mhurhangee/ep-ind-claims huggingface dataset:
A luminescent semiconductor nanoparticle comprising a crystalline core and a protective, passivating overlayer, wherein: the core comprises Cd a Se b Te c in which the ratio a:(b+c) is in the range of 0.7 to 1.5 and the ratio c:(b+c) is in the range of 0.001 to 0.20; and the overlayer layer comprises Cd x Zn y S z, wherein the ratio (x+y):z is in the range of 0.7 to 1.5. the core comprises Cd a Se b Te c in which the ratio a:(b+c) is in the range of 0.7 to 1.5 and the ratio c:(b+c) is in the range of 0.001 to 0.20; and the overlayer layer comprises Cd x Zn y S z, wherein the ratio (x+y):z is in the range of 0.7 to 1.5.
Charge detecting apparatus comprising: a radiation sensor having a first electrode and a second electrode for collecting charges of opposite sign and configured to provide to a collection terminal, connected to the first electrode, a charge signal (S CH) proportional to an incident radiation; the radiation sensor defining a sensor capacitance (C DET) between said first and second electrode; a charge preamplifier configured to receive the charge signal (S CH), convert the charge signal into an output electrical signal (V OUT; V AC OUT) and comprising an amplifier having a first output terminal (205; OUT1); an electrical connection between the first output terminal (205; OUT1) and the second electrode configured so that said sensor capacitance (C DET) results in feedback for the amplifier; characterised by the fact that the charge preamplifier is configured to integrate the charge signal (S CH) and convert the charge signal into a voltage output signal (V OUT; V AC OUT) according to said sensor capacitance (C DET) operating as integration capacitance. a radiation sensor having a first electrode and a second electrode for collecting charges of opposite sign and configured to provide to a collection terminal, connected to the first electrode, a charge signal (S CH) proportional to an incident radiation; the radiation sensor defining a sensor capacitance (C DET) between said first and second electrode; a charge preamplifier configured to receive the charge signal (S CH), convert the charge signal into an output electrical signal (V OUT; V AC OUT) and comprising an amplifier having a first output terminal (205; OUT1); an electrical connection between the first output terminal (205; OUT1) and the second electrode configured so that said sensor capacitance (C DET) results in feedback for the amplifier; characterised by the fact that the charge preamplifier is configured to integrate the charge signal (S CH) and convert the charge signal into a voltage output signal (V OUT; V AC OUT) according to said sensor capacitance (C DET) operating as integration capacitance.
A clutch actuating device for a motor vehicle for manual and automated actuating of a clutch, having a master unit having a master cylinder, a slave unit having a slave cylinder, and a pressure line connecting the master cylinder to the slave cylinder, an electromotive assembly being arranged in the pressure line, which assembly has a housing and a piston, characterised in that the piston is in operative connection with a spindle drive, and the spindle drive can be controlled by means of a motor such that when a clutch pedal is pressed, the piston of the electromotive assembly is moved, a volume of the fluid being moved in the pressure line in the direction of the slave cylinder, and, when the piston has reached an actuated end position, a driver of the motor vehicle is informed via a suitable notification that the electromotive assembly 18 is active and that the clutch pedal 24 can be released.
A wall element in a sandwich configuration, in particular as a door, window or room partition, consisting of: - at least one core and two covering layers (12, 13) covering the core, - at least two fittings spaced apart from one another by means of which the wall element is mounted on a masonry structure, a door or window frame so as to be able to swivel, or can be locked onto the adjacent wall element, in which the core is manufactured from a flexible, elastically deformable material, preferably DIN foam, thermoplastics/thermosetting plastics or a combination of these materials and the two covering layers (12, 13) are manufactured from a dimensionally stable, flexible material, preferably GFRP, with a box profile provided on each of the four ends of the core such that each of the box profiles are firmly connected to one another and form a closed frame, in which case the fittings are locked onto the frame directly or by way of intermediate elements and in which the two covering layers (12, 14) are fixed entirely or in part to the corresponding profile of the frame, characterised in that, a honeycomb structure is worked into the core and that the corresponding cell of the core has several glass bodies inserted in it which have the effect of providing protection against fire and function as a heat barrier. - at least one core and two covering layers (12, 13) covering the core, - at least two fittings spaced apart from one another by means of which the wall element is mounted on a masonry structure, a door or window frame so as to be able to swivel, or can be locked onto the adjacent wall element,
A device for treating a natural gas fuel from a boiler or an industrial engine, the device being intended to be mounted on a fuel transport line, said device including: - a fuel inlet pipe; - an outlet pipe; - a central body, located between the inlet pipe and the outlet pipe, including a duct, advantageously cylindrical with a metal wall, extending longitudinally and having a linear axis of symmetry x'x, transporting a fuel-combustive mixture up to the outlet pipe; said device further comprising: - fluid flow disturbers, arranged in the duct, disturbing the flow of the fuel-combustive mixture to form, over at least one portion of the duct, a sinusoidal path of the fuel-combustive mixture; - at least two permanent magnets fastened in said duct, the two magnets being arranged in series along the flow of the fuel-combustive mixture; characterised in that the device also comprises: - a dioxygen reserve so as to inject dioxygen into the fuel so as to form a fuel-combustive mixture; the dioxygen reserve being connected by a hose, for the injection of the dioxygen, either at the central body or at the inlet pipe and in that the proportion of combustive in the fuel-combustive mixture is comprised between 10% and 25% by weight of the mixture. - a fuel inlet pipe; - an outlet pipe; - a central body, located between the inlet pipe and the outlet pipe, including a duct, advantageously cylindrical with a metal wall, extending longitudinally and having a linear axis of symmetry x'x, transporting a fuel-combustive mixture up to the outlet pipe; said device further comprising: - fluid flow disturbers, arranged in the duct, disturbing the flow of the fuel-combustive mixture to form, over at least one portion of the duct, a sinusoidal path of the fuel-combustive mixture; - at least two permanent magnets fastened in said duct, the two magnets being arranged in series along the flow of the fuel-combustive mixture; - fluid flow disturbers, arranged in the duct, disturbing the flow of the fuel-combustive mixture to form, over at least one portion of the duct, a sinusoidal path of the fuel-combustive mixture; - at least two permanent magnets fastened in said duct, the two magnets being arranged in series along the flow of the fuel-combustive mixture; characterised in that the device also comprises: - a dioxygen reserve so as to inject dioxygen into the fuel so as to form a fuel-combustive mixture; - a dioxygen reserve so as to inject dioxygen into the fuel so as to form a fuel-combustive mixture; the dioxygen reserve being connected by a hose, for the injection of the dioxygen, either at the central body or at the inlet pipe and in that the proportion of combustive in the fuel-combustive mixture is comprised between 10% and 25% by weight of the mixture.
A method for further adapting an application in a client device, the method comprising: - forming a connection from the client device to a server, wherein the server comprises one or more document vaults (211, 216), each document vault (211, 216) comprising content (212, 218) for the application and vault-specific extension elements (215, 217), wherein said application is a document management application of an operating system of the client device, which document management application has been extended with shell namespace extension elements; - accessing specific content from a document vault of the one or more document vaults (211, 216) in the server by the client device; - receiving one or more vault-specific extension elements from the accessed document vault, which vault-specific extension elements are configured to further extend the shell namespace extension elements in said client device and wherein said one or more extension elements comprise software logic in the form of programming-language instructions; - executing the software logic in said client device in order to adapt the shell namespace extension elements of the document management application in the client device according to said one or more received vault-specific extension elements, wherein the software logic is executed as long as the client device continues to access the specific content from the accessed document vault. - forming a connection from the client device to a server, wherein the server comprises one or more document vaults (211, 216), each document vault (211, 216) comprising content (212, 218) for the application and vault-specific extension elements (215, 217), wherein said application is a document management application of an operating system of the client device, which document management application has been extended with shell namespace extension elements; - accessing specific content from a document vault of the one or more document vaults (211, 216) in the server by the client device; - receiving one or more vault-specific extension elements from the accessed document vault, which vault-specific extension elements are configured to further extend the shell namespace extension elements in said client device and wherein said one or more extension elements comprise software logic in the form of programming-language instructions; - executing the software logic in said client device in order to adapt the shell namespace extension elements of the document management application in the client device according to said one or more received vault-specific extension elements, wherein the software logic is executed as long as the client device continues to access the specific content from the accessed document vault.
Device for purifying raw water, comprising - an inlet for the raw water; - a conduit system connected to the inlet; - a pump system incorporated in the conduit system for carrying the feed water under pressure through the conduit system; - at least one separating unit incorporated in the conduit system for separating the feed water into a pure fraction (permeate) and an impure fraction (concentrate); - outlets for the pure and the impure fraction connected to the conduit system, wherein the device comprises two panels (101, 102) forming a front and a rear panel which are held at a mutual distance and between which at least one separating unit is situated, wherein the panels (101, 102) are constructed from mutually coupled panel modules (1, 11, 13, 15, 26) which form a bearing frame for the at least one separating unit by directly coupling it to panel modules (1, 11, 13, 15, 26), which panel modules comprise through-feed conduits which in connected situation form at least a part of the conduit system which runs between the front and rear panel, and wherein at least one of the panel modules has a connection for a separating unit (1, 11, 13, 15, 26), and a through-feed conduit for permeate coupled to the connection, a through-feed conduit for feed or impure water coupled to the connection, and a through-feed conduit for feed or impure water not coupled to the connection. - an inlet for the raw water; - a conduit system connected to the inlet; - a pump system incorporated in the conduit system for carrying the feed water under pressure through the conduit system; - at least one separating unit incorporated in the conduit system for separating the feed water into a pure fraction (permeate) and an impure fraction (concentrate); - outlets for the pure and the impure fraction connected to the conduit system, wherein the device comprises two panels (101, 102) forming a front and a rear panel which are held at a mutual distance and between which at least one separating unit is situated, wherein the panels (101, 102) are constructed from mutually coupled panel modules (1, 11, 13, 15, 26) which form a bearing frame for the at least one separating unit by directly coupling it to panel modules (1, 11, 13, 15, 26), which panel modules comprise through-feed conduits which in connected situation form at least a part of the conduit system which runs between the front and rear panel, and wherein at least one of the panel modules has a connection for a separating unit (1, 11, 13, 15, 26), and a through-feed conduit for permeate coupled to the connection, a through-feed conduit for feed or impure water coupled to the connection, and a through-feed conduit for feed or impure water not coupled to the connection.
Gearbox arrangement, in particular for an agricultural work vehicle, comprising a parallel-shift gearbox with an input shaft, proceeding from which drive power can be distributed in each case by means of a first and a second shift element (541, 542) to respective countershafts (561, 562), and having a first and a second output shaft (581, 582), wherein the drive power can be transmitted from each of the countershafts (561, 562) to each of the output shafts (501, 582) as required, a range shift gearbox with multiple shift ranges (821, 822,...), wherein a first of the shift ranges is connectable in terms of drive to the first of the output shafts and a second of the shift ranges is connectable in terms of drive to the second of the output shafts, characterized in that the first and the second output shaft (581, 581) are arranged coaxially with respect to one another.
Water-circulating supply device for demonstrating the function of a smart toilet, comprising a housing and a sealing sleeve, wherein a toilet bowl connection for plugging onto a drain pipe mouth of a toilet bowl of a smart toilet is provided on a rear side of the housing, wherein the sealing sleeve is arranged on the rim of the toilet bowl connection to seal off the drain pipe mouth of the toilet bowl, wherein a water supply connection and a return flow connection are arranged on the housing, both communicating with the toilet bowl connection; further comprising a water pump and a one-way valve, wherein a water inlet of the water pump is connected to the water supply connection, wherein a water outlet of the water pump is divided into two waterways, wherein the first waterway is used to connect to a waterway to wash the human body which is arranged in a toilet seat of a smart toilet, wherein the second waterway is connected to the return flow connection via the one-way valve, and wherein the one-way valve is normally closed; wherein, after the water pump has been switched on, it pumps the water out of the toilet bowl of the smart toilet, wherein, when the waterway arranged in the toilet seat of the smart toilet to wash the human body is opened, the water flows through the first waterway into the waterway arranged in the toilet seat of the smart toilet to wash the human body; and wherein, when the waterway arranged in the toilet seat of the smart toilet to wash the human body is closed, the water opens the one-way valve and flows via the one-way valve and through the return flow connection back into the toilet bowl of the smart toilet.
A routing domain, comprising: a computing container and a network router, wherein the network router is a routing node that supports route computation; the computing container is connected to the network router through a virtual link; the computing container is configured to: run a routing protocol, wherein the routing protocol is used to carry a computing capability of the computing container or the computing capability of the computing container and an identifier of a service or function; and send the computing capability of the computing container or the computing capability of the computing container and the identifier of the service or function to the network router by using the routing protocol; and the network router is configured to: obtain the computing capability, and obtain a network capability of the routing domain; compute a route based on the computing capability; or compute a route based on the computing capability and the network capability; and diffuse the computing capability or the computing capability and the identifier of the service or function to each network router in the routing domain and/or to another routing domain. a computing container and a network router, wherein the network router is a routing node that supports route computation; the computing container is connected to the network router through a virtual link; the computing container is configured to: run a routing protocol, wherein the routing protocol is used to carry a computing capability of the computing container or the computing capability of the computing container and an identifier of a service or function; and send the computing capability of the computing container or the computing capability of the computing container and the identifier of the service or function to the network router by using the routing protocol; and the network router is configured to: obtain the computing capability, and obtain a network capability of the routing domain; compute a route based on the computing capability; or compute a route based on the computing capability and the network capability; and diffuse the computing capability or the computing capability and the identifier of the service or function to each network router in the routing domain and/or to another routing domain.
Composition for use in the prophylactic and therapeutic treatment of CMV-infections, characterized in that said composition contains piroxicam in a carrier substance.
A surgical apparatus comprising: (a) a body comprising: (i) a chassis, (ii) a bracket that is configured to move relative to the chassis between first and second positions when selectively activated by a user, wherein the bracket includes an upright member, (iii) a coupling, and (iv) a conical coil spring disposed between the bracket and the coupling, wherein the conical coil spring comprises: a proximal end, a distal end, a conical helical body disposed between the proximal and distal ends, and at least one dead coil disposed at the distal end of the conical coil spring that is configured to prevent the distal end of the conical coil spring from being retained between the bracket and the chassis; (b) a shaft extending distally from the body; and (c) a stapling head assembly positioned at a distal end of the shaft. (a) a body comprising: (i) a chassis, (ii) a bracket that is configured to move relative to the chassis between first and second positions when selectively activated by a user, wherein the bracket includes an upright member, (iii) a coupling, and (iv) a conical coil spring disposed between the bracket and the coupling, wherein the conical coil spring comprises: a proximal end, a distal end, a conical helical body disposed between the proximal and distal ends, and at least one dead coil disposed at the distal end of the conical coil spring that is configured to prevent the distal end of the conical coil spring from being retained between the bracket and the chassis; (i) a chassis, (ii) a bracket that is configured to move relative to the chassis between first and second positions when selectively activated by a user, wherein the bracket includes an upright member, (iii) a coupling, and (iv) a conical coil spring disposed between the bracket and the coupling, wherein the conical coil spring comprises: a proximal end, a distal end, a conical helical body disposed between the proximal and distal ends, and at least one dead coil disposed at the distal end of the conical coil spring that is configured to prevent the distal end of the conical coil spring from being retained between the bracket and the chassis; a proximal end, a distal end, a conical helical body disposed between the proximal and distal ends, and at least one dead coil disposed at the distal end of the conical coil spring that is configured to prevent the distal end of the conical coil spring from being retained between the bracket and the chassis; (b) a shaft extending distally from the body; and (c) a stapling head assembly positioned at a distal end of the shaft.
A computer-implemented method comprising, with a provisioning server: - storing, in server-side computer storage medium, an activation key for a networked device; - storing, in said server-side computer storage medium, a set of configuration parameter values associated with an application to be run by the networked device, wherein the application is built for a customer entity; - managing access to said server-side computer storage medium such that access to said activation key and to said set of configuration parameter values by unauthorized entities is prevented; - receiving, from said customer entity (FC, SP), an identifier for an authorized installation entity; - receiving, from an entity valid credentials for said authorized installation entity; - determining, based on said valid credentials, that said entity is the authorized installation entity; - when it is determined that said entity is the authorized installation entity, providing said activation key to the authorized installation entity; - upon receiving said activation key from said authorized installation entity identifying a configuration, comprising said set of configuration parameter values, for said networked device; - making a network connection with said networked device; and - transmitting said configuration solely to said networked device, such that the configuration is not provided to the authorized installation entity. - storing, in server-side computer storage medium, an activation key for a networked device; - storing, in said server-side computer storage medium, a set of configuration parameter values associated with an application to be run by the networked device, wherein the application is built for a customer entity; - managing access to said server-side computer storage medium such that access to said activation key and to said set of configuration parameter values by unauthorized entities is prevented; - receiving, from said customer entity (FC, SP), an identifier for an authorized installation entity; - receiving, from an entity valid credentials for said authorized installation entity; - determining, based on said valid credentials, that said entity is the authorized installation entity; - when it is determined that said entity is the authorized installation entity, providing said activation key to the authorized installation entity; - upon receiving said activation key from said authorized installation entity identifying a configuration, comprising said set of configuration parameter values, for said networked device; - making a network connection with said networked device; and - transmitting said configuration solely to said networked device, such that the configuration is not provided to the authorized installation entity.