mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented at a network device , comprising: determining a collision probability with one or more neighboring transmitters , wherein the collision probability indicates a probability for a plurality of transmissions to collide due to occupying same or overlapping transmission resources; selecting a start time position for a plurality of burst transmissions related to the network device based on a result of the determination; wherein selecting the start time position for the plurality of burst transmissions related to the network device based on the result of the determination comprises: in response to determining that the collision probability is above a first threshold, selecting a first start time position from a set of candidate start time positions for a first plurality of burst transmissions in a first time interval; monitoring a transmission characteristic of the first plurality of burst transmissions in the first time interval; and reselecting a second start time position from the set of candidate start time positions for a second plurality of burst transmissions in a subsequent second time interval based on the monitored transmission characteristic; and indicating the selected start time position to a terminal device . determining a collision probability with one or more neighboring transmitters , wherein the collision probability indicates a probability for a plurality of transmissions to collide due to occupying same or overlapping transmission resources; selecting a start time position for a plurality of burst transmissions related to the network device based on a result of the determination; wherein selecting the start time position for the plurality of burst transmissions related to the network device based on the result of the determination comprises: in response to determining that the collision probability is above a first threshold, selecting a first start time position from a set of candidate start time positions for a first plurality of burst transmissions in a first time interval; monitoring a transmission characteristic of the first plurality of burst transmissions in the first time interval; and reselecting a second start time position from the set of candidate start time positions for a second plurality of burst transmissions in a subsequent second time interval based on the monitored transmission characteristic; and in response to determining that the collision probability is above a first threshold, selecting a first start time position from a set of candidate start time positions for a first plurality of burst transmissions in a first time interval; monitoring a transmission characteristic of the first plurality of burst transmissions in the first time interval; and reselecting a second start time position from the set of candidate start time positions for a second plurality of burst transmissions in a subsequent second time interval based on the monitored transmission characteristic; and indicating the selected start time position to a terminal device .
A data manager for distributing data of a data stream of a user equipment via a first wireless local area network link and a second wireless local area network link , the user equipment being configured to simultaneously communicate over the first wireless local area network link and the second wireless local area network link , the first wireless local area network link and the second wireless local area network link each connecting the user equipment to an access gateway , wherein the access gateway is configured to connect to a network access entity via a communication link , the network access entity providing access to a communication network for the access gateway , the first wireless local area network link and the communication link forming a first composite communication link, and the second wireless local area network link and the communication link forming a second composite communication link, the data manager comprising: a network interface being configured to receive a first status signal indicating a link quality of the first composite communication link , a second status signal indicating a link quality of the second composite communication link and a third status signal indicating a link quality of the communication link ; and a processor being configured to determine a reduction of an amount of data of the data stream communicated over the first wireless local area network link and to determine an increase of an amount of data of the data stream communicated over the second wireless local area network link , if the third status signal indicates a higher link quality than a link quality that is indicated by the first status signal. a network interface being configured to receive a first status signal indicating a link quality of the first composite communication link , a second status signal indicating a link quality of the second composite communication link and a third status signal indicating a link quality of the communication link ; and a first status signal indicating a link quality of the first composite communication link , a second status signal indicating a link quality of the second composite communication link and a third status signal indicating a link quality of the communication link ; and a processor being configured to determine a reduction of an amount of data of the data stream communicated over the first wireless local area network link and to determine an increase of an amount of data of the data stream communicated over the second wireless local area network link , if the third status signal indicates a higher link quality than a link quality that is indicated by the first status signal. to determine a reduction of an amount of data of the data stream communicated over the first wireless local area network link and to determine an increase of an amount of data of the data stream communicated over the second wireless local area network link , if the third status signal indicates a higher link quality than a link quality that is indicated by the first status signal.
Method for the galvanoplastic deposition of a gold alloy on an electrode dipped into a bath including gold metal in alkaline aurocyanide form, organometallic compounds, a wetting agent, a sequestering agent and free cyanide, the alloy metals being copper, in double copper and potassium cyanide form, and silver, in cyanide form, characterized in that the bath respects a proportion of 9.08 wt% gold, 90.85 wt% copper and 0.07 wt% silver allowing a mirror-bright yellow gold alloy to be deposited on the electrode, said bath not containing cadmium.
Household appliance , in particular tumble dryer, comprising a condensate collection container and a condensate tub , wherein the condensate tub represents a first collection vessel, which is used to directly/initially receive the condensate, and wherein the condensate tub is connected in a fluid-conducting manner to the condensate collection container , and a control facility , which is designed to detect a fill level of the condensate collection container and/or the condensate tub , characterised in that the household appliance also comprises a first measuring facility, which is designed to acquire the fill level of the condensate collection container , wherein the control facility comprises at least one comparison value, and wherein the control facility is designed to compare the fill level or levels with the at least one comparison value, and wherein when the at least one comparison value is reached, exceeded or not met, the control facility is designed to output a drainage time frame for the condensate collection container , wherein the drainage time frame corresponds to a period of time which is still available in order to drain the condensate collection container, wherein the control facility is designed to transfer or transmit the drainage time frame to a user.
Compressor arrangement for automatic compressing of ground coffee having a first housing which has an inlet and outlet opening , wherein conveying and compressing elements are provided in the housing which are drivable by means of at least one first drive device, wherein the outlet opening has a retention flap which serves to adjust the bulk density of the ground coffee, wherein an adjustment device is provided via which a preadjustment of the bulk density can be adjusted, wherein the adjustment device has a second drive device , characterized in that the second drive device is operatively connected to a transmission which is operatively connected to a retention flap shaft on which the retention flap is arranged such that the transmission has means which enable a limiting of the opening angle of the retention flap , and wherein there is an automatic dynamic pressure adjustment apparatus which, in the case of a higher or lower dynamic pressure being exerted on the retention flap , enables an enlarging or reducing of the preset opening angle, wherein the transmission is a worm gear comprising a worm shaft and a worm wheel , wherein a transmission housing part is provided which is rotatably supported on the retention flap shaft and in which the worm shaft is supported on the retention flap shaft for rotation therewith, such that a rotation of the worm shaft allows a rotation of the transmission housing part around the worm wheel , and wherein the transmission housing part has a defined weight assigned thereto that allows the preadjustment of the desired opening angle. characterized in that the second drive device is operatively connected to a transmission which is operatively connected to a retention flap shaft on which the retention flap is arranged such that the transmission has means which enable a limiting of the opening angle of the retention flap , and wherein there is an automatic dynamic pressure adjustment apparatus which, in the case of a higher or lower dynamic pressure being exerted on the retention flap , enables an enlarging or reducing of the preset opening angle, wherein the transmission is a worm gear comprising a worm shaft and a worm wheel , wherein a transmission housing part is provided which is rotatably supported on the retention flap shaft and in which the worm shaft is supported on the retention flap shaft for rotation therewith, such that a rotation of the worm shaft allows a rotation of the transmission housing part around the worm wheel , and wherein the transmission housing part has a defined weight assigned thereto that allows the preadjustment of the desired opening angle.
Device for automatically unlocking shipping containers wherein the device incorporates a load-bearing structure that can be moved up through a port crane into the belly of a ship, wherein the device comprises several pairs of side frames (5-5') emerging from the ends of structure, characterized in that the load-bearing structure is telescopic, wherein on a lower side of the pairs of side frames, which is suitable for unlocking containers simultaneously, there is provided on an inner face a robotic mechanism with at least three degrees of movement; a vertical , a transverse , and an axial displacement for a grasping tool , such as a capture claw for opening handles for different types of securing mechanisms for a container , wherein the a claw has at least one degree of freedom of movement; wherein the robotic mechanism is assisted by artificial vision and movement systems, which are remote operated, assisted, or fully automatic.
An air preparation system having an electronic control unit for supplying at least one consumer circuit (6 to 12) of a vehicle with dried system air and comprising: - an air-drying unit for drying compressed air produced by a pneumatically switchable compressor that supplies the at least one consumer circuit (6 to 12) with dried compressed air, - an electrically actuated compressor control valve connected to the control unit for switching on and off the pneumatically switchable compressor via a pneumatic switching port based on a system pressure measurement value that is determined by at least one pressure sensor (22a to 22c) and fed as an input signal to the electronic control unit , in order to actuate the pneumatic compressor redundantly there being provided a further, pneumatically pilot-controlled compressor control valve to which the system pressure or a pressure proportional to the system pressure is applied at a control input in order to switch on the compressor by actuating the pneumatic switching port when the system pressure falls below a lower limit value. characterised in that - there is provided an electromagnetic regeneration valve that is connected to the control unit and that returns dried compressed air along a regeneration path through the air-drying unit in order to regenerate the air-drying unit , this regeneration valve taking the form of an electromagnetic multi-way valve that is actuated as instructed by the control unit in order to switch the air preparation unit from delivery mode to regeneration mode, - a bleed valve arranged in the regeneration path connects a connecting line on the input side of the compressor to a bleed port when the air preparation system is in regeneration mode, the bleed valve being pneumatically pilot-controlled by a connection to the working-port side of the electromagnetic regeneration valve . - an air-drying unit for drying compressed air produced by a pneumatically switchable compressor that supplies the at least one consumer circuit (6 to 12) with dried compressed air, - an electrically actuated compressor control valve connected to the control unit for switching on and off the pneumatically switchable compressor via a pneumatic switching port based on a system pressure measurement value that is determined by at least one pressure sensor (22a to 22c) and fed as an input signal to the electronic control unit , - there is provided an electromagnetic regeneration valve that is connected to the control unit and that returns dried compressed air along a regeneration path through the air-drying unit in order to regenerate the air-drying unit , this regeneration valve taking the form of an electromagnetic multi-way valve that is actuated as instructed by the control unit in order to switch the air preparation unit from delivery mode to regeneration mode, - a bleed valve arranged in the regeneration path connects a connecting line on the input side of the compressor to a bleed port when the air preparation system is in regeneration mode, the bleed valve being pneumatically pilot-controlled by a connection to the working-port side of the electromagnetic regeneration valve .
A nozzle carrier drive for hydromassage devices, having a guide rail that is arrangeable so as to extend in the longitudinal direction of a trough of the hydromassage device, and a motor-driven nozzle carrier slide displaceable along the same and carrying at least one nozzle for ejecting a massaging water jet, and having means for generating a movement of the massaging water jet transverse to the longitudinal direction of the trough , wherein - at least one transverse slide and one transverse rail that is arrangeable transversely to the longitudinal direction of the trough are provided, - the at least one nozzle is arranged so as to be stationary on the nozzle carrier slide , - the guide rail is in turn carried by the at least one transverse slide which is displaceable along the transverse rail that is arrangeable transversely to the longitudinal direction of the trough , - a first drive motor and a first drive shaft driven by the motor and arrangeable so as to extend transversely to the longitudinal direction of the trough are provided, driving, via a gear block disposed on one end of the guide rail and translatable along the first drive shaft , a driving element connected to the nozzle carrier slide , such that the nozzle carrier slide is displaceable along the guide rail, - and a second drive motor and a second drive shaft driven by the motor and arrangeable so as to extend in the longitudinal direction of the trough are provided, driving, via a stationary gear block disposed on one end of the or of each transverse rail , a driving element connected to the transverse slide , such that the transverse slide is displaceable along the transverse rail. - at least one transverse slide and one transverse rail that is arrangeable transversely to the longitudinal direction of the trough are provided, - the at least one nozzle is arranged so as to be stationary on the nozzle carrier slide , - the guide rail is in turn carried by the at least one transverse slide which is displaceable along the transverse rail that is arrangeable transversely to the longitudinal direction of the trough , - a first drive motor and a first drive shaft driven by the motor and arrangeable so as to extend transversely to the longitudinal direction of the trough are provided, driving, via a gear block disposed on one end of the guide rail and translatable along the first drive shaft , a driving element connected to the nozzle carrier slide , such that the nozzle carrier slide is displaceable along the guide rail, - and a second drive motor and a second drive shaft driven by the motor and arrangeable so as to extend in the longitudinal direction of the trough are provided, driving, via a stationary gear block disposed on one end of the or of each transverse rail , a driving element connected to the transverse slide , such that the transverse slide is displaceable along the transverse rail.
An assembly for connecting a cross beam for receiving pivot pins to two lower longitudinal beams for a coach body of a rail vehicle, the assembly comprising the cross beam and both longitudinal beams , wherein the cross beam has a crossing section which connects the two longitudinal beams to each other in the area of the connection, and a longitudinal section which is suitable for extending to the front of the next coach, and the lower longitudinal beams consisting, as multi-chamber hollow profiles, of fibre composite material and being suitable for extending over the entire length of the coach body , characterized in that the number of chambers in the multi-chamber hollow profile is reduced in the area of the connection such that the wall material of at least one chamber has been removed in such a way that the webs to the adjacent chambers are exposed; one load distribution element or several load distribution elements are fixed to one or more of the exposed webs ; the load distribution elements have toothed sections which engage in ideally shaped counter pieces at the ends of the crossing section of the cross beam ; the cross beam is fixed by means of metallic connecting elements which protrude through the load distribution elements into one or more chambers of the respective lower longitudinal beam .
Method for the operation of a rail vehicle , - in which an item of information for operation of the rail vehicle and an identifier are transmitted from a balise to an on-board unit of the rail vehicle , - so that on the basis of the identifier the authenticity of the balise is checked by the rail vehicle , - in which the information for operation of the rail vehicle is used in the case of successful checking of the identifier. - in which an item of information for operation of the rail vehicle and an identifier are transmitted from a balise to an on-board unit of the rail vehicle , - so that on the basis of the identifier the authenticity of the balise is checked by the rail vehicle , - in which the information for operation of the rail vehicle is used in the case of successful checking of the identifier.
A method of making a camera , the method comprising: assembling a plurality of lens elements , a sensor , and a housing to establish an assembly with each of the lens elements and the sensor at least partially in the housing ; situating the assembly adjacent a circuit board substrate ; securing at least the sensor to the circuit board substrate using surface mount technology (SMT), wherein the assembly is fixed relative to the circuit board substrate by the securing; situating objective lens elements in front of the assembly , the objective lens elements being configured to direct radiation toward a front one of the lens elements , characterized in that at least two rays of the radiation between the objective lens elements and the front one of the lens elements are parallel. assembling a plurality of lens elements , a sensor , and a housing to establish an assembly with each of the lens elements and the sensor at least partially in the housing ; situating the assembly adjacent a circuit board substrate ; securing at least the sensor to the circuit board substrate using surface mount technology (SMT), wherein the assembly is fixed relative to the circuit board substrate by the securing;
A polypeptide comprising two anti-human von Willebrand Factor (vWF) immunoglobulin single variable domains (ISVDs) for use in reducing an exacerbation of a vWF-related disease in a human, by administering to the human a dose of 1-80 mg, preferably 5-40 mg, even more preferably 10 mg of said polypeptide.
A rotary machine comprising: a housing; a rotor having an axial surface; and a seal assembly for sealing a gap between the axial surface of the rotor and a side of the housing , the seal assembly comprising: a face seal having: an outer member having (i) an axial contact surface , axially loaded against the side of the housing , (ii) at least one other fluid-pressure receiving surface , and (iii) an inner radial contact surface that is radially loaded against the rotor by fluid pressure; and a bridge member coupled to the outer member, spanning a radial distance inwardly from the outer member, wherein the bridge member is configured to limit movement of the face seal radially outward, wherein the axial contact surface and the at least one other fluid-pressure receiving surface are shaped so that the fluid pressure causes a net force by which the axial contact surface is urged axially against the side of the housing and the inner radial contact surface of the outer member is urged radially against the rotor . a housing; a rotor having an axial surface; and a seal assembly for sealing a gap between the axial surface of the rotor and a side of the housing , the seal assembly comprising: a face seal having: an outer member having (i) an axial contact surface , axially loaded against the side of the housing , (ii) at least one other fluid-pressure receiving surface , and (iii) an inner radial contact surface that is radially loaded against the rotor by fluid pressure; and a bridge member coupled to the outer member, spanning a radial distance inwardly from the outer member, wherein the bridge member is configured to limit movement of the face seal radially outward, wherein the axial contact surface and the at least one other fluid-pressure receiving surface are shaped so that the fluid pressure causes a net force by which the axial contact surface is urged axially against the side of the housing and the inner radial contact surface of the outer member is urged radially against the rotor . an outer member having (i) an axial contact surface , axially loaded against the side of the housing , (ii) at least one other fluid-pressure receiving surface , and (iii) an inner radial contact surface that is radially loaded against the rotor by fluid pressure; and a bridge member coupled to the outer member, spanning a radial distance inwardly from the outer member, wherein the bridge member is configured to limit movement of the face seal radially outward, wherein the axial contact surface and the at least one other fluid-pressure receiving surface are shaped so that the fluid pressure causes a net force by which the axial contact surface is urged axially against the side of the housing and the inner radial contact surface of the outer member is urged radially against the rotor .