mhurhangee/patent-ind-claim-en huggingface dataset:
Device for paying out an elongated flexible article from a vessel, the device comprising a storage unit 20 for the article 3, overboarding guide means for the article 3, article support means defining a path for the article between the storage unit 20 and the overboarding guide means , and pulling means for advancing the elongated article along the path, wherein the article support means comprise an overboarding support element adapted to be translated in a first direction 5 and bring a length of cable overboard, and a buffering support system comprising a buffering support element translatable in a second direction 6, characterized in that the overboarding support element and the buffering support element are positioned such that the buffering support element is situated between the overboarding support element and the overboarding guide means to allow the elongated flexible article to be led along the support means over the overboarding support element and the buffering support element of the buffering support system together, whereby a translation of the buffering support element in the second direction 6 and a translation of the overboarding support element in the first direction 5 has the effect of varying the length of the article path.
A fitting for a sliding door , having a running part and a rail having at least one runway, along which the running part having at least one roller is movable, wherein the running part has a holder made of a metal plate and an adapter with at least one functional part , wherein the roller is held rotatably on the adapter and at least one holding means is provided to fix the at least one further functional part on the adapter , said functional part being formed as a spacer or a stop, characterized in that an undercut groove is formed on the adapter on the upper side, into which the functional parts are insertable and that the running part is fixable by means of at least two screws of the fitting to a sliding door and that these screws also fix the adapter to the holder , whereby openings at the adapter have lengths and diameters forms such that the same screws can be used for the fixing of the adapter to the holder and at the sliding door than are used for fixing the holder to the sliding door via openings provided on the holder .
An apparatus of a wireless communication network, the apparatus comprising means for performing: detecting a beam failure on one transmission/reception point, TRP, the apparatus being configured to communicate with a plurality of TRPs of a cell, wherein each TRP of the plurality of TRPs is associated with a CORESETPoolIndex value, and each CORESETPoolIndex value is associated with at least one beam failure detection reference signal, BFD-RS, set, and wherein a beam failure on a TRP is determined based on a failure condition of the at least one BFD-RS set associated to the TRP; based on the detecting, encoding a beam failure indication data to a beam failure recovery, BFR, media access control, MAC, control element, CE, wherein the beam failure indication data indicates the beam failure on one TRP of the plurality of TRPs, wherein the beam failure indication data comprises an information element indicating that the beam failure is partial in which beam failure is detected on one TRP of the plurality of TRPs and another information element indicating an index value of a TRP associated with the partial beam failure; and transmitting the BFR MAC CE to a network element of the wireless communication network. detecting a beam failure on one transmission/reception point, TRP, the apparatus being configured to communicate with a plurality of TRPs of a cell, wherein each TRP of the plurality of TRPs is associated with a CORESETPoolIndex value, and each CORESETPoolIndex value is associated with at least one beam failure detection reference signal, BFD-RS, set, and wherein a beam failure on a TRP is determined based on a failure condition of the at least one BFD-RS set associated to the TRP; based on the detecting, encoding a beam failure indication data to a beam failure recovery, BFR, media access control, MAC, control element, CE, wherein the beam failure indication data indicates the beam failure on one TRP of the plurality of TRPs, wherein the beam failure indication data comprises an information element indicating that the beam failure is partial in which beam failure is detected on one TRP of the plurality of TRPs and another information element indicating an index value of a TRP associated with the partial beam failure; and transmitting the BFR MAC CE to a network element of the wireless communication network.
A device for transporting a child, comprising: a wheel-bearing undercarriage comprising a pair of first arms extending in parallel and at a mutual distance obliquely toward a rear side of the device, wherein ends of the first arms remote from the wheels are provided with respective first hinge parts ; a pair of second arms extending in parallel and at a mutual distance, which are each provided at an end with a second hinge part , wherein the first and second hinge parts engage each other so as to enable a forward rotation of the second arms toward the first arms; a child seat comprising a back part and a seat part , wherein the back part and the seat part are pivotally connected to each other; characterized in that the back part is connected on either side to the second arms wherein the seat part is pivotally connected to the first arms and wherein the child seat is further provided on either side with connecting arms which are each at an end pivotally connected to the seat part and at another end slidably and pivotally connected to a respective first arm , and in that the device further comprises blocking means for blocking or bounding a sliding movement away from the undercarriage of at least one connecting arm relative to the corresponding first arm , wherein the blocking means are configured to terminate the blocking of the sliding movement away from the undercarriage after a forward rotation of the second arms , preferably through an angle greater than a predetermined threshold value. a wheel-bearing undercarriage comprising a pair of first arms extending in parallel and at a mutual distance obliquely toward a rear side of the device, wherein ends of the first arms remote from the wheels are provided with respective first hinge parts ; a pair of second arms extending in parallel and at a mutual distance, which are each provided at an end with a second hinge part , wherein the first and second hinge parts engage each other so as to enable a forward rotation of the second arms toward the first arms; a child seat comprising a back part and a seat part , wherein the back part and the seat part are pivotally connected to each other; characterized in that the back part is connected on either side to the second arms wherein the seat part is pivotally connected to the first arms and wherein the child seat is further provided on either side with connecting arms which are each at an end pivotally connected to the seat part and at another end slidably and pivotally connected to a respective first arm , and in that the device further comprises blocking means for blocking or bounding a sliding movement away from the undercarriage of at least one connecting arm relative to the corresponding first arm , wherein the blocking means are configured to terminate the blocking of the sliding movement away from the undercarriage after a forward rotation of the second arms , preferably through an angle greater than a predetermined threshold value.
An ophthalmic pharmaceutical composition useful in the treatment of glaucoma and control of intraocular pressure, comprising 0.001 percent weight/volume to 2 percent weight/volume of a compound (I) or a pharmaceutically acceptable salt thereof, wherein the compound (I) is represented by the following formula: in which A is where: R 1 , R 2 , R 3 = OH; and a pharmaceutically acceptable vehicle therefor. R 1 , R 2 , R 3 = OH; and a pharmaceutically acceptable vehicle therefor.
A material analysis device for analyzing a material sample, with a sample chamber , a sample holder, at least one column , an exciter , a loading shaft and a probing shaft , wherein the sample holder, supported by the at least one column , protrudes into the sample chamber , wherein the exciter applies a force to the loading shaft at its one end and, at its other end, supports the probing shaft , by means of which it transmits force to the sample in a defined manner and thereby loads said sample, characterized in that, at an end facing the sample chamber , the loading shaft forms a bushing , which accommodates an insertion section of the probing shaft in the ready-for-use state, wherein the material analysis device has a key , wherein the bushing has at least one lateral window, through which the key , preferably in the form of a flat key with a flat key surface , can be inserted into a groove lying behind it on the insertion section, by means of which the probing shaft is fixed to the loading shaft without play.
Glazing unit extending along a plane, P, defined by a longitudinal axis, X, and a vertical axis, Z; having a width, W, measured along the longitudinal axis, X, and a length, L, measured along the vertical axis, Z, comprising at least a glass panel and an antenna unit wherein the antenna unit comprises : a. an antenna b. a fixing portion for fixing the antenna to the glass panel so that a space through which air can flow is formed between the glass panel and the antenna c. at least one non-fixing portion d. at least one metallic element placed over at least a part of the non-fixing portion of the antenna unit and the at least one metallic element further comprises at least a hole corresponding with the space of the antenna unit such that air can flow through the at least a hole from the space to outside of the antenna unit. a. an antenna b. a fixing portion for fixing the antenna to the glass panel so that a space through which air can flow is formed between the glass panel and the antenna c. at least one non-fixing portion d. at least one metallic element placed over at least a part of the non-fixing portion of the antenna unit and the at least one metallic element further comprises at least a hole corresponding with the space of the antenna unit such that air can flow through the at least a hole from the space to outside of the antenna unit.
A computer-implemented method comprising the following steps performed by a processor of a computer system : obtaining a tree comprising a plurality of test case nodes, each of the plurality of test case nodes identifying one of a plurality of test cases to be executed by the computer system ; identifying a first test case of the plurality of test cases; executing the first test case, the first test case causing the computer system to be in a first state upon completion of the first test case; logging a result of the execution of the first test case; identifying a second test case of the plurality of test cases, the second test case beginning from the first state; prior to changing the state of the computer system from the first state, executing the second test case, the second test case causing the computer system to be in a second state upon completion of the second test case; logging a result of the execution of the second test case; identifying a third test case of the plurality of test cases, the third test case beginning from the first state and not being executable from the second state; accessing a virtual state equivalent to the first state, the virtual state being generated prior to execution of the second test case, the virtual state being a duplicate of the first state; executing the third test case from said virtual state; and logging a result of the execution of the third test case. obtaining a tree comprising a plurality of test case nodes, each of the plurality of test case nodes identifying one of a plurality of test cases to be executed by the computer system ; identifying a first test case of the plurality of test cases; executing the first test case, the first test case causing the computer system to be in a first state upon completion of the first test case; logging a result of the execution of the first test case; identifying a second test case of the plurality of test cases, the second test case beginning from the first state; prior to changing the state of the computer system from the first state, executing the second test case, the second test case causing the computer system to be in a second state upon completion of the second test case; logging a result of the execution of the second test case; identifying a third test case of the plurality of test cases, the third test case beginning from the first state and not being executable from the second state; accessing a virtual state equivalent to the first state, the virtual state being generated prior to execution of the second test case, the virtual state being a duplicate of the first state; executing the third test case from said virtual state; and logging a result of the execution of the third test case.
A composite particle for use in a marking, comprising at least one superparamagnetic portion and at least one thermoluminescent portion, wherein the composite particle comprises (b) a thermoluminescent central portion (core) that is at least partially surrounded by (a) a superparamagnetic material.
A method of authenticating a user comprising: receiving a user authentication request; determining if one or more share values that have been received from a plurality of communications devices meet a quantitative criterion, each of the communications devices storing at least one share value of a set of share values distributed among the plurality of communications devices, the share values having been computed on the basis of a user credential; and authenticating the user if the received share values meet the quantitative criterion, wherein authenticating the user comprises: recovering the user credential based on an aggregation of the received share values; obtaining an authentication token from an authentication service using the user credential; and using the authentication token to authenticate the user, and wherein recovering the user credential comprises: determining if the aggregation of the received share values is equal to a secret authentication value; and releasing the user credential if it is determined that the aggregation of the received share values is equal to the secret authentication value. receiving a user authentication request; determining if one or more share values that have been received from a plurality of communications devices meet a quantitative criterion, each of the communications devices storing at least one share value of a set of share values distributed among the plurality of communications devices, the share values having been computed on the basis of a user credential; and authenticating the user if the received share values meet the quantitative criterion, wherein authenticating the user comprises: recovering the user credential based on an aggregation of the received share values; obtaining an authentication token from an authentication service using the user credential; and using the authentication token to authenticate the user, and wherein recovering the user credential comprises: determining if the aggregation of the received share values is equal to a secret authentication value; and releasing the user credential if it is determined that the aggregation of the received share values is equal to the secret authentication value. recovering the user credential based on an aggregation of the received share values; obtaining an authentication token from an authentication service using the user credential; and using the authentication token to authenticate the user, and wherein recovering the user credential comprises: determining if the aggregation of the received share values is equal to a secret authentication value; and releasing the user credential if it is determined that the aggregation of the received share values is equal to the secret authentication value. determining if the aggregation of the received share values is equal to a secret authentication value; and releasing the user credential if it is determined that the aggregation of the received share values is equal to the secret authentication value.
A signal generation method, wherein the method comprises: normalizing an I path of four-level signals to obtain a normalized I path of four-level signals, and normalizing a Q path of four-level signals to obtain a normalized Q path of four-level signals; mapping the normalized I path of four-level signals and the normalized Q path of four-level signals based on a normalization coefficient to obtain two paths of six-level signals, wherein the normalization coefficient is determined based on an actual value of a first path of level signals and a maximum value of the first path of level signals, and the first path of level signals are any path of level signals in the I path of four-level signals and the Q path of four-level signals; performing digital-to-analog conversion on the two paths of six-level signals to obtain converted signals; adjusting amplitudes of the converted signals to a preset amplitude to obtain amplitude-adjusted signals, wherein the preset amplitude is less than a target amplitude, and the target amplitude is determined by a signal amplitude required when a 16-level signal drives a dual-drive Mach-Zehnder modulator DDMZM; and loading the amplitude-adjusted signals to an upper arm and a lower arm of the DDMZM to generate modulation signals. normalizing an I path of four-level signals to obtain a normalized I path of four-level signals, and normalizing a Q path of four-level signals to obtain a normalized Q path of four-level signals; mapping the normalized I path of four-level signals and the normalized Q path of four-level signals based on a normalization coefficient to obtain two paths of six-level signals, wherein the normalization coefficient is determined based on an actual value of a first path of level signals and a maximum value of the first path of level signals, and the first path of level signals are any path of level signals in the I path of four-level signals and the Q path of four-level signals; performing digital-to-analog conversion on the two paths of six-level signals to obtain converted signals; adjusting amplitudes of the converted signals to a preset amplitude to obtain amplitude-adjusted signals, wherein the preset amplitude is less than a target amplitude, and the target amplitude is determined by a signal amplitude required when a 16-level signal drives a dual-drive Mach-Zehnder modulator DDMZM; and loading the amplitude-adjusted signals to an upper arm and a lower arm of the DDMZM to generate modulation signals.
Method of determining the state of health of the cells (Ci) of a battery comprising a plurality of series- coupled cells (Ci), this method comprising the steps of: a) during a battery discharge or charge phase , measuring the voltage Ui across each cell (Ci); b) when a first cell (Ci lim) reaches a predefined end-of-discharge or end-of-charge condition, interrupting the battery discharge or charge, and storing, for each cell (Ci), the voltage Ui of the cell at the end of the battery discharge or charge phase; c) determining a value QCi lim representative of the capacitance of the first cell; and d) determining , for each other battery cell, from the value QCi lim determined at step c) and the end-of-discharge or end-of-charge voltages Ui stored at step b), by using a predetermined mathematical function f, a value QCi representative of the cell capacitance. a) during a battery discharge or charge phase , measuring the voltage Ui across each cell (Ci); b) when a first cell (Ci lim) reaches a predefined end-of-discharge or end-of-charge condition, interrupting the battery discharge or charge, and storing, for each cell (Ci), the voltage Ui of the cell at the end of the battery discharge or charge phase; c) determining a value QCi lim representative of the capacitance of the first cell; and d) determining , for each other battery cell, from the value QCi lim determined at step c) and the end-of-discharge or end-of-charge voltages Ui stored at step b), by using a predetermined mathematical function f, a value QCi representative of the cell capacitance.
A tubular rotating system for rotating threaded tubulars, the system comprising: a frame ; a plurality of rollers coupled to the frame and configured to rotate a tubular; and characterized in that the system comprises a control valve coupled to the frame and configured to control rotational speed of the rollers based on a tension force between said system and a fixed object so as to rotate the rollers at a greater rotational speed when the tension force is above a threshold value. a frame ; a plurality of rollers coupled to the frame and configured to rotate a tubular; and characterized in that the system comprises a control valve coupled to the frame and configured to control rotational speed of the rollers based on a tension force between said system and a fixed object so as to rotate the rollers at a greater rotational speed when the tension force is above a threshold value.
Program-controlled machine for coating workpieces , in particular wood-based panels, comprising: a) a machine table to which the workpiece can be releasably fixed by means of fixing means; b) a program-controlled carriage movable along the machine table ; wherein on the carriage there are provided: c) an application unit for adhesive and/or a heating device for activating an adhesive provided on an edge band ; d) a feeding device having a pressing element for pressing and fixing an edge band to a surface of the workpiece , and e) at least one processing unit for removing an overhang of the edge band on the workpiece , characterized in that the at least one processing unit for removing an overhang of the edge band is provided on the carriage in such a way that, at the same time as the edge band is applied, an overhang of the edge band already applied can be removed via the processing unit. a) a machine table to which the workpiece can be releasably fixed by means of fixing means; b) a program-controlled carriage movable along the machine table ; c) an application unit for adhesive and/or a heating device for activating an adhesive provided on an edge band ; d) a feeding device having a pressing element for pressing and fixing an edge band to a surface of the workpiece , and e) at least one processing unit for removing an overhang of the edge band on the workpiece ,