mhurhangee/ep-ind-claims huggingface dataset:
A method of configuring a platform lift, wherein the platform may also be in the form of a seat, the platform lift comprising - a drive unit comprising a communication device, - a remote device in communication with the communication device such that the remote device is adapted to provide a user input to the control unit, characterized in that the method comprises the following steps: - uploading a selected country specific setting (01, 02, 03, 04) into the communication device; - optionally emitting an introductory signal from the communication device to the remote device followed by emission of an acknowledgement signal from the remote device back to the communication device; - emitting a first signal comprising information of the uploaded country specific setting (01, 02, 03, 04) from the communication device; - receiving the emitted first signal at the remote device; - configuring the remote device by recognizing the country specific setting from the received emitted first signal and selecting at the remote device the same country specific setting (01, 02, 03, 04); - emitting a confirmation signal from the remote device back to the communication device which conforms to the selected country specific setting (01, 02, 03, 04). - a drive unit comprising a communication device, - a remote device in communication with the communication device such that the remote device is adapted to provide a user input to the control unit, - uploading a selected country specific setting (01, 02, 03, 04) into the communication device; - optionally emitting an introductory signal from the communication device to the remote device followed by emission of an acknowledgement signal from the remote device back to the communication device; - emitting a first signal comprising information of the uploaded country specific setting (01, 02, 03, 04) from the communication device; - receiving the emitted first signal at the remote device; - configuring the remote device by recognizing the country specific setting from the received emitted first signal and selecting at the remote device the same country specific setting (01, 02, 03, 04); - emitting a confirmation signal from the remote device back to the communication device which conforms to the selected country specific setting (01, 02, 03, 04).
Vehicle emergency communication system for providing emergency information from a vehicle accident, the system comprising: a sensor module adapted to be arranged in a vehicle for sensing and collecting emergency information from a vehicle accident, the sensor module comprising a radar sensor for detecting at least one physiological parameter of a vehicle passenger; a short range communication module for providing emergency information to a short range communication receiver; and a long range communication module for providing emergency information to a plurality of long range communication receivers such that the emergency information may be used for emergency response prioritization; wherein the plurality of long range communication receivers includes a backend server for storing and processing emergency information from a vehicle accident, and an emergency responder device adapted to be arranged at an emergency responder; and the sensor module is configured for pre-sensing said at least one physiological parameter before detecting a vehicle accident, wherein the backend server is configured for storing data of said physiological parameter before detecting a vehicle accident, comparing the emergency information from the vehicle accident with the data of said physical parameter stored in the backend server, thereby producing processed data of said physical parameter, and providing said processed data to the emergency responder device. a sensor module adapted to be arranged in a vehicle for sensing and collecting emergency information from a vehicle accident, the sensor module comprising a radar sensor for detecting at least one physiological parameter of a vehicle passenger; a short range communication module for providing emergency information to a short range communication receiver; and a long range communication module for providing emergency information to a plurality of long range communication receivers such that the emergency information may be used for emergency response prioritization; wherein the plurality of long range communication receivers includes a backend server for storing and processing emergency information from a vehicle accident, and an emergency responder device adapted to be arranged at an emergency responder; and the sensor module is configured for pre-sensing said at least one physiological parameter before detecting a vehicle accident, wherein the backend server is configured for storing data of said physiological parameter before detecting a vehicle accident, comparing the emergency information from the vehicle accident with the data of said physical parameter stored in the backend server, thereby producing processed data of said physical parameter, and providing said processed data to the emergency responder device.
A method for managing outgoing messages of a cordless telephone system having a base unit and a handset, provided in response to unanswered incoming telephone calls directed to the cordless telephone system, comprising: maintaining a plurality of outgoing messages in an outgoing message identifier database of the base unit of the cordless telephone system at the same time; receiving an incoming telephone call at the telephone system; identifying a calling party number associated with the incoming call; determining that the calling party number is not contained in the outgoing message identifier database of the base unit; and in response to said determining, providing a prompt to query a user during the call to associate the calling party number with an outgoing message identifier of the database, wherein each of the plurality of outgoing messages is linked to an outgoing message identifier. maintaining a plurality of outgoing messages in an outgoing message identifier database of the base unit of the cordless telephone system at the same time; receiving an incoming telephone call at the telephone system; identifying a calling party number associated with the incoming call; determining that the calling party number is not contained in the outgoing message identifier database of the base unit; and in response to said determining, providing a prompt to query a user during the call to associate the calling party number with an outgoing message identifier of the database, wherein each of the plurality of outgoing messages is linked to an outgoing message identifier.
A method of producing shaped articles made from single-sidedly or double-sidedly galvanized steel sheet, comprising at least following steps - in following chronological order: applying a corrosion preventive oil to the surface of a galvanized steel strip in an amount of 0.25 to 5 g/m 2 transporting the oiled, galvanized steel strip to a fabrication site for shaped articles, and separating and forming the oiled, galvanized steel strip into shaped articles made from single-sidedly or double-sidedly galvanized steel sheet, wherein the corrosion preventive oil is from a formulation of • 50 to 99.5% by weight of at least one oil having a flash point of at least 180° C., measured in accordance with ASTM D92 • 0.5 to 50% by weight of at least one active corrosion inhibitor substance, and • 0 to 30% by weight of further additives, and the percentages being based in each case on the total amount of all of the components of the corrosion preventive oil, characterized in that at least one of the active corrosion inhibitor substances is an active substance of the general formula< R 1 -CO-N(R 2)-(CH 2) n -COOR 3, the definitions of the radicals and indices R 1, R 2, R 3, and n being as follows: R 1: a saturated or unsaturated, linear or branched hydrocarbon radical having 10 to 20 carbon atoms, R 2: H or a linear or branched C 1 to C 4 alkyl radical, R 3: H or a cation 1 / m Y m+, wherein m is a natural number from 1 to 3, and n: a natural number from 1 to 4, with the provision that at least 0.5% by weight of the active substance is used. applying a corrosion preventive oil to the surface of a galvanized steel strip in an amount of 0.25 to 5 g/m 2 transporting the oiled, galvanized steel strip to a fabrication site for shaped articles, and separating and forming the oiled, galvanized steel strip into shaped articles made from single-sidedly or double-sidedly galvanized steel sheet, • 50 to 99.5% by weight of at least one oil having a flash point of at least 180° C., measured in accordance with ASTM D92 • 0.5 to 50% by weight of at least one active corrosion inhibitor substance, and • 0 to 30% by weight of further additives, R 1: a saturated or unsaturated, linear or branched hydrocarbon radical having 10 to 20 carbon atoms, R 2: H or a linear or branched C 1 to C 4 alkyl radical, R 3: H or a cation 1 / m Y m+, wherein m is a natural number from 1 to 3, and n: a natural number from 1 to 4,
Arrangement for electrical therapy for a patient, the arrangement being configured to produce at least one electrical therapeutic voltage, which acts at a therapy site in or on a patient's body, the arrangement comprising at least a first and a second subunit, and each subunit having at least one energy store, each amount of energy storable by an individual energy store being smaller than the amount of energy required to produce the electrical therapeutic voltage, each subunit having at least one of the following components: - a detection unit to detect body parameters, - a therapy unit to produce and/or output an electrical voltage for electrical therapy, - a control unit, and/or - a communication unit, characterised in that the arrangement is designed such that one subunit assumes a master role with respect to producing and/or outputting an electrical voltage, and the at least one other subunit assumes a slave role, so that the at least one subunit playing the slave role orients itself with respect to a point in time and/or polarity and/or duration of the therapy output at the subunit playing the master role. - a detection unit to detect body parameters, - a therapy unit to produce and/or output an electrical voltage for electrical therapy, - a control unit, and/or - a communication unit,
Packaging device for directional packaging of products, such as vegetables and fruit, comprising: - a sensor system comprising: a camera system and/or one or more other sensors, and a processing unit to process information about the product obtained by the camera system and/or one or more other sensors; - at least one directing unit operatively connected to the sensor system wherein the directing unit is provided with at least one degree of freedom for rotation of the product around a substantially horizontal rotation axis; and - a manipulator comprising: - a pick-up element configured to pick the product up from the directing unit; and - a moving device, on or close to an outer end of which the pick-up element is arranged and which comprises at least four degrees of freedom for translation of the product and rotation around a substantially horizontal rotation axis, characterized in that the sensor system configured to detect a collection of suitable pick-up points of a product for packaging, wherein a suitable pick-up point is a point on the product for which it has been determined by the processor unit that the manipulator can pick up the product here such that the product is processed in desired manner; and wherein the at least one direction unit is further configured to direct a product such that at least one suitable pick-up point lies in an operating range of the manipulator, and wherein a rotation of the product around a substantially vertical rotation axis is possible by providing the moving device with at least five degrees of freedom and/or providing the directing unit with a second degree of freedom, such that the moving device can pick up the product and place it in a packaging or container in a desired orientation. - a sensor system comprising: a camera system and/or one or more other sensors, and a processing unit to process information about the product obtained by the camera system and/or one or more other sensors; - at least one directing unit operatively connected to the sensor system wherein the directing unit is provided with at least one degree of freedom for rotation of the product around a substantially horizontal rotation axis; and - a manipulator comprising: - a pick-up element configured to pick the product up from the directing unit; and - a moving device, on or close to an outer end of which the pick-up element is arranged and which comprises at least four degrees of freedom for translation of the product and rotation around a substantially horizontal rotation axis, - a pick-up element configured to pick the product up from the directing unit; and - a moving device, on or close to an outer end of which the pick-up element is arranged and which comprises at least four degrees of freedom for translation of the product and rotation around a substantially horizontal rotation axis,
A method of establishing a connection with a server by a terminal within a home public land mobile network, HPLMN, the method comprising: receiving, by the terminal from a node within the HPLMN, a short message service, SMS, message containing a request that the terminal establish a data connection with the server; routing at least a portion of the SMS message to one of several applications within the terminal based on an application port identifier included in the SMS message, when the application port identifier included in the SMS message has a value that distinguishes the SMS message for device triggering from any other type of SMS messages; and requesting, by the terminal, a data connection with the server using the information included in the received SMS message if the application port identifier included in the SMS message has the value that distinguishes the SMS message for device triggering from any other type of SMS messages, wherein the application port identifier is allocated to the terminal by a Machine Type Communication-InterWorking Function, MTC-IWF. receiving, by the terminal from a node within the HPLMN, a short message service, SMS, message containing a request that the terminal establish a data connection with the server; routing at least a portion of the SMS message to one of several applications within the terminal based on an application port identifier included in the SMS message, when the application port identifier included in the SMS message has a value that distinguishes the SMS message for device triggering from any other type of SMS messages; and requesting, by the terminal, a data connection with the server using the information included in the received SMS message if the application port identifier included in the SMS message has the value that distinguishes the SMS message for device triggering from any other type of SMS messages, wherein the application port identifier is allocated to the terminal by a Machine Type Communication-InterWorking Function, MTC-IWF.
A water-proof air-permeable filter for ensuring ventilation and also preventing entry of water, the water-proof air-permeable filter comprising: a non-porous resin film having formed therein a plurality of through pores extending through the resin film in a thickness direction and each having a predetermined size larger than or equal to 0.01 μm and smaller than or equal to 10 pm, said through pores being straight pores having a given cross-sectional shape and extending linearly through the resin film, wherein said resin film is circular or polygonal in a plan view when viewed in the thickness direction; a treated layer having hydrophobicity and oil repellency, and formed on at least one of both surfaces in the thickness direction of the resin film such that the treated layer has openings at positions corresponding to the plurality of through pores, wherein the treated layer is a dried body of a fluorine-based coating agent having a perfluoroalkyl group; a loop-shaped double-sided adhesive tape stuck to and provided along an edge region of one of both surfaces in the thickness direction of the resin film, with the treated layer interposed therebetween, and a pore size of each of the plurality of through pores is within a standard deviation of 10% or less of an average pore size of the plurality of through pores. a non-porous resin film having formed therein a plurality of through pores extending through the resin film in a thickness direction and each having a predetermined size larger than or equal to 0.01 μm and smaller than or equal to 10 pm, said through pores being straight pores having a given cross-sectional shape and extending linearly through the resin film, wherein said resin film is circular or polygonal in a plan view when viewed in the thickness direction; a treated layer having hydrophobicity and oil repellency, and formed on at least one of both surfaces in the thickness direction of the resin film such that the treated layer has openings at positions corresponding to the plurality of through pores, wherein the treated layer is a dried body of a fluorine-based coating agent having a perfluoroalkyl group; a loop-shaped double-sided adhesive tape stuck to and provided along an edge region of one of both surfaces in the thickness direction of the resin film, with the treated layer interposed therebetween, and a pore size of each of the plurality of through pores is within a standard deviation of 10% or less of an average pore size of the plurality of through pores.
A negative impedance circuit, comprising: a first (51; 81) and a second (52; 82) bipolar transistors having a common collector, a base of the first transistor being connected to an emitter of the second transistor; a third (53; 83) and a fourth (54; 84) bipolar transistors having a common collector, a base of the third transistor being connected to an emitter of the fourth transistor; at least one first impedance (61; 61') formed of one or of a plurality of passive components (R, L, C) coupling the common collector of the first and second transistors to the common collector of the third and fourth transistors, a base of the second transistor being coupled, by a capacitive element (73; 73'), to the collector of the third and fourth transistors and a base of the fourth transistor being coupled, by a capacitive element (74; 74'), to the collector of the first and second transistors, characterized in that a second impedance (62; 62') at least inductive or capacitive, formed of one or a plurality of passive components (R, L, C), directly connects the bases of the first (51; 81) and third (53; 83) transistors. a first (51; 81) and a second (52; 82) bipolar transistors having a common collector, a base of the first transistor being connected to an emitter of the second transistor; a third (53; 83) and a fourth (54; 84) bipolar transistors having a common collector, a base of the third transistor being connected to an emitter of the fourth transistor; at least one first impedance (61; 61') formed of one or of a plurality of passive components (R, L, C) coupling the common collector of the first and second transistors to the common collector of the third and fourth transistors, a base of the second transistor being coupled, by a capacitive element (73; 73'), to the collector of the third and fourth transistors and a base of the fourth transistor being coupled, by a capacitive element (74; 74'), to the collector of the first and second transistors, characterized in that a second impedance (62; 62') at least inductive or capacitive, formed of one or a plurality of passive components (R, L, C), directly connects the bases of the first (51; 81) and third (53; 83) transistors.
A method for use in a telecommunications network for providing law enforcement agencies (12, 24) with interception or retention data related to the content of a source message to or from a target user (41, 42), the method comprising the step of configuring a messaging gateway to operate as an Intercepting Control Element or a Data Retention source and the steps of, at the messaging gateway: - receiving from a messaging server a source message (45, 63) generated by a sender user and addressed to a recipient and coded in a first format; - converting said source message (45, 63) into a destination message (47,65), coded in a second format, to the recipient; - generating interception information data (48, 50, 51, 66) including information referring to both the source message (45, 63) and the destination message (47, 65); - sending said interception information data to a Delivery Function (15, 18, 28), for being forwarded to a Law Enforcement Agency. - receiving from a messaging server a source message (45, 63) generated by a sender user and addressed to a recipient and coded in a first format; - converting said source message (45, 63) into a destination message (47,65), coded in a second format, to the recipient; - generating interception information data (48, 50, 51, 66) including information referring to both the source message (45, 63) and the destination message (47, 65); - sending said interception information data to a Delivery Function (15, 18, 28), for being forwarded to a Law Enforcement Agency.
A method of dynamically controlling power within a multicore central processing unit, the method comprising: receiving a degree of parallelism in a workload of a zeroth core, wherein the degree of parallelism comprises a total number of tasks waiting on one or more ready-to-run queues of an operating system scheduler plus a number of tasks actually running on the zeroth core; determining whether the degree of parallelism in the workload of the zeroth core is equal to a first wake condition, wherein the first wake condition is met when the degree of parallelism meets or exceeds a threshold value; and powering up a first core based at least in part on the determined degree of parallelism being equal to the first wake condition and initially operating the zeroth core and the first core below a maximum voltage-frequency operating point. receiving a degree of parallelism in a workload of a zeroth core, wherein the degree of parallelism comprises a total number of tasks waiting on one or more ready-to-run queues of an operating system scheduler plus a number of tasks actually running on the zeroth core; determining whether the degree of parallelism in the workload of the zeroth core is equal to a first wake condition, wherein the first wake condition is met when the degree of parallelism meets or exceeds a threshold value; and powering up a first core based at least in part on the determined degree of parallelism being equal to the first wake condition and initially operating the zeroth core and the first core below a maximum voltage-frequency operating point.
A method of controlling printed image quality comprising ejecting droplets of ink onto a substrate to form a plurality of image elements (52,54,56) comprising image elements of at least two different types, said plurality of image elements forming an image; characterized that said ink droplets spread is controlled by irradiating said image elements by a curing radiation, said curing radiation being controlled by operational parameters set based on the type of a given image element (52, 54, 56) to be irradiated; wherein said radiation operational parameters comprise a delay in curing radiation source activation following ink droplet ejection, and at least one of: intensity level of the curing radiation source (116, 126), profile of the irradiation intensity, duration of the irradiation operation.