mhurhangee/patent-ind-claim-en huggingface dataset:
A method for scheduling one or more cyclic control applications on a controller , wherein each cyclic control application comprises one or more function blocks, the method comprising: a. defining a plurality of function block clusters by clustering a plurality of function blocks of the cyclic control applications based on a sampling time of each function block from the plurality of function blocks, wherein each cluster comprises one or more function blocks having the sampling time within a range; b. creating a plurality of organisation blocks from the plurality of function block clusters, each organisation block comprising one or more function blocks from a respective function block cluster and an organisation block record including a sampling time value and next deadline time value associated with the corresponding organization block; and c. scheduling the plurality of organization blocks for execution on the controller , based on at least one of the sampling time value and the next deadline time value of each organisation block from the plurality of organisation blocks; wherein the sampling time value of an organization block is based on one or more sampling times of one or more function blocks of the corresponding organization block, and wherein the next deadline time value of the organisation block is determined based on one or more deadline values of one or more function blocks of the corresponding organisation block. a. defining a plurality of function block clusters by clustering a plurality of function blocks of the cyclic control applications based on a sampling time of each function block from the plurality of function blocks, wherein each cluster comprises one or more function blocks having the sampling time within a range; b. creating a plurality of organisation blocks from the plurality of function block clusters, each organisation block comprising one or more function blocks from a respective function block cluster and an organisation block record including a sampling time value and next deadline time value associated with the corresponding organization block; and c. scheduling the plurality of organization blocks for execution on the controller , based on at least one of the sampling time value and the next deadline time value of each organisation block from the plurality of organisation blocks;
An optical branching/coupling device comprising: first add/drop means configured to: wavelength-multiplex a first optical signal received from a first submarine cable with a second optical signal received from a third submarine cable to be inserted into the first submarine cable, output, to the first submarine cable, a third optical signal acquired by the multiplexing, and output the first optical signal; and second add/drop means configured to: receive the first optical signal, receive, from a second submarine cable different from the first submarine cable, a sixth optical signal acquired by wavelength-multiplexing a fourth optical signal with a fifth optical signal to be dropped from the second submarine cable, wavelength-demultiplex the fourth optical signal and the fifth optical signal, and output, to the second submarine cable, a seventh optical signal acquired by wavelength-multiplexing the fourth optical signal with the first optical signal received from by the first add/drop means . first add/drop means configured to: wavelength-multiplex a first optical signal received from a first submarine cable with a second optical signal received from a third submarine cable to be inserted into the first submarine cable, output, to the first submarine cable, a third optical signal acquired by the multiplexing, and output the first optical signal; and wavelength-multiplex a first optical signal received from a first submarine cable with a second optical signal received from a third submarine cable to be inserted into the first submarine cable, output, to the first submarine cable, a third optical signal acquired by the multiplexing, and output the first optical signal; and second add/drop means configured to: receive the first optical signal, receive, from a second submarine cable different from the first submarine cable, a sixth optical signal acquired by wavelength-multiplexing a fourth optical signal with a fifth optical signal to be dropped from the second submarine cable, wavelength-demultiplex the fourth optical signal and the fifth optical signal, and output, to the second submarine cable, a seventh optical signal acquired by wavelength-multiplexing the fourth optical signal with the first optical signal received from by the first add/drop means . receive the first optical signal, receive, from a second submarine cable different from the first submarine cable, a sixth optical signal acquired by wavelength-multiplexing a fourth optical signal with a fifth optical signal to be dropped from the second submarine cable, wavelength-demultiplex the fourth optical signal and the fifth optical signal, and output, to the second submarine cable, a seventh optical signal acquired by wavelength-multiplexing the fourth optical signal with the first optical signal received from by the first add/drop means .
A hose assembly comprising: a hose having a first end with a first hose fitting and a second end with a second hose fitting ; a base plate having an opening which receives the hose, the base plate being positioned on the hose between the first hose fitting and the second hose fitting; and a bend restrictor releasably coupled to the base plate, the bend restrictor having coils which wrap around the hose; wherein the base plate clamps onto the bend restrictor and the bend restrictor clamps onto the hose, thereby restricting relative axial and rotational movement of the hose; characterized in that the bend restrictor has a first end with a first gap and a second end with a second gap to enable the hose to be inserted through the first gap, the coils to be wrapped around the hose and the hose to be inserted through the second gap. a hose having a first end with a first hose fitting and a second end with a second hose fitting ; a base plate having an opening which receives the hose, the base plate being positioned on the hose between the first hose fitting and the second hose fitting; and a bend restrictor releasably coupled to the base plate, the bend restrictor having coils which wrap around the hose; wherein the base plate clamps onto the bend restrictor and the bend restrictor clamps onto the hose, thereby restricting relative axial and rotational movement of the hose; characterized in that the bend restrictor has a first end with a first gap and a second end with a second gap to enable the hose to be inserted through the first gap, the coils to be wrapped around the hose and the hose to be inserted through the second gap.
A dental guidance assembly, comprising: a rigid body comprising at least one tooth-shaped recess and a coupling structure (208, 506A; and at least two dental bur guides that are each: structured to securely and removably couple to said coupling structure, and comprising an elongated slot having the following measurements: a length of 4 to 40 millimeters, a width of 1 to 4 millimeters, and a depth of 2 to 10 millimeters, wherein the elongated slot extends along a portion of a circumference of a treated tooth, wherein the elongated slots of said at least two dental bur guides have complementary structures, such that, together, the elongated slots are configured to facilitate a limitation of the motion of a dental bur to: an entirety of the circumference of a treated tooth, and a depth suitable to form a shoulder on the treated tooth, for receiving a dental restoration. a rigid body comprising at least one tooth-shaped recess and a coupling structure (208, 506A; and at least two dental bur guides that are each: structured to securely and removably couple to said coupling structure, and comprising an elongated slot having the following measurements: a length of 4 to 40 millimeters, a width of 1 to 4 millimeters, and a depth of 2 to 10 millimeters, structured to securely and removably couple to said coupling structure, and comprising an elongated slot having the following measurements: a length of 4 to 40 millimeters, a width of 1 to 4 millimeters, and a depth of 2 to 10 millimeters, a length of 4 to 40 millimeters, a width of 1 to 4 millimeters, and a depth of 2 to 10 millimeters, an entirety of the circumference of a treated tooth, and a depth suitable to form a shoulder on the treated tooth, for receiving a dental restoration.
Lubrication system for lubricating a drivetrain of a work vehicle said system comprising a plurality of lubrication points each fluidly connectable to a source of oil of said vehicle and configured to provide oil to a specific point of said drivetrain and sensor means configured to detect a temperature value of said specific point, said system further comprises an electronic control unit electrically connected to said sensor means and configured to acquire the temperature value detected by said sensor means, said electronic control unit being further configured to allow the passage of oil from said source to said lubrication points according to a predefined condition based on said acquired temperature value, characterised in that said lubrication system further comprising a pump for each of said lubrication points , said pumps being interposed between the respective lubrication point and the source of oil and being configured to suck oil from said source and pumping it to said lubrication point under control of said electronic control unit .
A method of recovering electrical energy from a power cable comprising at least two phase conductors (C1, C2, C3), the method installing around said power cable a magnetic core in the form of a torus, to form a magnetic circuit suitable for detecting a magnetic field induced by a primary current passing through the phase conductors of said power cable, equipping said magnetic core with a detection coil for inducing a secondary voltage from said magnetic field and delivering an output voltage (U) at the terminals of said detection coil, enabling different types of electrical systems to be supplied, said method further consisting of making said magnetic circuit heterogeneous in order to generate an asymmetrical magnetic flux flow within said magnetic circuit, enabling said output voltage (U) to be maximized and thus obtaining a usable output voltage (U) at the terminals of said detection coil .
Onboard unit for a motor vehicle having a GNSS antenna and a GNSS receiving apparatus for ascertaining the position of the motor vehicle , wherein the GNSS antenna and the GNSS receiving apparatus are arranged inside a housing of the onboard unit , wherein a. the GNSS antenna is a linearly polarized GNSS antenna and is suitable for receiving GNSS signals from multiple GNS systems, b. wherein the GNSS receiving apparatus is designed such that it can receive GNSS signals from multiple different GNS systems and takes i. the availability of received GNSS signals and/or the signal quality of received GNSS signals ii. as a basis for deciding which of the received GNSS signals are intended to be used for determining the position, and wherein the onboard unit comprises the GNSS receiving apparatus having a printed circuit board, which is arranged in the housing substantially horizontally in the installed position of the onboard unit , and a printer drawer , which is arranged above the printed circuit board of the GNSS receiving apparatus in the installed position, wherein the GNSS antenna is arranged on and/or in the printed circuit board such that it is situated behind, i.e. further away from a front of the onboard unit than the point on the printer drawer that is furthest away from the front , and/or beneath the printer drawer in the installed position. a. the GNSS antenna is a linearly polarized GNSS antenna and is suitable for receiving GNSS signals from multiple GNS systems, b. wherein the GNSS receiving apparatus is designed such that it can receive GNSS signals from multiple different GNS systems and takes i. the availability of received GNSS signals and/or the signal quality of received GNSS signals ii. as a basis for deciding which of the received GNSS signals are intended to be used for determining the position, and wherein the onboard unit comprises the GNSS receiving apparatus having a printed circuit board, which is arranged in the housing substantially horizontally in the installed position of the onboard unit , and a printer drawer , which is arranged above the printed circuit board of the GNSS receiving apparatus in the installed position, wherein the GNSS antenna is arranged on and/or in the printed circuit board such that it is situated behind, i.e. further away from a front of the onboard unit than the point on the printer drawer that is furthest away from the front , and/or beneath the printer drawer in the installed position. i. the availability of received GNSS signals and/or the signal quality of received GNSS signals ii. as a basis for deciding which of the received GNSS signals are intended to be used for determining the position,
A method for assigning a terminal to a type class, which is configured for a contactless connection to a security element , in which the following steps are carried out: a) receiving a first command of the terminal by the security element at a first point in time ; b) receiving a second command of the terminal by the security element at a second point in time different from the first point in time ; c) determining a time difference between the first point in time and the second point in time by the security element ; d) comparing the time difference with at least one reference time difference of a reference time collection by the security element ; and e) assigning the terminal to a type class on the basis of the comparison by the security element . a) receiving a first command of the terminal by the security element at a first point in time ; b) receiving a second command of the terminal by the security element at a second point in time different from the first point in time ; c) determining a time difference between the first point in time and the second point in time by the security element ; d) comparing the time difference with at least one reference time difference of a reference time collection by the security element ; and e) assigning the terminal to a type class on the basis of the comparison by the security element .
An infectious, replication-deficient lymphocytic choriomeningitis virus particle for use as a vaccine in a method of treating or preventing an infection with M. tuberculosis in an infant, wherein the particle comprises a nucleotide sequence encoding a mycobacterial antigen, wherein the mycobacterial antigen is a fusion protein between Ag85B and TB10.4, wherein the fusion protein comprises the amino acid sequence of SEQ ID NO:5, and wherein the mycobacterial antigen is fused to a signal peptide of a tissue plasminogen activator.
DC switch for disconnecting a DC line , comprising - at least one power semiconductor switch arranged in the current path of the DC line , - means for measuring the input and output voltage of the DC switch , - means for measuring the current flowing through the DC line , - a control device for the power semiconductor switch , characterized in that the control device is configured - to switch on the DC switch for a first time period, - to determine the present input voltage , - to determine the output voltage present at the end of the first time period, - to determine the current intensity present at the end of the first time period, - to determine a present inductance and/or capacitance present on the load side from the determined values. - at least one power semiconductor switch arranged in the current path of the DC line , - means for measuring the input and output voltage of the DC switch , - means for measuring the current flowing through the DC line , - a control device for the power semiconductor switch , - to switch on the DC switch for a first time period, - to determine the present input voltage , - to determine the output voltage present at the end of the first time period, - to determine the current intensity present at the end of the first time period, - to determine a present inductance and/or capacitance present on the load side from the determined values.
A hanging or storage means adapted to be attached to a kitchen sink or basin, comprising an attachment assembly adapted for attaching the hanging or storage means to the sink or basin , wherein the attachment assembly comprises attachment magnets connected to the hanging or storage means and separate counter-magnets adapted to be attached on the backside of the sink or basin , the mutual attractive force of the magnets being designed to provide a detachable attachment of the hanging or storage means through the wall material of the sink or basin on the upper surface of the sink or on the inner surface of the vertical wall of the basin , and wherein the hanging or storage means is a bar-like hanging or storage means in the shape of an arch or handle and the attachment surfaces of the attachment magnets at its opposite ends are either on the same plane or at 90° with respect to one another, or wherein the hanging or storage means is a straight or curved bar on one end of which are the attachment magnets , whereby the bar-like hanging or storage means is only attached at one end, while the other end is free, and at least two attachment magnets are adjacent to one another at the same end of the bar-like hanging or attachment means and at least two counter-magnets are correspondingly located adjacent to one another on the opposite side of the wall of the sink or basin .
A base station, comprising: a determining module , configured to: determine a radio superframe identifier of a paging message that is of user equipment and that is in a physical layer frame, and determine, based on the radio superframe identifier, a first location identifier of the paging message in the radio superframe, wherein the radio superframe identifier is used to indicate the radio superframe in which the paging message is located, the first location identifier is used to indicate a target location of the paging message in the radio superframe, and the first location identifier comprises a downlink control information interval identifier or a radio frame identifier; an adding module , configured to add the paging message to the corresponding target location based on the first location identifier; and an output module , configured to send, to the user equipment and on a paging channel corresponding to a coverage range class of the user equipment, the physical layer frame that carries the paging message, wherein the coverage range class of the user equipment is associated with quantity of times for sending a paging message for the user equipment in one downlink control information interval. a determining module , configured to: determine a radio superframe identifier of a paging message that is of user equipment and that is in a physical layer frame, and determine, based on the radio superframe identifier, a first location identifier of the paging message in the radio superframe, wherein the radio superframe identifier is used to indicate the radio superframe in which the paging message is located, the first location identifier is used to indicate a target location of the paging message in the radio superframe, and the first location identifier comprises a downlink control information interval identifier or a radio frame identifier; an adding module , configured to add the paging message to the corresponding target location based on the first location identifier; and an output module , configured to send, to the user equipment and on a paging channel corresponding to a coverage range class of the user equipment, the physical layer frame that carries the paging message, wherein the coverage range class of the user equipment is associated with quantity of times for sending a paging message for the user equipment in one downlink control information interval.
A fastening system having a retaining strip fixable on a substructure and a plurality of oblong panels , which are lockable on the retaining strip , wherein each panel comprises, on the side facing toward the retaining strip at at least one base element , two laterally protruding catch projections and catch receptacles adjacent to the catch projections , in which at least one catch element of the retaining strip is lockable, wherein two catch elements provided for fixing a panel form a receptacle and are connected to one another via a bottom section of the retaining strip , wherein the catch elements are formed to be dimensionally stable and during the locking of a panel , the catch elements can be spread open via a deformation of the bendable bottom section , characterized in that no fastening means which are fixable on the substructure are provided in the bottom section , and openings for fixing the retaining strip via fastening means are arranged adjacent to the bottom section , and at least one recess is provided around the openings at these openings on the side facing toward the catch elements , to facilitate raising of the bottom section during the locking of a panel .
A printing device comprising: a media guide arranged to guide a printable media substrate from an upstream media path towards an input of the printing device or away from an output of the printing device towards a downstream media path , the media guide being movable between: (i) a first position , arranged to guide the printable media substrate along a respective media path ; and (ii) a second position that is spaced apart from the first position to form a buffer region into which a variable amount of printable media substrate can collect, wherein the second position is variable to vary the size of the buffer region ; and a sensor arranged to detect the extent by which the substrate forms a loop in the buffer region and to provide a signal indicative of the detected extent to the printing device, characterised in that the sensor is disposed on the media guide . a media guide arranged to guide a printable media substrate from an upstream media path towards an input of the printing device or away from an output of the printing device towards a downstream media path , the media guide being movable between: (i) a first position , arranged to guide the printable media substrate along a respective media path ; and (ii) a second position that is spaced apart from the first position to form a buffer region into which a variable amount of printable media substrate can collect, wherein the second position is variable to vary the size of the buffer region ; and (i) a first position , arranged to guide the printable media substrate along a respective media path ; and (ii) a second position that is spaced apart from the first position to form a buffer region into which a variable amount of printable media substrate can collect, wherein the second position is variable to vary the size of the buffer region ; and a sensor arranged to detect the extent by which the substrate forms a loop in the buffer region and to provide a signal indicative of the detected extent to the printing device, characterised in that the sensor is disposed on the media guide .
Tank container having a tank and a cuboid framework which holds the tank via end edges at the ends of a shell ring and end frames connected thereto, the framework comprising lateral lower longitudinal bars and transfer runners extending therebetween, characterized in that the longitudinal bars and the transfer runners are coupled to one another via cross members penetrating the transfer runners .