mhurhangee/ep-ind-claims huggingface dataset:
A device for radio transmission of a signal transmitted in the form of a pulse sequence, said device comprising a part for generating said pulses on a carrier frequency, an analog chain for amplifying the pulses before their transmission comprising a plurality of successive amplification stages (211, 212, 213, 214), a module for generating a control signal of trapezoidal shape, and characterized in that said control signal is applied as the bias voltage of an amplifier of a stage of the amplification chain for each of the pulses.
A compound of Formula, or a pharmaceutically acceptable salt, or solvate thereof: wherein, R 1 is H, C 1 -C 6 alkyl, or C 1 -C 6 fluoroalkyl; the group of the formula: is R 5 is -OH; each R 6 is independently selected from H and halogen; each R 10 is independently selected from H and halogen; R 11 is H; m is 0, 1, 2, 3 or 4; n is 0, 1, or 2. R 1 is H, C 1 -C 6 alkyl, or C 1 -C 6 fluoroalkyl; the group of the formula: is R 5 is -OH; each R 6 is independently selected from H and halogen; each R 10 is independently selected from H and halogen; R 11 is H; m is 0, 1, 2, 3 or 4; n is 0, 1, or 2.
A fuel injector arrangement for supplying fuel into a cylinder of an internal combustion engine, said fuel injector arrangement comprising a fuel injector and a sealing ring (2,102,202,302) which is arranged around the circumference of the fuel injector, said sealing ring located between a fuel inlet and/or outlet of the fuel injector located nearest to an injector tip of the fuel injector and the injector tip, wherein the sealing ring (2,102,202,302) has an asymmetrical cross section with a narrow end (5,105,205,305) extending towards the injector tip and a wider end (6,106,206,306) extending away from the injector tip characterized in that the wider end (6,106,206,306) has a recess (7,107,207,307) therein creating two legs (8,108,208,308,9,109,209,309) with a space there between such that an outer leg of said two legs is moveable towards an inner leg of said two legs.
Portable power tool, in particular a screwing device and/or drilling device, having a drive motor for driving a transmission drive of a transmission which has a transmission output for driving a tool receptacle of the portable power tool and a first gear stage and a second gear stage, wherein the transmission has a first blocking device for blocking a gearing element, forming a ratchet gearing element, of the first gear stage and a second blocking device for blocking a gearing element, forming a ratchet gearing element, of the second gear stage, wherein the gear stage having the respectively blocked ratchet gearing element (43, 44) transmits a torque from the transmission drive to the transmission output, wherein a direction of rotation of the drive motor is changeable and, depending on the direction of rotation of the drive motor, the first gear stage or the second gear stage transmits a torque from the transmission drive to the transmission output, wherein the blocking devices (61, 62) block the respective ratchet gearing elements (43, 46) in a blocking direction (S1, S2) and release these in a freewheeling direction, and wherein a switching device (70; 470) is provided for changing at least one of the blocking devices (61, 62) between a first switching position (T1, T2) and a second switching position (T1, T2), in which the blocking directions (S1, S2) of the at least one blocking device (61, 62) are in opposition to one another, characterised in that it has a fixing device for fixing the at least one blocking device (61, 62) in the respective switching position (T1, T2).
A network device, comprising: one or more memories; and one or more processors to: identify an application signature associated with a web application; determine, based on an application-based policy associated with the web application, an access method to be used to transmit traffic associated with the web application; dynamically generate a proxy auto configuration "PAC" file based on network endpoint information, associated with the web application, identified in an application cache, using: the application signature associated with the web application, and the access method to be used to transmit the traffic associated with the web application; and provide the PAC file to a client device to permit the client device to transmit the traffic associated with the web application based on the PAC file. one or more memories; and one or more processors to: identify an application signature associated with a web application; determine, based on an application-based policy associated with the web application, an access method to be used to transmit traffic associated with the web application; dynamically generate a proxy auto configuration "PAC" file based on network endpoint information, associated with the web application, identified in an application cache, using: the application signature associated with the web application, and the access method to be used to transmit the traffic associated with the web application; and provide the PAC file to a client device to permit the client device to transmit the traffic associated with the web application based on the PAC file. identify an application signature associated with a web application; determine, based on an application-based policy associated with the web application, an access method to be used to transmit traffic associated with the web application; dynamically generate a proxy auto configuration "PAC" file based on network endpoint information, associated with the web application, identified in an application cache, using: the application signature associated with the web application, and the access method to be used to transmit the traffic associated with the web application; and provide the PAC file to a client device to permit the client device to transmit the traffic associated with the web application based on the PAC file.
A longitudinally flexible stent for implanting in a small body lumen and expandable from a contracted condition to an expanded condition, comprising; a plurality of adjacent cylindrical elements, each cylindrical element having a circumference extending about a longitudinal stent axis and being substantially independently expandable in the radial direction, the plurality of adjacent cylindrical elements being arranged in alignment along the longitudinal stent axis and forming a generally serpentine wave pattern transverse to the longitudinal stent axis, each cylindrical element containing a plurality of alternating valley portions (21, 23) and peak portions, the valley portions (21, 23) including alternating double curved portions and U-shaped portions; and a plurality of interconnecting members extending between the adjacent cylindrical elements and connecting the adjacent cylindrical elements to one another, the interconnecting members being connected only to the valley portions (21, 23) so that the peak portions are not directly connected to any adjacent cylindrical element to allow for radial expansion, characterized in that the double-curved portions have a reduced profile that enables a peak portion of an adjacent cylindrical element to be collapsed closer to the double-curved portion without hitting the double-curved portion when the stent is collapsed on a delivery catheter.
Method for identifying the fault location of a fault on a line of an electrical power supply network, wherein transient characteristics of current and voltage values are measured at the line ends (12a-e) of the line by means of devices; and, - after a fault has occurred on the line, its fault location is determined using the transient characteristics of current and voltage values; wherein - the line has a first line section with a first line end, a second line section with a second line end and at least one further line section with a further line end and at least one node at which more than two of the line sections (10a, 10b, 10n) meet, - transient characteristics of a node current and a node voltage at the at least one node are determined using at least the current and voltage values of a line end (12a, 12b, 12n) and a travelling wave model for the respective line section (10a, 10b, 10n); and - for each line section (10a, 10b, 10n), a double-ended fault location determination is carried out using the transient characteristic of the current and voltage values measured at its line end (12a, 12b, 12n), on the one hand, and the node current and the node voltage and the travelling wave model for this line section (10a, 10b, 10n), on the other hand, wherein, - when determining the node current and the node voltage, the current and voltage values of that line end (12a, 12b, 12n) that bounds the line section (10a, 10b, 10n) considered in each case for the fault location determination are excluded. - after a fault has occurred on the line, its fault location is determined using the transient characteristics of current and voltage values; - the line has a first line section with a first line end, a second line section with a second line end and at least one further line section with a further line end and at least one node at which more than two of the line sections (10a, 10b, 10n) meet, - transient characteristics of a node current and a node voltage at the at least one node are determined using at least the current and voltage values of a line end (12a, 12b, 12n) and a travelling wave model for the respective line section (10a, 10b, 10n); and - for each line section (10a, 10b, 10n), a double-ended fault location determination is carried out using the transient characteristic of the current and voltage values measured at its line end (12a, 12b, 12n), on the one hand, and the node current and the node voltage and the travelling wave model for this line section (10a, 10b, 10n), on the other hand, wherein, - when determining the node current and the node voltage, the current and voltage values of that line end (12a, 12b, 12n) that bounds the line section (10a, 10b, 10n) considered in each case for the fault location determination are excluded.
A switching power supply unit, having an input terminal pair (T1, T2) and an output terminal pair (T3, T4), and performing voltage conversion of a DC input voltage inputted from the input terminal pair (T1, T2), thereby outputting a DC output voltage from the output terminal pair (T3, T4), the switching power supply unit comprising: a transformer having a first winding disposed on a side of the input terminal pair (T1, T2), and a second winding disposed on a side of the output terminal pair (T3, T4), an inverter circuit disposed on a side of the first winding, and performing switching operation onto the DC input voltage, and a rectifying-smoothing circuit (5; 6) disposed on a side of the second winding, and rectifying and smoothing an AC voltage induced on the second winding in response to the switching operation of the inverter circuit, thereby generating the DC output voltage, wherein the second winding is configured of a plurality of conductive plates (43, 44), and the rectifying-smoothing circuit (5; 6) has a plurality of rectifier elements (51, 52) each of which being electrically connected between two conductive plates (43, 44) of the plurality of conductive plates (43, 44), and more than two rectifier elements (51, 52) are disposed along a winding direction of each of the two conductive plates (43, 44). a transformer having a first winding disposed on a side of the input terminal pair (T1, T2), and a second winding disposed on a side of the output terminal pair (T3, T4), an inverter circuit disposed on a side of the first winding, and performing switching operation onto the DC input voltage, and a rectifying-smoothing circuit (5; 6) disposed on a side of the second winding, and rectifying and smoothing an AC voltage induced on the second winding in response to the switching operation of the inverter circuit, thereby generating the DC output voltage, wherein the second winding is configured of a plurality of conductive plates (43, 44), and the rectifying-smoothing circuit (5; 6) has a plurality of rectifier elements (51, 52) each of which being electrically connected between two conductive plates (43, 44) of the plurality of conductive plates (43, 44), and
A blood brain barrier permeability control apparatus for facilitating delivery of a substance across a blood brain barrier of a subject, the apparatus comprising: an AC voltage generator having a control input, and being configured, in response to a request at the control input, to generate an alternating electric field at the subject's brain at a frequency between 25 kHz and 190 kHz; and a controller programmed to provide the request at the control input of the AC voltage generator, whereby the AC voltage generator is configured to output the alternating field for an interval of time in response to the request at the control input of the AC voltage generator, characterised in that the interval of time is least 24 hours. an AC voltage generator having a control input, and being configured, in response to a request at the control input, to generate an alternating electric field at the subject's brain at a frequency between 25 kHz and 190 kHz; and a controller programmed to provide the request at the control input of the AC voltage generator, whereby the AC voltage generator is configured to output the alternating field for an interval of time in response to the request at the control input of the AC voltage generator, characterised in that the interval of time is least 24 hours.
A method of reducing interference between a femto cell and a macro cell in a wireless communication network, wherein the femto cell is within the macro cell, the method comprising: identifying a plurality of preselected wireless signal carriers of the femto cell available in a predefined geographical area; measuring initial power levels for the wireless signal carriers provided in the predefined geographical area to identify a strength of an incoming signal; selecting one of the wireless signal carriers based on predefined criteria associated with the measured initial power level; and adjusting a transmission power level of the selected wireless signal carrier of a femto transmitter that is associated with a femto base station of the femto cell based on a communication placed to a mobile terminal, characterized by adjusting the transmission power level is performed by evaluating a signal quality indicator, CQI, average and determining whether the CQI is below a threshold in order to reduce the transmission power level if the CQI is not below a threshold. identifying a plurality of preselected wireless signal carriers of the femto cell available in a predefined geographical area; measuring initial power levels for the wireless signal carriers provided in the predefined geographical area to identify a strength of an incoming signal; selecting one of the wireless signal carriers based on predefined criteria associated with the measured initial power level; and adjusting a transmission power level of the selected wireless signal carrier of a femto transmitter that is associated with a femto base station of the femto cell based on a communication placed to a mobile terminal, characterized by adjusting the transmission power level is performed by evaluating a signal quality indicator, CQI, average and determining whether the CQI is below a threshold in order to reduce the transmission power level if the CQI is not below a threshold.
Method for determining a type of the road on which a vehicle is driving, the method comprising the steps of: - sensing a sound of a wheel of the vehicle which is rolling on the road by means of a microphone and - sensing a vertical acceleration of the vehicle by means of a vertical acceleration sensor or sensing a suspension of the vehicle by means of a suspension sensor and - determining the type of the road on the basis of the sensed sound and the sensed acceleration or the sensed suspension, wherein the type of the road includes the type of the road surface or the type of an uppermost layer of the road, namely gravel, asphalt, rough tarmac, concrete, cobblestones, sand or other noisy materials, and the quality of the road surface, namely clear, neat, bumpy, badly repaired or completely damaged, comprising potholes or an uneven road surface. - sensing a sound of a wheel of the vehicle which is rolling on the road by means of a microphone and - sensing a vertical acceleration of the vehicle by means of a vertical acceleration sensor or sensing a suspension of the vehicle by means of a suspension sensor and - determining the type of the road on the basis of the sensed sound and the sensed acceleration or the sensed suspension, wherein the type of the road includes the type of the road surface or the type of an uppermost layer of the road, namely gravel, asphalt, rough tarmac, concrete, cobblestones, sand or other noisy materials, and the quality of the road surface, namely clear, neat, bumpy, badly repaired or completely damaged, comprising potholes or an uneven road surface.
An aircraft passenger seat installable in an aircraft cabin at an angle relative to an aircraft longitudinal axis, the aircraft passenger seat comprising: a backrest comprising a first device configured to effect a change in the backrest to change an angle of a seated passenger relative to the aircraft longitudinal axis; a seat bottom including a second device configured to effect a change in the seat bottom to change an angle of the seated passenger relative to the aircraft longitudinal axis; and a controller communicatively coupled to each of the first and second devices, characterized in that: the controller is configured to actuate the first and second devices synchronously and according to at least one aircraft flight condition; and wherein the change in the seat bottom is an angular change in the forward end of the seat bottom relative to the aircraft longitudinal axis. a backrest comprising a first device configured to effect a change in the backrest to change an angle of a seated passenger relative to the aircraft longitudinal axis; a seat bottom including a second device configured to effect a change in the seat bottom to change an angle of the seated passenger relative to the aircraft longitudinal axis; and a controller communicatively coupled to each of the first and second devices, characterized in that: the controller is configured to actuate the first and second devices synchronously and according to at least one aircraft flight condition; and wherein the change in the seat bottom is an angular change in the forward end of the seat bottom relative to the aircraft longitudinal axis. the controller is configured to actuate the first and second devices synchronously and according to at least one aircraft flight condition; and wherein the change in the seat bottom is an angular change in the forward end of the seat bottom relative to the aircraft longitudinal axis.
An ambulance cot and cot loading and unloading system for an emergency vehicle comprising: an ambulance cot having a head end; a loading and unloading apparatus; a base for mounting to a deck of an emergency vehicle; a track mounted for linear movement along said base; a trolley having an arm mounted for linear movement along said track from a retracted position to an extended position and configured to engage said cot; and wherein, when said track is extended along said base in said extended position, said arm is configured for lifting said cot and providing cantilevered support to said cot while in said extended position; characterised in that the ambulance cot and cot loading and unloading system further comprises a control system incorporating one or more indicators to provide status indication of said ambulance cot and/or cot loading and unloading system. an ambulance cot having a head end; a loading and unloading apparatus; a base for mounting to a deck of an emergency vehicle; a track mounted for linear movement along said base; a trolley having an arm mounted for linear movement along said track from a retracted position to an extended position and configured to engage said cot; and wherein, when said track is extended along said base in said extended position, said arm is configured for lifting said cot and providing cantilevered support to said cot while in said extended position;
An electronic package, comprising: a first glass substrate (305, 405, 505, 605); an adhesive (303, 403, 503, 602) over the first glass substrate (305, 405, 505, 605); a second glass substrate (306, 506, 606) over the adhesive (303, 403, 503, 602); an optical waveguide (310, 410, 417, 510, 610) embedded in the adhesive (303, 403, 503, 602); further characterized by a first recess (312, 512, 612) through the second glass substrate (306, 506, 606) and the adhesive (303, 403, 503, 602); and a second recess (313, 513, 613) through the second glass substrate (306, 506, 606) and the adhesive (303, 403, 503, 602). a first glass substrate (305, 405, 505, 605); an adhesive (303, 403, 503, 602) over the first glass substrate (305, 405, 505, 605); a second glass substrate (306, 506, 606) over the adhesive (303, 403, 503, 602); an optical waveguide (310, 410, 417, 510, 610) embedded in the adhesive (303, 403, 503, 602); further characterized by a first recess (312, 512, 612) through the second glass substrate (306, 506, 606) and the adhesive (303, 403, 503, 602); and a second recess (313, 513, 613) through the second glass substrate (306, 506, 606) and the adhesive (303, 403, 503, 602).
A manufacturing machine for the production of a tubular element provided with a filter at one end; wherein the manufacturing machine comprises an insertion conveyor, which moves at least one first pocket along an insertion path, said first pocket having a tubular shape and having, on the inside, a seat, which reproduces in negative the shape of the tubular element and is designed to receive the tubular element; a first transfer station, where the first pocket receives the tubular element, which gets placed inside the seat; an insertion station, where a filter is inserted into the tubular element housed in the seat of the first pocket; a tubular inserting body, in particular with the shape of a truncated cone, which is arranged in the area of the insertion station; a first actuator, which is designed to produce a relative movement between the first pocket and the inserting body so as to at least partially place the inserting body inside the tubular element housed in the first pocket; and a pushing element, which is designed to push the filter along the entire inserting body until it comes out of the inserting body, so as to insert the filter into the tubular element surrounding the inserting body. an insertion conveyor, which moves at least one first pocket along an insertion path, said first pocket having a tubular shape and having, on the inside, a seat, which reproduces in negative the shape of the tubular element and is designed to receive the tubular element; a first transfer station, where the first pocket receives the tubular element, which gets placed inside the seat; an insertion station, where a filter is inserted into the tubular element housed in the seat of the first pocket; a tubular inserting body, in particular with the shape of a truncated cone, which is arranged in the area of the insertion station; a first actuator, which is designed to produce a relative movement between the first pocket and the inserting body so as to at least partially place the inserting body inside the tubular element housed in the first pocket; and a pushing element, which is designed to push the filter along the entire inserting body until it comes out of the inserting body, so as to insert the filter into the tubular element surrounding the inserting body.