mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a power injectable access port , comprising: providing a port body and a septum , the port body including a base portion and a cap portion ; providing a radiopaque insert including at least one indicia observable via x-ray imaging technology subsequent to subcutaneous implantation of the power injectable access port in a patient, the at least one indicia conveying to an observer that the power injectable access port is power injectable, the radiopaque insert further comprising a central hole ; interposing the radiopaque insert between the base portion and the cap portion such that a contoured portion of the radiopaque insert fits between correspondingly shaped features of the base portion and the cap portion , and wherein the radiopaque insert engages the base portion such that the central hole of the radiopaque insert receives a cylindrical body of the base portion; and cooperatively mating the base portion to the cap portion with the radiopaque insert interposed therebetween such that a portion of the radiopaque insert remains external to the port body . providing a port body and a septum , the port body including a base portion and a cap portion ; providing a radiopaque insert including at least one indicia observable via x-ray imaging technology subsequent to subcutaneous implantation of the power injectable access port in a patient, the at least one indicia conveying to an observer that the power injectable access port is power injectable, the radiopaque insert further comprising a central hole ; interposing the radiopaque insert between the base portion and the cap portion such that a contoured portion of the radiopaque insert fits between correspondingly shaped features of the base portion and the cap portion , and wherein the radiopaque insert engages the base portion such that the central hole of the radiopaque insert receives a cylindrical body of the base portion; and cooperatively mating the base portion to the cap portion with the radiopaque insert interposed therebetween such that a portion of the radiopaque insert remains external to the port body .
Control system for an irrigation system , the control system comprising - an inflow port and an outflow port ; - an electrically controllable valve , which is configured to selectively shut off or release a flow of liquid from the inflow port to the outflow port ; - a control circuit , which is configured to receive a control command and to drive the valve to shut off or release the fluid flow depending on the control command; - an electrical energy storage device comprising at least one electrical energy storage cell connected to the control circuit for power supply, the energy storage device comprising an energy storage housing , within which the at least one electrical energy storage cell is disposed; - a valve housing detachable from the energy storage housing , within which the valve is disposed; - the control system comprises a first interface arranged on the valve housing ; and - the energy storage device comprises a second interface disposed on the energy storage device housing ; and - the first interface and the second interface are designed to be compatible with one another, so that the energy storage housing can is connectable mechanically and electrically to the valve housing via the first interface and the second interface . - an inflow port and an outflow port ; - an electrically controllable valve , which is configured to selectively shut off or release a flow of liquid from the inflow port to the outflow port ; - a control circuit , which is configured to receive a control command and to drive the valve to shut off or release the fluid flow depending on the control command; - an electrical energy storage device comprising at least one electrical energy storage cell connected to the control circuit for power supply, the energy storage device comprising an energy storage housing , within which the at least one electrical energy storage cell is disposed; - a valve housing detachable from the energy storage housing , within which the valve is disposed; - the control system comprises a first interface arranged on the valve housing ; and - the energy storage device comprises a second interface disposed on the energy storage device housing ; and - the first interface and the second interface are designed to be compatible with one another, so that the energy storage housing can is connectable mechanically and electrically to the valve housing via the first interface and the second interface .
Method for producing a roof frame , wherein at least one sub-element of the roof frame is produced by forging from a light metal blank, characterised in that , when forging the sub-element of the roof frame , a component with a discontinuous cross-section and a suitably adjusted fibre orientation is created, in which the fibres concentrate in regions of high mechanical loading, said regions being designed with a reduced wall thickness.
A controller for use in an interactive gaming system , the controller being configured to be worn by a player and comprising a player mounting means, a motion detector that provides a means for determining the motion of the controller , a microprocessor and an audio code communication module, wherein the audio code communication module comprises an audio codec module connected to a speaker and a microphone , to provide a means for the controller to transmit and receive audio code signals , wherein the audio code communication module provides a means for generating an audio code signal in response to a predetermined motion of the controller detected by the microprocessor in combination with the motion detector, the audio code signal adapted to be embedded within normal audio output by operating above the normal frequency range for human hearing, and wherein the generated audio code signal comprises a unique audio code signal assigned to the predetermined motion, the predetermined motion being from a predefined set of motions to be performed by the player.
A slide rail assembly adapted to being mounted with a rack , comprising: a first rail including a first channel ; a second rail displaceable with respect to the first rail ; and a third rail movably provided between the first channel of the first rail and the second rail ; characterized in that the slide rail assembly further comprises an extension member connected to the first rail , the extension member having a surface lying substantially in a same plane as an outer surface of the third rail , wherein the slide rails assembly further comprises a cable management arm mounted to the slide rail assembly , wherein the cable management arm includes a first arm section and a second arm section connected to and movable with respect to the first arm section , the first arm section of the cable management arm is mounted to the extension member of the slide rail assembly , and the second arm section of the cable management arm is mounted to the second rail of the slide rail assembly , wherein the extension member extends the length of the first rail , provides a fixed position to which the cable management arm can be connected, but does not interfere with displacement of the second rail with respect to the first rail . a first rail including a first channel ; a second rail displaceable with respect to the first rail ; and a third rail movably provided between the first channel of the first rail and the second rail ; characterized in that the slide rail assembly further comprises an extension member connected to the first rail , the extension member having a surface lying substantially in a same plane as an outer surface of the third rail , wherein the slide rails assembly further comprises a cable management arm mounted to the slide rail assembly , wherein the cable management arm includes a first arm section and a second arm section connected to and movable with respect to the first arm section , the first arm section of the cable management arm is mounted to the extension member of the slide rail assembly , and the second arm section of the cable management arm is mounted to the second rail of the slide rail assembly , wherein the extension member extends the length of the first rail , provides a fixed position to which the cable management arm can be connected, but does not interfere with displacement of the second rail with respect to the first rail .
An apparatus for preclinical ultrasound imaging of a subject, the apparatus comprising: at least one ultrasound transducer; a platform on which a subject is positionable; and at least two motion stages for controlling a spatial position of said at least one ultrasound transducer relative to the platform in order to acquire ultrasound image data of the subject; a reservoir and a coupling medium contained in said reservoir; and characterised by a coupling medium impermeable membrane located between the subject and the coupling medium to prevent the subject from being submerged in the coupling medium, said coupling medium being located between the ultrasound transducer and said membrane, wherein the at least one ultrasound transducer is configured to movably scan the subject from underneath the subject. a platform on which a subject is positionable; and at least two motion stages for controlling a spatial position of said at least one ultrasound transducer relative to the platform in order to acquire ultrasound image data of the subject; a reservoir and a coupling medium contained in said reservoir; and characterised by a coupling medium impermeable membrane located between the subject and the coupling medium to prevent the subject from being submerged in the coupling medium, said coupling medium being located between the ultrasound transducer and said membrane, wherein the at least one ultrasound transducer is configured to movably scan the subject from underneath the subject.
A method for transmitting a data processing request, applied to a storage system, wherein the storage system comprises a first storage node and a second storage node, a storage device in the first storage node is connected to a host by using a processor and a first network interface card of the first storage node, and is connected to a storage device of the second storage node by using a second network interface card, and the method comprises: receiving , by the first storage node, a data processing request to access the storage device of the second storage node, wherein the data processing request carries a target storage address of to-be-processed data; determining , by the first storage node, the second storage node, characterized in that the second storage node is determined by the first storage node based on the target storage address of the to-be-processed data; and wherein the method further comprises sending , by the first storage node, the data processing request to the second storage node by using the second network interface card, wherein the data processing request instructs the second storage node to process the to-be-processed data. receiving , by the first storage node, a data processing request to access the storage device of the second storage node, wherein the data processing request carries a target storage address of to-be-processed data; determining , by the first storage node, the second storage node, characterized in that the second storage node is determined by the first storage node based on the target storage address of the to-be-processed data; and wherein the method further comprises sending , by the first storage node, the data processing request to the second storage node by using the second network interface card, wherein the data processing request instructs the second storage node to process the to-be-processed data.
A method for producing a urethane optical member, comprising polymerizing a monomer composition comprising a polythiol compound and at least one kind selected from (i) 4,4'-diphenylmethane diisocyanate and a compound of formula (1-1) and (ii) tolylene diisocyanate and a compound of formula (2-1) the method comprises the steps of, dissolving, including mixing and stirring with another polyisocyanate compound under heating, at least one kind selected from the compounds of formulae (1-1) and (2-1), and subsequently reacting at least one kind selected from the compounds of formulae (1-1) and (2-1) with the polythiol compound. (i) 4,4'-diphenylmethane diisocyanate and a compound of formula (1-1) and (ii) tolylene diisocyanate and a compound of formula (2-1) the method comprises the steps of, dissolving, including mixing and stirring with another polyisocyanate compound under heating, at least one kind selected from the compounds of formulae (1-1) and (2-1), and subsequently reacting at least one kind selected from the compounds of formulae (1-1) and (2-1) with the polythiol compound. dissolving, including mixing and stirring with another polyisocyanate compound under heating, at least one kind selected from the compounds of formulae (1-1) and (2-1), and subsequently reacting at least one kind selected from the compounds of formulae (1-1) and (2-1) with the polythiol compound.
A system for controlling power saving, the system comprisinga microcomputer , a sensing unit , a latch unit , a switch unit disposed on a current path configured to deliver power to the microcomputer, and an interruption unit ; wherein: the sensing unit is configured to detect a user's contact on a bidet, to generate an activation signal when the user's contact is acknowledged and to transmit this activation signal to the latch unit, and, to detect a user's non-contact and to generate a non-contact signal and to transmit the non-contact signal to the microcomputer ; the microcomputer is configured to determine whether or not a contact has been made based on the non-contact signal and to generate the interruption signal when it determines that the contact has been removed; the latch unit is configured to maintain the activation signal which has been received from the sensing unit and comprises a first inversion amplifier configured to invert the activation signal and transmit the inverted activation signal to the switch unit and a second inversion amplifier configured to re-invert the inverted activation signal and feed back the activation signal to the first inversion amplifier ; the switch unit is configured to connect the current path when the inverted activation signal is received from the latch unit ; and the interruption unit is configured to forcibly interrup the maintained state of the activation signal of the latch unit when an interruption signal is received from the microcomputer . the sensing unit is configured to detect a user's contact on a bidet, to generate an activation signal when the user's contact is acknowledged and to transmit this activation signal to the latch unit, and, to detect a user's non-contact and to generate a non-contact signal and to transmit the non-contact signal to the microcomputer ; the microcomputer is configured to determine whether or not a contact has been made based on the non-contact signal and to generate the interruption signal when it determines that the contact has been removed; the latch unit is configured to maintain the activation signal which has been received from the sensing unit and comprises a first inversion amplifier configured to invert the activation signal and transmit the inverted activation signal to the switch unit and a second inversion amplifier configured to re-invert the inverted activation signal and feed back the activation signal to the first inversion amplifier ; the switch unit is configured to connect the current path when the inverted activation signal is received from the latch unit ; and the interruption unit is configured to forcibly interrup the maintained state of the activation signal of the latch unit when an interruption signal is received from the microcomputer .
Positioning device for a transportation assembly , wherein the transportation assembly has at least one rail and a transportation unit having at least one roller and/or at least one wheel, wherein the rail has a first guide groove having a first guide groove base, wherein for guiding the transportation unit the at least one roller and/or the at least one wheel is disposed in the first guide groove, having a main module , wherein the main module comprises a positioning portion and a rail coupling portion , wherein the rail coupling portion is designed for insertion into the first guide groove and/or for being held in a form-fitting manner by the first guide groove, characterized in that the positioning portion has a second guide groove and a base portion which is able to be travelled on by the at least one wheel and/or the at least one roller, wherein the base portion has a depression for positioning and/or fixing the transportation unit , wherein the guide groove is designed to be continuous and/or open in a longitudinal direction of the main module . wherein the transportation assembly has at least one rail and a transportation unit having at least one roller and/or at least one wheel, wherein the rail has a first guide groove having a first guide groove base, wherein for guiding the transportation unit the at least one roller and/or the at least one wheel is disposed in the first guide groove, having a main module , wherein the main module comprises a positioning portion and a rail coupling portion , wherein the rail coupling portion is designed for insertion into the first guide groove and/or for being held in a form-fitting manner by the first guide groove, characterized in that the positioning portion has a second guide groove and a base portion which is able to be travelled on by the at least one wheel and/or the at least one roller, wherein the base portion has a depression for positioning and/or fixing the transportation unit , wherein the guide groove is designed to be continuous and/or open in a longitudinal direction of the main module .
A method for producing a sheath for elongate material , in particular a sleeve for cable sets, according to which - an adhesive tape comprising a carrier and a first adhesive coating at least partially covering the carrier is combined with a carrier tape which is free from adhesive coating to form a laminate , further according to which - the carrier and the carrier tape at least for the most part overlap, and the first adhesive coating is provided in the overlap region (U) between the carrier and the carrier tape , and according to which - in the space of the overlap region (U) between the carrier and the carrier tape the first adhesive coating consists of a plurality of adhesive strips spaced apart from each other, characterized in that - a further, second adhesive coating is also applied to the free surface of the carrier tape facing away from the adhesive tape . - an adhesive tape comprising a carrier and a first adhesive coating at least partially covering the carrier is combined with a carrier tape which is free from adhesive coating to form a laminate , further according to which - the carrier and the carrier tape at least for the most part overlap, and the first adhesive coating is provided in the overlap region (U) between the carrier and the carrier tape , and according to which - in the space of the overlap region (U) between the carrier and the carrier tape the first adhesive coating consists of a plurality of adhesive strips spaced apart from each other, - a further, second adhesive coating is also applied to the free surface of the carrier tape facing away from the adhesive tape .
An impact sensor , comprising: a reference material configured such that varying and known amounts of the material are consumed during impact with different objects of known density at closing velocities within a specified range, wherein consumption of the reference material at impact produces a pulse of energy; a probe along the length of the reference material, said probe configured to provide a path to conduct the pulse of energy and to generate one or more probe outputs that characterize the pulse and being indicative of the amount and rate of material consumed during impact; a circuit configured to readout the one or more probe outputs; and a processor configured to process the one or more probe outputs and extract a height and a width of the pulse of energy to estimate the impact velocity, density and/or thickness of the impacted object. a reference material configured such that varying and known amounts of the material are consumed during impact with different objects of known density at closing velocities within a specified range, wherein consumption of the reference material at impact produces a pulse of energy; a probe along the length of the reference material, said probe configured to provide a path to conduct the pulse of energy and to generate one or more probe outputs that characterize the pulse and being indicative of the amount and rate of material consumed during impact; a circuit configured to readout the one or more probe outputs; and a processor configured to process the one or more probe outputs and extract a height and a width of the pulse of energy to estimate the impact velocity, density and/or thickness of the impacted object.
Lifting system, in particular for lifting and lowering vehicles, which comprises a plurality of lifting devices which can be controlled by a control system of the lifting system, the control system comprising a control device and a plurality of control units , a control unit being provided on each lifting device , which controls a load receiving means of the lifting device , the control device being provided separately from the control units , the control units and the control device each comprising a transmitter/receiver in order to transmit a control signal wirelessly, wherein a data interface for the wireless transmission of a presence signal is provided on each control unit and on the control device , and in that the data interface on the control unit has a signal cone which is aligned differently to the load-carrying means , characterized in that the signal cone of the data interface and a signal direction of the transmitter/receiver for the control signal are aligned in the same way, and in that the control unit is arranged such that when the presence signal and the control signal are received by the control device in a time window, the activation of the lifting device is enabled.
Rotary joint comprising a body and at least one transmisson line for a contactless data link, the body comprising a plurality of body segments , each body segment comprises one transmisson line , the transmisson line comprising one RF signal connector at one end and a termination at the opposing end, the body segments are oriented such, that alternatingly in neighboring segments two RF signal connectors or two terminations are next to each other, two neighboring body segments are connected by a carrier plate , wherein the carrier plate holds an electronic housing where two RF signal connectors are next to each other, the electronic housing having a connection to the RF signal connectors.