mhurhangee/ep-ind-claims huggingface dataset:
Method for preventing fraud or misuse when using a specific service of a public land mobile network by a User Equipment, wherein the User Equipment comprises a Subscriber Identity Module, wherein the Subscriber Identity Module comprises an address information used for the specific service of the public land mobile network, wherein the Subscriber Identity Module comprises an application program, wherein the application program comprises a reference address information, wherein the application program is provided such that the following steps are executed: -- in a first step, it is verified whether the address information corresponds to the reference address information, -- in a second step, and in case that the verification of the first step holds a negative result, -- either the specific service is invoked using the reference address information, wherein a wrong address information is replaced by the reference address information in case the reference address information is either a complete address information being able to specify a network entity in a telecommunications network and/or the public land mobile network, -- or the specific service is blocked, at least temporarily, for the User Equipment, in case the reference address information is an incomplete address information being unable to specify a network entity in a telecommunications network and/or the public land mobile network, wherein the reference address information comprises a country code of the address information to use. -- in a first step, it is verified whether the address information corresponds to the reference address information, -- in a second step, and in case that the verification of the first step holds a negative result, -- either the specific service is invoked using the reference address information, wherein a wrong address information is replaced by the reference address information in case the reference address information is either a complete address information being able to specify a network entity in a telecommunications network and/or the public land mobile network, -- or the specific service is blocked, at least temporarily, for the User Equipment, in case the reference address information is an incomplete address information being unable to specify a network entity in a telecommunications network and/or the public land mobile network, wherein the reference address information comprises a country code of the address information to use.
Extracorporeal blood treatment device, preferably a haemodialysis device, haemofiltration device or haemodiafiltration device, comprising: - a fluid system with a connection point for the addition of substances; - a detection arrangement for detecting a substance flow at the connection point, wherein the detection arrangement is configured to generate a flow signal when a substance flow is detected at the connection point; - a control unit, which is connected to communicate with the detection arrangement and is configured to receive flow signals and, in the presence of a flow signal, to output a signal which indicates that the connection point is being used. - a fluid system with a connection point for the addition of substances; - a detection arrangement for detecting a substance flow at the connection point, wherein the detection arrangement is configured to generate a flow signal when a substance flow is detected at the connection point; - a control unit, which is connected to communicate with the detection arrangement and is configured to receive flow signals and, in the presence of a flow signal, to output a signal which indicates that the connection point is being used.
An arrangement system of a lift automatic floor door comprising: (i) at least one couple of shutters (1a, 1b), (ii) at least one floor sill with double guide (9a, 9b) for lower sliding of said couple of shutters (1a, 1b), (iii) at least one couple of carriages (3a, 3b) fixed to said shutters (1a, 1b) sliding apart from each other and supported by coupling members on at least one couple of sliding guides (5, 6), wherein said carriages have a geometric shape such that it allows for displacing said at least one couple of guides (5, 6) on two different vertical planes anyway laid upon one another, and the housing of moving mechanic members of said at least one couple of shutters (1a, 1b) is inside the space portion defined by two different vertical planes, and wherein said at least one couple of carriages (3a, 3b) is operatively connected to supporting means (17, 18) for counter members (10a, 11a) and for motion transmission elements of said at least one couple of carriages (3a, 3b), characterized in that said supporting means (17, 18) are inclined slabs with different but parallel lying positions such that they allow said transmission means to go from one lying position to the other of said carriage slabs. (i) at least one couple of shutters (1a, 1b), (ii) at least one floor sill with double guide (9a, 9b) for lower sliding of said couple of shutters (1a, 1b), (iii) at least one couple of carriages (3a, 3b) fixed to said shutters (1a, 1b) sliding apart from each other and supported by coupling members on at least one couple of sliding guides (5, 6),
A method for the production or machining of gear teeth or other periodic structures of a metallic workpiece, in which the chips produced are routed via a chip removal device (74, 10, 20) to a chip collection point, wherein the chip removal device comprises a discharge channel running in a discharge direction with a tilt of less than 30° and having a flat base on which discharged chips come to rest, wherein the base is allowed to perform a reciprocating motion in a direction of movement, characterised in that the direction of movement of the reciprocating motion has a directional component substantially parallel to the direction of discharge.
A transmit/receive radio frequency system for a magnetic resonance examination system comprising: - an RF antenna; - an RF power amplifier configured to supply electrical RF power to the RF antenna; and - a coupling device coupled between the RF power amplifier and the RF antenna and configured to couple out fractions of a reflected power flowing from the RF antenna toward the RF power amplifier and a forward power flowing from the RF power amplifier toward the RF antenna to output a first coupled signal V REV and a second coupled signal V FWD; - a wave detector coupled to the coupling device and configured to detect amplitude and phase information of the first coupled signal V REV and the second coupled signal V FWD; and - a parameter calculator coupled to the wave detector and configured to calculate an operational parameter of the RF power amplifier based on complex scattering parameters of the coupling device and the detected amplitude and phase information of the first coupled signal V REV and second coupled signal V FWD. - an RF antenna; - an RF power amplifier configured to supply electrical RF power to the RF antenna; and - a coupling device coupled between the RF power amplifier and the RF antenna and configured to couple out fractions of a reflected power flowing from the RF antenna toward the RF power amplifier and a forward power flowing from the RF power amplifier toward the RF antenna to output a first coupled signal V REV and a second coupled signal V FWD; - a wave detector coupled to the coupling device and configured to detect amplitude and phase information of the first coupled signal V REV and the second coupled signal V FWD; and - a parameter calculator coupled to the wave detector and configured to calculate an operational parameter of the RF power amplifier based on complex scattering parameters of the coupling device and the detected amplitude and phase information of the first coupled signal V REV and second coupled signal V FWD.
A filter module for use in an air purification device composed of a plurality of filter modules, said filter module comprising a cover composed of a zero potential base plate, two side plates, and a cover plate, wherein the filter module has two electrode pairs connected to opposite high potentials mounted on a base plate; the electrode pairs are fashioned from two identically charged electrodes each, connected at one end via an electrode rail, where the electrode rail is attached to said base plate via two insulation blocks; wherein in the filter module each electrode is fashioned from two corresponding parts, the part from the direction of air flow consisting of a thicker collector part and the part from the other direction consisting of a thinner separator part of length corresponding to that of the collector part and identical charge, the two parts being joined at their free ends and having a ratio of cross sections of 4:1; the electrodes of the two electrode pairs fashioned in this way, being oriented in the direction of air flow, are fashioned such that the two positive electrodes of one electrode pair and the two negative electrodes of the other electrode pair are arranged in comb-like fashion on said base plate, one after the other in a single plane, such that the positively charged electrode of one electrode pair is followed by the negatively charged electrode of the other electrode pair, where the cover is also connected to zero potential.
Method for printing at least one part of the surface of a medium with an inkjet printer by performing a plurality of printing cycles, wherein the inkjet printer comprises a printing module with at least one printhead with at least one row of nozzles, and wherein each printing cycle comprises the following steps: a) positioning and aligning the printing module prior to printing, wherein the alignment is performed by rotation of the printing module around a rotation axis that is vertical to the part of the surface to be printed, b) positioning the rotation axis during printing of the part of the surface by expulsion of ink drops, wherein the translation movement of the rotation axis associated in step b) with the positioning process defines a current direction of travel, and wherein the printing module is aligned in step a) of a printing cycle through rotation around said rotation axis in such a manner that the at least one row of nozzles of the at least one printhead has in step b) a predetermined and preferably constant angle in respect of the direction of travel, wherein the printing cycles take place according to a predetermined printing workflow that is different from the scanning technique and the method is characterized in that the printing process for printing the at least one part of the surface for a particular image can be retrieved from a file or it can be determined by a control unit or a processing unit, and the control unit or processing unit in a first step divides the at least one part of the surface into virtual portions and in a second step, the parameters of all virtual portions are taken into account for computing the printing process according to the method steps a) and b). a) positioning and aligning the printing module prior to printing, wherein the alignment is performed by rotation of the printing module around a rotation axis that is vertical to the part of the surface to be printed, b) positioning the rotation axis during printing of the part of the surface by expulsion of ink drops, wherein the translation movement of the rotation axis associated in step b) with the positioning process defines a current direction of travel, and wherein the printing module is aligned in step a) of a printing cycle through rotation around said rotation axis in such a manner that the at least one row of nozzles of the at least one printhead has in step b) a predetermined and preferably constant angle in respect of the direction of travel, wherein the printing cycles take place according to a predetermined printing workflow that is different from the scanning technique and the method is characterized in that the printing process for printing the at least one part of the surface for a particular image can be retrieved from a file or it can be determined by a control unit or a processing unit, and the control unit or processing unit in a first step divides the at least one part of the surface into virtual portions and in a second step, the parameters of all virtual portions are taken into account for computing the printing process according to the method steps a) and b).
Refrigerator, at least comprising a compressor unit for compressing a liquid, a heater unit for heating of at least parts of an internal space for defrosting, an energy source, in particularly a plug for connecting to a grid, wherein the energy source provides electric energy for operating the heater unit and wherein the energy source provides an operating current for operating the compressor unit, and a control unit, wherein the control unit determines changes of the operating current of the compressor unit, wherein the control unit operates the heater unit in a predefined manner in dependency of changes of the operating current, characterized in that operating current is detected in multiple predefined time intervals and an output value representing the average current in each time interval is outputted, wherein the output values are processed as matrix values, wherein the output values are inputted into a state matrix one after the other, wherein a determinant is calculated and outputted after the state matrix is filled,wherein further output values representing the average operating current in defined time intervals are outputted, wherein the output values are processed as further matrices values, wherein the output values are inputted into further state matrices one after the other, wherein the output values of each time interval are processed as one state matrix, wherein a determinant is calculated and outputted for each state matrix, and, wherein an ice level matrix is set up, wherein the ice level matrix is a YxY matrix, wherein the determinants are inserted in chronological order.
A method for wireless communication performed by a user equipment, UE, the method comprising: establishing (505; 1605) a connection with a base station according to a non-coverage enhancement, non-CE, mode; monitoring (515; 1610) a channel quality of a radio link with the base station; switching (520; 1615) from the non-CE mode to a coverage enhancement, CE, mode based at least in part on the channel quality of the radio link being below a threshold value for a first time period; determining, subsequent to the switching, that the channel quality of the radio link is above the threshold value for a second time period; and switching, responsive to the determining, from the CE mode to the non-CE mode, wherein the second time period is selected to be shorter than the first time period. establishing (505; 1605) a connection with a base station according to a non-coverage enhancement, non-CE, mode; monitoring (515; 1610) a channel quality of a radio link with the base station; switching (520; 1615) from the non-CE mode to a coverage enhancement, CE, mode based at least in part on the channel quality of the radio link being below a threshold value for a first time period; determining, subsequent to the switching, that the channel quality of the radio link is above the threshold value for a second time period; and switching, responsive to the determining, from the CE mode to the non-CE mode, wherein the second time period is selected to be shorter than the first time period.
A system for dilating a stenosed vessel comprising: (a) a balloon mounted on a catheter shaft, said balloon being composed of a first material; and (b) a plurality of fibers forming a grid, each of said plurality of fibers being glued or welded to a surface of said balloon or integrated within a wall thereof, said plurality of fibers being composed of a second material having less elasticity than said first material such that when said balloon is inflated beyond a predetermined pressure a plurality of balloon regions protrude from said grid formed by said plurality of fibers. (a) a balloon mounted on a catheter shaft, said balloon being composed of a first material; and (b) a plurality of fibers forming a grid, each of said plurality of fibers being glued or welded to a surface of said balloon or integrated within a wall thereof, said plurality of fibers being composed of a second material having less elasticity than said first material such that when said balloon is inflated beyond a predetermined pressure a plurality of balloon regions protrude from said grid formed by said plurality of fibers.
A chimeric influenza virus hemagglutinin polypeptide comprising the stem domain of the HA of influenza virus A/California/4/2009 (H1N1) and the globular head domain of the HA of influenza virus A/Vietnam/1203/2004.
Circuit arrangement for evaluating at least two switching states of an actuating element, having - a moveable contact means which is connectable to the actuating element, - a first evaluation circuit with a first voltage divider, which has first node points (K1a, K2a, K3a, K4a, K5a) and a first tap for tapping off a first output signal (A1, A3, A5) of the first evaluation circuit, - at least one second evaluation circuit with a second voltage divider, which has second node points (K1b, K2b, K3b, K4b, K5b) and a second tap for tapping off a second output signal (A2, A4, A6) of the second evaluation circuit, - first contact surfaces (121a, 122a, 123a, 124a, 125a), which are each electrically connected to one of the first node points (K1a to K5a), and - second contact surfaces (121b, 122b, 123b, 124b, 125b), which are each electrically connected to one of the second node points (K1b to K5b), - wherein via the movable contact means, depending on the switching state of the actuating element at least one of the first contact surfaces (121a to 125a) and/or at least one of the second contact surfaces (121b and 125b) are electrically connectable to a predetermined reference potential, characterized in that the evaluation circuits (140a, 140b) are designed to be switched on and off separately from each other, wherein the circuit arrangement is designed to detect the switching state of the actuating element on the basis of the output signal (A1 to A6) of a connected evaluation circuit (140a, 140b) and on the basis of the output signal (A1 to A6) of a deactivated evaluation circuit (140a, 140b) to carry out a fault diagnosis of the circuit arrangement. - a moveable contact means which is connectable to the actuating element, - a first evaluation circuit with a first voltage divider, which has first node points (K1a, K2a, K3a, K4a, K5a) and a first tap for tapping off a first output signal (A1, A3, A5) of the first evaluation circuit, - at least one second evaluation circuit with a second voltage divider, which has second node points (K1b, K2b, K3b, K4b, K5b) and a second tap for tapping off a second output signal (A2, A4, A6) of the second evaluation circuit, - first contact surfaces (121a, 122a, 123a, 124a, 125a), which are each electrically connected to one of the first node points (K1a to K5a), and - second contact surfaces (121b, 122b, 123b, 124b, 125b), which are each electrically connected to one of the second node points (K1b to K5b), - wherein via the movable contact means, depending on the switching state of the actuating element at least one of the first contact surfaces (121a to 125a) and/or at least one of the second contact surfaces (121b and 125b) are electrically connectable to a predetermined reference potential,
A device to detect the flow rate of the gases flowing out of a chimney of a kiln for the firing of ceramic products; the kiln comprises a suction device, which is arranged in the area of an extraction station to extract the gases to be released outwards; wherein the suction device directs the gases present in the kiln towards the chimney; and wherein said device is housed inside the chimney so as to be hit by an outflow of gas; the device comprising an outer casing, which is provided with a first axis and has a head portion; and at least one sensitive element, which is partially housed inside a cavity obtained in the outer casing, has an end portion projecting from said cavity and engaging the head portion, and is made so as to be subjected to a temperature variation that is proportional to the speed of the outflow of gas; wherein at least one opening is made in the head portion so as to expose the end portion to the outflow of gas; and being characterized in that it comprises a cleaning device to clean the sensitive element provided with a mobile element, which is mobile along the first axis and housed in the head portion and is operated by actuator means so as to slide on the surface of the end portion and to remove the pollutants that have deposited there.
Composition consisting of a mixture which comprises at least one isostearamide, at least one glycerol ester and water, characterized in that the glycerol ester has, as acid component, those carboxylic acids which have 8 to 12 carbon atoms and in that the fraction of isostearamide in the mixture is from 50 to 95% by weight, based on the total weight of the mixture.
A method of improved hybrid automatic repeat request, HARQ, retransmissions of data streams in a node in a multiple-input multiple-output, MIMO, wireless communication system having a plurality of available MIMO links associated with transmit-receive antenna pairs of the MIMO wireless communication system, the method comprising: transmitting data across a plurality of available MIMO links according to a predetermined rank and radio resource allocation, wherein each of the plurality of available MIMO links occupies one rank in a signal space of the MIMO system; receiving a retransmission request for at least part of the transmitted data; reducing the rank for the retransmissions by selecting a subset of the plurality of available MIMO links; adaptively re-allocating available radio resources to said subset by at least reassigning pilot space to the subset of the plurality of available MIMO links; and retransmitting the requested data on said selected subset according to the reduced rank and radio resource re-allocation, wherein, the reallocation comprises spatial domain hopping. transmitting data across a plurality of available MIMO links according to a predetermined rank and radio resource allocation, wherein each of the plurality of available MIMO links occupies one rank in a signal space of the MIMO system; receiving a retransmission request for at least part of the transmitted data; reducing the rank for the retransmissions by selecting a subset of the plurality of available MIMO links; adaptively re-allocating available radio resources to said subset by at least reassigning pilot space to the subset of the plurality of available MIMO links; and retransmitting the requested data on said selected subset according to the reduced rank and radio resource re-allocation, wherein, the reallocation comprises spatial domain hopping.