mhurhangee/ep-ind-claims huggingface dataset:
A method for an interaction between resource and admission control systems in which a mobile user equipment accesses and visits services in a mobile network through a fixed network, and a resource and admission control function entity in the fixed network is connected to a Policy and Charging Rule Function, PCRF, in the mobile network through an interface S9', comprising: when the mobile user equipment accesses a network at a fixed network side and visits a service function, AF, entity in the mobile network, the resource and admission control function entity in the fixed network receiving from the PCRF entity in the mobile network a request message carrying policy rules which are established by the PCRF entity in the mobile network according to service information provided by the AF entity in the mobile network, the resource and admission control function entity in the fixed network converting the policy rules established by the PCRF entity in the mobile network and carried in the request message into policy rules that are suitable for an installation of a transport functional entity in the fixed network side; and the resource and admission control function entity in the fixed network transmitting the converted policy rules to the transport functional entity in the fixed network, so that the transport functional entity in the fixed network installs the policy rules; thereby the mobile user equipment can access the fixed network side to have services from the mobile network; wherein, the resource and admission control function entity in the fixed network is a Resource and Admission Control Function, RACF, entity or a Resource and Admission Control Sub-system, RACS, entity. when the mobile user equipment accesses a network at a fixed network side and visits a service function, AF, entity in the mobile network, the resource and admission control function entity in the fixed network receiving from the PCRF entity in the mobile network a request message carrying policy rules which are established by the PCRF entity in the mobile network according to service information provided by the AF entity in the mobile network, the resource and admission control function entity in the fixed network converting the policy rules established by the PCRF entity in the mobile network and carried in the request message into policy rules that are suitable for an installation of a transport functional entity in the fixed network side; and the resource and admission control function entity in the fixed network transmitting the converted policy rules to the transport functional entity in the fixed network, so that the transport functional entity in the fixed network installs the policy rules; thereby the mobile user equipment can access the fixed network side to have services from the mobile network; wherein, the resource and admission control function entity in the fixed network is a Resource and Admission Control Function, RACF, entity or a Resource and Admission Control Sub-system, RACS, entity.
Disposable straw (10; 20; 30; 40; 50) that is long-drawn in length, having a body formed by an opening at each end along the length, and a hole formed by connecting the above opening to allow the beverage to pass along the length direction, characterized in that the body is composed of 65-85 weight percent of rice flour and 15-35 weight percent of tapioca starch as main ingredients that can be processed.
- Method for estimating a trajectory of a first object by means of a moving platform equipped with means for measuring at least one angle between the first object and the platform according to a given direction comprising at least the following steps: • determining a set of points corresponding to the trajectory of the platform for a given time interval [t 1,..t N], • acquiring a set of values of angles over the same time interval [t 1,..t N], and characterized in that: • the complexity C g of the trajectory of the platform is defined by calculating the error existing between the points of the trajectory partitioned into a plurality of groups of points and points of the trajectory obtained by extrapolation after compression of the trajectory, • for the same time interval [t 1,..t N], the complexity C p of the trajectory of the first object is determined from an estimated complexity value C g of the trajectory of the platform and of the error calculated between values of angles θ = [ θ 1,..., θ N] measured and partitioned into K groups and values of angles obtained by extrapolation of an estimated trajectory of the object, • the value of the complexity C g of the platform is compared and, if the value of the complexity of the platform is greater than the value of the complexity C p of the object, then estimating the trajectory of the object, otherwise, transmitting a signal or an information item to adjust the trajectory of the platform. • determining a set of points corresponding to the trajectory of the platform for a given time interval [t 1,..t N], • acquiring a set of values of angles over the same time interval [t 1,..t N], and characterized in that: • the complexity C g of the trajectory of the platform is defined by calculating the error existing between the points of the trajectory partitioned into a plurality of groups of points and points of the trajectory obtained by extrapolation after compression of the trajectory, • for the same time interval [t 1,..t N], the complexity C p of the trajectory of the first object is determined from an estimated complexity value C g of the trajectory of the platform and of the error calculated between values of angles θ = [ θ 1,..., θ N] measured and partitioned into K groups and values of angles obtained by extrapolation of an estimated trajectory of the object, • the value of the complexity C g of the platform is compared and, if the value of the complexity of the platform is greater than the value of the complexity C p of the object, then estimating the trajectory of the object, otherwise, transmitting a signal or an information item to adjust the trajectory of the platform.
LED socket comprising a base which defines a receptacle for receiving a LED printed circuit board of a light emitting diode package having an LED mounted on the LED printed circuit board, wherein the receptacle is open to an opening in the base adapted to expose the LED at a front face of the base and wherein the base holds contact elements, each of which are provided with a receiving section adapted to be connected to a terminal end of an electrical cable and with a contact lug adapted to electrically contact a pad (12, 14) of said printed circuit board, characterized in that the contact lug has a hammer head shaped contact section exposed in the receptacle, the contact element is held in a radial slot in a form fitting manner, wherein the radial slot extends from an outer circumferential surface of the base in a radial direction towards the receptacle, the contact element has a locking projection, the base defines a holding notch extending in a second direction extending essentially perpendicular to the radial direction, and that the locking projection is aligned with the holding notch in the final insertion portion.
A medical device for treating time-critical cardiac arrhythmias, comprising: a rotatable mode selector switch (200, 300) having at least three positions including: an off position configured to inactivate the device from electrotherapy and monitoring; a first position arranged to be immediately adjacent to the off position and configured to select a first electrotherapy mode of operation; and a monitoring position arranged to be not immediately adjacent to the off position and configured to select a cardiac monitoring mode of operation in which electrotherapy is inactivated. a rotatable mode selector switch (200, 300) having at least three positions including: an off position configured to inactivate the device from electrotherapy and monitoring; a first position arranged to be immediately adjacent to the off position and configured to select a first electrotherapy mode of operation; and a monitoring position arranged to be not immediately adjacent to the off position and configured to select a cardiac monitoring mode of operation in which electrotherapy is inactivated. an off position configured to inactivate the device from electrotherapy and monitoring; a first position arranged to be immediately adjacent to the off position and configured to select a first electrotherapy mode of operation; and a monitoring position arranged to be not immediately adjacent to the off position and configured to select a cardiac monitoring mode of operation in which electrotherapy is inactivated.
A combination of a histone deacetylase inhibitor and a protein kinase inhibitor for use in treating or preventing hepatocellular carcinoma; wherein the histone deacetylase inhibitor is Chidamide or a pharmaceutically acceptable salt thereof; and the protein kinase inhibitor is Chiauranib or a pharmaceutically acceptable salt thereof. wherein the histone deacetylase inhibitor is Chidamide or a pharmaceutically acceptable salt thereof; and the protein kinase inhibitor is Chiauranib or a pharmaceutically acceptable salt thereof.
A process for producing a peelable coating on metallic substrates, which comprises providing a metallic substrate, applying a peelable lacquer to the metallic substrate and curing the peelable lacquer applied under, characterized in that the peelable lacquer contains hollow microspheres, and wherein the peelable lacquer is a peelable lacquer as defined in EN ISO 4618:2006 (April 2007 version). providing a metallic substrate, applying a peelable lacquer to the metallic substrate and curing the peelable lacquer applied under,
Razor having a handle with a handle part and with a flexibly bendable head part, and with a blade head integrated with a form fit in the head part, characterized in that the blade head is designed as a brush head with bristles, wherein at least one of the bristles has at least one razor blade.
Vacuum cleaner for cleaning and caring for floor surfaces, comprising a housing and a fan for generating a vacuum for picking up dust by means of an air flow, a dust chamber for accommodating a dust bag for cleaning dust from the picked-up air being arranged in the housing, the vacuum cleaner having a control unit for controlling the fan, at least one radiation source which emits radiation being arranged in the dust chamber, the radiation from the radiation source being designed to be reflected by dust bags accommodated in the dust chamber, at least one receiving unit that receives the reflections of the radiation on the accommodated dust bag being arranged in the dust chamber, the control unit being designed to control the fan depending on the reflections of the radiation received by the receiving unit, characterised in that the control unit is designed to ascertain a measure of the filling level of the accommodated dust bag with dust on the basis of the reflectance of the dust bag accommodated in the dust chamber that is detected by the receiving unit.
A method for printing calibration markers in a scanning inkjet printer, the inkjet printer comprising a pinning lamp suitable for applying ultraviolet, UV, light to a UV light-curable ink, the method comprising: printing a contrast plane on the recording medium with UV light-curable ink of a first color; at least partially curing the contrast plane printed on the recording medium by applying ultraviolet, UV, light to the contrast plane with the pinning lamp; printing a calibration marker with UV light-curable ink of a second color onto the printed contrast plane such that the printed contrast plane forms a uniform background for the printed calibration marker, wherein the first color and the second color have a contrast ratio higher than 1, wherein the contrast ratio is the ratio of the luminance of the brightest color to that of the darkest color. printing a contrast plane on the recording medium with UV light-curable ink of a first color; at least partially curing the contrast plane printed on the recording medium by applying ultraviolet, UV, light to the contrast plane with the pinning lamp; printing a calibration marker with UV light-curable ink of a second color onto the printed contrast plane such that the printed contrast plane forms a uniform background for the printed calibration marker, wherein the first color and the second color have a contrast ratio higher than 1, wherein the contrast ratio is the ratio of the luminance of the brightest color to that of the darkest color.
A proprotein convertase subtilisin kexin 9 (PCSK9) inhibitor for use in the treatment of sepsis or septic shock, wherein the PCSK9 inhibitor is an antibody or antigen-binding fragment thereof.
Dispersing resins of the general formula T-P-Z-T wherein T is a group terminating the polymerization Z is a basic group or a residue which contains a basic group, and P is a polyester based on di- or polycarboxylic acids and di- or polyols, including salts of compounds of the formula. T is a group terminating the polymerization Z is a basic group or a residue which contains a basic group, and P is a polyester based on di- or polycarboxylic acids and di- or polyols, including salts of compounds of the formula.
Printing system for printing web media, comprising: - a take-out roller (R1, R2); - a take-up roller for pulling a web medium along a media transport path from the take-out roller (R1, R2) to the take-up roller; - an image forming unit positioned along the media transport path, characterized by: - an orientation sensor (20, 30) for sensing an orientation of the web medium, the orientation sensor (20, 30) comprising: - a curved medium support surface defining a turn in the media transport path, which curved medium support surface is tiltable around a tilting axis, which tilting axis extends in a transport direction substantially tangential to the curved medium support surface in a reference orientation; - a tilting sensor for determining tilting data proportional to a tilting angle (α) by which the curved medium support surface is tilted from its reference orientation around the tilting axis; - a controller configured to: - receive the tilting data from the orientation sensor (20, 30); - compare the tilting data to the reference orientation to determine an orientation error; and - compare the orientation error to a deviation threshold. - a take-out roller (R1, R2); - a take-up roller for pulling a web medium along a media transport path from the take-out roller (R1, R2) to the take-up roller; - an image forming unit positioned along the media transport path, characterized by: - an orientation sensor (20, 30) for sensing an orientation of the web medium, the orientation sensor (20, 30) comprising: - a curved medium support surface defining a turn in the media transport path, which curved medium support surface is tiltable around a tilting axis, which tilting axis extends in a transport direction substantially tangential to the curved medium support surface in a reference orientation; - a tilting sensor for determining tilting data proportional to a tilting angle (α) by which the curved medium support surface is tilted from its reference orientation around the tilting axis; - a curved medium support surface defining a turn in the media transport path, which curved medium support surface is tiltable around a tilting axis, which tilting axis extends in a transport direction substantially tangential to the curved medium support surface in a reference orientation; - a tilting sensor for determining tilting data proportional to a tilting angle (α) by which the curved medium support surface is tilted from its reference orientation around the tilting axis; - a controller configured to: - receive the tilting data from the orientation sensor (20, 30); - compare the tilting data to the reference orientation to determine an orientation error; and - compare the orientation error to a deviation threshold. - receive the tilting data from the orientation sensor (20, 30); - compare the tilting data to the reference orientation to determine an orientation error; and - compare the orientation error to a deviation threshold.
A method of manufacturing a breast implant comprising a shell that includes a patch, the method comprising: placing a silicone gel and a transponder within the shell, the shell comprising a silicone elastomer, wherein (i) the transponder is placed within the shell through an opening of the shell, the opening is covered with the patch, and the shell is filled with the silicone gel through a filling hole in the patch; (ii) an opening of the shell is covered with the patch, the transponder is placed within the shell through a filling hole in the patch, and the shell is then filled with the silicone gel through the filling hole; or (iii) an opening of the shell is covered with the patch, the shell is filled with the silicone gel through a filling hole in the patch, and the transponder is then placed through the filling hole; and curing the silicone gel with the transponder embedded therein, such that the transponder is suspended within the silicone gel. placing a silicone gel and a transponder within the shell, the shell comprising a silicone elastomer, wherein (i) the transponder is placed within the shell through an opening of the shell, the opening is covered with the patch, and the shell is filled with the silicone gel through a filling hole in the patch; (ii) an opening of the shell is covered with the patch, the transponder is placed within the shell through a filling hole in the patch, and the shell is then filled with the silicone gel through the filling hole; or (iii) an opening of the shell is covered with the patch, the shell is filled with the silicone gel through a filling hole in the patch, and the transponder is then placed through the filling hole; and (i) the transponder is placed within the shell through an opening of the shell, the opening is covered with the patch, and the shell is filled with the silicone gel through a filling hole in the patch; (ii) an opening of the shell is covered with the patch, the transponder is placed within the shell through a filling hole in the patch, and the shell is then filled with the silicone gel through the filling hole; or (iii) an opening of the shell is covered with the patch, the shell is filled with the silicone gel through a filling hole in the patch, and the transponder is then placed through the filling hole; and curing the silicone gel with the transponder embedded therein, such that the transponder is suspended within the silicone gel.
Computer-assisted method for analysis of a logic circuit comprising a number of components (3, 3', 3", 3"') and channels (5, 5') for interchange of data between components (3, 3', 3", 3"'), wherein, for a simulation of a way in which the logic circuit functions, each component (3, 3', 3", 3"') and each channel (5, 5') is assigned functional properties in a circuit model, characterised in that the circuit model, in a section of the method, is expanded by mechanisms for security analysis in a way by which the respective component (3, 3', 3", 3"') and/or the respective channel (5, 5') is assigned at least one defined security property and that security-relevant data (16, 16', 16") is linked to at least one defined security requirement and to a security status, and that in a further section of the method the following method steps are carried out by means of a simulation unit: - Checking whether the security property of the respective component (3, 3', 3", 3"') and/or the respective channel (5, 5') corresponds to the security requirement and the security status of the security-relevant data (16, 16', 16") which is processed in the respective component (3, 3', 3", 3"') or conveyed through the respective channel (5, 5') and generating a security risk report if it does not correspond thereto, - Applying a modelled attack (10, 11, 12, 13) to a component (3, 3', 3", 3"') and/or to a channel (5, 5'), - Determining a vulnerability of the security property of the respective component (3, 3', 3", 3"') and/or of the respective channel (5, 5') to the applied attack (10, 11, 12, 13) and if there is vulnerability of the security property, generation of an attack report and correspondingly changing the security status of the security-relevant data (16, 16', 16") which is being processed in the respective component (3, 3', 3", 3"') or conveyed through the respective channel (5, 5') at the point in time of applying the attack. - Checking whether the security property of the respective component (3, 3', 3", 3"') and/or the respective channel (5, 5') corresponds to the security requirement and the security status of the security-relevant data (16, 16', 16") which is processed in the respective component (3, 3', 3", 3"') or conveyed through the respective channel (5, 5') and generating a security risk report if it does not correspond thereto, - Applying a modelled attack (10, 11, 12, 13) to a component (3, 3', 3", 3"') and/or to a channel (5, 5'), - Determining a vulnerability of the security property of the respective component (3, 3', 3", 3"') and/or of the respective channel (5, 5') to the applied attack (10, 11, 12, 13) and if there is vulnerability of the security property, generation of an attack report and correspondingly changing the security status of the security-relevant data (16, 16', 16") which is being processed in the respective component (3, 3', 3", 3"') or conveyed through the respective channel (5, 5') at the point in time of applying the attack.
A control system, wherein, the control system is configured to control a motor, and comprises a central processing module and a drive control module; when the motor is running, the drive control module is configured to sample a voltage of a phase coil (a, b) of the motor, to which no voltage is applied, during a period (T a0, T b0) in which no voltage is applied to any phase coil of the motor, and convert the sampled voltage of the phase coil (a, b) of the motor, to which no voltage is applied, into a digital signal; the control system is configured to store the digital signal, and update the digital signal in real time during the period (T a0, T b0) in which no voltage is applied to any phase coil of the motor; the central processing module is configured read the digital signal, and the control system is configured to convert the digital signal into a conversion value according to an abnormality probability of the motor running abnormally; and the central processing module is configured to sequentially accumulate the conversion values to obtain an accumulated value, and determine an operating state of the motor according to a relationship between the accumulated value and a preset threshold. when the motor is running, the drive control module is configured to sample a voltage of a phase coil (a, b) of the motor, to which no voltage is applied, during a period (T a0, T b0) in which no voltage is applied to any phase coil of the motor, and convert the sampled voltage of the phase coil (a, b) of the motor, to which no voltage is applied, into a digital signal; the control system is configured to store the digital signal, and update the digital signal in real time during the period (T a0, T b0) in which no voltage is applied to any phase coil of the motor; the central processing module is configured read the digital signal, and the control system is configured to convert the digital signal into a conversion value according to an abnormality probability of the motor running abnormally; and the central processing module is configured to sequentially accumulate the conversion values to obtain an accumulated value, and determine an operating state of the motor according to a relationship between the accumulated value and a preset threshold.