mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a vacuum degree threshold, comprising: obtaining a current altitude signal of a vehicle; obtaining, if the current altitude signal is invalid, a vacuum degree threshold and a standard working time of an electronic vacuum pump of the vehicle corresponding to a historical altitude signal received last time, the vacuum degree threshold comprising a vacuum degree turn-on threshold and a vacuum degree turn-off threshold, and the standard working time comprising a predetermined working time of the electronic vacuum pump corresponding to the historical altitude signal; obtaining an actual working time of the electronic vacuum pump to complete a current working cycle with the vacuum degree threshold corresponding to the historical altitude signal; and updating, when a difference between the actual working time and the standard working time exceeds a predetermined range, the vacuum degree threshold corresponding to the historical altitude signal according to the difference, and taking an updated vacuum degree threshold as a target vacuum degree threshold for a next working cycle. obtaining a current altitude signal of a vehicle; obtaining, if the current altitude signal is invalid, a vacuum degree threshold and a standard working time of an electronic vacuum pump of the vehicle corresponding to a historical altitude signal received last time, the vacuum degree threshold comprising a vacuum degree turn-on threshold and a vacuum degree turn-off threshold, and the standard working time comprising a predetermined working time of the electronic vacuum pump corresponding to the historical altitude signal; obtaining an actual working time of the electronic vacuum pump to complete a current working cycle with the vacuum degree threshold corresponding to the historical altitude signal; and updating, when a difference between the actual working time and the standard working time exceeds a predetermined range, the vacuum degree threshold corresponding to the historical altitude signal according to the difference, and taking an updated vacuum degree threshold as a target vacuum degree threshold for a next working cycle.
An integrated hybrid, two component adhesive, including: a first component comprising a multifunctional polyol, optionally a short chain polyol, optionally a (meth)acrylate monomer, a urethane acrylate oligomer, a photoinitiator, a catalyst and optionally one or more additives; and a second component comprising a polyisocyanate, a (meth)acrylate monomer, a urethane acrylate oligomer and optionally additives; a linking component present in the first component, the second component or both the first component and the second component; wherein the adhesive in mixed form has both a UV cure mechanism and a reactive cure mechanism, the cured reaction products will maintain adhesion to a membrane surface in a bend test according to the method specified in the description and cured reaction products will maintain adhesion to a membrane surface after 10 days of an immersion test by immersing the cured reaction products in a 12.5 pH aqueous solution, which were then placed in an 80 °C temperature-controlled oven. a first component comprising a multifunctional polyol, optionally a short chain polyol, optionally a (meth)acrylate monomer, a urethane acrylate oligomer, a photoinitiator, a catalyst and optionally one or more additives; and a second component comprising a polyisocyanate, a (meth)acrylate monomer, a urethane acrylate oligomer and optionally additives; a linking component present in the first component, the second component or both the first component and the second component; wherein the adhesive in mixed form has both a UV cure mechanism and a reactive cure mechanism, the cured reaction products will maintain adhesion to a membrane surface in a bend test according to the method specified in the description and cured reaction products will maintain adhesion to a membrane surface after 10 days of an immersion test by immersing the cured reaction products in a 12.5 pH aqueous solution, which were then placed in an 80 °C temperature-controlled oven.
Image processing method for displaying output image data of soft biological tissue in particular in real time during surgery, comprising the steps of: • providing pre-operative three-dimensional image data of the soft biological tissue, • acquiring interoperative image data of the soft biological tissue in at least one of the visible-light spectrum and the near-infrared spectrum, the interoperative image data comprising fluorescent-light image data acquired using fluorescent light from a fluorophore, • computing a blood flow direction at at least one location in the interoperative image data, using the fluorescent-light image data, • automatically identifying at least one vascular plexus structure in the interoperative image data, using the interoperative image data and the computed blood flow direction, • identifying the at least one identified vascular plexus structure in the pre-operative three-dimensional image data, • elastic matching of the pre-operative three-dimensional image data to the interoperative image data based on the at least one identified vascular plexus structure, • forming the output image data from the elastically matched pre-operative three-dimensional image data and the interoperative image data. • providing pre-operative three-dimensional image data of the soft biological tissue, • acquiring interoperative image data of the soft biological tissue in at least one of the visible-light spectrum and the near-infrared spectrum, the interoperative image data comprising fluorescent-light image data acquired using fluorescent light from a fluorophore, • computing a blood flow direction at at least one location in the interoperative image data, using the fluorescent-light image data, • automatically identifying at least one vascular plexus structure in the interoperative image data, using the interoperative image data and the computed blood flow direction, • identifying the at least one identified vascular plexus structure in the pre-operative three-dimensional image data, • elastic matching of the pre-operative three-dimensional image data to the interoperative image data based on the at least one identified vascular plexus structure, • forming the output image data from the elastically matched pre-operative three-dimensional image data and the interoperative image data.
Single-dose device for dispensing adhesive fluid substances, particularly for the application of hygienising substances on bathroom fixtures and the like, comprising: - a hollow bellows body which is suitable for containing just one dose of adhesive fluid substance having self-adhesive properties to allow it to stick to a surface, said hollow bellows body having at least a dispensing opening for the application of said adhesive fluid substance on said surface, wherein said adhesive fluid substance remains attached to said surface, - removable closing means of said dispensing opening, - at least a spacer element suitable for keeping said dispensing opening at a distance from said surface during the application of said adhesive fluid substance, and - gripping means which are suitable for allowing a user to grip said spacer element with fingers, characterized by the fact that said spacer element is substantially lobe shaped and has an edge suitable for coming into contact with said surface, and by the fact that said gripping means comprise at least one between an annular pad and a fin placed underneath said lobe and made up in a single monolithic body with said lobe. - a hollow bellows body which is suitable for containing just one dose of adhesive fluid substance having self-adhesive properties to allow it to stick to a surface, said hollow bellows body having at least a dispensing opening for the application of said adhesive fluid substance on said surface, wherein said adhesive fluid substance remains attached to said surface, - removable closing means of said dispensing opening, - at least a spacer element suitable for keeping said dispensing opening at a distance from said surface during the application of said adhesive fluid substance, and - gripping means which are suitable for allowing a user to grip said spacer element with fingers, characterized by the fact that said spacer element is substantially lobe shaped and has an edge suitable for coming into contact with said surface, and by the fact that said gripping means comprise at least one between an annular pad and a fin placed underneath said lobe and made up in a single monolithic body with said lobe.
A key including a key support and a key plate, wherein the key plate includes a key plate body and a basal end fixed to the key support, and the key including a separation mechanism arranged in at least a portion of the basal end of the key plate to protect a vehicle occupant from the key when the key is inserted into a key cylinder of a vehicle, wherein the separation mechanism is thinner than the key plate body, wherein the separation mechanism includes a thin portion that is thinner than the key plate body and located at the basal end of the key plate, the thin portion includes a protrusion engaged with an engaged portion of the key support, the key characterized in that the protrusion is formed to deform and disengage from the engaged portion when load is applied to the key.
System for determining a direction of arrival of a radio signal comprising - at least three antennas, - means configured for determining at least two phase shifts, associated with various antenna pairs respectively, said phase shifts being the difference between a phase of the signal received from one of the antennas of a pair and a phase of the signal received from the other antenna of the same pair, said system being characterized in that it also comprises: - means configured for calculating, by summing at least two phase shifts associated with pairs of antennas, among which the first antenna is a common antenna, a phase shift, between said common antenna and a virtual antenna, - first means configured for determining a set of parameters, respectively associated with a supposed direction of arrival, by calculating the difference between said phase shift between said common antenna and a virtual antenna, and a reference phase shift associated with the supposed direction of arrival; and - second means configured for determining the direction of arrival as being the supposed direction of arrival associated with the parameter having the minimum value. - at least three antennas, - means configured for determining at least two phase shifts, associated with various antenna pairs respectively, said phase shifts being the difference between a phase of the signal received from one of the antennas of a pair and a phase of the signal received from the other antenna of the same pair, - means configured for calculating, by summing at least two phase shifts associated with pairs of antennas, among which the first antenna is a common antenna, a phase shift, between said common antenna and a virtual antenna, - first means configured for determining a set of parameters, respectively associated with a supposed direction of arrival, by calculating the difference between said phase shift between said common antenna and a virtual antenna, and a reference phase shift associated with the supposed direction of arrival; and - second means configured for determining the direction of arrival as being the supposed direction of arrival associated with the parameter having the minimum value.
A battery, comprising: a first electrode, including a number of porous silicon spheres; a second electrode; and an electrolyte in contact with both the first electrode and the second electrode; wherein the first electrode further includes an additive of carbon black with 2% by weight carbon nanotubes, wherein the additive is mixed with the porous silicon spheres. a first electrode, including a number of porous silicon spheres; a second electrode; and an electrolyte in contact with both the first electrode and the second electrode; wherein the first electrode further includes an additive of carbon black with 2% by weight carbon nanotubes, wherein the additive is mixed with the porous silicon spheres.
A cylinder device comprising: a first piston being an advancing-retracting first piston hermetically inserted into a housing so as to be movable vertically, the first piston including an output rod; a second piston being a force-multiplying second piston hermetically inserted into the housing so as to be movable vertically, the second piston being hermetically fitted on an outer circumferential part of the output rod; a force multiplier for multiplying and converting force which acts on the second piston due to locking pressurized fluid and for transmitting multiplied and converted force to the output rod, the force multiplier including an engaging ball which is provided between the output rod and the second piston so as to be movable in a radial direction; an air detection passage for use in detection being formed in the housing; and a detection valve provided in the housing, the detection valve opening or closing the air detection passage for use in detection when the engaging ball moves a detection rod of the first detection valve in a direction that intersects with the radial direction, characterised by an operation object member provided between the engaging ball and the detection rod so as to be movable in the direction that intersects with the radial direction, the engaging ball causing, via the operation object member, the detection rod to move in the direction that intersects with the radial direction, in a case where the engaging ball moves in the radial direction. a first piston being an advancing-retracting first piston hermetically inserted into a housing so as to be movable vertically, the first piston including an output rod; a second piston being a force-multiplying second piston hermetically inserted into the housing so as to be movable vertically, the second piston being hermetically fitted on an outer circumferential part of the output rod; a force multiplier for multiplying and converting force which acts on the second piston due to locking pressurized fluid and for transmitting multiplied and converted force to the output rod, the force multiplier including an engaging ball which is provided between the output rod and the second piston so as to be movable in a radial direction; an air detection passage for use in detection being formed in the housing; and a detection valve provided in the housing, the detection valve opening or closing the air detection passage for use in detection when the engaging ball moves a detection rod of the first detection valve in a direction that intersects with the radial direction, characterised by an operation object member provided between the engaging ball and the detection rod so as to be movable in the direction that intersects with the radial direction, the engaging ball causing, via the operation object member, the detection rod to move in the direction that intersects with the radial direction, in a case where the engaging ball moves in the radial direction.
A method of analyzing network security events, comprising: receiving and processing security events, including grouping the security events into network sessions, each session having an identified source and destination; said method being characterised by the steps of displaying a graph (400, 410, 500) representing devices in a network, the devices including security devices and non-security devices, the displayed graph including a plurality of individual device symbols and a plurality of group device symbols, each individual device symbol representing a security device of the network and each group device symbol representing a group of non-security devices of the network; and displaying in conjunction with the graph security incident information (601, 602, 603, 604, 605, 606), including with respect to a group device symbol an incident volume indicator that indicates a number of network sessions whose source or destination is at any member of a group of non-security devices corresponding to the group device symbol. receiving and processing security events, including grouping the security events into network sessions, each session having an identified source and destination; said method being characterised by the steps of displaying a graph (400, 410, 500) representing devices in a network, the devices including security devices and non-security devices, the displayed graph including a plurality of individual device symbols and a plurality of group device symbols, each individual device symbol representing a security device of the network and each group device symbol representing a group of non-security devices of the network; and displaying in conjunction with the graph security incident information (601, 602, 603, 604, 605, 606), including with respect to a group device symbol an incident volume indicator that indicates a number of network sessions whose source or destination is at any member of a group of non-security devices corresponding to the group device symbol.
Frame for a drawer, wherein the frame has a wall element (17, 22, 23, 24), wherein the frame has a frame body consisting of a base part which has a hollow chamber for mounting a drawer guiding system and a casing element for covering the base part, wherein the wall element (17, 22, 23, 24) forms at least the upper portion of the frame with an upper end face and opposite vertical wall sections (17a, 17b) and wherein the wall element (17, 22, 23, 24) is designed to be fitted from above onto the frame body and fixed onto the frame body, wherein the wall element has a recess for inserting a decorative surface, wherein the wall element forms an outer contour of the frame, wherein the outer contour in a mounted state on a finished drawer is visible to a user from above externally and from above internally, wherein the recess is provided on an outer side of the wall element, characterised in that, as viewed from above internally, the wall element fully forms an outer side of the frame from the drawer base to the upper end face, wherein the wall element has a wiper lip for bearing on an upper side of the drawer base.
Capacitive, planar information carrier, comprising an electrically non-conductive substrate made from an absorbing material, and partially applied, electrically non-conductive mask layer and at least a partially applied electrically conductive layer characterized in that a) the electrically non-conductive mask layer covers the electrically non-conductive substrate only partially, creating gaps where the substrate is not covered by the electrically non-conductive mask layer and b) the at least one electrically conductive layer is applied on the mask layer so that the material of the electrically conductive layer fills the gaps and covers partially the electrically non-conductive mask layer. a) the electrically non-conductive mask layer covers the electrically non-conductive substrate only partially, creating gaps where the substrate is not covered by the electrically non-conductive mask layer and b) the at least one electrically conductive layer is applied on the mask layer so that the material of the electrically conductive layer fills the gaps and covers partially the electrically non-conductive mask layer.
A combination comprising tasquinimod, or a pharmaceutically acceptable salt thereof, and at least one further compound selected from (i) a proteasome inhibitor selected from bortezomib and ixazomib, (ii) the immunomodulatory imide lenalidomid, and (iii) the antibody daratumumab, for use in the treatment of multiple myeloma. (i) a proteasome inhibitor selected from bortezomib and ixazomib, (ii) the immunomodulatory imide lenalidomid, and (iii) the antibody daratumumab,
Transmission arrangement, in particular for energy and/or signal transmission, in particular for use in a machining center or a turning and/or milling center, comprising: - a clamping unit comprising an outer housing of a preferably cylindrical basic shape, an inner housing received within the outer housing, as well as an inner cylinder held within the inner housing so as to be adjustable in a positioning direction A and configured to transmit a compressive or tensile force for clamping purposes, wherein the inner housing is supported on the outer housing via springs (13, 14) and is mounted to be displaceable with respect to the outer housing in the positioning direction A and thus forms a spring force accumulator, wherein an electric motor is arranged to be integrated within the clamping unit in order to apply a force in the positioning direction A to the inner cylinder via intermediate gear means (17 - 20), - a console with a rotary table mounted therein to be rotatable, - at least one first transmission device associated with the console, and - at least one second transmission device associated with the clamping unit, wherein the clamping unit is detachably attached on the rotary table, and said first and second transmission devices (6, 7) being configured to transmit electrical energy for driving the electric motor in a non-contact, preferably inductive manner between a first transmission device and a second transmission device. - a clamping unit comprising an outer housing of a preferably cylindrical basic shape, an inner housing received within the outer housing, as well as an inner cylinder held within the inner housing so as to be adjustable in a positioning direction A and configured to transmit a compressive or tensile force for clamping purposes, wherein the inner housing is supported on the outer housing via springs (13, 14) and is mounted to be displaceable with respect to the outer housing in the positioning direction A and thus forms a spring force accumulator, wherein an electric motor is arranged to be integrated within the clamping unit in order to apply a force in the positioning direction A to the inner cylinder via intermediate gear means (17 - 20), - a console with a rotary table mounted therein to be rotatable, - at least one first transmission device associated with the console, and - at least one second transmission device associated with the clamping unit,