mhurhangee/ep-ind-claims huggingface dataset:
A sterilization container system, comprising: a sterilization container including a container body formed from a metallic material, a container lid formed from a metallic material, the container body and container lid together defining a container interior, a container gasket with an embedded transmission pathway for sealing the container interior against an ingress of contaminants, wherein the container gasket is a dielectric material and defines a sealing pathway coextensive with the transmission pathway, wherein the transmission pathway is a metal wire, further wherein the container gasket is disposed between the transmission pathway, the container body, and the container lid; and a controller (104, 202), wherein the controller (104, 202) is configured to process a signal transmitted along the transmission pathway using time domain reflectometry to determine whether a breach exists in the container gasket. a sterilization container including a container body formed from a metallic material, a container lid formed from a metallic material, the container body and container lid together defining a container interior, a container gasket with an embedded transmission pathway for sealing the container interior against an ingress of contaminants, wherein the container gasket is a dielectric material and defines a sealing pathway coextensive with the transmission pathway, wherein the transmission pathway is a metal wire, further wherein the container gasket is disposed between the transmission pathway, the container body, and the container lid; and a controller (104, 202), a container body formed from a metallic material, a container lid formed from a metallic material, the container body and container lid together defining a container interior, a container gasket with an embedded transmission pathway for sealing the container interior against an ingress of contaminants, wherein the container gasket is a dielectric material and defines a sealing pathway coextensive with the transmission pathway, wherein the transmission pathway is a metal wire, further wherein the container gasket is disposed between the transmission pathway, the container body, and the container lid; and a controller (104, 202), wherein the controller (104, 202) is configured to process a signal transmitted along the transmission pathway using time domain reflectometry to determine whether a breach exists in the container gasket.
A method for manufacturing an aircraft structure including first and second portions, the method carried out within a manufacturing environment and comprising: driving a first drivable support carrying the first portion of the structure from a first location to a second location to bring the drivable support together with at least a second drivable support carrying the second portion of the structure to form a drivable support system, wherein the first and second drivable supports are freely moveable about the manufacturing environment; holding the structure in a desired position using the drivable support system;driving the structure from the second location to a third location on a floor of the manufacturing environment using the drivable support system; performing operations on the structure using a plurality of autonomous tool systems while the structure is driven to the third location, wherein the autonomous tool systems are drivable for freely moving within the manufacturing environment; determining a current position for at least one of the drivable support system, the plurality of autonomous tool systems, or the structure, in which the current position is determined using a metrology system; and controlling operation of the plurality of autonomous tool systems, the drivable support system, and the metrology system using a controller. driving a first drivable support carrying the first portion of the structure from a first location to a second location to bring the drivable support together with at least a second drivable support carrying the second portion of the structure to form a drivable support system, wherein the first and second drivable supports are freely moveable about the manufacturing environment; holding the structure in a desired position using the drivable support system;driving the structure from the second location to a third location on a floor of the manufacturing environment using the drivable support system; performing operations on the structure using a plurality of autonomous tool systems while the structure is driven to the third location, wherein the autonomous tool systems are drivable for freely moving within the manufacturing environment; determining a current position for at least one of the drivable support system, the plurality of autonomous tool systems, or the structure, in which the current position is determined using a metrology system; and controlling operation of the plurality of autonomous tool systems, the drivable support system, and the metrology system using a controller.
A composition of matter, derived from one or more sources selected from the group consisting of: bone marrow, mobilized blood, umbilical cord blood, peripheral blood, and peripheral blood mononuclear cells, the composition of matter comprising a population of at least 5 million cells wherein the cells have a density of less than 1.072 g/ml, and at least 1% of the cells are CD34+CD45-/dim.
Method, implemented in an interconnection equipment for interconnection between a local area network and a wide area network, comprising: - receiving, on at least one first interface of said interconnection equipment for interconnection with said local area network, a network discovery message transmitted by a terminal of the local area network, the method being characterized in that it comprises: - sending a network attachment offer message to the terminal, the network attachment offer message comprising at least two addresses of said interconnection equipment on said local area network, a first of said addresses being associated with a first quality of service setting of said interconnection equipment for accessing said wide area network, and a second of said addresses being associated with a second quality of service setting of said interconnection equipment for accessing said wide area network, and - upon reception of at least one data packet from the terminal and destined for one of said addresses of said interconnection equipment contained in said network attachment offer message, processing the data packet according to the quality of service setting associated with the destination address of said interconnection equipment. - receiving, on at least one first interface of said interconnection equipment for interconnection with said local area network, a network discovery message transmitted by a terminal of the local area network, - sending a network attachment offer message to the terminal, the network attachment offer message comprising at least two addresses of said interconnection equipment on said local area network, a first of said addresses being associated with a first quality of service setting of said interconnection equipment for accessing said wide area network, and a second of said addresses being associated with a second quality of service setting of said interconnection equipment for accessing said wide area network, and - upon reception of at least one data packet from the terminal and destined for one of said addresses of said interconnection equipment contained in said network attachment offer message, processing the data packet according to the quality of service setting associated with the destination address of said interconnection equipment.
A surgical instrument for inserting an implant between two bones, the surgical instrument comprising: a handle assembly; and an elongate member having a first end and a second end, and a longitudinal axis extending there between, the elongate member being moveably connected to an implant engagement assembly, the implant engagement assembly being at a distal end of the surgical instrument and being configured to hold the implant; wherein upon movement of the elongate member relative to the implant engagement assembly, the implant engagement assembly adjusts the implant for insertion between the two bones, characterized in that the surgical instrument comprises a locking mechanism for fixing the overall length the implant after the implant has been placed between the two bones, in that the locking mechanism comprises a gripping portion proximate to the proximal end of the surgical instrument, a coupling end and a connecting rod positioned intermediate the gripping portion and the coupling end, and in that the connecting rod extends through an opening in the handle assembly and is oriented substantially parallel to the longitudinal axis of the elongate member. a handle assembly; and an elongate member having a first end and a second end, and a longitudinal axis extending there between, the elongate member being moveably connected to an implant engagement assembly, the implant engagement assembly being at a distal end of the surgical instrument and being configured to hold the implant; wherein upon movement of the elongate member relative to the implant engagement assembly, the implant engagement assembly adjusts the implant for insertion between the two bones, characterized in that the surgical instrument comprises a locking mechanism for fixing the overall length the implant after the implant has been placed between the two bones, in that the locking mechanism comprises a gripping portion proximate to the proximal end of the surgical instrument, a coupling end and a connecting rod positioned intermediate the gripping portion and the coupling end, and in that the connecting rod extends through an opening in the handle assembly and is oriented substantially parallel to the longitudinal axis of the elongate member.
Cell contacting system for an electro-chemical device which comprises a plurality of electro-chemical cells and a current line system, wherein the cell contacting system comprises a signal line system having one or more signal lines for connecting a respective signal source to a signal line termination or to a monitoring device of the cell contacting system in electrically conductive manner and a carrier element which carries the signal line system, wherein the current line system is a component of the cell contacting system and the carrier element carries the current line system, wherein the cell contacting system comprises at least one signal-line-system-side positioning element which is fixed to a signal line of the signal line system, and at least one carrier-element-side positioning element which is fixed to the carrier element, wherein the signal-line-system-side positioning element is connected to the carrier-element-side positioning element in such a way that the signal-line-system-side positioning element is positioned in a desired position relative to a cell connector or a current termination of the current line system, wherein the signal-line-system-side positioning element is fixed to the associated cell connector or current termination, and wherein the cell connectors are arranged next to each other in an X-direction and/or in a Y-direction of the cell contacting system and are arranged over the cell terminals of the electro-chemical cells that are to be connected to one another in a Z-direction in the assembled state of the cell contacting system, wherein the X-direction, the Y-direction and the Z-direction are oriented perpendicularly to each other in pairs, characterized in that the signal-line-system-side positioning element comprises a contact region by means of which the signal-line-system-side positioning element is fixed to the associated cell connector or current termination, a terminal region by means of which the signal-line-system-side positioning element is fixed to the associated signal line, and a deformation region which is arranged between the contact region and the terminal region, wherein the deformation region is deformable in such a way that the contact region of the signal-line-system-side positioning element is movable relative to the terminal region along the Z-direction.
Method for measuring the format of a platelike workpiece wherein the platelike workpiece is a workpiece of wood or wood substitutes, wherein markings are identified on a flat surface side of the workpiece, applied to the flat surface side of the platelike workpiece and/or are introduced into the platelike workpiece, wherein the relative positions of the markings in relation to one another are measured by means of a position determining device, characterised in that the result of determining the positions of the markings is used for a quality control measure wherein dependent on the result of determining the positions of the markings the relative workpiece is separated and reprocessed, wherein the quality control measure comprises comparing the result of measuring the format of the platelike workpiece, preferably taking into consideration tolerances, with a standard value and deciding in automated manner whether the platelike workpiece does or does not meet the quality requirements regarding its format, and automatically removing and reprocessing the workpiece if it is decided that the workpiece does not meet the requirements.
A vein holder, comprising: 1.1 an upstanding wall having a top surface, a bottom surface, a first end and a second end, 1.2 said upstanding wall extending from said bottom surface, 1.3 said upstanding wall and a space between the first end and the second end forming a central opening, 1.4 said upstanding wall is C-shaped in a top view, 1.5 said space between said first end and said second end allowing access to said central opening, 1.6 wherein said bottom surface of said upstanding wall is formed by an outwardly extending flange, 1.7 said upstanding wall and the outwardly extending flange are L-shaped in a cross-sectional view, 1.8 further wherein said bottom surface of the extending flange is formed to contact the skin and serves to both hold the skin within said central opening tight and apply pressure to close the vein to the access, 1.9 so that the vein will be closed by a portion of the bottom flange which is opposite the space between the first end and the second end in order to access the vein. 1.1 an upstanding wall having a top surface, a bottom surface, a first end and a second end, 1.2 said upstanding wall extending from said bottom surface, 1.3 said upstanding wall and a space between the first end and the second end forming a central opening, 1.4 said upstanding wall is C-shaped in a top view, 1.5 said space between said first end and said second end allowing access to said central opening, 1.6 wherein said bottom surface of said upstanding wall is formed by an outwardly extending flange, 1.7 said upstanding wall and the outwardly extending flange are L-shaped in a cross-sectional view, 1.8 further wherein said bottom surface of the extending flange is formed to contact the skin and serves to both hold the skin within said central opening tight and apply pressure to close the vein to the access, 1.9 so that the vein will be closed by a portion of the bottom flange which is opposite the space between the first end and the second end in order to access the vein.
A tubular threaded element (1, 2) for the drilling, the operation of hydrocarbon wells, the transport of oil and gas, the transport or the storage of hydrogen, the carbon capture or the geothermal energy, comprising a metal body and at least one threaded end (3, 4) comprising at least one threaded portion (14, 15), said threaded end (3, 4) comprising a multilayer coating on at least one portion of the surface of the threaded end (3, 4) characterised in that said multilayer coating comprises a first layer comprising a solid coating comprising Zinc-Nickel electrodeposited on said at least one portion of the surface of the threaded end (3, 4), a second oxalation-type conversion layer above the first layer, a third layer comprising a polyurethane or epoxy matrix loaded with solid lubricant particles above the second layer.
A vehicle access system comprising: means for tracking a positional movement pattern of a user relative to the vehicle; control means for controlling the opening and/or closing of a vehicle opening, the control means being in communication with a storage device and said tracking means; wherein the control means comprises a comparator for comparing the positional movement pattern with one or more pre-defined movement maps stored in said storage device; and the control means being configured to open the vehicle opening when said comparator determines that the positional movement pattern at least substantially corresponds to a first of said one or more pre-defined movement maps; and/or to close the vehicle opening when the comparator determines that the positional movement pattern at least substantially corresponds to a second of said one or more pre-defined movement maps; wherein said tracking means comprises an ultrasonic range sensor which, in use, measures the distance to the user and the direction of positional movement of the user to generate said positional movement pattern. means for tracking a positional movement pattern of a user relative to the vehicle; control means for controlling the opening and/or closing of a vehicle opening, the control means being in communication with a storage device and said tracking means; wherein the control means comprises a comparator for comparing the positional movement pattern with one or more pre-defined movement maps stored in said storage device; and the control means being configured to open the vehicle opening when said comparator determines that the positional movement pattern at least substantially corresponds to a first of said one or more pre-defined movement maps; and/or to close the vehicle opening when the comparator determines that the positional movement pattern at least substantially corresponds to a second of said one or more pre-defined movement maps; wherein said tracking means comprises an ultrasonic range sensor which, in use, measures the distance to the user and the direction of positional movement of the user to generate said positional movement pattern.
Device for dosing small-particled pharmaceutical preparations in the dosing range from 40-800 mg, which comprises a chamber for accommodating a larger amount of the preparation and a dosing element with a dosing chamber for accommodating a defined partial quantity of the preparation, the dosing chamber being movable between a filling position, in which it is to be filled with preparation from the chamber, and a dispensing position in which the preparation from the dosing chamber is to be discharged from the dosing device, wherein the dosing element is a dosing slide, on which the dosing chamber is provided and which is movable in a channel in the longitudinal direction of the channel between its filling position and its dispensing position and which is biased into its filling position by a compression spring and is movable into its dispensing position counter to the biasing force, characterized in that there is a pusher movably mounted in the dosing slide, the head of the pusher being movable back and forth in the dosing chamber by rotation of helical thread attached to a threaded spindle in order to vary the volume of the dosing chamber, so that the volume of the dosing chamber is adjustable smoothly or stepwise in order to set the defined partial quantity of preparation to be dispensed from the dosing device.
A computer-executable method for facilitating establishment of a connection between a local endpoint and a remote endpoint, the method comprising: sending, from the local endpoint, a single connection-request message to a proxy server, which forks the single connection-request message to a number of remote endpoints (606,608); receiving one or more response messages (624,626) from the remote endpoints, wherein a respective response message carries address information associated with the remote endpoint; upon receiving the response message, sending an acknowledgment (628,630) corresponding to the received response message to the corresponding remote endpoint via the proxy server; and establishing a connection between the local endpoint and at least one remote endpoint; wherein the proxy server is a session initiation protocol SIP proxy server, and wherein the connection-request message is a payload-less SIP INVITE message; and wherein the address information includes a list of addresses corresponding to the remote endpoint associated with the response message, the list of addresses including a network address translation NAT external address and port. sending, from the local endpoint, a single connection-request message to a proxy server, which forks the single connection-request message to a number of remote endpoints (606,608); receiving one or more response messages (624,626) from the remote endpoints, wherein a respective response message carries address information associated with the remote endpoint; upon receiving the response message, sending an acknowledgment (628,630) corresponding to the received response message to the corresponding remote endpoint via the proxy server; and establishing a connection between the local endpoint and at least one remote endpoint; wherein the proxy server is a session initiation protocol SIP proxy server, and wherein the connection-request message is a payload-less SIP INVITE message; and wherein the address information includes a list of addresses corresponding to the remote endpoint associated with the response message, the list of addresses including a network address translation NAT external address and port.