mhurhangee/ep-ind-claims huggingface dataset:
A method for serializing products by using a barcode, wherein an authentication feature is introduced into the barcode by using a printing modification, the method comprising the following steps: i) providing print batch data by a central database, wherein the print batch data comprise a batch of serial codes and at least one individual security rationale for modifying the barcode, whereby the security rationale is assigned to the barcode and a range of sequential serial numbers is defined; ii) transmitting the print batch data to a printing device, wherein the printing device is designed for printing variable data; iii) printing a modified barcode (130, 152) by using a single serial code out of the range of the sequential serial numbers and the assigned individual security rationale as provided by the print batch data, whereby an authentication feature is introduced into the barcode, wherein the modified barcode is printed in a resolution which does not allow assigning an identical number of pixels to every module, wherein the modified barcode is printed by using at least two different kinds of modules (122, 124), wherein a different number of pixels is assigned to each kind of modules (122, 124), wherein a repartition of the different kind of modules (122, 124) is defined by a combination of the individual security rationale and the single serial code, wherein the combination of the individual security rationale and the single serial code covers position information for one or more of: at least one individually selected module, at least one entire column of modules, at least one entire row of modules. i) providing print batch data by a central database, wherein the print batch data comprise a batch of serial codes and at least one individual security rationale for modifying the barcode, whereby the security rationale is assigned to the barcode and a range of sequential serial numbers is defined; ii) transmitting the print batch data to a printing device, wherein the printing device is designed for printing variable data; iii) printing a modified barcode (130, 152) by using a single serial code out of the range of the sequential serial numbers and the assigned individual security rationale as provided by the print batch data, whereby an authentication feature is introduced into the barcode, wherein the modified barcode is printed in a resolution which does not allow assigning an identical number of pixels to every module, wherein the modified barcode is printed by using at least two different kinds of modules (122, 124), wherein a different number of pixels is assigned to each kind of modules (122, 124), wherein a repartition of the different kind of modules (122, 124) is defined by a combination of the individual security rationale and the single serial code, wherein the combination of the individual security rationale and the single serial code covers position information for one or more of: at least one individually selected module, at least one entire column of modules, at least one entire row of modules.
Train detection system having at least one axle counter (10... 15) which is connected for signalling purposes to a detection device, wherein for data transmission purposes the train detection system has a publish/subscribe system having • at least one axle counter (10... 15) configured for publishing messages, • at least one transmit-side message broker, • a plurality of receive-side message brokers, and • at least the one receive-side detection device configured for receiving messages, and wherein • each axle counter (10... 15) is connected for communication purposes to the transmit-side message broker or one of the transmit-side message brokers, • the at least one transmit-side message broker is configured to map a message published by the axle counter or one of the axle counters (10... 15) onto at least two redundant, at least partially physically independent network paths (50, 51) of the train detection system on the basis of a topic specified in the message and pointing in particular to the aspect of axle counting, • the train detection system is configured to transmit the message simultaneously over the at least two network paths (50, 51) to a plurality of the receive-side message brokers, each of which is assigned to at least two multicast groups, wherein each of the multicast groups uses one of the redundant, at least partially physically independent network paths (50, 51) of the train detection system, • each receive-side detection device is connected for communication purposes to • one of the receive-side message brokers, and • each receive-side message broker is configured to transmit the message to the at least one receive-side detection device. • at least one axle counter (10... 15) configured for publishing messages, • at least one transmit-side message broker, • a plurality of receive-side message brokers, and • at least the one receive-side detection device configured for receiving messages, • each axle counter (10... 15) is connected for communication purposes to the transmit-side message broker or one of the transmit-side message brokers, • the at least one transmit-side message broker is configured to map a message published by the axle counter or one of the axle counters (10... 15) onto at least two redundant, at least partially physically independent network paths (50, 51) of the train detection system on the basis of a topic specified in the message and pointing in particular to the aspect of axle counting, • the train detection system is configured to transmit the message simultaneously over the at least two network paths (50, 51) to a plurality of the receive-side message brokers, each of which is assigned to at least two multicast groups, wherein each of the multicast groups uses one of the redundant, at least partially physically independent network paths (50, 51) of the train detection system, • each receive-side detection device is connected for communication purposes to • one of the receive-side message brokers, and • each receive-side message broker is configured to transmit the message to the at least one receive-side detection device.
An apparatus for performing moving picture data generation processing, the apparatus comprising: a resolution converting section (112, 113) for converting the spatial resolution of a moving picture and the temporal resolution of the moving picture, wherein the resolution converting section (112, 113) receives not only a first moving picture that has been generated by receiving a portion of incoming light that falls within a wavelength range with the highest luminosity factor and that has been obtained by splitting the incoming light according to its wavelength ranges, but also a second moving picture that has a lower spatial resolution, and a higher temporal resolution, than the first moving picture and that has been generated by receiving the rest of the light that falls within the remaining wavelength ranges, other than the one with the highest luminosity factor, and wherein the resolution converting section (112, 113) converts the temporal resolution of the first moving picture into that of the second moving picture using images of the first and second moving pictures. a resolution converting section (112, 113) for converting the spatial resolution of a moving picture and the temporal resolution of the moving picture, wherein the resolution converting section (112, 113) receives not only a first moving picture that has been generated by receiving a portion of incoming light that falls within a wavelength range with the highest luminosity factor and that has been obtained by splitting the incoming light according to its wavelength ranges, but also a second moving picture that has a lower spatial resolution, and a higher temporal resolution, than the first moving picture and that has been generated by receiving the rest of the light that falls within the remaining wavelength ranges, other than the one with the highest luminosity factor, and wherein the resolution converting section (112, 113) converts the temporal resolution of the first moving picture into that of the second moving picture using images of the first and second moving pictures.
A granulation method using an underwater cutting device, which is configured to granulate a medium to be processed extruded from holes of a die by cutting the medium by using cutter blades provided in a circulation box and to convey the cut pellets from the circulation box while cooling the cut pellets by pellet cooling/transport water, in the following: PCW,, the granulation method comprising the following steps: step 1: circulating the PCW, and stopping the circulation of the PCW after pushing the cutter blades against the die while rotating the cutter blades, before the start of the granulation; step 2: storing a predetermined amount of PCW in the circulation box by discharging the PCW until the predetermined amount of PCW is detected; and step 3: heating the PCW, which is stored in the circulation box, up to 69°C or more. step 1: circulating the PCW, and stopping the circulation of the PCW after pushing the cutter blades against the die while rotating the cutter blades, before the start of the granulation; step 2: storing a predetermined amount of PCW in the circulation box by discharging the PCW until the predetermined amount of PCW is detected; and step 3: heating the PCW, which is stored in the circulation box, up to 69°C or more.
A tandem quadrupole mass spectrometer comprising: a front-stage quadrupole mass filter for selecting, as precursor ions, ions having a specific mass-to-charge-ratio from among a variety of ions; a collision cell for causing the precursor ions to collide with a predetermined gas to dissociate the ions; a rear-stage quadrupole mass filter for selecting ions having a specific mass-to-charge-ratio from among a variety of product ions produced through the dissociation; and a detector for detecting the selected product ions, the tandem quadrupole mass spectrometer further comprising: a) a gas adjuster for adjusting a supply pressure or a supply flow rate of a gas supplied to an inside of the collision cell such that a gas pressure inside the collision cell is in a desired state; and characterised in that, the tandem quadrupole spectrometer further comprises: b) a controller for changing a length of a dwell time in accordance with the gas supply pressure or the gas supply flow rate set by the gas adjuster or a target gas pressure when a measurement in a multiple reaction monitoring measurement mode is performed, the dwell time being a period of time to take in signals obtained by the detector with regard to precursor ions and product ions each having a respective mass-to-charge ratio that is characteristic of a given compound. a) a gas adjuster for adjusting a supply pressure or a supply flow rate of a gas supplied to an inside of the collision cell such that a gas pressure inside the collision cell is in a desired state; and b) a controller for changing a length of a dwell time in accordance with the gas supply pressure or the gas supply flow rate set by the gas adjuster or a target gas pressure when a measurement in a multiple reaction monitoring measurement mode is performed, the dwell time being a period of time to take in signals obtained by the detector with regard to precursor ions and product ions each having a respective mass-to-charge ratio that is characteristic of a given compound.
Method for cross-subscriber communication, in which information about a first state transition in an autonomous driving system is received from a first subscriber on the autonomous driving system, and in which information about a state of the autonomous driving system is determined on the basis of the information about the first state transition and on the basis of information about at least one second state transition in the autonomous driving system, and in which information about the state is stored in at least one blockchain, wherein the subscribers are vehicles and wherein the method is characterized in that a decision by a second subscriber to select a second trajectory instead of a previously transmitted old second trajectory in order to avoid an object is provided to the first subscriber as a second state change via the at least one blockchain and wherein the decision by the first subscriber regarding how to react to the second trajectory is based on the second trajectory. state transition in an autonomous driving system is received from a first subscriber on the autonomous driving system, and in which information about a state of the autonomous driving system is determined on the basis of the information about the first state transition and on the basis of information about at least one second state transition in the autonomous driving system, and in which information about the state is stored in at least one blockchain, wherein the subscribers are vehicles and wherein the method is characterized in that a decision by a second subscriber to select a second trajectory instead of a previously transmitted old second trajectory in order to avoid an object is provided to the first subscriber as a second state change via the at least one blockchain and wherein the decision by the first subscriber regarding how to react to the second trajectory is based on the second trajectory.
A turbulator for promoting mixing of fluids passing through a body lumen in a patient comprising: an elongate flow perturbing component including a nonporous proximal segment and a porous distal segment, the porous distal segment having a subordinate shape memory property and including an exposed wire coil with a fixed primary shape, a fixed secondary shape, and a mutable tertiary shape; and an elongate shape controlling component freely slidable within the flow perturbing component between a distally advanced location, and a retracted location, the elongate shape controlling component including a rigid proximal segment having a dominant shape memory property; the turbulator being adjustable from a low profile, lumen access configuration at which the dominant shape memory property defines the mutable tertiary shape, to an expanded profile, deployed configuration at which the subordinate shape memory property defines the mutable tertiary shape, at least in part by sliding the shape controlling component from the distally advanced location to the retracted location; characterised in that the elongate shape controlling component has a non-rigid distal segment so that in the lumen access configuration the shape of the distal segment 54 is determined by the shape of the flow perturbing component. an elongate flow perturbing component including a nonporous proximal segment and a porous distal segment, the porous distal segment having a subordinate shape memory property and including an exposed wire coil with a fixed primary shape, a fixed secondary shape, and a mutable tertiary shape; and an elongate shape controlling component freely slidable within the flow perturbing component between a distally advanced location, and a retracted location, the elongate shape controlling component including a rigid proximal segment having a dominant shape memory property; the turbulator being adjustable from a low profile, lumen access configuration at which the dominant shape memory property defines the mutable tertiary shape, to an expanded profile, deployed configuration at which the subordinate shape memory property defines the mutable tertiary shape, at least in part by sliding the shape controlling component from the distally advanced location to the retracted location;
A method for detecting a security thread in a value document, wherein for sites on the value document magnetic data are employed which represent a magnetic property of the value document at the site, while employing the sites, check sites are determined on the value document, characterized in that a method section is carried out wherein a pair of two of the check sites on the document is selected and for a straight line through the check sites of the pair there are computed deviations of at least the other check sites from the straight line, and a set of those check sites is specified for which the deviation is smaller than a predetermined maximal deviation, the method section is repeated for other pairs until an abort criterion is fulfilled, wherein for each of the sets a suitability value is specified which describes how well the check sites of the set describe the location of a security thread, as the location of the security thread a straight line is ascertained which reproduces the location of the check sites for that one of the sets for which the greatest suitability value was ascertained. for sites on the value document magnetic data are employed which represent a magnetic property of the value document at the site, while employing the sites, check sites are determined on the value document, characterized in that a method section is carried out wherein a pair of two of the check sites on the document is selected and for a straight line through the check sites of the pair there are computed deviations of at least the other check sites from the straight line, and a set of those check sites is specified for which the deviation is smaller than a predetermined maximal deviation, the method section is repeated for other pairs until an abort criterion is fulfilled, wherein for each of the sets a suitability value is specified which describes how well the check sites of the set describe the location of a security thread, as the location of the security thread a straight line is ascertained which reproduces the location of the check sites for that one of the sets for which the greatest suitability value was ascertained.
A controller for a hemodialysis system, the hemodialysis system comprising actuators that cooperate to perform dialysis functions and sensors that cooperate to monitor dialysis functions, the controller comprising: a user interface model layer configured to manage the state of a graphical user interface and receive inputs from a graphical user interface; a therapy layer, below the user interface model layer, configured to run state machines that generate therapy commands based at least in part on the inputs from the graphical user interface; and a machine layer, below the therapy layer, configured to provide commands for the actuators based on the therapy commands, wherein the therapy layer is configured to receive command requests from the user interface model layer, wherein some commands are state specific and other commands are valid in any state, wherein the therapy layer is configured to decide if the current command request will be acted upon or not, and wherein the therapy layer is configured to reject the command request and to return to a user an appropriate reason for the rejection, if the current state is not valid for the command. a user interface model layer configured to manage the state of a graphical user interface and receive inputs from a graphical user interface; a therapy layer, below the user interface model layer, configured to run state machines that generate therapy commands based at least in part on the inputs from the graphical user interface; and a machine layer, below the therapy layer, configured to provide commands for the actuators based on the therapy commands, wherein the therapy layer is configured to receive command requests from the user interface model layer, wherein some commands are state specific and other commands are valid in any state, wherein the therapy layer is configured to decide if the current command request will be acted upon or not, and wherein the therapy layer is configured to reject the command request and to return to a user an appropriate reason for the rejection, if the current state is not valid for the command.
A solution for spray drying comprising hypromellose acetate succinate having a hydroxypropoxy molar substitution of 0.40 or more, a solvent, and a drug.
A tape printer configured to wind a tape with print on which a desired print has been applied, comprising: a housing constituting an outer shell of the printer; a winding core member detachably attached to said housing and configured to take up said tape with print; a bearing portion disposed on said housing; and a driving gear disposed on said housing, wherein said winding core member comprises: a shaft member that at least one end of the shaft member is configured to be detachably fitted to said bearing portion; a cylindrical winding body disposed rotatably on an outer periphery of said shaft member and configured to wind said tape with print on an outer peripheral side; a driven gear fixed to said winding body and configured to be meshed with said driving gear when said winding core member is attached to said housing; and a lock member configured to fix said shaft member to said bearing portion when said winding core member is attached to said housing. a housing constituting an outer shell of the printer; a winding core member detachably attached to said housing and configured to take up said tape with print; a bearing portion disposed on said housing; and a driving gear disposed on said housing, wherein said winding core member comprises: a shaft member that at least one end of the shaft member is configured to be detachably fitted to said bearing portion; a cylindrical winding body disposed rotatably on an outer periphery of said shaft member and configured to wind said tape with print on an outer peripheral side; a driven gear fixed to said winding body and configured to be meshed with said driving gear when said winding core member is attached to said housing; and a lock member configured to fix said shaft member to said bearing portion when said winding core member is attached to said housing. a shaft member that at least one end of the shaft member is configured to be detachably fitted to said bearing portion; a cylindrical winding body disposed rotatably on an outer periphery of said shaft member and configured to wind said tape with print on an outer peripheral side; a driven gear fixed to said winding body and configured to be meshed with said driving gear when said winding core member is attached to said housing; and a lock member configured to fix said shaft member to said bearing portion when said winding core member is attached to said housing.