mhurhangee/patent-ind-claim-en huggingface dataset:
Differential protection device enabling the detection of a leakage current or fault in an electrical installation powered by at least two phase conductors of a network or by at least one phase conductor and a neutral conductor of a network, said device comprising mainly, on the one hand a set of functional means (3, 3', 3", 3") for measurement, processing, evaluation and control which are suitable for and designed to detect, by monitoring the current in the primary conductors, a differential fault in the relevant network and generate a control signal when the value of the faulty current is within a predetermined range and, on the other hand a cut-off or opening means , in particular having a characteristic cut-off or opening power, said cut-off or opening means being connected by a circuit or signal transmission lines (5, 5 ') to the output of said functional assembly (3, 3', 3", 3''') and designed to be triggered by the control signal, the device further integrating at least one means of selective isolation which is adapted and intended to electrically isolate said cut-off or opening means , at least with respect to said functional assembly (3, 3', 3", 3''') in a selective manner, the means of selective isolation consists of a controllable state change component, mounted in the circuit or the electric transmission lines connecting said functional means (3, 3', 3", 3''') to the cut-off or opening means , the device being characterised in that the means for selective isolation is connected in series to the cut-off or opening means and consists of a normally open or closed component, controllable at the opening or in that it incorporates two means (6 and 6') for electrical isolation of the cut-off or opening means , connected in series with the latter, respectively upstream and downstream of the latter, and each consisting of a normally open or closed component, controllable at the opening.
A cargo aerial delivery system for delivering one or more delivery items to one or more delivery destinations , the cargo aerial delivery system comprising: a cargo container configured to carry the one or more delivery items ; and an unmanned aerial vehicle (UAV) configured to carry the cargo container to each of the one or more delivery destinations corresponding to the one or more delivery items ; characterised in that the cargo container includes a programmable device that stores manifest information regarding each of the one or more delivery items ; wherein the manifest information includes item destination information that represents a respective delivery destination of each of the one or more delivery items ; wherein the cargo aerial delivery system further utilizes a local communication mode configured to convey delivery information from the cargo container to the UAV , wherein the delivery information is based, at least in part, on the item destination information, and wherein the programmable device is configured to selectively receive, enter, and update manifest information . a cargo container configured to carry the one or more delivery items ; and an unmanned aerial vehicle (UAV) configured to carry the cargo container to each of the one or more delivery destinations corresponding to the one or more delivery items ; characterised in that the cargo container includes a programmable device that stores manifest information regarding each of the one or more delivery items ; wherein the manifest information includes item destination information that represents a respective delivery destination of each of the one or more delivery items ; wherein the cargo aerial delivery system further utilizes a local communication mode configured to convey delivery information from the cargo container to the UAV , wherein the delivery information is based, at least in part, on the item destination information, and wherein the programmable device is configured to selectively receive, enter, and update manifest information .
A process for the continuous formation of a tube of poly-4-hydroxybutyrate polymer or copolymer thereof with an inner and outer diameter, the process comprising: (i) extruding molten poly-4-hydroxybutyrate thermoplastic polymer or copolymer thereof through an annular passageway formed between a die and a mandrel, (ii) radially expanding the molten tube in the die of an extruder at a temperature above the melt temperature of the polymer or copolymer, (iii) cooling the extruded polymer tube, (iv) drawing the thus formed tube away from the extruder and (v) collecting the tube, wherein the tensile modulus of the tube is from 60 to 700 MPa. (i) extruding molten poly-4-hydroxybutyrate thermoplastic polymer or copolymer thereof through an annular passageway formed between a die and a mandrel, (ii) radially expanding the molten tube in the die of an extruder at a temperature above the melt temperature of the polymer or copolymer, (iii) cooling the extruded polymer tube, (iv) drawing the thus formed tube away from the extruder and (v) collecting the tube, wherein the tensile modulus of the tube is from 60 to 700 MPa.
Electrical assembly comprising a cooling module , notably an active cooling module comprising a cooling-liquid circulation network, and a busbar , said busbar being directly attached to a receiving portion of the cooling module , said electrical assembly being intended to be fitted in a frame of a first item of electrical equipment , said electrical assembly additionally comprising a power electronics module attached to a first surface of the cooling module and a connecting capacitive element attached to a second surface , opposite the first surface , of the cooling module , the cooling module having a first portion comprising the first and the second surface , the assembly being characterized in that said receiving portion forms a fork extending from the first portion of the cooling module , the busbar comprising a first part held between two arms of the fork. said electrical assembly additionally comprising a power electronics module attached to a first surface of the cooling module and a connecting capacitive element attached to a second surface , opposite the first surface , of the cooling module , the cooling module having a first portion comprising the first and the second surface , the assembly being characterized in that said receiving portion forms a fork extending from the first portion of the cooling module , the busbar comprising a first part held between two arms of the fork.
A method for producing a heterologous polypeptide comprising the steps of a) cultivating a CHO cell comprising a deoxyribonucleic acid encoding the heterologous polypeptide and stably expressing the heterologous polypeptide, and b) recovering the heterologous polypeptide from the CHO cell or the cultivation medium, wherein the expression of the endogenous SIRT-1 gene(s) has been knocked out. a) cultivating a CHO cell comprising a deoxyribonucleic acid encoding the heterologous polypeptide and stably expressing the heterologous polypeptide, and b) recovering the heterologous polypeptide from the CHO cell or the cultivation medium,
A method for transmitting information on an enhanced physical downlink control channel, E-PDCCH, comprising: Obtaining , according to a first aggregation level to which a first E-PDCCH candidate belongs, a first eCCE or CCE resource to which the first E-PDCCH candidate is mapped in a first PRB resource, wherein the first eCCE or CCE resource comprises an eCCE or a CCE for transmitting a data part corresponding to the first E-PDCCH candidate, wherein eCCE or CCE resources to which E-PDCCH candidates on the first aggregation level are mapped in the first PRB resource are different from each other, the first PRB resource comprises a PRB in which an E-PDCCH candidate on each aggregation level and a PDSCH in each subframe are multiplexed, and the first E-PDCCH candidate is an E-PDCCH to be transmitted; Determining a first DMRS port corresponding to a reference signal corresponding to the first E-PDCCH candidate; and transmitting the reference signal on a subcarrier corresponding to the first DMRS port and transmitting the data part corresponding to the first E-PDCCH candidate in the first eCCE or CCE resource; wherein the determining a first DMRS port corresponding to a reference signal corresponding to the first E-PDCCH candidate, comprises: determining the first DMRS port according to a preconfigured reference DMRS port corresponding to a first PRB or a first PRB group, wherein the first PRB or first PRB group is a PRB or a PRB group in which the first eCCE or CCE resource is located. Obtaining , according to a first aggregation level to which a first E-PDCCH candidate belongs, a first eCCE or CCE resource to which the first E-PDCCH candidate is mapped in a first PRB resource, wherein the first eCCE or CCE resource comprises an eCCE or a CCE for transmitting a data part corresponding to the first E-PDCCH candidate, wherein eCCE or CCE resources to which E-PDCCH candidates on the first aggregation level are mapped in the first PRB resource are different from each other, the first PRB resource comprises a PRB in which an E-PDCCH candidate on each aggregation level and a PDSCH in each subframe are multiplexed, and the first E-PDCCH candidate is an E-PDCCH to be transmitted; Determining a first DMRS port corresponding to a reference signal corresponding to the first E-PDCCH candidate; and transmitting the reference signal on a subcarrier corresponding to the first DMRS port and transmitting the data part corresponding to the first E-PDCCH candidate in the first eCCE or CCE resource; wherein the determining a first DMRS port corresponding to a reference signal corresponding to the first E-PDCCH candidate, comprises: determining the first DMRS port according to a preconfigured reference DMRS port corresponding to a first PRB or a first PRB group, wherein the first PRB or first PRB group is a PRB or a PRB group in which the first eCCE or CCE resource is located.
A casting plug for a component of gas turbine engine, comprising: a plug body configured to close a core support aperture of an airfoil of a vane ; a flow control feature configured to be located between two flow paths within an airfoil of a vane ; and a support that extends between the plug body and the flow control feature ; wherein the support is transverse to the flow control feature and is configured to operate as a flow splitter. a plug body configured to close a core support aperture of an airfoil of a vane ; a flow control feature configured to be located between two flow paths within an airfoil of a vane ; and a support that extends between the plug body and the flow control feature ; wherein the support is transverse to the flow control feature and is configured to operate as a flow splitter.
A tire comprising at least a rubber member formed of a rubber composition and a resin member formed of a resin composition containing a polyamide-based thermoplastic elastomer, wherein the rubber member is adhered to the resin member via a layer formed of a composition containing a resorcinol-formalin-latex-based adhesive, wherein the polyamide-based thermoplastic elastomer comprises a hard segment and a soft segment, wherein the hard segment contains polyamide 612, and the soft segment contains a polyamine, wherein the polyamine is polyether diamine.
A method for operating an operator control apparatus for a motor vehicle component , wherein the operator control apparatus has a display device and a touch-sensitive input panel and in the method a control device displays at least one selection proposal from several possible input texts on the display device and on the touch-sensitive input panel delimits an operator control area for capturing an input from a user, wherein a plurality of different operator control functions of the operator control apparatus are controlled via the operator control area , in that both the confirmation of a selection by tapping as well as the drawing of a new handwritten character on one and the same operator control area are provided, wherein the control device identifies a contact with the input panel within the operator control area and then after a predetermined period of time checks whether the contact was a merely the tap and the detected contact is ended, and, if the contact is already ended again after this period of time, outputs a selection proposal selected by the user as an input to the motor vehicle component and if the contact, however, lasts longer than the period of time, captures a character mark drawn by the user within the operator control area , wherein the control device , if the contact persists longer than the period of time, enlarges the first field boundary of the operator control area to a second field boundary , so that a part of the input panel enlarged relative to the previous operator control area , up to the entire input panel , is available to the user for writing and the character mark is thus detected as valid also outside of the former, first field boundary , but within the new, second field boundary , until the handwriting input is ended by a time-out after a last lifting of the finger of the user, so that also letters with several character lines and a lifting of the finger between the character lines can be written as handwritten characters.
A heart valve therapeutic device comprising: a support comprising an elongate wire anchor configured to percutaneously extend through a blood vessel to the heart of a patient; a prosthetic valve element comprising a coupler for coupling the prosthetic valve element to the anchor ; and a user actuator for allowing user coupling of the valve element on the anchor at a desired location, and in which said user actuator is for allowing user control of the valve element shape and/or location, and wherein the actuator is arranged to change axial position of the coupler on the elongate anchor, characterized in that , the wire anchor has a stiffness to hold its shape and location to support the prosthetic valve element without fixing to a heart wall, and in that the coupler comprises an annular spring or clip which contracts around the elongate wire anchor , the device further comprises a delivery catheter , and said coupler is configured to support the valve element after removal of the delivery catheter. a support comprising an elongate wire anchor configured to percutaneously extend through a blood vessel to the heart of a patient; a prosthetic valve element comprising a coupler for coupling the prosthetic valve element to the anchor ; and a user actuator for allowing user coupling of the valve element on the anchor at a desired location, and in which said user actuator is for allowing user control of the valve element shape and/or location, and wherein the actuator is arranged to change axial position of the coupler on the elongate anchor, characterized in that , the wire anchor has a stiffness to hold its shape and location to support the prosthetic valve element without fixing to a heart wall, and in that the coupler comprises an annular spring or clip which contracts around the elongate wire anchor , the device further comprises a delivery catheter , and said coupler is configured to support the valve element after removal of the delivery catheter.
An organic light-emitting device comprising an anode ; a cathode ; a first light-emitting layer comprising a first light-emitting material between the anode and the cathode ; and a hole-transporting layer comprising a hole-transporting copolymer between the anode and the first light-emitting layer and adjacent to the first light-emitting layer, wherein a HOMO level of the first light-emitting material is closer to vacuum than a HOMO level of the hole-transporting copolymer and wherein 55-95 mol % of the repeat units of the hole-transporting copolymer are hole-transporting repeat units of formula (III): wherein Ar 8 , Ar 9 and Ar 10 in each occurrence are independently selected from substituted or unsubstituted phenylene; g is 0 or 1, R 13 is H or a substituent; c, d and e are each independently 1; and any two aromatic or heteroaromatic groups bound directly to the same N atom may be linked by a direct bond or divalent linking group; and wherein the hole transporting copolymer further comprises an arylene co-repeat unit which is unsubstituted or substituted with one or more substituents.
A poppet valve , in particular for aseptic product lines, comprising: a valve housing with line connections and a valve seat formed therebetween in the valve housing ; a closing element which is axially displaceable in the valve housing and which cooperates with the valve seat ; and a membrane extending around the closing element and from the latter up to a fixing site located on the housing side, characterized by a spring-elastic and in particular annular element for fixing the membrane under preload on the housing side, the spring-elastic element being subdivided towards the fixing site into partially circumferential segments and having formed thereon extensions , which press the membrane against the fixing site and, in so doing, compress the membrane especially under elastic and plastic deformation.
A ground-engaging member for an article of footwear, the ground-engaging member comprising: a tip surface having an approximate center point , wherein the tip surface further comprises: a first tip vertex disposed on a first radial axis extending from the approximate center point , a second tip vertex disposed on a second radial axis extending from the approximate center point , and a third tip vertex disposed on a third radial axis extending from the approximate center point ; a first base vertex disposed along the first radial axis ; a second base vertex disposed along the second radial axis ; and a third base vertex disposed along the third radial axis , wherein the surfaces of a first, a second and a third sidewall are concave in a horizontal plane and/or in a vertical plane, wherein t he first base vertex is spaced further from the approximate center point than the first tip vertex , and wherein the second base vertex is spaced further from the approximate center point than the second tip vertex ; and wherein the third base vertex is spaced further from the approximate center point than the third tip vertex , characterized in that the second base vertex is spaced apart from the approximate center point a greater distance than the first base vertex and the third base vertex . a tip surface having an approximate center point , wherein the tip surface further comprises: a first tip vertex disposed on a first radial axis extending from the approximate center point , a second tip vertex disposed on a second radial axis extending from the approximate center point , and a third tip vertex disposed on a third radial axis extending from the approximate center point ; wherein the tip surface further comprises: a first tip vertex disposed on a first radial axis extending from the approximate center point , a second tip vertex disposed on a second radial axis extending from the approximate center point , and a third tip vertex disposed on a third radial axis extending from the approximate center point ; a first tip vertex disposed on a first radial axis extending from the approximate center point , a second tip vertex disposed on a second radial axis extending from the approximate center point , and a third tip vertex disposed on a third radial axis extending from the approximate center point ; a first base vertex disposed along the first radial axis ; a second base vertex disposed along the second radial axis ; and a third base vertex disposed along the third radial axis , wherein the surfaces of a first, a second and a third sidewall are concave in a horizontal plane and/or in a vertical plane, wherein t he first base vertex is spaced further from the approximate center point than the first tip vertex , and wherein the second base vertex is spaced further from the approximate center point than the second tip vertex ; and wherein the third base vertex is spaced further from the approximate center point than the third tip vertex , characterized in that the second base vertex is spaced apart from the approximate center point a greater distance than the first base vertex and the third base vertex .
A method of mass spectrometry comprising: generating a plurality of species of parent ions and passing the plurality of species of parent ions to a quadrupole mass filter as a precursor ion beam; encoding the precursor ion beam by varying a mass to charge ratio transmission window of the quadrupole mass filter, wherein said mass to charge ratio transmission window is varied so that different species of parent ions are caused to have different intensity profiles as a function of time, wherein the encoding includes non-deterministic or pseudo-random effects; subsequent to the step of encoding, forming fragment or product ions derived from the plurality of species of parent ions; mass analysing the fragment or product ions which are derived from said parent ions; and correlating or assigning some of the fragment or product ions of the fragment or product ions derived from said parent ions with corresponding parent ions of the plurality of species of parent ions on the basis of the intensity profile of said fragment or product ions as a function of time and the different intensity profiles of said parent ions as a function of time. generating a plurality of species of parent ions and passing the plurality of species of parent ions to a quadrupole mass filter as a precursor ion beam; encoding the precursor ion beam by varying a mass to charge ratio transmission window of the quadrupole mass filter, wherein said mass to charge ratio transmission window is varied so that different species of parent ions are caused to have different intensity profiles as a function of time, wherein the encoding includes non-deterministic or pseudo-random effects; subsequent to the step of encoding, forming fragment or product ions derived from the plurality of species of parent ions; mass analysing the fragment or product ions which are derived from said parent ions; and correlating or assigning some of the fragment or product ions of the fragment or product ions derived from said parent ions with corresponding parent ions of the plurality of species of parent ions on the basis of the intensity profile of said fragment or product ions as a function of time and the different intensity profiles of said parent ions as a function of time.