mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a piezoelectric element ; a vibration plate to which the piezoelectric element is joined, wherein the piezoelectric element is configured to expand and contract in its longitudinal direction to directly bend the vibration plate for vibration; and a housing to which the vibration plate is joined, wherein vibration sound, which is transmitted by vibrating a part of a human body, is generated by the vibration plate being bent such that a portion of the vibration plate directly above the piezoelectric element protrudes relative to neighboring portions of the vibration plate , the vibration plate includes, in a plan view thereof, a first area including a joining portion with the piezoelectric element and a second area located further away from the joining portion than the first area is, and rigidity in the first area is lower than rigidity in the second area, and wherein the first area is exposed to the outside. a piezoelectric element ; a vibration plate to which the piezoelectric element is joined, wherein the piezoelectric element is configured to expand and contract in its longitudinal direction to directly bend the vibration plate for vibration; and a housing to which the vibration plate is joined, wherein vibration sound, which is transmitted by vibrating a part of a human body, is generated by the vibration plate being bent such that a portion of the vibration plate directly above the piezoelectric element protrudes relative to neighboring portions of the vibration plate , the vibration plate includes, in a plan view thereof, a first area including a joining portion with the piezoelectric element and a second area located further away from the joining portion than the first area is, and rigidity in the first area is lower than rigidity in the second area, and wherein the first area is exposed to the outside.
A network access control method, comprising: configuring network access permission of a first application, wherein the network access permission comprises allowing the first application to access a network resource by using a first type of network access point, and the first type of network access point comprises at least one first network access point; accessing a second network access point, wherein the second network access point belongs to the first type of network access point; when the first application is running, allowing the first application to access the network resource by using the second network access point; and when a third network access point is accessed, if the third network access point does not belong to the first type of network access point, prohibiting the first application from accessing the network resource by using the third network access point, while allowing a second application to access the network resource by using the third network access point; wherein after the third network access point is accessed, the method further comprises: keeping a connection to the second network access point; wherein after the keeping a connection to the second network access point, the method further comprises: keeping the first application accessing the network resource by using the second network access point. configuring network access permission of a first application, wherein the network access permission comprises allowing the first application to access a network resource by using a first type of network access point, and the first type of network access point comprises at least one first network access point; accessing a second network access point, wherein the second network access point belongs to the first type of network access point; when the first application is running, allowing the first application to access the network resource by using the second network access point; and when a third network access point is accessed, if the third network access point does not belong to the first type of network access point, prohibiting the first application from accessing the network resource by using the third network access point, while allowing a second application to access the network resource by using the third network access point; wherein after the third network access point is accessed, the method further comprises: keeping a connection to the second network access point; wherein after the keeping a connection to the second network access point, the method further comprises: keeping the first application accessing the network resource by using the second network access point.
A power distribution unit having a modular construction comprising a power rail with a housing having an interior cavity , at least one first connection element and a power bus having at least two conducting elements (8; 8.1-8.6), said power distribution unit further comprising a plurality of modules (9, 10, 11.1 - 11.4) which are formed and sized such as to be inserted into said interior cavity , each of said modules (9, 10, 11.1 - 11.4) comprising at least one second connection element which cooperates with the at least one first connection element in order to releasable connect each module (9, 10, 11.1 - 11.4) with the housing as well as at least two contact elements (13; 13.1 - 13.6) which may be connected to or brought into contact with said at least two conducting elements (8; 8.1 - 8.6) upon insertion of a module (9, 10, 11.1 - 11.4) into said interior cavity , said plurality of modules (9, 10, 11.1 - 11.4) including: a) a power input module comprising at least one power inlet , said power inlet being connectable to a power source, said power input module further including circuitry to relay power from the power inlet to the at least two contact elements (13; 13.1 - 13.6) of the power input module ; b) at least one control module including a microcontroller and at least one external communication interface to transfer data to and preferably also to receive data from external devices; c) at least one power output module (11.1 - 11.4) comprising at least one power socket electrically connected to the at least two contact elements (13; 13.1 - 13.6), as well as a metering device for metering at least one power parameter of the power and/or at least one switch which allows to interrupt the power transmitted from said at least two contact elements (13; 13.1 - 13.6) to said at least one power socket , characterized in that said at least one control module and said at least one power output module (11.1 -11.4) each comprise at least one optical communication unit (17.1 - 17.4) which sends and/or receives data from at least one neighbouring module via optical signals. a) a power input module comprising at least one power inlet , said power inlet being connectable to a power source, said power input module further including circuitry to relay power from the power inlet to the at least two contact elements (13; 13.1 - 13.6) of the power input module ; b) at least one control module including a microcontroller and at least one external communication interface to transfer data to and preferably also to receive data from external devices; c) at least one power output module (11.1 - 11.4) comprising at least one power socket electrically connected to the at least two contact elements (13; 13.1 - 13.6), as well as a metering device for metering at least one power parameter of the power and/or at least one switch which allows to interrupt the power transmitted from said at least two contact elements (13; 13.1 - 13.6) to said at least one power socket ,
A method for the assembly of a stairlift guide rail , the method involving the use of a kit comprising a plurality of segments of guide rail, each segment of the plurality of segments comprising a first face and a second face , said plurality comprising a segment for a curved section of the stairlift guide rail , wherein the method comprises the step of aligning the first face of a first segment with the second face of a second segment and fixing said first segment relative to said second segment, characterized in that the curved section of the stairlift guide rail comprises tapered segments , a tapered segment having the first face and the second face at an angle α of at most 16°.
A computer-implemented method comprising: capturing one or more images of a reference part; processing the one or more images of the reference part to generate an inspection model of the reference part; identifying components of the reference part using the inspection model; associating one or more regions of the inspection model with one or more analysis parameters, based on identified components in the region; generating, by a processing device an inspection plan based on the inspection model and the one or more analysis parameters; capturing, based on the inspection plan, one or more images of a part to be inspected; processing the one or more images of the part in relation to the analysis parameters to compute one or more determinations of at least one defect with respect to the part; automatically adjusting the inspection plan in response to the one or more determinations; again performing the capturing and processing, according to the adjusted inspection plan, to compute one or more modified determinations of the defect with respect to the part; and providing one or more outputs based on the one or more modified determinations. capturing one or more images of a reference part; processing the one or more images of the reference part to generate an inspection model of the reference part; identifying components of the reference part using the inspection model; associating one or more regions of the inspection model with one or more analysis parameters, based on identified components in the region; generating, by a processing device an inspection plan based on the inspection model and the one or more analysis parameters; capturing, based on the inspection plan, one or more images of a part to be inspected; processing the one or more images of the part in relation to the analysis parameters to compute one or more determinations of at least one defect with respect to the part; automatically adjusting the inspection plan in response to the one or more determinations; again performing the capturing and processing, according to the adjusted inspection plan, to compute one or more modified determinations of the defect with respect to the part; and providing one or more outputs based on the one or more modified determinations.
Method for producing a dispenser for flowable material, wherein the dispenser has a reservoir used for storing media and having a reservoir opening , a fitment , which is attached to the reservoir in the region of the reservoir opening in the assembled state of use and on which a rolling body conveying a medium outwards from the reservoir is mounted, and a closing cap , which is fixed to the fitment in the state of use and encloses the latter, wherein the fitment has a bearing portion for mounting a rolling body , which has an annular base section designed as a kind of shoulder and, affixed thereto, a likewise annular sealing lip section extending substantially in the axial direction, wherein the continuous free edge of the sealing lip section clings to the outer surface of the rolling body and bears against it, wherein a bearing section extends from the base section while being oriented oppositely to the sealing lip section , wherein the bearing section has a trough-shaped bearing receptacle with openings, and wherein, radially outside the bearing portion , there extends a sealing portion integrated therewith and having an annular sealing apron , which defines, together with the outer surface of the trough-shaped bearing receptacle and the annular base section , an annular sealing groove , wherein a nose-shaped sealing projection is formed at the inner wall of the sealing apron , the method having the following steps: - the independent production of the fitment , the closing cap and the reservoir , - the insertion of the fitment into the closing cap and the mutual fixing of said components to form an assembly , - the mounting of the assembly with an externally accessible mounting interface in a mating mounting interface assigned to the reservoir opening , - the securing of the assembly mounted on the mating mounting interface against rotation with respect to the reservoir by anti-rotation means , characterised in that the anti-rotation means have toothed portions formed at the reservoir and a toothed rim formed at the sealing projection and provided with a plurality of teeth in the circumferential direction, which toothed rim engages with the toothed portions in the latched state of fitment and reservoir . - the independent production of the fitment , the closing cap and the reservoir , - the insertion of the fitment into the closing cap and the mutual fixing of said components to form an assembly , - the mounting of the assembly with an externally accessible mounting interface in a mating mounting interface assigned to the reservoir opening , - the securing of the assembly mounted on the mating mounting interface against rotation with respect to the reservoir by anti-rotation means ,
A segmented linear ion trap comprising: at least two discrete trapping regions for processing ions; a RF electrical potential generator for producing two RF waveforms , and arranged to apply each to a pair of pole electrodes of the linear ion trap forming a RF trapping field component to confine ions radially; a multi-output DC electrical potential generator for producing multiple DC field components superimposed to the RF field component and distributed across the length of the linear ion trap to control ions axially; a control unit configured to switch the DC electrical potentials and corresponding DC field components collectively forming a first trapping region of the at least two discrete trapping regions that is populated with ions axially confined therein to alter ion potential energy from a first ion potential energy level to a second ion potential energy level by simultaneously changing the DC electrical potentials of the first trapping region between a first DC electrical potential level and a second DC electrical potential level , and to enable a first ion processing step in at least one of the first and second ion potential energy levels ; and wherein the control unit is configured to switch one or more of the DC electrical potentials at the second ion potential energy level at one side of the first trapping region to a value less than the minimum DC electrical potential of the first trapping region thereby permitting the release of ions confined therein for movement along the axis of the linear ion trap by acceleration away from the first trapping region. at least two discrete trapping regions for processing ions; a RF electrical potential generator for producing two RF waveforms , and arranged to apply each to a pair of pole electrodes of the linear ion trap forming a RF trapping field component to confine ions radially; a multi-output DC electrical potential generator for producing multiple DC field components superimposed to the RF field component and distributed across the length of the linear ion trap to control ions axially; a control unit configured to switch the DC electrical potentials and corresponding DC field components collectively forming a first trapping region of the at least two discrete trapping regions that is populated with ions axially confined therein to alter ion potential energy from a first ion potential energy level to a second ion potential energy level by simultaneously changing the DC electrical potentials of the first trapping region between a first DC electrical potential level and a second DC electrical potential level , and to enable a first ion processing step in at least one of the first and second ion potential energy levels ; and wherein the control unit is configured to switch one or more of the DC electrical potentials at the second ion potential energy level at one side of the first trapping region to a value less than the minimum DC electrical potential of the first trapping region thereby permitting the release of ions confined therein for movement along the axis of the linear ion trap by acceleration away from the first trapping region.
Production machine system , comprising: - a production machine having at least one first position-controlled drive by means of which at least one first machine element (A1 - A5, B) can be adjusted relative to a further machine element (A1 - A5, B) with respect to an axis (R1 - R5, L1), - a control facility for controlling the position-controlled drive so as to move the first machine element (A1 - A5, B) relative to the further machine element (A1 - A5, B), - a model of the first machine element (A1 - A5, B) which is stored in the control facility and which comprises at least one model parameter of the first machine element (A1 - A5, B), - measuring equipment for determining a path (K1 - K5) which describes a specific point (P, TCP) that is assigned to the first machine element (A1 - A5, B) during a movement of the first machine element (A1 - A5, B), - analysis means for analysing the specific path (K1 - K5), - correction means for correcting the model parameter based on the analysis result, wherein the production machine comprises multiple axes (R1 - R5, L1) and drives, which are separated from each other in each case by at least one machine element (A1 - A5, B), and wherein the drives and machine elements (A1 - A5, B) form a kinematic chain, characterised in that in order to determine the respective path (K1 - K5), multiple, in particular all axes (R1 - R5, L1) are moved one after the other starting from a base (B) along the kinematic chain. - a production machine having at least one first position-controlled drive by means of which at least one first machine element (A1 - A5, B) can be adjusted relative to a further machine element (A1 - A5, B) with respect to an axis (R1 - R5, L1), - a control facility for controlling the position-controlled drive so as to move the first machine element (A1 - A5, B) relative to the further machine element (A1 - A5, B), - a model of the first machine element (A1 - A5, B) which is stored in the control facility and which comprises at least one model parameter of the first machine element (A1 - A5, B), - measuring equipment for determining a path (K1 - K5) which describes a specific point (P, TCP) that is assigned to the first machine element (A1 - A5, B) during a movement of the first machine element (A1 - A5, B), - analysis means for analysing the specific path (K1 - K5), - correction means for correcting the model parameter based on the analysis result, wherein the production machine comprises multiple axes (R1 - R5, L1) and drives, which are separated from each other in each case by at least one machine element (A1 - A5, B), and wherein the drives and machine elements (A1 - A5, B) form a kinematic chain, characterised in that in order to determine the respective path (K1 - K5), multiple, in particular all axes (R1 - R5, L1) are moved one after the other starting from a base (B) along the kinematic chain.
An rAAV for use in a method of administering a transgene to prostate tissue of a subject, wherein the rAAV comprises (i) a capsid protein having a serotype selected from the group consisting of AAV5, AAV6.2, AAV7, AAV8, AAV9, and AAVrh.10; and (ii) a nucleic acid comprising a promoter operably linked to a transgene, wherein the transgene encodes a gene associated with a prostate disease and wherein expression of the gene provides a therapeutic benefit in a subject to improve one or more symptoms of a prostate disease.
A method for early data transmission, EDT, performed by a wireless device, the method comprising: assembling a random access message 3 that includes uplink data for random access EDT; transmitting the random access message 3 to a network node; receiving a random access message 4 from the network node; wherein the method further comprises: determining whether the random access message 4 includes a successful integrity check indicating that the network node successfully received the uplink data in random access message 3; and upon determining the random access message 4 includes a successful integrity check, discarding transmission protocol information corresponding to the uplink data in random access message 3, wherein the transmission protocol information comprises layer 2, L2, data corresponding to the uplink data in random access message 3. assembling a random access message 3 that includes uplink data for random access EDT; transmitting the random access message 3 to a network node; receiving a random access message 4 from the network node; wherein the method further comprises: determining whether the random access message 4 includes a successful integrity check indicating that the network node successfully received the uplink data in random access message 3; and upon determining the random access message 4 includes a successful integrity check, discarding transmission protocol information corresponding to the uplink data in random access message 3, wherein the transmission protocol information comprises layer 2, L2, data corresponding to the uplink data in random access message 3. determining whether the random access message 4 includes a successful integrity check indicating that the network node successfully received the uplink data in random access message 3; and upon determining the random access message 4 includes a successful integrity check, discarding transmission protocol information corresponding to the uplink data in random access message 3, wherein the transmission protocol information comprises layer 2, L2, data corresponding to the uplink data in random access message 3.