mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a wireless device, the method comprising: identifying a set of wireless devices performing Device-to-Device D2D data communication or D2D discovery; identifying a set of Device-to-Device Synchronization Signals D2DSS transmitted by the identified wireless devices performing D2D data communication or D2D discovery; measuring power of a D2DSS from the identified set of D2DSS; and performing a D2D operation using the measured power of the D2DSS. identifying a set of wireless devices performing Device-to-Device D2D data communication or D2D discovery; identifying a set of Device-to-Device Synchronization Signals D2DSS transmitted by the identified wireless devices performing D2D data communication or D2D discovery; measuring power of a D2DSS from the identified set of D2DSS; and performing a D2D operation using the measured power of the D2DSS.
Head protection device including at least one inflatable element able to assume a deflated condition and an inflated condition and an inflation device for inflating the inflatable element , wherein the inflatable element includes at least one vertical body and a ring structure connected to said at least one vertical body , wherein in the inflated condition the ring structure is configured to at least partially surround, in a crown-like manner, a parietal zone and a frontal zone of the head, and wherein, in an inflated condition, said vertical body is intended to support the ring structure and characterised in that a) the ring structure includes two sub-portions each having the shape of a half-ring and intended to protect a right area of the head and a left area of the head respectively, and wherein a top portion of the vertical body is connected to both sub-portions each having a half-ring shape; or b) the ring structure is an open-ring structure, and wherein said vertical body is a body intended, in an inflated condition, to rest on a user's torso. a) the ring structure includes two sub-portions each having the shape of a half-ring and intended to protect a right area of the head and a left area of the head respectively, and wherein a top portion of the vertical body is connected to both sub-portions each having a half-ring shape; or b) the ring structure is an open-ring structure,
A shuttle valve module assembly for fitting in a cavity in a valve housing to control flow of fluid between one of first and second primary ports in the housing and a secondary port in the housing, the assembly comprising: a. a shuttle valve module having first and second end walls and a side wall, and an elongate chamber extending between the end walls, the end walls and the side wall having first , second and third openings respectively which can communicate with first , second and third ports respectively in a valve housing, b. a seal member which can move within the elongate chamber in the shuttle valve module between a first position in which it forms a seal which prevents flow of fluid between the first opening and the third opening while allowing flow of fluid between the second opening and the third opening , and a second position in which it forms a seal which prevents flow of fluid between the second opening and the third opening while allowing flow of fluid between the first opening and the third opening , characterised in that the shuttle valve assembly further comprises: c. a wedging member , and in that the shuttle valve module comprises a body and an end cap which provides one of the end walls of the shuttle valve module, the body and the end cap being arranged so that one can slide relative to the other telescopically, and so that the wedging member can be inserted between the body and the end cap to cause the end cap to be displaced relative to the body so as to increase the distance between the first and second end walls of the module. a. a shuttle valve module having first and second end walls and a side wall, and an elongate chamber extending between the end walls, the end walls and the side wall having first , second and third openings respectively which can communicate with first , second and third ports respectively in a valve housing, b. a seal member which can move within the elongate chamber in the shuttle valve module between a first position in which it forms a seal which prevents flow of fluid between the first opening and the third opening while allowing flow of fluid between the second opening and the third opening , and a second position in which it forms a seal which prevents flow of fluid between the second opening and the third opening while allowing flow of fluid between the first opening and the third opening ,
A medical device , comprising: an elongate shaft having a proximal end region and a distal end region ; a first lumen defined in the shaft ; a second lumen defined in the shaft ; wherein the distal end region includes a common lumen region in fluid communication with the first lumen and the second lumen ; and a deflectable member disposed within the shaft , the deflectable member being designed to shift between a first configuration where the deflectable member directs a first medical device disposed within the common lumen region into the first lumen and a second configuration where the deflectable member allows a second medical device to move between the common lumen region and the second lumen , wherein the second medical device takes the form of a needle or trocar, wherein a wall surface along the first lumen , the second lumen , or both has a ridge or ledge that can engage a flange region of the needle or trocar. an elongate shaft having a proximal end region and a distal end region ; a first lumen defined in the shaft ; a second lumen defined in the shaft ; wherein the distal end region includes a common lumen region in fluid communication with the first lumen and the second lumen ; and a deflectable member disposed within the shaft , the deflectable member being designed to shift between a first configuration where the deflectable member directs a first medical device disposed within the common lumen region into the first lumen and a second configuration where the deflectable member allows a second medical device to move between the common lumen region and the second lumen , wherein the second medical device takes the form of a needle or trocar, wherein a wall surface along the first lumen , the second lumen , or both has a ridge or ledge that can engage a flange region of the needle or trocar.
A device for absolute distance measurement, comprising: a first tunable light source configured to emit a first wavelength light of a first tunable frequency modulated by a first modulating frequency; a second light source configured to emit a second wavelength light of a second frequency modulated by a second modulating frequency; a frequency sweep control unit configured to sweep the first tunable frequency over a first frequency interval; an optical coupler configured to couple the first wavelength light and the second wavelength light into a Fabry-Pérot interferometer cavity ; an interferometer detector coupled to the Fabry-Pérot interferometer cavity and configured to provide an interference measurement signal based on interferometric first and second wavelength light; a demodulator unit configured to generate a first demodulation signal based on the interference measurement signal by demodulation with the first modulating frequency and a second demodulation signal based on the interference measurement signal by demodulation with the second modulating frequency; and a computation unit configured to compute an absolute distance by evaluating the first demodulation signal acquired during the sweep of the first tunable frequency and the second demodulation signal, wherein the computation of the absolute distance is based on the length of the first frequency interval. a first tunable light source configured to emit a first wavelength light of a first tunable frequency modulated by a first modulating frequency; a second light source configured to emit a second wavelength light of a second frequency modulated by a second modulating frequency; a frequency sweep control unit configured to sweep the first tunable frequency over a first frequency interval; an optical coupler configured to couple the first wavelength light and the second wavelength light into a Fabry-Pérot interferometer cavity ; an interferometer detector coupled to the Fabry-Pérot interferometer cavity and configured to provide an interference measurement signal based on interferometric first and second wavelength light; a demodulator unit configured to generate a first demodulation signal based on the interference measurement signal by demodulation with the first modulating frequency and a second demodulation signal based on the interference measurement signal by demodulation with the second modulating frequency; and a computation unit configured to compute an absolute distance by evaluating the first demodulation signal acquired during the sweep of the first tunable frequency and the second demodulation signal, wherein the computation of the absolute distance is based on the length of the first frequency interval.
Electronic device, intended in particular to supply power to an electrical machine , comprising two superimposed electronic boards and a rigid intermediate component positioned between said two electronic boards such that said boards are fastened to one another by said intermediate component , the intermediate component furthermore comprises overmoulded metal inserts able to receive fastening members , the electronic boards each comprise through-apertures and are positioned such that said through-apertures face metal inserts of the intermediate component , characterized in that one of the boards, called first board , is intended to be pressed against a heat sink by way of one of its faces that is opposite the other board, called second board , and said second board , at the centre thereof, comprises metal tracks in contact with the overmoulded metal inserts .
Agricultural machine such as a disc mower, windrower or the like, resting at least partially in support on the ground during use thereof and provided with a working element and shoes intended to slide over the ground, these shoes being formed in a lower wall of said working element or rigidly connected to this lower wall , each shoe being provided with a lining having at least one front end and, on either side of this front end , a front edge , agricultural machine characterised in that at least one of the front edges of the lining of each shoe has a raised area of which at least a portion enters an indentation formed in the corresponding shoe .
Method for computing MR images of an examination object which performs a cyclic movement, with the following steps: - Detecting MR signals for recording MR images of the examination object over at least 2 cycles (23-26) of the cyclic movement, wherein, in each of the at least 2 cycles, a plurality of MR images is recorded, wherein, over the at least 2 cycles (23-26), a magnetisation of the examination object influencing the MR images approaches a state of equilibrium and, in a second cycle of the at least 2 cycles, is closer to the state of equilibrium than in a first cycle of the at least 2 cycles, - Determining movement information for various movement phases of the cyclic movement of the examination object using the plurality of MR images (26a-26g) from the second cycle such that movement information of the examination object for each of the various movement phases is determined, - Carrying out a movement correction of the examination object in the MR images (23a-23g) of the first cycle for the various movement phases of the cyclic movement using the movement information determined in the second cycle such that, for the various MR images of the first cycle, a movement-corrected MR image is computed in each case for the various movement phases of the cyclic movement. - Detecting MR signals for recording MR images of the examination object over at least 2 cycles (23-26) of the cyclic movement, wherein, in each of the at least 2 cycles, a plurality of MR images is recorded, wherein, over the at least 2 cycles (23-26), a magnetisation of the examination object influencing the MR images approaches a state of equilibrium and, in a second cycle of the at least 2 cycles, is closer to the state of equilibrium than in a first cycle of the at least 2 cycles, - Determining movement information for various movement phases of the cyclic movement of the examination object using the plurality of MR images (26a-26g) from the second cycle such that movement information of the examination object for each of the various movement phases is determined, - Carrying out a movement correction of the examination object in the MR images (23a-23g) of the first cycle for the various movement phases of the cyclic movement using the movement information determined in the second cycle such that, for the various MR images of the first cycle, a movement-corrected MR image is computed in each case for the various movement phases of the cyclic movement.
Needling machine comprising: - a table on which a fabric to be needled can pass in one direction, - a needle bed with, - means of oscillation to cause the needle bed to oscillate, in particular about a horizontal axis perpendicular to the direction of travel, - a phase shifting mechanism that shifts the phase between the upward and downward oscillation in the direction of travel, - the mechanism comprising: - a first shaft line, on which are mounted a first pinion , a first toothed clutch and a first eccentric , - a second shaft line, on which are mounted a second pinion and a second eccentric , characterised in that - the first pinion engages with the second pinion , - a second toothed clutch is mounted between the second pinion and the second eccentric and the toothed face of the first clutch has a different pitch to the toothed face of the second clutch, - the needling machine comprising means for lowering/raising the needle bed. - a table on which a fabric to be needled can pass in one direction, - a needle bed with, - means of oscillation to cause the needle bed to oscillate, in particular about a horizontal axis perpendicular to the direction of travel, - a phase shifting mechanism that shifts the phase between the upward and downward oscillation in the direction of travel, - the mechanism comprising: - a first shaft line, on which are mounted a first pinion , a first toothed clutch and a first eccentric , - a second shaft line, on which are mounted a second pinion and a second eccentric , - the first pinion engages with the second pinion , - a second toothed clutch is mounted between the second pinion and the second eccentric and the toothed face of the first clutch has a different pitch to the toothed face of the second clutch, - the needling machine comprising means for lowering/raising the needle bed.
Unmanned aerial vehicle having a direction sensor , a computation element for deriving a second piece of directional information from a change of position of the unmanned aerial vehicle and having a positioning module that provides a control unit of the unmanned aerial vehicle with a directional guideline for a corrective motion from an actual position to a desired position , wherein the corrective motion is triggered on the basis of the first piece of directional information obtained using the direction sensor , characterized in that the directional guideline is corrected on the basis of the second piece of directional information after the beginning of the corrective motion, wherein the first piece of directional information is obtained independently of a change of position of the unmanned aerial vehicle.
A method performed by an operating system of a user device , comprising: receiving , via a user interface (UI) of the user device, authorization to engage in autofill for an application displayed on the UI of the user device; detecting an autofill trigger event while the application is displayed on the UI; responsive to detecting the autofill trigger event, determining information associated with a current view hierarchy of the content displayed on the UI to transmit to a remote provider to aid in facilitating autofill; transmitting a request to the remote provider for candidate data for use in autofill for the application, wherein the request comprises the information associated with the current view hierarchy; receiving, from the remote provider and in response to the request, a pre-communication signal comprising a prompt to provide secure authorization, wherein the secure authorization prompt comprises a request for a biometric input; displaying, on the UI of the user device, the secure authorization prompt ; receiving biometric user input data responsive to the secure authorization prompt; generating, responsive to the biometric user input data, a confirmation signal; transmitting, to the remote provider, the confirmation signal; after transmitting the confirmation signal, receiving a response to the request from the remote provider, wherein the response comprises a data set comprising one or more candidate values corresponding to one or more text input fields displayed on the UI; and filling the one or more text input fields displayed on the UI with the corresponding one or more candidate values. receiving , via a user interface (UI) of the user device, authorization to engage in autofill for an application displayed on the UI of the user device; detecting an autofill trigger event while the application is displayed on the UI; responsive to detecting the autofill trigger event, determining information associated with a current view hierarchy of the content displayed on the UI to transmit to a remote provider to aid in facilitating autofill; transmitting a request to the remote provider for candidate data for use in autofill for the application, wherein the request comprises the information associated with the current view hierarchy; receiving, from the remote provider and in response to the request, a pre-communication signal comprising a prompt to provide secure authorization, wherein the secure authorization prompt comprises a request for a biometric input; displaying, on the UI of the user device, the secure authorization prompt ; receiving biometric user input data responsive to the secure authorization prompt; generating, responsive to the biometric user input data, a confirmation signal; transmitting, to the remote provider, the confirmation signal; after transmitting the confirmation signal, receiving a response to the request from the remote provider, wherein the response comprises a data set comprising one or more candidate values corresponding to one or more text input fields displayed on the UI; and filling the one or more text input fields displayed on the UI with the corresponding one or more candidate values.
An effervescent tablet comprising: a) a pharmaceutically effective amount of one or more phosphate salts; b) a pharmaceutically effective amount of a calcium salt; c) one or more effervescing organic acid component; d) one or more effervescing base component; wherein said tablet upon dissolution in water provides a supersaturated solution of calcium and phosphate ions, and wherein the phosphate salt is a sodium phosphate and the calcium salt is calcium chloride. a) a pharmaceutically effective amount of one or more phosphate salts; b) a pharmaceutically effective amount of a calcium salt; c) one or more effervescing organic acid component; d) one or more effervescing base component;
A method for cutting a plate-shaped workpiece resting on a workpiece support by means of a cutting jet and a cutting fluid , wherein a workpiece part to be cut free is successively cut into at least two smaller partial pieces which, after their respective free cutting point, fall downwards or are lowered out of a surrounding residual workpiece , characterized in that , the division into the partial pieces and the cutting guide for separating off the first partial piece are carried out in such a way that the free-cutting point of the first partial piece , which was cut first, lies within the outer contour of the workpiece part to be cut free, and in that the free-cutting point of the first partial piece lies within a radius (R) around the center of gravity of the first partial piece , wherein the circular area bounded by the radius (R) occupies less than 1/3 of the total area of the first partial piece , and/or that the free-cutting point of the first partial piece lies in the center of gravity of the workpiece part to be cut free, in the center of gravity of the first partial piece or in the area between these two centers of gravity . the division into the partial pieces and the cutting guide for separating off the first partial piece are carried out in such a way that the free-cutting point of the first partial piece , which was cut first, lies within the outer contour of the workpiece part to be cut free, and in that the free-cutting point of the first partial piece lies within a radius (R) around the center of gravity of the first partial piece , wherein the circular area bounded by the radius (R) occupies less than 1/3 of the total area of the first partial piece , and/or that the free-cutting point of the first partial piece lies in the center of gravity of the workpiece part to be cut free, in the center of gravity of the first partial piece or in the area between these two centers of gravity .
Method for winding the winding teeth of the rotor or stator of an electric machine, in which method a winding aid device is placed onto at least one end face of the rotor or stator , which face is located in the axial direction (X), and detachably connected to the rotor or stator , wherein the winding teeth and the winding aid device are then wound with a winding wire, preferably using needle winding technology, wherein the winding wire is deflected in the region of the winding aid device , and wherein the winding aid device is removed after the rotor or stator has been wound, wherein the winding aid device comprises a plurality of wire guide elements , wherein each winding tooth to be wound is assigned a wire guide element , wherein the rotor or stator is an external rotor or external stator and wherein the wire guide element has a winding tooth continuation portion which is designed such that it continues the winding tooth in the axial direction (X), wherein the winding aid device is not thereby extended into the interior of the rotor or stator .
Dust filter which is composed of tubular filter elements which are arranged in a filter chamber and are provided with an opening at one end, and with a cleaning device having nozzles , which are directed at the openings , for outputting pulse-like compressed-air jets into the filter elements , wherein in each case a plurality of nozzles are attached to a common nozzle tube , which is connectable under valve control to a compressed-air supply and extends with its tube axis (A) between two walls of the dust filter, wherein a first end portion of the nozzle tube is radially supported by its inner or outer side on a first tube receptacle , which is fastened to one of the two walls, and wherein a second end portion of the nozzle tube is radially supported by its inner or outer side on a second tube receptacle , which is fastened to the other of the two walls, wherein the length of the nozzle tube , as measured on the tube axis (A), is smaller than the distance between the two walls , as viewed on the tube axis (A), and is larger than the shortest distance between the tube receptacles , wherein the end portions of the nozzle tube and the respective tube receptacle are designed to be displaceable with respect to one another in the direction of the tube axis (A), and with a releasable blocking element for securing the displacement position of the tube nozzle , characterized in that in order also to secure the rotational position of the nozzle tube , a securing portion formed on the blocking element engages in a form-fitting manner in a blocking structure on the respective tube receptacle .