mhurhangee/patent-ind-claim-en huggingface dataset:
Side window (I) for a vehicle, having a first surface (Ia), a second surface (Ib) opposite thereto, and a lower edge (U), and having at least one retaining element attached in the region of the lower edge (U), wherein the retaining element has a contact section with a contact surface for securing to the side window (I) and a securing section connected to the contact section for securing to the vehicle, and wherein the retaining element is secured to the side window (I) on one side, by connecting the contact surface to the first surface (Ia) via an adhesive , characterized in that the adhesive has a thickness of at least 1 mm and a modulus of elasticity of at least 150 MPa, wherein the retaining element has a filling opening for injecting the adhesive into the intermediate space between the contact section and the first surface (Ia) of the side window (I), wherein the contact surface has at least one channel , which is directed toward the filling opening and is suitable for influencing the flow direction of the adhesive , wherein the contact surface has a plurality of channels , which are directed toward the filling opening and are distributed over the contact surface in a fan-like manner. wherein the retaining element has a contact section with a contact surface for securing to the side window (I) and a securing section connected to the contact section for securing to the vehicle, and wherein the retaining element is secured to the side window (I) on one side, by connecting the contact surface to the first surface (Ia) via an adhesive , characterized in that the adhesive has a thickness of at least 1 mm and a modulus of elasticity of at least 150 MPa, wherein the retaining element has a filling opening for injecting the adhesive into the intermediate space between the contact section and the first surface (Ia) of the side window (I), wherein the contact surface has at least one channel , which is directed toward the filling opening and is suitable for influencing the flow direction of the adhesive , wherein the contact surface has a plurality of channels , which are directed toward the filling opening and are distributed over the contact surface in a fan-like manner.
An electronic device comprising: a plurality of antennas ; and a communication circuit electrically connected with the plurality of antennas , wherein the communication circuit includes a plurality of circuits adapted to receive a signal in a first band and is configured to simultaneously receive the signal in the first band through two or more circuits of the plurality of circuits from two or more antennas, which are positioned adjacent to each other, from among the plurality of antennas , and wherein the number of the plurality of antennas is the same as the number of plurality of circuits; wherein the communication circuit further includes: one or more Tx/Rx, transmission/reception, circuits adapted to transmit and/or receive a signal in a second band; and a signal distributer configured to selectively connect one of the plurality of antennas with one of the plurality of circuits or the one or more Tx/Rx circuits. a plurality of antennas ; and a communication circuit electrically connected with the plurality of antennas , wherein the communication circuit includes a plurality of circuits adapted to receive a signal in a first band and is configured to simultaneously receive the signal in the first band through two or more circuits of the plurality of circuits from two or more antennas, which are positioned adjacent to each other, from among the plurality of antennas , and wherein the number of the plurality of antennas is the same as the number of plurality of circuits; wherein the communication circuit further includes: one or more Tx/Rx, transmission/reception, circuits adapted to transmit and/or receive a signal in a second band; and a signal distributer configured to selectively connect one of the plurality of antennas with one of the plurality of circuits or the one or more Tx/Rx circuits. one or more Tx/Rx, transmission/reception, circuits adapted to transmit and/or receive a signal in a second band; and a signal distributer configured to selectively connect one of the plurality of antennas with one of the plurality of circuits or the one or more Tx/Rx circuits.
A semiconductor circuit comprising: a field effect transistor comprising a plurality of semiconductor layers disposed on a substrate, a source , drain , and gate electrically coupled to the semiconductor layers, and a capacitively coupled charge distribution structure disposed over the semiconductor layers, said charge distribution structure being configured to produce a surface discharge on a surface portion of the transistor disposed between the gate and drain during a transient from an on-state to an off-state and a surface recharge on said surface portion during a transient from the off-state to the on-state; wherein the charge distribution structure has a plurality of conductors with a floating potential; and a static discharge system removing charge that accumulates on at least a subset of the conductors, said static discharge system removing the charge that accumulates on the subset of conductors when the semiconductor device is in a first state while allowing charge to accumulate on the subset of conductors when the semiconductor device is in a second state. a field effect transistor comprising a plurality of semiconductor layers disposed on a substrate, a source , drain , and gate electrically coupled to the semiconductor layers, and a capacitively coupled charge distribution structure disposed over the semiconductor layers, said charge distribution structure being configured to produce a surface discharge on a surface portion of the transistor disposed between the gate and drain during a transient from an on-state to an off-state and a surface recharge on said surface portion during a transient from the off-state to the on-state; wherein the charge distribution structure has a plurality of conductors with a floating potential; and a plurality of semiconductor layers disposed on a substrate, a source , drain , and gate electrically coupled to the semiconductor layers, and a capacitively coupled charge distribution structure disposed over the semiconductor layers, said charge distribution structure being configured to produce a surface discharge on a surface portion of the transistor disposed between the gate and drain during a transient from an on-state to an off-state and a surface recharge on said surface portion during a transient from the off-state to the on-state; wherein the charge distribution structure has a plurality of conductors with a floating potential; and a static discharge system removing charge that accumulates on at least a subset of the conductors, said static discharge system removing the charge that accumulates on the subset of conductors when the semiconductor device is in a first state while allowing charge to accumulate on the subset of conductors when the semiconductor device is in a second state.
A method for communications, comprising: sending, by a serving access network device, a node addition request message to a target network device, to request the target network device to establish a multi-connection operation, wherein the node addition request message comprises a security capability of the terminal device and a session level security information, the session level security information comprises a ciphering function enabling option and an integrity protection enabling option, and the security capability of the terminal device indicates a ciphering algorithm and an integrity protection algorithm supported by the terminal device; receiving, by the serving access network device, an addition request acknowledgement message from the target network device; and sending, by the serving access network device, a message used to indicate that the terminal device has completed radio resource configuration to the target network device . sending, by a serving access network device, a node addition request message to a target network device, to request the target network device to establish a multi-connection operation, wherein the node addition request message comprises a security capability of the terminal device and a session level security information, the session level security information comprises a ciphering function enabling option and an integrity protection enabling option, and the security capability of the terminal device indicates a ciphering algorithm and an integrity protection algorithm supported by the terminal device; receiving, by the serving access network device, an addition request acknowledgement message from the target network device; and sending, by the serving access network device, a message used to indicate that the terminal device has completed radio resource configuration to the target network device .
A method comprising: receiving from a host node comprising a tenant multicast application operating in a single virtual machine or container and having a single tenant deployment, an encapsulated multicast packet over unicast at a virtual replicator, the encapsulated multicast packet comprising receiver information for the virtual replicator, the receiver information comprising multicast membership information inserted into the packet by the host node for use in replicating and transmitting the packet to a plurality of receiving nodes; replicating the encapsulated multicast packet at the virtual replicator; and transmitting the encapsulated multicast packet over unicast to a plurality of receiving nodes based on said receiver information, said plurality of receiving nodes comprising the tenant multicast application; wherein the virtual replicator maintains topology state without multicast membership information and operates in a cloud without multicast capability. receiving from a host node comprising a tenant multicast application operating in a single virtual machine or container and having a single tenant deployment, an encapsulated multicast packet over unicast at a virtual replicator, the encapsulated multicast packet comprising receiver information for the virtual replicator, the receiver information comprising multicast membership information inserted into the packet by the host node for use in replicating and transmitting the packet to a plurality of receiving nodes; replicating the encapsulated multicast packet at the virtual replicator; and transmitting the encapsulated multicast packet over unicast to a plurality of receiving nodes based on said receiver information, said plurality of receiving nodes comprising the tenant multicast application; wherein the virtual replicator maintains topology state without multicast membership information and operates in a cloud without multicast capability.
Method for the determination of the ammonium content of aqueous samples which, besides the measurement result of a single measurement, also supplies directly information on the plausibility of this measurement result, where a) a chlorinating agent, a phenol derivative and nitroprusside are added to the sample at an alkaline pH, b) the extinction of the mixture obtained in step a) is determined in the absorption region of the blue dye formed and in the absorption region of nitroprusside, where the ammonium content is determined from the extinction in the absorption region of the blue dye formed and the plausibility is determined from the extinction in the absorption region of nitroprusside. a) a chlorinating agent, a phenol derivative and nitroprusside are added to the sample at an alkaline pH, b) the extinction of the mixture obtained in step a) is determined in the absorption region of the blue dye formed and in the absorption region of nitroprusside, where the ammonium content is determined from the extinction in the absorption region of the blue dye formed and the plausibility is determined from the extinction in the absorption region of nitroprusside.
An isolated bacteriophage designated F125/10 having a genome which comprises the nucleic acid sequence of SEQ ID NO: 1074.
A method for managing an object which is represented by a first instance of a class, said first instance being stored in a secure element comprising an initial operating system , the method comprising a step of updating the initial operating system to generate an updated operating system , characterized in that the method comprises the step of creating a metadata uniquely associated with the object , said metadata being permanently stored in the secure element and comprising a value of at least one parameter of said class which has been used to create said first instance , in that the method comprises the step of re-instantiating said object by generating an second instance of the class in the updated operating system by using said value to set said at least one parameter of the class, said second instance representing the object and in that said re-instantiating step is automatically triggered by the step of updating the initial operating system .
Short-circuit ring for a squirrel cage of a dynamoelectric rotary machine (M), wherein the short-circuit ring has at least one indentation , wherein the short-circuit ring can be mechanically and electrically connected, by means of the indentation , to at least one cage bar projecting from a rotor lamination of the dynamoelectric rotary machine (M), wherein a protrusion is embodied on a base area (A2) of the indentation, wherein the short-circuit ring can be connected to the cage bar by compressing the cage bar by way of the protrusion .
A method of operating a control system for field-updating an individual guidance system of a vehicle , the control system including (i) a first processor of the individual guidance system and (ii) a second processor of a portable computing device , characterized in that the method further comprises: monitoring an online queue associated with a remote server for the presence of updated control software content; in the case of the presence of updated control software content in the online queue, providing data based thereon in an offline queue corresponding to the individual guidance system , wherein the portable computing device includes a storage for the offline queue; waiting for a time period in which a wired communication interface of the portable computing device is attached to a wired interface of the vehicle or a wireless communication interface of the vehicle is in range of a wireless communication interface of the portable computing device ; and in the time period, transferring contents of the offline queue to the vehicle , wherein the individual guidance system includes the first processor in a programmable autosteering assembly to distribute update(s) included in the contents to one or more of a plurality of subsystems of the programmable autosteering assembly, wherein the programmable autosteering assembly comprise a GNSS receiver , an actuator assembly , and a steering control module . monitoring an online queue associated with a remote server for the presence of updated control software content; in the case of the presence of updated control software content in the online queue, providing data based thereon in an offline queue corresponding to the individual guidance system , wherein the portable computing device includes a storage for the offline queue; waiting for a time period in which a wired communication interface of the portable computing device is attached to a wired interface of the vehicle or a wireless communication interface of the vehicle is in range of a wireless communication interface of the portable computing device ; and in the time period, transferring contents of the offline queue to the vehicle , wherein the individual guidance system includes the first processor in a programmable autosteering assembly to distribute update(s) included in the contents to one or more of a plurality of subsystems of the programmable autosteering assembly, wherein the programmable autosteering assembly comprise a GNSS receiver , an actuator assembly , and a steering control module .
A prosthesis delivery and deployment device comprising: a sheath having a proximal end, a distal end, and a lumen extending between the proximal and distal ends; a prosthesis disposed within a distal end portion of the sheath; and a wire having a first end coupled to the prosthesis, a second end coupled to the sheath, and a body portion disposed between the first and second ends, the body portion comprising a slack in the wire; wherein the sheath, prosthesis, and wire are configured so that a proximal movement of the sheath relative to the prosthesis reduces the slack in the wire, and a subsequent proximal movement of the sheath relative to the prosthesis decouples the wire from the prosthesis. a sheath having a proximal end, a distal end, and a lumen extending between the proximal and distal ends; a prosthesis disposed within a distal end portion of the sheath; and a wire having a first end coupled to the prosthesis, a second end coupled to the sheath, and a body portion disposed between the first and second ends, the body portion comprising a slack in the wire; wherein the sheath, prosthesis, and wire are configured so that a proximal movement of the sheath relative to the prosthesis reduces the slack in the wire, and a subsequent proximal movement of the sheath relative to the prosthesis decouples the wire from the prosthesis.
An antenna arrangement , comprising: a magnetic antenna comprising a loop interrupted several times and at least one tuning element for tuning the magnetic antenna , wherein the loop of the magnetic antenna is interrupted several times by several capacitance elements (110_1-110_n), wherein a signal is coupled into the magnetic antenna and/or coupled out of the magnetic antenna at a first point (116_1) of the loop interrupted several times, wherein the at least one tuning element is coupled to the magnetic antenna at at least a second point (116_2) of the loop interrupted several times, wherein the first point (116_1) and the at least one second point (116_2) are different; wherein the antenna arrangement is adapted such that the signal is coupled into the magnetic antenna and/or coupled out of the magnetic antenna via a first capacitance element (110_1) of the several capacitance elements (110_1-110_n), wherein the at least one tuning element is connected to the magnetic antenna via at least a second capacitance element (110_2) of the several capacitance elements (110_1-110_n), or wherein at least a second capacitance element (110_2) of the several capacitance elements (110_1-110_n) is the at least one tuning element , wherein, in a top view of the loop interrupted several times, the second capacitance element (110_2) is arranged asymmetrically with respect to an axis running through the first capacitance element (110_1) and a center of the loop . a magnetic antenna comprising a loop interrupted several times and at least one tuning element for tuning the magnetic antenna , wherein the loop of the magnetic antenna is interrupted several times by several capacitance elements (110_1-110_n), wherein a signal is coupled into the magnetic antenna and/or coupled out of the magnetic antenna at a first point (116_1) of the loop interrupted several times, wherein the at least one tuning element is coupled to the magnetic antenna at at least a second point (116_2) of the loop interrupted several times, wherein the first point (116_1) and the at least one second point (116_2) are different; wherein the antenna arrangement is adapted such that the signal is coupled into the magnetic antenna and/or coupled out of the magnetic antenna via a first capacitance element (110_1) of the several capacitance elements (110_1-110_n), wherein the at least one tuning element is connected to the magnetic antenna via at least a second capacitance element (110_2) of the several capacitance elements (110_1-110_n), or wherein at least a second capacitance element (110_2) of the several capacitance elements (110_1-110_n) is the at least one tuning element , wherein, in a top view of the loop interrupted several times, the second capacitance element (110_2) is arranged asymmetrically with respect to an axis running through the first capacitance element (110_1) and a center of the loop .
A component assembly for a gas turbine engine comprising: a rotor comprising a slot ; a ceramic blade comprising a root , the root received in the slot; and a foam-like coating adhered to the root, and the foam-like coating engaging the rotor, wherein the foam-like coating has a porosity of 5-10%. a rotor comprising a slot ; a ceramic blade comprising a root , the root received in the slot; and a foam-like coating adhered to the root, and the foam-like coating engaging the rotor, wherein the foam-like coating has a porosity of 5-10%.
A bonded substrate suitable for use as an insulating heat-dissipating substrate for mounting a power semiconductor device, the bonded substrate comprising: a silicon nitride ceramic substrate having a main surface and a particle-defect hole , the main surface having a flat region having a maximum height Rz of 10 μm or less, the particle-defect hole being exposed to the main surface, imparting flatness lower than flatness of the flat region to a part of the main surface, and having a depth of 10 μm or more and 60 μm or less; a copper plate including a first portion disposed over the flat region and a second portion filling the particle-defect hole ; and a bonding layer containing a compound of at least one type of active metal selected from the group consisting of titanium and zirconium with nitrogen and/or silicon, further containing at least one type of metal selected from the group consisting of silver, copper, indium, and tin, and including a third portion covering the flat region and a fourth portion filling the particle-defect hole , and bonding the copper plate to the main surface , wherein the second portion and the fourth portion fill 80% or more of a volume of the particle-defect hole . a silicon nitride ceramic substrate having a main surface and a particle-defect hole , the main surface having a flat region having a maximum height Rz of 10 μm or less, the particle-defect hole being exposed to the main surface, imparting flatness lower than flatness of the flat region to a part of the main surface, and having a depth of 10 μm or more and 60 μm or less; a copper plate including a first portion disposed over the flat region and a second portion filling the particle-defect hole ; and a bonding layer containing a compound of at least one type of active metal selected from the group consisting of titanium and zirconium with nitrogen and/or silicon, further containing at least one type of metal selected from the group consisting of silver, copper, indium, and tin, and including a third portion covering the flat region and a fourth portion filling the particle-defect hole , and bonding the copper plate to the main surface , wherein the second portion and the fourth portion fill 80% or more of a volume of the particle-defect hole .