mhurhangee/patent-ind-claim-en huggingface dataset:
A method for forwarding data within a virtual network instance comprising a plurality of end nodes using a designated forwarding node, wherein the method comprises: maintaining, within a designated forwarding node, a plurality of complete forwarding information for all of the end nodes within the virtual network instance; receiving a data packet destined for any of the end nodes in the virtual network instance; and forwarding the data packet based on the forwarding information, wherein the virtual network instance comprises a plurality of end nodes wherein the designated forwarding node is directly connected to some of the end nodes within the virtual network instance; characterized by removing the role as the designated forwarding node for the virtual network instance when resources consumed within the designated forwarding node crosses a certain threshold. maintaining, within a designated forwarding node, a plurality of complete forwarding information for all of the end nodes within the virtual network instance; receiving a data packet destined for any of the end nodes in the virtual network instance; and forwarding the data packet based on the forwarding information, wherein the virtual network instance comprises a plurality of end nodes wherein the designated forwarding node is directly connected to some of the end nodes within the virtual network instance; characterized by removing the role as the designated forwarding node for the virtual network instance when resources consumed within the designated forwarding node crosses a certain threshold.
Switch device comprising at least one contact point , the contact point having a first contact and a second contact , the first and second contacts being spaced apart from one another in an open position and electrically contacting one another in a closed position, the contact point being assigned an arc blowout device for generating a magnetic blowout field, the blowout field being such that an arc produced when the contact point is opened is blown away from the contact point, wherein at least one of the two contacts has a non-conductive cover on a non-contact-facing side which faces away from the respective other contact , which cover prevents a base point of the arc from crossing the non-contact-facing side, characterized in that the cover has, on a longitudinal side of the contact which runs substantially parallel to magnetic field lines of the blowout field, a recess which is arranged and formed in such a way that the base point of the arc runs into the recess when the arc is blown away from the contact point .
A driver adapter for use with a driver handle of a driver , and operable to transfer torque to the driver, the driver adapter, comprising: an elongate body having a first end and a second end spaced longitudinally apart from the first end; a first socket formed in the first end, the first socket having an internal configuration sized and shaped to receive a driver handle of a first driver , and to transfer torque to the first driver upon rotation of the driver adapter; a second socket formed in the second end, the second socket having an internal configuration sized and shaped to receive a driver handle of a second driver , and to transfer torque to the second driver upon rotation of the driver adapter; and a plurality of through holes formed through and distributed longitudinally along a length of the elongate body between the first end and the second end, the plurality of through holes sized and configured to receive a torque lever that facilitates rotation of the driver adapter; characterised in that there is further comprised a third socket formed in the elongate body between the first and second sockets, the third socket having a third configuration sized and shaped to receive a driver handle of a third driver, wherein the third socket extends from the first socket to the second socket so that the third socket is accessible from both the first end and the second end. an elongate body having a first end and a second end spaced longitudinally apart from the first end; a first socket formed in the first end, the first socket having an internal configuration sized and shaped to receive a driver handle of a first driver , and to transfer torque to the first driver upon rotation of the driver adapter; a second socket formed in the second end, the second socket having an internal configuration sized and shaped to receive a driver handle of a second driver , and to transfer torque to the second driver upon rotation of the driver adapter; and a plurality of through holes formed through and distributed longitudinally along a length of the elongate body between the first end and the second end, the plurality of through holes sized and configured to receive a torque lever that facilitates rotation of the driver adapter; characterised in that there is further comprised a third socket formed in the elongate body between the first and second sockets, the third socket having a third configuration sized and shaped to receive a driver handle of a third driver, wherein the third socket extends from the first socket to the second socket so that the third socket is accessible from both the first end and the second end.
A vehicle body of a public transportation vehicle, the vehicle body having a longitudinal direction , the vehicle body comprising an underframe , a set of floor panels covering the underframe , wherein the floor panels rest on the underframe without being fixed to the underframe in a vertical direction, wherein the set of floor panels includes at least a first floor panel and a second floor panel that are interlocked with one another, wherein the second floor panel is provided with an overlapping edge profile that overlaps with an overlapped edge profile of the first floor panel and rests on the overlapped edge profile , wherein the underframe is provided with one or more retention channels extending in a transverse direction of the vehicle body and each provided with opposite retention walls that are parallel to a vertical transverse plane of the vehicle body and wherein at least one of the floor panels is provided with one or more retention protrusions received in the one or more retention channels between the opposite retention walls at a distance of each of the opposite retention walls and the one or more retention protrusions protrude downwardly from the overlapped edge profile .
Arrangement for testing ETCS level-2 functionalities in rail traffic, - having a rail vehicle which is allowed to carry out a test run on a normal section or on a siding without cooperating with a dispatcher, - in which an on-board unit (OBU) is provided in the rail vehicle (SZF) as a first assembly (BG1) that is used to monitor the movement of the rail vehicle, - in which the first assembly (BG1), according to the ETCS level-2 functionality, has a connection (AS) for a GSM-R radio connection, - in which an adapter (ADP) is provided in the rail vehicle as a second assembly (BG2), - in which the adapter (ADP) is connected to the connection (AS) of the first assembly (BG1) via a data transmission line (DL1), with the result that a GSM-R radio connection is simulated for the first assembly (BG1), - in which the adapter (ADP) is connected to a computer (RE) as a third assembly (BG3) via a data transmission line (DL2), - in which the computer (RE) is arranged in the rail vehicle (SFZ) and comprises software which is used, according to the ETCS level-2 functionality, to simulate a radio block centre (RBC) of a signal box for test purposes, - with the result that the ETCS level-2 functionality between the on-board unit (OBU) and the radio block centre (RBC) can be adjusted without the need for a radio transmission. - having a rail vehicle which is allowed to carry out a test run on a normal section or on a siding without cooperating with a dispatcher, - in which an on-board unit (OBU) is provided in the rail vehicle (SZF) as a first assembly (BG1) that is used to monitor the movement of the rail vehicle, - in which the first assembly (BG1), according to the ETCS level-2 functionality, has a connection (AS) for a GSM-R radio connection, - in which an adapter (ADP) is provided in the rail vehicle as a second assembly (BG2), - in which the adapter (ADP) is connected to the connection (AS) of the first assembly (BG1) via a data transmission line (DL1), with the result that a GSM-R radio connection is simulated for the first assembly (BG1), - in which the adapter (ADP) is connected to a computer (RE) as a third assembly (BG3) via a data transmission line (DL2), - in which the computer (RE) is arranged in the rail vehicle (SFZ) and comprises software which is used, according to the ETCS level-2 functionality, to simulate a radio block centre (RBC) of a signal box for test purposes, - with the result that the ETCS level-2 functionality between the on-board unit (OBU) and the radio block centre (RBC) can be adjusted without the need for a radio transmission.
A method of hydrophobizing a substrate, the method comprising steps of: a) preparation of at least one surface of the substrate, comprising: - cleaning at least one surface of the substrate with an organic solvent at a temperature of 25 °C to 35 °C, - treating said at least one surface of the substrate with a solution of a mineral acid at a temperature of 20°C to 30°C, - drying said at least one surface of the substrate in an inert gas atmosphere; b) deposition of an amorphous silicon on at least one surface of the substrate. a) preparation of at least one surface of the substrate, comprising: - cleaning at least one surface of the substrate with an organic solvent at a temperature of 25 °C to 35 °C, - treating said at least one surface of the substrate with a solution of a mineral acid at a temperature of 20°C to 30°C, - drying said at least one surface of the substrate in an inert gas atmosphere; - cleaning at least one surface of the substrate with an organic solvent at a temperature of 25 °C to 35 °C, - treating said at least one surface of the substrate with a solution of a mineral acid at a temperature of 20°C to 30°C, - drying said at least one surface of the substrate in an inert gas atmosphere; b) deposition of an amorphous silicon on at least one surface of the substrate.
A method comprising: logging , by a user device in a wireless network , information related to a multiple-event conditional handover execution, wherein the multiple-event conditional handover execution is based on a joint evaluation of multiple events by the user device ; and sending , by the user device , a report including at least a portion of the information, wherein the logging comprises at least logging of an occurrence of an event-related condition, a number of occurrences of an event-related condition, or a time or timing of an occurrence of an event-related condition for one or more events of the plurality of events. logging , by a user device in a wireless network , information related to a multiple-event conditional handover execution, wherein the multiple-event conditional handover execution is based on a joint evaluation of multiple events by the user device ; and sending , by the user device , a report including at least a portion of the information, wherein the logging comprises at least logging of an occurrence of an event-related condition, a number of occurrences of an event-related condition, or a time or timing of an occurrence of an event-related condition for one or more events of the plurality of events.
A resin composition comprising a modified polymer having a structure in which a molecular weight regulator is coupled to at least one of both ends of an at least partially hydrogenated or non-hydrogenated petroleum resin, wherein the petroleum resin comprises a C 9 monomer-derived repeating unit.
A metal probe structure for testing an unpacked chip, comprising: a multi-layer substrate ; a first flexible dielectric layer sequentially formed and disposed over the multi-layer substrate, having a conductive layer formed thereover; a second flexible dielectric layer sequentially formed and disposed over the first flexible dielectric layer, covering the conductive layer; and a plurality of first metal components sequentially formed and disposed over the conductive layer and partially in the second flexible dielectric layer to serve as a metal probe (C), wherein dielectric layers in the multi-layer substrate , the first flexible dielectric layer , and the second flexible dielectric layer are of the same material. a multi-layer substrate ; a first flexible dielectric layer sequentially formed and disposed over the multi-layer substrate, having a conductive layer formed thereover; a second flexible dielectric layer sequentially formed and disposed over the first flexible dielectric layer, covering the conductive layer; and a plurality of first metal components sequentially formed and disposed over the conductive layer and partially in the second flexible dielectric layer to serve as a metal probe (C), wherein dielectric layers in the multi-layer substrate , the first flexible dielectric layer , and the second flexible dielectric layer are of the same material.
A dry sealant matrix composition comprising: a hydratable cross-linked polymer hydrogel-forming component; a first cross-linkable component; and a second cross-linkable component that cross-links with the first cross-linkable component under reaction enabling conditions, wherein the first and second cross-linkable components cross-link to form a porous matrix having interstices, and the hydrogel-forming component is capable of being hydrated to form a hydrogel to fill at least some of the interstices. a hydratable cross-linked polymer hydrogel-forming component; a first cross-linkable component; and a second cross-linkable component that cross-links with the first cross-linkable component under reaction enabling conditions, wherein the first and second cross-linkable components cross-link to form a porous matrix having interstices, and the hydrogel-forming component is capable of being hydrated to form a hydrogel to fill at least some of the interstices.
Safety device for a converter , which for conversion of an input variable into an output variable is operated by a supplied electrical supply voltage (U v ) and a supplied auxiliary medium, wherein the safety device comprises: an auxiliary medium line for supply of the auxiliary medium from an auxiliary medium source to the converter ; a first non-return valve , which is incorporated in the auxiliary medium line, for preventing a return flow of the auxiliary medium from the converter to the auxiliary medium source ; a buffer store , which is branched off from the auxiliary medium line downstream of the first non-return valve, for the auxiliary medium; a controllable valve device for preventing an uncontrolled outflow of the auxiliary medium from the buffer store ; a pressure comparison device which is connected with the auxiliary medium line for the auxiliary medium preferably upstream of the first non-return valve ; and a control device for switching off the supply voltage (U v ) of the converter and for opening the valve device for supply of the converter with the auxiliary medium, which is under a predetermined operating pressure, from the buffer store when the pressure comparison device establishes that the actual pressure of the auxiliary medium in the auxiliary medium line upstream of the first non-return valve falls short of a predetermined operating pressure threshold value (P threshold operation) for the auxiliary medium. an auxiliary medium line for supply of the auxiliary medium from an auxiliary medium source to the converter ; a first non-return valve , which is incorporated in the auxiliary medium line, for preventing a return flow of the auxiliary medium from the converter to the auxiliary medium source ; a buffer store , which is branched off from the auxiliary medium line downstream of the first non-return valve, for the auxiliary medium; a controllable valve device for preventing an uncontrolled outflow of the auxiliary medium from the buffer store ; a pressure comparison device which is connected with the auxiliary medium line for the auxiliary medium preferably upstream of the first non-return valve ; and a control device for switching off the supply voltage (U v ) of the converter and for opening the valve device for supply of the converter with the auxiliary medium, which is under a predetermined operating pressure, from the buffer store when the pressure comparison device establishes that the actual pressure of the auxiliary medium in the auxiliary medium line upstream of the first non-return valve falls short of a predetermined operating pressure threshold value (P threshold operation) for the auxiliary medium.
A vehicle braking system for use in a vehicle including a tractor and a trailer including: a control unit , a spring brake actuator and a service brake actuator, a supply line for connecting to a source of pressurised fluid, and an auxiliary fluid reservoir , the spring brake actuator being held in a spring brake release position by the provision of pressurised fluid and in a spring brake apply position when pressurised fluid is vented to atmosphere and the service brake actuator being operable to move to a brake apply position by the provision of pressurised fluid, and characterised in that the control unit is operable to connect the auxiliary fluid reservoir to the spring brake actuator when pressure in the supply line falls below a supply threshold and to initiate an autonomous braking intervention in which the service brake actuator is in its brake apply position until the vehicle speed reaches a low speed threshold. a control unit , a spring brake actuator and a service brake actuator, a supply line for connecting to a source of pressurised fluid, and an auxiliary fluid reservoir , the spring brake actuator being held in a spring brake release position by the provision of pressurised fluid and in a spring brake apply position when pressurised fluid is vented to atmosphere and the service brake actuator being operable to move to a brake apply position by the provision of pressurised fluid, and characterised in that the control unit is operable to connect the auxiliary fluid reservoir to the spring brake actuator when pressure in the supply line falls below a supply threshold and to initiate an autonomous braking intervention in which the service brake actuator is in its brake apply position until the vehicle speed reaches a low speed threshold.
An aircraft engine including an axial centerline , the engine comprising: a seal ring ; a seal runner ; at least one hole associated with the seal runner that is configured to supply oil to an interface between the seal runner and the seal ring , the at least one hole oriented radially relative to the axial centerline ; and an annulus associated with the seal runner that is configured to collect oil from a source of oil, wherein the at least one hole is contained within an axial projection of the seal ring , wherein a first portion of the collected oil is configured to be conveyed to the interface between the seal runner and the seal ring via the at least one hole , wherein the seal ring is biased toward a sealing surface of the seal runner via springs and air pressure forces, and wherein the seal ring is radially outward of the seal runner such that the interface is a radial interface. a seal ring ; a seal runner ; at least one hole associated with the seal runner that is configured to supply oil to an interface between the seal runner and the seal ring , the at least one hole oriented radially relative to the axial centerline ; and an annulus associated with the seal runner that is configured to collect oil from a source of oil, wherein the at least one hole is contained within an axial projection of the seal ring , wherein a first portion of the collected oil is configured to be conveyed to the interface between the seal runner and the seal ring via the at least one hole , wherein the seal ring is biased toward a sealing surface of the seal runner via springs and air pressure forces, and wherein the seal ring is radially outward of the seal runner such that the interface is a radial interface.
A solid dialysis preparation comprising a crystal of sodium diacetate, wherein the crystal has a median size from 300 to 3000 μm and has a powder X-ray diffraction pattern having a combination of peaks selected from 11.16, 13.65, 15.77, 19.33, 20.19, 20.90, 21.66, 22.38, 23.73, 25.04, 26.28, 27.47, 28.61, 29.80, 30.78, 31.82, 33.83, 34.76, 35.69, 36.60, 38.38, 39.22 o (respectively ± 0.2 o) within the scanning range of the diffraction angle 2θ from 4.0 to 40.0 o.
A flat panel display comprising a passive sounding device integrated into the flat panel display, said device including a glass diaphragm having a first surface, a light emitting array formed on said first surface, a suspension device and a frame body , wherein said glass diaphragm is tightly sealed with said frame body through said suspension device to form an airtight space in said frame body , and said glass diaphragm vibrates and emits sound in response to the pressure of the sound waves generated by an active sounding device, characterized by comprising: a metal frame integrated with said suspension device for adjusting a counterweight in response to said pressure of said sound waves to extend a bass of said passive sounding device, wherein said suspension device is made of rubber, said metal frame is made of aluminum or aluminum alloy. a metal frame integrated with said suspension device for adjusting a counterweight in response to said pressure of said sound waves to extend a bass of said passive sounding device, wherein said suspension device is made of rubber, said metal frame is made of aluminum or aluminum alloy.
Watch or jewellery bracelet comprising at least one bracelet member which comprises a lower half bracelet portion connected adjacent at a fold portion to an upper half bracelet portion both arranged to together surround a watch or jewellery bar or lug at said fold portion and each including, in symmetry with respect to said fold portion , at least one drilled hole arranged for the passage of a double rivet, comprised in saidbracelet , and which has a lower body with a head and an upper body with a head arranged either to be inserted one inside the other coaxially,or each inserted into a common deformable tube and coaxially to said common tube , with their respective heads on either side of said bracelet member folded onto itself, characterized in that said bracelet comprises, at each said double rivet, a snap means for ensuring a reversible axial stop for said lower body with respect to said upper body , said snap means comprising, either at least one elastic holding plate arranged to place in alignment a lower groove of said lower body and an upper groove of said upper body when said lower body and said upper body are arranged to be inserted one inside the other, or at least two lower and upper clip lips arranged inside said common tube , and each arranged to snap fit respectively with a complementary lower clip lip of said lower body and with a complementary upper clip lip of said upper body , when said lower body and said upper body are each arranged to be inserted into said common tube .