mhurhangee/ep-ind-claims huggingface dataset:
A system adapted to stimulate nerves adjacent a vaginal canal in a woman for treating urinary urge incontinence, the system comprising: a ring-like body having an exterior surface, and the body being sized and shaped for positioning in the vaginal fornices, the vaginal fornices being a space between the cervix and the vagina and bounded by a plane extending through a distal end of the cervix and perpendicular to a cervical axis; and wherein the body extends at least 270 degrees around the cervix; and a first nerve stimulating element coupled to the body and positioned on the exterior surface of the body to contact an exposed surface of a vaginal canal when the body is positioned in the vaginal canal; and the first nerve stimulating element being configured to contact the surface of the vaginal canal proximal to the distal end of the cervix and to stimulate autonomic nerves and plexuses; and a power source coupled to the body; a control system coupled to the power source and the first nerve stimulating element. a ring-like body having an exterior surface, and the body being sized and shaped for positioning in the vaginal fornices, the vaginal fornices being a space between the cervix and the vagina and bounded by a plane extending through a distal end of the cervix and perpendicular to a cervical axis; and wherein the body extends at least 270 degrees around the cervix; and a first nerve stimulating element coupled to the body and positioned on the exterior surface of the body to contact an exposed surface of a vaginal canal when the body is positioned in the vaginal canal; and the first nerve stimulating element being configured to contact the surface of the vaginal canal proximal to the distal end of the cervix and to stimulate autonomic nerves and plexuses; and a power source coupled to the body; a control system coupled to the power source and the first nerve stimulating element. a first nerve stimulating element coupled to the body and positioned on the exterior surface of the body to contact an exposed surface of a vaginal canal when the body is positioned in the vaginal canal; and the first nerve stimulating element being configured to contact the surface of the vaginal canal proximal to the distal end of the cervix and to stimulate autonomic nerves and plexuses; and a power source coupled to the body; a control system coupled to the power source and the first nerve stimulating element.
A closure member for a food container, comprising: - a multilayer laminate peripherally delimited by its peripheral edge having a predetermined shape suitable for covering an opening of a corresponding container and defining at least one hand gripping portion for a user; said multilayer laminate comprising: - a first layer made of a material at least partially light permeable; - a second layer made of a preferably plastic material; - a third layer made of a repositionable adhesive material interposed between said first layer and said second layer; - at least one anti-adhesive strip is interposed between the first layer and the second layer and placed near said hand gripping portion; - at least one inner weakening line defined on said second layer and extending according to a predetermined geometry defining, in use, an access gap to the container; - at least one outer weakening line, defined on said second layer, proximal to the peripheral edge with respect to the inner weakening line at least at the hand gripping portion and placed at said anti-adhesive strip. - a multilayer laminate peripherally delimited by its peripheral edge having a predetermined shape suitable for covering an opening of a corresponding container and defining at least one hand gripping portion for a user; said multilayer laminate comprising: - a first layer made of a material at least partially light permeable; - a second layer made of a preferably plastic material; - a third layer made of a repositionable adhesive material interposed between said first layer and said second layer; - at least one anti-adhesive strip is interposed between the first layer and the second layer and placed near said hand gripping portion; - a first layer made of a material at least partially light permeable; - a second layer made of a preferably plastic material; - a third layer made of a repositionable adhesive material interposed between said first layer and said second layer; - at least one anti-adhesive strip is interposed between the first layer and the second layer and placed near said hand gripping portion; - at least one inner weakening line defined on said second layer and extending according to a predetermined geometry defining, in use, an access gap to the container; - at least one outer weakening line, defined on said second layer, proximal to the peripheral edge with respect to the inner weakening line at least at the hand gripping portion and placed at said anti-adhesive strip.
A method for producing cross-laminated plywood, characterized in that the method comprises applying an aqueous binder composition on at least one surface of at least one veneer, wherein the aqueous binder composition is prepared by using at least polymerizable substance and crosslinking agent, and wherein: - at least 20 weight-% of the polymerizable substance originates from lignin; - at least 50 % of the molecules in the binder composition have a molecular weight of above 3000 Da and at least 5 % of the molecules in the binder composition have a molecular weight of below 1000 Da; and - the polydispersity index of the binder composition is 6 or higher. - at least 20 weight-% of the polymerizable substance originates from lignin; - at least 50 % of the molecules in the binder composition have a molecular weight of above 3000 Da and at least 5 % of the molecules in the binder composition have a molecular weight of below 1000 Da; and - the polydispersity index of the binder composition is 6 or higher.
A radio communication system comprising: a base station connectable to a mobile station via a plurality of radio access technologies including first and second radio access technologies (110, 120); and a plurality of core networks including a first core network corresponding to the first radio access technology and a second core network different from the first core network and corresponding to the second radio access technology, each of the first and second core network being connected to the base station, including a gateway to an external network, and being configured to transfer user data between the base station and the external network. wherein the base station is configured to, when the mobile station communicates with the base station using the second radio access technology, use a first communication path that passes through the first core network without passing through the second core network, for data transfer between the mobile station and the external network, wherein the base station is configured to, when an inter-radio access technology handover is performed to switch a connection with the mobile station from the first radio access technology to the second radio access technology, continuously use the first communication path, established before the handover, for a data transfer even after the handover, and wherein during the handover, the base station is configured to send, to at least one of the first and second core networks (140, 150), a control message for notifying that switching of the first communication path is unnecessary. a base station connectable to a mobile station via a plurality of radio access technologies including first and second radio access technologies (110, 120); and a plurality of core networks including a first core network corresponding to the first radio access technology and a second core network different from the first core network and corresponding to the second radio access technology, each of the first and second core network being connected to the base station, including a gateway to an external network, and being configured to transfer user data between the base station and the external network. wherein the base station is configured to, when the mobile station communicates with the base station using the second radio access technology, use a first communication path that passes through the first core network without passing through the second core network, for data transfer between the mobile station and the external network, wherein the base station is configured to, when an inter-radio access technology handover is performed to switch a connection with the mobile station from the first radio access technology to the second radio access technology, continuously use the first communication path, established before the handover, for a data transfer even after the handover, and wherein during the handover, the base station is configured to send, to at least one of the first and second core networks (140, 150), a control message for notifying that switching of the first communication path is unnecessary.
A speech recognition method, performed by a computing device, and comprising: obtaining speech information; performing framing (202a, 803) on the speech information, to obtain a plurality of frames of speech segments; inputting the plurality of frames of speech segments into a weighted finite state transducer, WFST, network, to obtain language information of a maximum posterior probability corresponding to the plurality of frames of speech segments; determining (202c, 809), when the language information comprises a preset keyword, the beginning and ending positions of the candidate speech segment corresponding to the preset keyword in the speech information, wherein the candidate speech segment comprises at least one of the plurality of frames of speech segments; clipping (203, 810) the candidate speech segment from the speech information according to the beginning and ending positions; detecting whether the candidate speech segment comprises the preset keyword by using a machine learning model; and determining, upon determining that the candidate speech segment comprises the preset keyword, that the speech information comprises the preset keyword. obtaining speech information; performing framing (202a, 803) on the speech information, to obtain a plurality of frames of speech segments; inputting the plurality of frames of speech segments into a weighted finite state transducer, WFST, network, to obtain language information of a maximum posterior probability corresponding to the plurality of frames of speech segments; determining (202c, 809), when the language information comprises a preset keyword, the beginning and ending positions of the candidate speech segment corresponding to the preset keyword in the speech information, wherein the candidate speech segment comprises at least one of the plurality of frames of speech segments; clipping (203, 810) the candidate speech segment from the speech information according to the beginning and ending positions; detecting whether the candidate speech segment comprises the preset keyword by using a machine learning model; and determining, upon determining that the candidate speech segment comprises the preset keyword, that the speech information comprises the preset keyword.
A phacoemulsification surgical handpiece, comprising: a distal end having at least one surgical tool; a proximal end having at least one sensor module communicatively connected to at least one irrigation line and at least one aspiration line; and a first pressure sensor located within the at least one sensor module and resident in line with the at least one irrigation line, and a second pressure sensor located within the at least one sensor module and resident in line with the at least one aspiration line; and at least one communication module communicatively coupled to the at least one sensor module configured to communicate data indicative of the first and second sensors to a surgical console, wherein the pressure of the at least one irrigation line is regulated in accordance with the first pressure sensor, and the pressure of the at least one aspiration line is regulated in accordance with the second pressure sensor, and wherein the at least one sensor module is detachably affixed to the handpiece. a distal end having at least one surgical tool; a proximal end having at least one sensor module communicatively connected to at least one irrigation line and at least one aspiration line; and a first pressure sensor located within the at least one sensor module and resident in line with the at least one irrigation line, and a second pressure sensor located within the at least one sensor module and resident in line with the at least one aspiration line; and at least one communication module communicatively coupled to the at least one sensor module configured to communicate data indicative of the first and second sensors to a surgical console, wherein the pressure of the at least one irrigation line is regulated in accordance with the first pressure sensor, and the pressure of the at least one aspiration line is regulated in accordance with the second pressure sensor, and wherein the at least one sensor module is detachably affixed to the handpiece.
A serially deposited fiber mat comprising a portion of a medical appliance, the serially deposited fiber mat comprising: serially deposited and sintered polytetrafluoroethylene (PTFE) fibers, wherein 95% of the fibers have diameters from 50 nm to 6 μm, wherein the serially deposited fiber mat is a stretched mat. serially deposited and sintered polytetrafluoroethylene (PTFE) fibers, wherein 95% of the fibers have diameters from 50 nm to 6 μm, wherein the serially deposited fiber mat is a stretched mat.
Method for retrofitting a lift, in particular a panoramic lift, wherein the lift has a drive motor, in particular an internal rotor motor, which is coupled, preferably directly, to a first sheave and a second sheave, wherein the first sheave drives at least one first rope, which is connected to a lift car and a counterweight, and the second sheave drives at least one second rope, which is connected to the lift car and the, or a further, counterweight, wherein the first sheave and the second sheave are arranged on opposite sides of the drive motor, and wherein the drive motor is changed over for a different drive motor, characterized in that, at a position of the first sheave, a sheave is set up and coupled to the different drive motor, and in that, at a position of the second sheave, a driveless deflecting roller is set up.
A method for decommissioning a nuclear facility that includes a nuclear reactor pressure vessel, a plurality of pipes that are directly connected to the nuclear reactor pressure vessel, biological shield concrete that surrounds the plurality of pipes and the nuclear pressure vessel and includes a plurality of upper penetration holes that are separated from each other in the upper portion of the biological shield concrete and overlap the plurality of pipes, and a plurality of sandboxes that cover the plurality of upper penetration holes, wherein the upper penetration holes serve to check the integrity of the pipes when exposed, the method comprising: exposing the plurality of pipes through the plurality of upper penetration holes by removing the plurality of sandboxes; and cutting the plurality of pipes through the plurality of upper penetration holes. exposing the plurality of pipes through the plurality of upper penetration holes by removing the plurality of sandboxes; and cutting the plurality of pipes through the plurality of upper penetration holes.
An uplink transmission method, comprising: receiving, by a second base station, uplink split information sent by a first base station, wherein the uplink split information contains identifiers of N1 logical channel groups and is used for instructing the second base station to receive data in the respective buffers and to forward them to the first base station corresponding to N 1 logic channel groups of a user equipment, UE, the N 1 logic channel groups are determined by the first base station out of N 3 logic channel groups, the N 3 logic channel groups are determined by the first base station from a buffer status report, BSR, sent by the UE, and N 1 is a positive integer larger than 0; determining, by the second base station, N 2 logic channel groups from the N 1 logic channel groups, wherein N 2 is a non-negative integer smaller than or equal to N 1; and sending, by the second base station, feedback information to the first base station, wherein the feedback information is used for indicating the determined result indicating that the second base station receives data in buffers corresponding to the determined N2 logical channel groups. receiving, by a second base station, uplink split information sent by a first base station, wherein the uplink split information contains identifiers of N1 logical channel groups and is used for instructing the second base station to receive data in the respective buffers and to forward them to the first base station corresponding to N 1 logic channel groups of a user equipment, UE, the N 1 logic channel groups are determined by the first base station out of N 3 logic channel groups, the N 3 logic channel groups are determined by the first base station from a buffer status report, BSR, sent by the UE, and N 1 is a positive integer larger than 0; determining, by the second base station, N 2 logic channel groups from the N 1 logic channel groups, wherein N 2 is a non-negative integer smaller than or equal to N 1; and sending, by the second base station, feedback information to the first base station, wherein the feedback information is used for indicating the determined result indicating that the second base station receives data in buffers corresponding to the determined N2 logical channel groups.
A method for forming a surface structuring at surfaces of components using a laser beam, wherein the laser beam is directed onto a diffractive optical element or onto an acousto-optic modulator and is split by the diffractive optical element or by the acousto-optic modulator into at least two part beams (1.1 and 1.2); and the part beams (1.1 and 1.2) are directed onto at least one further optical element, which is transparent for the laser radiation, at an angle α with respect to the optical axis of the laser beam, wherein the part beams (1.1 and 1.2) are focused by a focusing optical lens arranged between the further optical element(s) 3 and a component surface to be processed such that they are incident at a common position on the surface of the component at an angle of incidence β with respect to the optical axis of the laser beam; characterized in that the further optical element(s) has/have a first surface and a second surface which is inclined at an angle to the optical axis of the laser beam at which the beam direction of the part beams (1.1 and 1.2) is changed by optical refraction; and the distance d1 between the diffractive optical element or the acousto-optic modulator and the further optical element is changed to change the interference period.
An egg preparation comprising a mixture of the yolk and the white extracted from a fertilized egg incubated for a period comprised between 18 hours and 36 hours, wherein the mixture of the yolk and white is in a ratio in which the amount of the white is comprised between 2% and 40% by volume of the yolk volume.
A protection apparatus for a photovoltaic power generation system, applied to the photovoltaic power generation system, wherein the apparatus comprises a plurality of interfaces, a plurality of protection switches, a direct current bus, and a controller; the apparatus is connected to three or four photovoltaic units by using the interfaces, the three or four photovoltaic units are coupled to the direct current bus inside the apparatus to form at least two branches, and each branch is connected to at least one photovoltaic unit; the plurality of protection switches is configured to disconnect all or some of the photovoltaic units from the direct current bus; and the controller is configured to: when detecting, based on a parameter detection value of the branch or a parameter detection value of the direct current bus, that the photovoltaic power generation system is faulty, control the plurality of protection switches to be open, wherein the parameter detection value is a reverse current value, and the photovoltaic power generation system is faulty when the reverse current value of a branch is greater than a first current value, wherein positive or negative output ends of the three or four photovoltaic units are connected to the direct current bus via one or two of the protection switches, the other opposite polarity output ends of the three or four photovoltaic units are connected to the direct current bus via more than two of the protection switches. the apparatus is connected to three or four photovoltaic units by using the interfaces, the three or four photovoltaic units are coupled to the direct current bus inside the apparatus to form at least two branches, and each branch is connected to at least one photovoltaic unit; the plurality of protection switches is configured to disconnect all or some of the photovoltaic units from the direct current bus; and the controller is configured to: when detecting, based on a parameter detection value of the branch or a parameter detection value of the direct current bus, that the photovoltaic power generation system is faulty, control the plurality of protection switches to be open, wherein the parameter detection value is a reverse current value, and the photovoltaic power generation system is faulty when the reverse current value of a branch is greater than a first current value, wherein positive or negative output ends of the three or four photovoltaic units are connected to the direct current bus via one or two of the protection switches, the other opposite polarity output ends of the three or four photovoltaic units are connected to the direct current bus via more than two of the protection switches.
A continuous flow machine for providing electric energy, comprising a casing device, a turbine device supported in the casing device so as to be rotatable around an axis of rotation, the turbine device comprising a substantially funnel-shaped impeller body having a inlet area, an outlet area and a closed radial shell wall delimiting a turbine space, and impeller blades being arranged in the turbine space on an inside wall of the impeller body in a radially circumferential manner, the impeller blades being connected to the inside wall of the impeller body by means of spacers in such a manner that a gap is formed between the inside wall of the impeller body and the impeller blades, so that a water vortex can be formed at the inside wall of the impeller body, and a power generation device coupled to the impeller body, characterized in that the impeller blades extend, from the end of the funnel-shaped impeller body located opposite the flow direction, by approximately 50% or 60% or 70% or 75% or 80% or 90% or also over the entire height in vertical direction toward the end of the funnel-shaped impeller body located in the flow direction.
Two-component mortar composition with a resin component that may be hardened, containing at least one resin that may be radically polymerised, fillers, accelerators, stabilisers and, if necessary, other normal mortar components and a hardening component arranged separately from these in a way that inhibits reaction, containing at least one peroxide, for chemically attaching anchoring devices in boreholes, characterised in that the resin components contain 0.1 to 0.5% by weight at least of an accelerator and 0.003 to 0.03% by weight at least of a stabiliser and the hardening components contain 0.1 to 0.35% by weight of peroxide, each with reference to the total weight of the resin components and hardening components.