mhurhangee/patent-ind-claim-en huggingface dataset:
Method comprising an analytical device comprising a denaturation chamber , an amplification chamber and an annealing chamber , wherein the temperature of the denaturation chamber is set to a temperature between 90 °C and 105 °C, wherein the temperature of the amplification chamber is set to a temperature between 60 °C and 80 °C, wherein the temperature of the annealing chamber is set to a temperature between 40 °C and 67 °C, and wherein the device is adapted such that a liquid sample can be introduced into the denaturation chamber and transferred back and forth between the denaturation chamber , the amplification chamber , the annealing chamber and optionally further chambers , characterized in that the analytical device further comprises a receiving chamber with access to the surface of the diagnostic device, via which the sample can be introduced into the receiving chamber and subsequently transferred to further chambers , wherein the amplification chamber is downstream of the denaturation chamber and the annealing chamber is downstream of the amplification chamber , said method comprising the steps of: a) introducing the liquid sample into the denaturation chamber of the analytical device , subsequently denaturing the sample, b) transferring the liquid sample from step a) into the annealing chamber , subsequently annealing, c) transferring the liquid sample from step b) into the amplification chamber , subsequently amplifying, d) repeating steps a), b) and c), e) transferring the liquid sample from d) into two or more read-out chambers , subsequently reading out the liquid sample , wherein the reaction cycle comprising steps a), b) and c) is repeated at least 10 times, wherein the analytical device comprises at least two sets of chambers, each comprising a denaturation chamber , an amplification chamber and an annealing chamber , and the two or more read-out chambers differ by the probes contained therein. a) introducing the liquid sample into the denaturation chamber of the analytical device , subsequently denaturing the sample, b) transferring the liquid sample from step a) into the annealing chamber , subsequently annealing, c) transferring the liquid sample from step b) into the amplification chamber , subsequently amplifying, d) repeating steps a), b) and c), e) transferring the liquid sample from d) into two or more read-out chambers , subsequently reading out the liquid sample ,
Friction hinge for pivot-movable connection of two components, having at least one first hinge sleeve which is arranged to be aligned to at least one further hinge sleeve , a shaft which runs through the hinge sleeves , and at least one friction spring to exert a friction torque on the movable shaft , wherein at least two friction springs aligning to one another are connected to the first hinge sleeve by radial shoulders and exert a friction torque on the shaft mounted in the further hinge sleeve , characterised in that the shaft has at its front and rear end respectively a transverse groove and is covered there on the end-face side by respectively a sleeve-like end piece which is plugged into the interior of the hinge sleeve and in that in the interior of the end piece is arranged a rib which is fitted into the transverse groove in the assembled state of the friction hinge , and in that the end piece has a shoulder extending in radial direction which engages positively in a groove in the interior .
Detection apparatus for detecting a respiratory movement of a patient , comprising: - at least two metallic u-shaped signal coupling elements , which are arranged on a substrate such that they are interleaved without touching, so that between every two side segments of a first signal coupling element of the signal coupling elements (12; 13) a first side segment of a second of the signal coupling elements (12; 14) is arranged parallel thereto, and a second side segment of said second signal coupling element (12; 14) is arranged outside a region surrounded on three sides by the first signal coupling element (12; 13); and - analysis electronics connected to the signal coupling elements , which analysis electronics are configured to detect a change in a receive signal produced in a second of the signal coupling elements (12; 14) that is acting as a receiver in a near-field region of the first signal coupling element (12; 13) as a result of a signal given for a first of the signal coupling elements (12; 13) that is acting as a transmitter being coupled into said second of the signal coupling elements, which change indicates the respiratory movement, characterised in that the signal coupling elements each have a length of between 16.1 cm and 17.6 cm, preferably of 16.82 cm, measured along their U-shaped course. - at least two metallic u-shaped signal coupling elements , which are arranged on a substrate such that they are interleaved without touching, so that between every two side segments of a first signal coupling element of the signal coupling elements (12; 13) a first side segment of a second of the signal coupling elements (12; 14) is arranged parallel thereto, and a second side segment of said second signal coupling element (12; 14) is arranged outside a region surrounded on three sides by the first signal coupling element (12; 13); and - analysis electronics connected to the signal coupling elements , which analysis electronics are configured to detect a change in a receive signal produced in a second of the signal coupling elements (12; 14) that is acting as a receiver in a near-field region of the first signal coupling element (12; 13) as a result of a signal given for a first of the signal coupling elements (12; 13) that is acting as a transmitter being coupled into said second of the signal coupling elements, which change indicates the respiratory movement, characterised in that the signal coupling elements each have a length of between 16.1 cm and 17.6 cm, preferably of 16.82 cm, measured along their U-shaped course.
A dialysis system for conducting a dialysis treatment, comprising: a dialysis machine including a port arranged and configured to receive a disposable cassette used in the dialysis treatment; and a cleaning cartridge insertable into the port formed in the dialysis machine , the cleaning cartridge including one or more features arranged and configured to remove foreign debris from the port ; wherein the cleaning cartridge includes an outer surface , the outer surface being arranged and configured to collect foreign debris located in the port so that upon removing the cleaning cartridge from the port , foreign debris is removed from the port . a dialysis machine including a port arranged and configured to receive a disposable cassette used in the dialysis treatment; and a cleaning cartridge insertable into the port formed in the dialysis machine , the cleaning cartridge including one or more features arranged and configured to remove foreign debris from the port ; wherein the cleaning cartridge includes an outer surface , the outer surface being arranged and configured to collect foreign debris located in the port so that upon removing the cleaning cartridge from the port , foreign debris is removed from the port .
A method comprising: receiving , by a digital input system , a digital input, the digital input being provided by a user to input mechanism , wherein the input mechanism comprises a touch input device , the receiving including collecting input data for the digital input, the input data describing the digital input, wherein the digital input includes a set or series of coordinates that identify the location of the input mechanism at particular times as the digital input is being provided by the user; providing , by the digital input system , the input data for the digital input to a host application as the digital input is received; receiving , from the host application , an indication of one or more operations the host application performed on the input data via an input operations module wherein the operations modify the input data; separating, via the input operations module , the digital input into multiple digital inputs wherein the separating is one of the one or more operations; notifying, via an input manager , of the separation of the digital input into multiple digital inputs, wherein notifying relates to an event; controlling, by the digital input system as the digital input is received, a display of data based at least in part on the operated-on input data, thereby forming modified input data; and displaying of the modified input data as the digital input is received wherein the notification of the event and the modifications of the input data are performed synchronously. receiving , by a digital input system , a digital input, the digital input being provided by a user to input mechanism , wherein the input mechanism comprises a touch input device , the receiving including collecting input data for the digital input, the input data describing the digital input, wherein the digital input includes a set or series of coordinates that identify the location of the input mechanism at particular times as the digital input is being provided by the user; providing , by the digital input system , the input data for the digital input to a host application as the digital input is received; receiving , from the host application , an indication of one or more operations the host application performed on the input data via an input operations module wherein the operations modify the input data; separating, via the input operations module , the digital input into multiple digital inputs wherein the separating is one of the one or more operations; notifying, via an input manager , of the separation of the digital input into multiple digital inputs, wherein notifying relates to an event; controlling, by the digital input system as the digital input is received, a display of data based at least in part on the operated-on input data, thereby forming modified input data; and displaying of the modified input data as the digital input is received wherein the notification of the event and the modifications of the input data are performed synchronously.
A decoy deployment system comprising: a towed decoy deployment mechanism for controlling the deployment of a decoy from an aircraft, a tow cable adapted to be deployed via the towed decoy deployment mechanism; characterised in that the tow cable comprises a fibre core surrounded by an outer fibre sheath , the frictional coefficients of the fibre materials comprising the core and the sheath being selected such that the fibre material comprising the outer sheath has a higher frictional coefficient relative to the frictional coefficient of the material comprising the inner core; the frictional coefficient of the fibre material of the outer sheath being compatible with the deployment mechanism enabling said controlled deployment of the decoy a towed decoy deployment mechanism for controlling the deployment of a decoy from an aircraft, a tow cable adapted to be deployed via the towed decoy deployment mechanism; characterised in that the tow cable comprises a fibre core surrounded by an outer fibre sheath , the frictional coefficients of the fibre materials comprising the core and the sheath being selected such that the fibre material comprising the outer sheath has a higher frictional coefficient relative to the frictional coefficient of the material comprising the inner core; the frictional coefficient of the fibre material of the outer sheath being compatible with the deployment mechanism enabling said controlled deployment of the decoy
An engine comprising an engine main body and a carburetor , the carburetor comprising an automatic choke device comprising: a wax attached to the engine main body ; a rod configured to perform a linear motion in conjunction with expansion of the wax ; a choke lever configured to rotate in conjunction with the linear motion of the rod ; and a choke shaft arranged so as to be able to abut against the choke lever and connected to a choke valve of the carburetor , wherein the choke lever includes a flat portion and a circular arc portion that is formed in a circular arc shape so as to be continuous from the flat portion and is brought into sliding contact with the engaging portion of the choke shaft , characterized in that said flat portion engages with an engaging portion of the choke shaft , an engaging range end position of the flat portion being a sliding contact range start position of the circular arc portion , said engaging range end position of the flat portion corresponding to a fully open state of the choke valve, and said circular arc portion is arranged so that an overstroke of the wax can be absorbed without further rotating the choke shaft . a wax attached to the engine main body ; a rod configured to perform a linear motion in conjunction with expansion of the wax ; a choke lever configured to rotate in conjunction with the linear motion of the rod ; and a choke shaft arranged so as to be able to abut against the choke lever and connected to a choke valve of the carburetor , wherein the choke lever includes a flat portion and a circular arc portion that is formed in a circular arc shape so as to be continuous from the flat portion and is brought into sliding contact with the engaging portion of the choke shaft , an engaging range end position of the flat portion being a sliding contact range start position of the circular arc portion , said engaging range end position of the flat portion corresponding to a fully open state of the choke valve, and said circular arc portion is arranged so that an overstroke of the wax can be absorbed without further rotating the choke shaft .
Method for configuring a terminal via a server in an IMS communication network, comprising the following steps: - receiving a SIP registration message from a terminal, the registration message comprising at least one parameter relating to an access network used by the terminal; - obtaining a configuration from the parameter relating to the access network contained in the received registration message, - transmitting a response to the registration message to the terminal, the message comprising the configuration obtained from the parameter relating to the access network; the method being characterized in that said obtained configuration comprises at least one strategy for selecting an access network of a second type when a loss of connection or a failure to establish a communication is detected on an access network of a first type. - receiving a SIP registration message from a terminal, the registration message comprising at least one parameter relating to an access network used by the terminal; - obtaining a configuration from the parameter relating to the access network contained in the received registration message, - transmitting a response to the registration message to the terminal, the message comprising the configuration obtained from the parameter relating to the access network;
A seat in particular for an aircraft comprising: - a seat support , - a seat pan , - a backrest articulated with respect to the seat pan via a pivot connection , - a legrest articulated with respect to the seat pan via a pivot connection , - said seat being movable between a seat position and a bed position in which the backrest and the legrest are located in an extension of the seat pan , wherein said seat pan is mounted so as to slide relative to the seat support , and said seat comprise at least one link, so-called backrest pivot link , comprising a first end connected in rotation relative to the backrest and a second end connected in rotation relative to the seat support , - the legrest being mechanically linked to the backrest via a link deployment device , - said seat further comprising a single actuator capable of ensuring alone a movement of a set of components of the seat formed at least by the seat pan , the backrest , and the legrest in order to move said seat from its seat position to its bed position and vice versa. - a seat support , - a seat pan , - a backrest articulated with respect to the seat pan via a pivot connection , - a legrest articulated with respect to the seat pan via a pivot connection , - said seat being movable between a seat position and a bed position in which the backrest and the legrest are located in an extension of the seat pan , - the legrest being mechanically linked to the backrest via a link deployment device , - said seat further comprising a single actuator capable of ensuring alone a movement of a set of components of the seat formed at least by the seat pan , the backrest , and the legrest in order to move said seat from its seat position to its bed position and vice versa.
A transducer comprising an emitter device for emitting torsional ultrasonic waves, wherein the emitter device comprises an electrical signal generator connected to an electromechanical actuator which is in turn attached to an element that comes into contact with a specimen, such that when the actuator receives electrical signals, it induces rotational movement of the contact element, and when said contact element comes into contact with the specimen, it induces a torsional wave that goes through said specimen; and wherein the transducer further comprises means for receiving the distorted signal after it goes through the specimen and is characterized in that the means for receiving the distorted signal comprise two or more piezoelectric elements located equidistant from one another and placed between two rings (4a and 4b) made from a non-conducting material and in that the axis of rotation of the rings coincides with the axis of rotation of the electromechanical actuator; wherein an attenuating element , preferably an attenuating resin, is fixed to the outer face of the ring that is the farthest away from the area of contact with the specimen; and wherein the contact element has a considerably frustoconical shape such that its smaller base (b) is attached to the electromechanical actuator and its larger base (B) is arranged at the distal end of the transducer of the invention so that it comes into contact with the specimen on which shear wave is to be transmitted.
Shuttering device for shuttering a floor joint to be filled by means of joint filling material between a prefabricated wall part and an adjoining floor plate , the shuttering device comprising at least two shuttering rails which are arranged on the floor joint in a shuttering position and are fastened by means of a fastening device, wherein the fastening device comprises a retaining device at at least one of the two rail ends of each shuttering rail and the retaining device is an active retaining device or a passive retaining device , wherein two shuttering rails arranged adjacent to one another in their shuttering positions are respectively coupled to one another at their two rail ends , characterized in that in that one shuttering rail with its active retaining device holds the other shuttering rail in engagement with its passive retaining device positioned at the floor joint , and in that the active retaining device at the rail end of one shuttering rail has an engagement part with a chamfer or with a wedge and that the engagement part interacts with an assigned contact part of the passive retaining device having a chamfer or a wedge at the rail end of the other shuttering rail . the fastening device comprises a retaining device at at least one of the two rail ends of each shuttering rail and the retaining device is an active retaining device or a passive retaining device , wherein two shuttering rails arranged adjacent to one another in their shuttering positions are respectively coupled to one another at their two rail ends , characterized in that in that one shuttering rail with its active retaining device holds the other shuttering rail in engagement with its passive retaining device positioned at the floor joint , and in that the active retaining device at the rail end of one shuttering rail has an engagement part with a chamfer or with a wedge and that the engagement part interacts with an assigned contact part of the passive retaining device having a chamfer or a wedge at the rail end of the other shuttering rail .
Method for proving an authenticity of a device with the aid of a proof of authorization of the device , - wherein a first step (S1) involves the proof of authorization being provided and the integrity of identity details of the proof of authorization being checkable on the basis of a digital signature of a proof of authorization issuer, the proof of authorization comprising a piece of hardware authentication information , and - wherein a second step (S2) involves an association of the proof of authorization with the device being proved by means of a hardware secret of the device that is associated with the hardware authentication information , wherein the hardware authentication information differs from the identity details or from key material to which the identity details refer and wherein the hardware authentication information is incorporated into an attribute certificate referring to a further proof of authorization, the identity details being checkable by means of the further proof of authorization. - wherein a first step (S1) involves the proof of authorization being provided and the integrity of identity details of the proof of authorization being checkable on the basis of a digital signature of a proof of authorization issuer, the proof of authorization comprising a piece of hardware authentication information , and - wherein a second step (S2) involves an association of the proof of authorization with the device being proved by means of a hardware secret of the device that is associated with the hardware authentication information , wherein the hardware authentication information differs from the identity details or from key material to which the identity details refer and wherein the hardware authentication information is incorporated into an attribute certificate referring to a further proof of authorization, the identity details being checkable by means of the further proof of authorization. wherein the hardware authentication information differs from the identity details or from key material to which the identity details refer and wherein the hardware authentication information is incorporated into an attribute certificate referring to a further proof of authorization, the identity details being checkable by means of the further proof of authorization.