inserted into the at least one body and configured to convert the wavelength of the light in the visible wavelength range into the infrared wavelength range arriving on it; wherein - the at least one body is made of a high transparency PET-type material with folding characteristic; the at least one film comprises one or more nanoparticles for radiation in one or more different wavelength ranges by absorbing photons in visible wavelength; - the at least one film is made of PbS core or PbS/CdS nanoparticles and acrylic-based polymers. - at least one body ; and - at least one film which is inserted into the at least one body and configured to convert the wavelength of the light in the visible wavelength range into the infrared wavelength range arriving on it; wherein - the at least one body is made of a high transparency PET-type material with folding characteristic; the at least one film comprises one or more nanoparticles for radiation in one or more different wavelength ranges by absorbing photons in visible wavelength; - the at least one film is made of PbS core or PbS/CdS nanoparticles and acrylic-based polymers.
A method of operating an electronic device to serve as a new cluster head for a cluster of electronic devices (12a-12n), comprising: receiving cluster head assistance data from a current cluster head device, the cluster head assistance data comprising at least one first data item related to establishment of operative communication with a cellular radio network over a cellular radio interface of the electronic device , wherein the cluster head assistance data further comprises at least one second data item related to geolocation of the current cluster head; becoming assigned the new cluster head for the cluster ; establishing operative communication with the cellular radio network using the at least one first data item in a process related to operation of the cellular radio interface ; and determining, using the second data item, a geolocation of the electronic device, wherein the cluster head for the cluster is the only electronic device of the cluster of electronic devices (12a-12n) that is configured to operate the cellular radio interface and/or a position data receiver at a time. receiving cluster head assistance data from a current cluster head device, the cluster head assistance data comprising at least one first data item related to establishment of operative communication with a cellular radio network over a cellular radio interface of the electronic device , wherein the cluster head assistance data further comprises at least one second data item related to geolocation of the current cluster head; becoming assigned the new cluster head for the cluster ; establishing operative communication with the cellular radio network using the at least one first data item in a process related to operation of the cellular radio interface ; and determining, using the second data item, a geolocation of the electronic device, wherein the cluster head for the cluster is the only electronic device of the cluster of electronic devices (12a-12n) that is configured to operate the cellular radio interface and/or a position data receiver at a time.
Use of a compound of formula (I) to determine the quantity of superplasticizer-intercalating clay in a sand and/or to determine the amount of Clay Mitigation Agent CMA to be added to a hydraulic binder composition using a sand R 1 -(OA) n -XR 2 (I) wherein: R 1 represents a linear or branched C1 to C4 alkyl group, or a coloured compound; R 2 represents a coloured compound; A, each the same or different, independently represents a-CH 2 -CH 2 - group or -CH(CH 3 )-CH 2 - group; n represents an integer of between 1 and 500, preferably of between 4 and 250 X is O or NH. R 1 represents a linear or branched C1 to C4 alkyl group, or a coloured compound; R 2 represents a coloured compound; A, each the same or different, independently represents a-CH 2 -CH 2 - group or -CH(CH 3 )-CH 2 - group; n represents an integer of between 1 and 500, preferably of between 4 and 250 X is O or NH.
A surgical instrument comprising: a body ; a thermal element disposed on the body and configured to receive oscillating electrical energy, the thermal element comprising a conductor and a ferromagnetic material covering at least a portion of the conductor; and an information storage device for storing information relative to a configuration parameter of the thermal element; wherein the information storage device is disposed in communication with a power supply configured to deliver oscillating electrical energy to the thermal element such that the information relative to the configuration parameter of the thermal element may be accessed and used to control delivery of the oscillating electrical energy to the thermal element; and wherein the thermal element is coupled to the power supply, and wherein the power supply is configured to deliver oscillating electrical energy to the thermal element according to the configuration parameter stored in the information storage device; characterized in that the conductor defines a skin depth based on the electrical resistivity of the conductor, the magnetic permeability of the conductor, and the frequency of the delivered oscillating electrical energy, and the ferromagnetic material has a thickness of approximately five times the skin depth. a body ; a thermal element disposed on the body and configured to receive oscillating electrical energy, the thermal element comprising a conductor and a ferromagnetic material covering at least a portion of the conductor; and an information storage device for storing information relative to a configuration parameter of the thermal element; wherein the information storage device is disposed in communication with a power supply configured to deliver oscillating electrical energy to the thermal element such that the information relative to the configuration parameter of the thermal element may be accessed and used to control delivery of the oscillating electrical energy to the thermal element; and wherein the thermal element is coupled to the power supply, and wherein the power supply is configured to deliver oscillating electrical energy to the thermal element according to the configuration parameter stored in the information storage device; characterized in that the conductor defines a skin depth based on the electrical resistivity of the conductor, the magnetic permeability of the conductor, and the frequency of the delivered oscillating electrical energy, and the ferromagnetic material has a thickness of approximately five times the skin depth.
A device for controlling a level of ventilatory assist applied to a patient by a mechanical ventilator , comprising: at least one first detector measuring, during patient's non-assisted breath, an inspiratory volume V no-assist produced by the patient and measuring, during patient's assisted breath, an inspiratory volume V assist produced by both the patient and the mechanical ventilator ; a subtractor of volume V no-assist from volume V assist to give an inspiratory volume V vent contributed by the mechanical ventilator ; and a sensor for measuring inspiratory assist pressure P vent produced by the mechanical ventilator and for measuring pressure during non-assisted breath; characterized in that the device further comprises: a first calculator of a first relation between pressure P vent and volume V assist ; a second calculator of a second relation between pressure P vent and volume V vent ; a third calculator , using the first and second relations, of a ratio between pressure P vent at volume V vent and pressure P vent at volume V assist , with volume V vent equal to volume V assist , for a plurality of volumes V vent and V assist ; a multiplier of values of P vent by the corresponding calculated ratios to calculate a third relation between a predicted inspiratory pressure P pred and volume V assist ; and a controller of the mechanical ventilator configured to use the third relation to control the level of ventilatory assist. at least one first detector measuring, during patient's non-assisted breath, an inspiratory volume V no-assist produced by the patient and measuring, during patient's assisted breath, an inspiratory volume V assist produced by both the patient and the mechanical ventilator ; a subtractor of volume V no-assist from volume V assist to give an inspiratory volume V vent contributed by the mechanical ventilator ; and a sensor for measuring inspiratory assist pressure P vent produced by the mechanical ventilator and for measuring pressure during non-assisted breath; a first calculator of a first relation between pressure P vent and volume V assist ; a second calculator of a second relation between pressure P vent and volume V vent ; a third calculator , using the first and second relations, of a ratio between pressure P vent at volume V vent and pressure P vent at volume V assist , with volume V vent equal to volume V assist , for a plurality of volumes V vent and V assist ; a multiplier of values of P vent by the corresponding calculated ratios to calculate a third relation between a predicted inspiratory pressure P pred and volume V assist ; and a controller of the mechanical ventilator configured to use the third relation to control the level of ventilatory assist.
A transducer assembly operable to transmit ultrasonic energy in a desired direction towards a zone adapted to be acoustically coupled to an object or area of interest, the assembly comprising: a) a transducer layer ; b) a backing layer disposed behind said transducer layer with respect to the desired direction; c) a back-matching layer disposed between the transducer layer and the backing layer to reflect towards said transducer layer part of the ultrasonic energy directed from the transducer layer to the backing layer , wherein the back-matching layer has an acoustic impedance that is less than the acoustic impedance of the transducer layer and the transducer layer has a thickness that is greater than a 1/4 of the wavelength of the ultrasound waves the assembly is configured to generate, characterized in that the back-matching layer comprises air bubble/glass microspheres or thermic expandable particles to control the density of the material forming the back-matching layer. a) a transducer layer ; b) a backing layer disposed behind said transducer layer with respect to the desired direction; c) a back-matching layer disposed between the transducer layer and the backing layer to reflect towards said transducer layer part of the ultrasonic energy directed from the transducer layer to the backing layer ,
A radiator comprising at least one heating plate , preferably with a first room-side heating plate facing the room to be heated, wherein a connection fitting configured as a central port is provided with a first supply port and a first return port , wherein the first supply port and the first return port are configured as supply and return housings , wherein in each case a connecting piece configured as a connection point is connected in the lateral, upper end regions of the radiator or of the heating plate , into which connecting piece a valve for regulating the flow of the heating fluid coming from the first supply port into the heating plate and a shut-off or sealing component for preventing the entry of heating fluid into the heating plate and for preventing the flow of the heating fluid can be inserted or is inserted, wherein a distributor fitting is provided with a defined riser pipe which establishes a direct, in particular the only, connection for the heating fluid from the connection fitting to the connecting pieces , characterised in that at least a second alternative supply port and at least a second alternative return port are provided, wherein the second supply port is connected in a fluid conducting manner to the connection fitting , so that heating fluid flowing in via the second supply port enters the distributor fitting , and in that the second alternative supply port is structurally connected via a pipe connection on the return housing of the first return port , in particular laterally connected thereto, wherein the pipe connection passes through the return housing of the first return port and is hydraulically connected to the riser pipe .