mhurhangee/ep-ind-claims huggingface dataset:
System for controlling ad/or regulating a volume flow flowing in a flow channel of a ventilation system, preferably a ventilation laboratory or clean room system, by adjustment of a throttle valve arranged in the flow channel, wherein the system comprises at least one electronic control device and/or at least one electronic regulator, preferably an electronic volume flow regulator, as well as at least one drive, connected by means of a line connection to at least one control device and/or to at least one regulator, by means of which the throttle valve arranged in the flow channel can be changed in its alignment, characterised in that a processor with a digitally communicating output and/or input interface is assigned to at least one control device connected to at least one drive and/or to at least one regulator connected to at least one drive, and a processor with a digitally communicating output and/or input interface is assigned to this drive connected to the control device and/or to the regulator, and that the digitally communicating output and/or input interface of the processor of the control device and/or of the regulator and the digitally communicating output and/or input interface of the processor of at least one drive connected to the control device and/or the regulator are digitally coupled to one another for a digital actuation of this drive over the entire transfer path.
Method for identifying dummy values or a pseudo-encryption in a communication system, particularly a computer system, that exchanges messages with other communication systems or in a communication network, particularly in a computer network, in which messages are exchanged, in which - data fields of received messages or messages in a network traffic are read, - cryptographic data fields are evaluated in respect of their entropy rate or in respect of at least one variable characterizing the entropy rate, and - an alarm is triggered if a prescribeable minimum entropy rate or a limit value for the variable characterizing the entropy rate is not reached. - data fields of received messages or messages in a network traffic are read, - cryptographic data fields are evaluated in respect of their entropy rate or in respect of at least one variable characterizing the entropy rate, and - an alarm is triggered if a prescribeable minimum entropy rate or a limit value for the variable characterizing the entropy rate is not reached.
A device for receiving fluid from a subject, the device comprising: a device actuator; a fluid transporter including an opening and a flow activator, the flow activator being arranged to cause fluid to be released from the subject; a deployment actuator coupled to the flow activator, the deployment actuator being constructed and arranged to move the flow activator in a deployment direction in response to actuation of the device actuator, the deployment actuator being arranged to move in a bi-stable manner from an initial, pre-deployment position to a deployment position; a retraction actuator constructed and arranged to move the flow activator in a retraction direction; and a post-deployment lockout to lock the device in a retracted state. a device actuator; a fluid transporter including an opening and a flow activator, the flow activator being arranged to cause fluid to be released from the subject; a deployment actuator coupled to the flow activator, the deployment actuator being constructed and arranged to move the flow activator in a deployment direction in response to actuation of the device actuator, the deployment actuator being arranged to move in a bi-stable manner from an initial, pre-deployment position to a deployment position; a retraction actuator constructed and arranged to move the flow activator in a retraction direction; and a post-deployment lockout to lock the device in a retracted state.
A communication apparatus comprising: obtaining means for obtaining a public key regarding another apparatus; displaying means for displaying a selection screen that allow a user to select whether or not to execute a wireless communication parameter setting; accepting means for accepting, via the selection screen, a user operation indicating whether or not to execute the wireless communication parameter setting with the another apparatus; transmitting means for, in a case where the user operation indicating that the wireless communication parameter setting is to be executed with the another apparatus has been accepted, transmitting a request regarding authentication processing, that uses the public key regarding the another apparatus, which is to be used for the wireless communication parameter setting, to the another apparatus; receiving means for receiving a response regarding the authentication processing from the another apparatus; and executing means for executing the wireless communication parameter setting with the another apparatus after receiving the response, wherein the wireless communication parameter setting is not executed based on a user operation, that is accepted via the selection screen, indicating that the wireless communication parameter setting with the another apparatus is not to be executed. obtaining means for obtaining a public key regarding another apparatus; displaying means for displaying a selection screen that allow a user to select whether or not to execute a wireless communication parameter setting; accepting means for accepting, via the selection screen, a user operation indicating whether or not to execute the wireless communication parameter setting with the another apparatus; transmitting means for, in a case where the user operation indicating that the wireless communication parameter setting is to be executed with the another apparatus has been accepted, transmitting a request regarding authentication processing, that uses the public key regarding the another apparatus, which is to be used for the wireless communication parameter setting, to the another apparatus; receiving means for receiving a response regarding the authentication processing from the another apparatus; and executing means for executing the wireless communication parameter setting with the another apparatus after receiving the response, wherein the wireless communication parameter setting is not executed based on a user operation, that is accepted via the selection screen, indicating that the wireless communication parameter setting with the another apparatus is not to be executed.
Marine propulsion means, comprising a control device having a control shaft which pivots an underwater propulsion and control unit in order to achieve a control action on the boat by a control angle, and an apparatus for detecting the control angle by means of an angle sensor, characterized in that the control shaft is connected to a master wheel, the angle sensor has a slave wheel, and an intermediate wheel is arranged between the master wheel and the slave wheel, the master, intermediate and slave wheels being configured as gearwheels (10, 11, 12) which are in tooth engagement with one another, the intermediate wheel being split and comprising a first disc wheel and a second disc wheel, and the coaxially arranged disc wheels (11a, 11b) being braced against one another elastically, and the two disc wheels (11a, 11b) having identical toothing systems (z a, z b) and being in tooth engagement with the master wheel and the slave wheel.
A method for functionalizing carbon nanotubes, the method comprising irradiating raw material carbon nanotubes containing a mixture of metallic carbon nanotubes and semiconductive carbon nanotubes and a disulfide or a sulfide of the following formula or wherein R 1 and R 2 each independently represent an aromatic hydrocarbon group that may have a substituent, a saturated aliphatic hydrocarbon group that may have a substituent, or an alicyclic hydrocarbon group that may have a substituent in an organic solvent selected from one or more of ethers of 4 to 6 carbon atoms, aromatic hydrocarbons and hydrocarbons of 5 to 10 carbon atoms with light at a wavelength of 200-2000 nm in the presence of an oxygen atmosphere.
An oxygen measurement device (10A to 10L, and 10La to 10Lt), comprising: a urethral catheter (18a to 18j, and 18ja to 18jt) including a flexible hollow shaft (22a to 22j, 22ja to 22jt, and 22k to 22n); and an oxygen sensor (20a to 20i, 300, and 400a to 400c) fixed to the urethral catheter, the oxygen sensor including an oxygen sensor main body (50a to 50i, 50ha, 50hb, 302, and 422a to 422c) being adapted to detect oxygen in urine, and in the shaft (22a to 22j, 22ja to 22jt, and 22k to 22n), a urine introduction port (28a to 28k) allowing the urine in a bladder to flow therein and opened in a portion on a distal end side from an inflatable balloon disposed in a distal end portion of the shaft, and a urinary passage (74, 416, 454, 474, and 486) communicated with the urine introduction port (28a to 28k) to circulate the urine, are disposed, and the oxygen sensor (20a to 20i, 300, and 400a to 400c) is disposed in the urethral catheter (18a to 18j, and 18ja to 18jt), characterized in that the oxygen sensor main body (50a to 50i, 50ha, 50hb, 302, and 422a to 422c) is provided distal of the inflatable balloon, and is provided such that the oxygen sensor main body (50a to 50i, 50ha, 50hb, 302, and 422a to 422c) is in contact with the urine when circulated in the urinary passage (74, 416, 454, 474, and 486) in the shaft (22a to 22j, 22ja to 22jt, and 22k to 22n) for detecting the oxygen in the urine. a urethral catheter (18a to 18j, and 18ja to 18jt) including a flexible hollow shaft (22a to 22j, 22ja to 22jt, and 22k to 22n); and an oxygen sensor (20a to 20i, 300, and 400a to 400c) fixed to the urethral catheter, the oxygen sensor including an oxygen sensor main body (50a to 50i, 50ha, 50hb, 302, and 422a to 422c) being adapted to detect oxygen in urine, and in the shaft (22a to 22j, 22ja to 22jt, and 22k to 22n), a urine introduction port (28a to 28k) allowing the urine in a bladder to flow therein and opened in a portion on a distal end side from an inflatable balloon disposed in a distal end portion of the shaft, and a urinary passage (74, 416, 454, 474, and 486) communicated with the urine introduction port (28a to 28k) to circulate the urine, are disposed, and the oxygen sensor (20a to 20i, 300, and 400a to 400c) is disposed in the urethral catheter (18a to 18j, and 18ja to 18jt), characterized in that the oxygen sensor main body (50a to 50i, 50ha, 50hb, 302, and 422a to 422c) is provided distal of the inflatable balloon, and is provided such that the oxygen sensor main body (50a to 50i, 50ha, 50hb, 302, and 422a to 422c) is in contact with the urine when circulated in the urinary passage (74, 416, 454, 474, and 486) in the shaft (22a to 22j, 22ja to 22jt, and 22k to 22n) for detecting the oxygen in the urine.
A method of erecting a grid for a suspended ceiling comprising suspending a plurality of straight elongated malleable metal hangers in spaced parallel relation, the hangers being provided with regularly spaced notches on lower edges thereof, each notch being configured with an interior enlarged relative to a notch opening at the lower edge whereby the notch is adapted to receive and vertically support a bulb of a grid runner, the notches of the plurality of hangers being aligned in rows perpendicular to the hangers, the hangers being provided with a bendable tab associated with each notch for widening the opening when the tab is out of a plane of a lower portion of the hanger, wherein the method comprises passing a grid runner bulb into successive notches of successive hangers by raising the bulb through an opening resulting from the respective tab being previously bent out of the plane of the lower portion of the hanger, and after the grid runners are received in a plurality of notches, manually bending the tabs back into the plane of the lower portion of the hangers, the tabs being precision machine bent to said angle during manufacture of said hanger, so as to require the grid runners to be tilted for passage into the notches.
Device for the suction side of a blower with at least one gas inlet and a gas outlet, wherein the device is formed as a manifold and a venturi nozzle is integrated into the manifold, wherein the venturi nozzle has a plurality of flow sections with different cross sections (A, B, C) characterized in that the venturi nozzle of the manifold is formed substantially slit-shaped in the region of the smallest cross section.
A streamer cleaning apparatus comprising: a housing comprising an inlet configured to receive a streamer and an outlet configured to dispatch the streamer, wherein the housing further comprises a front streamer guide for guiding the streamer through the housing; scraper lamellas coupled to the housing, wherein the scraper lamellas are positioned along an inner diameter of the housing and arranged to contact the streamer as it passes through the housing; and spring-loaded arms coupled to the scaper lamellas for biasing the scraper lamellas against the streamer. a housing comprising an inlet configured to receive a streamer and an outlet configured to dispatch the streamer, wherein the housing further comprises a front streamer guide for guiding the streamer through the housing; scraper lamellas coupled to the housing, wherein the scraper lamellas are positioned along an inner diameter of the housing and arranged to contact the streamer as it passes through the housing; and spring-loaded arms coupled to the scaper lamellas for biasing the scraper lamellas against the streamer.
An isolated human monoclonal antibody that binds human LAG3, or antigen-binding portion thereof comprising (a) a heavy chain variable region CDR1 comprising SEQ ID NO:34; (b) a heavy chain variable region CDR2 comprising SEQ ID NO:41; (c) a heavy chain variable region CDR3 comprising SEQ ID NO:48; (d) a light chain variable region CDR1 comprising SEQ ID NO:20; (e) a light chain variable region CDR2 comprising DDD; and (f) a light chain variable region CDR3 comprising SEQ ID NO:27, preferably comprising: a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:11 and a light chain variable region comprising the amino acid sequence of SEQ ID NO:3. (a) a heavy chain variable region CDR1 comprising SEQ ID NO:34; (b) a heavy chain variable region CDR2 comprising SEQ ID NO:41; (c) a heavy chain variable region CDR3 comprising SEQ ID NO:48; (d) a light chain variable region CDR1 comprising SEQ ID NO:20; (e) a light chain variable region CDR2 comprising DDD; and (f) a light chain variable region CDR3 comprising SEQ ID NO:27,
A suture delivery device for percutaneously suturing tissue comprising: an elongated deployment member, having a guide member coaxially disposed over a shaft member, a needle deployment member carried at a distal end of the elongated deployment member, the needle deployment member having at least one deflectable wing, wherein a proximal end of the needle deployment member is secured to the guide member, and a distal end of the needle deployment member is secured to the shaft member, and a plurality of needles releasably secured to the needle deployment member, characterised in that the needle deployment member includes a lower band associated with the distal end of the deployment member, the lower band being configured to retain a non-piercing end of each of the plurality of needles, and an upper band associated with the proximal end of the deployment member, the deployment member being configured to transition between an uncompressed configuration corresponding to a first distance between the proximal and distal ends of the deployment member, the uncompressed configuration longitudinally aligning the plurality of needles with the shaft member and a compressed configuration corresponding to a second distance between the proximal and distal ends of the needle deployment member, in which the upper band is configured to position each of the plurality of needles at a piercing angle in a proximal direction, the first distance being greater than the second distance. an elongated deployment member, having a guide member coaxially disposed over a shaft member, a needle deployment member carried at a distal end of the elongated deployment member, the needle deployment member having at least one deflectable wing, wherein a proximal end of the needle deployment member is secured to the guide member, and a distal end of the needle deployment member is secured to the shaft member, and a plurality of needles releasably secured to the needle deployment member, characterised in that the needle deployment member includes a lower band associated with the distal end of the deployment member, the lower band being configured to retain a non-piercing end of each of the plurality of needles, and an upper band associated with the proximal end of the deployment member, the deployment member being configured to transition between an uncompressed configuration corresponding to a first distance between the proximal and distal ends of the deployment member, the uncompressed configuration longitudinally aligning the plurality of needles with the shaft member and a compressed configuration corresponding to a second distance between the proximal and distal ends of the needle deployment member, in which the upper band is configured to position each of the plurality of needles at a piercing angle in a proximal direction, the first distance being greater than the second distance.
Apparatus for cleaning gutters comprising a main body with first and second cleaning portions (2.1, 2.2) and, said first cleaning portion (2.1) comprising at least one cleaning tool (3, 4)and the second cleaning portion (2.2) comprising a further cleaning tool, the first cleaning portion (2.1) comprises at least a first and a second cleaning tool (3, 4) and the first cleaning tool is movably mounted at the first cleaning portion (2.1) in order to be arranged at least in a first and a second position, wherein in said first position, the first cleaning tool is in an active position and in said second position, the first cleaning tool is in an idle position, wherein the main body comprises: liquid guiding means and a coupling portion fluidly coupled with the liquid guiding means, wherein said liquid guiding means are adapted to guide liquid through channels (10.1, 10.2) associated with the main body to guide liquid towards the first and the second cleaning tool (3, 4) or the further cleaning tool; and a control means for selectively controlling liquid flow towards the first and the second cleaning tool (3, 4) or the further cleaning tool. liquid guiding means and a coupling portion fluidly coupled with the liquid guiding means, wherein said liquid guiding means are adapted to guide liquid through channels (10.1, 10.2) associated with the main body to guide liquid towards the first and the second cleaning tool (3, 4) or the further cleaning tool; and a control means for selectively controlling liquid flow towards the first and the second cleaning tool (3, 4) or the further cleaning tool.
Method for operating a system, wherein the system has: - a plurality of components which interact with one another, wherein a respective component has a microprocessor and an associated program memory for storing an application program, wherein the microprocessor of the component executes the stored application program during operation of the component, wherein the method has the steps of: - storing information relating to the interaction of a respective component with the other components in the respective component, wherein the information is stored in the program memory, characterized in that - the information is inserted as metadata into a source text, wherein the respective application program of the component is generated from the source text, - the source text is compiled for generating the application program, and - the source text is subjected to a link operation after compiling for generating the application program. - a plurality of components which interact with one another, wherein a respective component has a microprocessor and an associated program memory for storing an application program, wherein the microprocessor of the component executes the stored application program during operation of the component, - storing information relating to the interaction of a respective component with the other components in the respective component, wherein the information is stored in the program memory, - the information is inserted as metadata into a source text, wherein the respective application program of the component is generated from the source text, - the source text is compiled for generating the application program, and - the source text is subjected to a link operation after compiling for generating the application program.
Belt buckle that can be released without the use of tools, having an integral container for cheque cards, identity cards, driving licence and the like, wherein a frame open at the top is provided on a base plate attached to one end of a belt, said frame being covered, on its side remote from the base plate, by a closure plate, particularly a plate bearing a motif, a closure element being adapted to be pushed over the open upper side of the frame, thereby covering said upper side, said closure element engaging behind the end of the belt by means of its belt securing tab that is mounted on the back, and engaging over the closure plate on the front.