mhurhangee/ep-ind-claims huggingface dataset:
A multi-signaling hinged safety switch for protection barriers of machines and/or automatic plants, comprising: - a substantially box-like fixed member which is designed to be secured to a stationary part of a barrier, said box-like member having a longitudinal axis and a pair of axial end holes (3, 4); - a movable member which is designed to be secured to a pivotal part of the protection barrier and has a pair of substantially transverse arms (6, 7) extending from said fixed member and pivoted to said axial end holes (3, 4); - electric detection means located within said box-like member for switching one or more electric safety circuits of the barrier at a predetermined switching angle (α); characterized by comprising a pair of cylindrical pins (9, 10) that extend in cantilever fashion from said arms (6, 7) and are pivotally inserted in said holes (3, 4), said pins (9, 10) having mutually spaced opposed ends (11, 12) defining a gap with no axial connection member therein, wherein said detection means comprise a pair of detectors (14, 15), each interacting with the end (11, 12) of a respective pin (9, 10) and having a respective switching angle (α, α') and wherein said detectors (14, 15) are operatively independent of each other. - a substantially box-like fixed member which is designed to be secured to a stationary part of a barrier, said box-like member having a longitudinal axis and a pair of axial end holes (3, 4); - a movable member which is designed to be secured to a pivotal part of the protection barrier and has a pair of substantially transverse arms (6, 7) extending from said fixed member and pivoted to said axial end holes (3, 4); - electric detection means located within said box-like member for switching one or more electric safety circuits of the barrier at a predetermined switching angle (α);
A mop cleaning device with a cleaning tub capable of rising and falling, comprising: a water wiper, a big container, a small container, and a lifting mechanism arranged between the big container and the small container, wherein the small container is able to rise and fall with respect to the big container by means of the lifting mechanism; when the small container is located at a low position, water in the big container flows to the small container through a water inlet of the small container; when the small container is located at a high position, the water in the big container cannot flow to the small container through the water inlet; the water wiper is arranged in the big container or/and the small container. a water wiper, a big container, a small container, and a lifting mechanism arranged between the big container and the small container, wherein the small container is able to rise and fall with respect to the big container by means of the lifting mechanism; when the small container is located at a low position, water in the big container flows to the small container through a water inlet of the small container; when the small container is located at a high position, the water in the big container cannot flow to the small container through the water inlet; the water wiper is arranged in the big container or/and the small container.
A practicable glazed element comprising a glass pane and a surface coating deposited on the pane, which coating is composed of a fired glass frit containing angular particles, in which the weight content of the angular particles ranges from 5% to 30% and the particles have a size between 50 μm and 250 μm with an average particle size of 100 μm, characterized in that the angular particles are made of a glass-ceramic.
A method of a home subscriber server, HSS (305, 405), for configuration of monitoring events, the method comprising: receiving, from a service capability exposure function, SCEF (310, 410), a first request message including monitoring event information and a value of a maximum detection time; setting a value of a mobility-related timer of a terminal based on the value of the maximum detection time in case that the monitoring event information is set to loss of connectivity; and transmitting, to a mobility management entity (300, 400), a second request message including the monitoring event information and the set mobility-related timer of the terminal, characterized in that the value of the mobility-related timer is set smaller than the value of the maximum detection time. receiving, from a service capability exposure function, SCEF (310, 410), a first request message including monitoring event information and a value of a maximum detection time; setting a value of a mobility-related timer of a terminal based on the value of the maximum detection time in case that the monitoring event information is set to loss of connectivity; and transmitting, to a mobility management entity (300, 400), a second request message including the monitoring event information and the set mobility-related timer of the terminal, characterized in that the value of the mobility-related timer is set smaller than the value of the maximum detection time.
An individual egg transport device, including: - an upper cup provided to receive an egg, - a base provided to ensure a stable position of the upper cup on a conveying element, characterized in that it includes: - a gripping element allowing a gripping member to grasp the individual device in order to transport it from a first location to a second location. - an upper cup provided to receive an egg, - a base provided to ensure a stable position of the upper cup on a conveying element, - a gripping element allowing a gripping member to grasp the individual device in order to transport it from a first location to a second location.
A method for assembling heating into vehicle seats, wherein the seat comprises a padded body and said heating comprising at least one heating element, characterised in that it comprises the stages of: - forming at least one cavity in said padded body, said at least one cavity having a sinuous shape, encompassing practically all the seat surface; and - arranging at least one heating element in the interior of said at least one cavity, so that the at least one heating element is housed in the interior of the at least one cavity in its entirety without projecting. - forming at least one cavity in said padded body, said at least one cavity having a sinuous shape, encompassing practically all the seat surface; and - arranging at least one heating element in the interior of said at least one cavity, so that the at least one heating element is housed in the interior of the at least one cavity in its entirety without projecting.
An electrical stimulation lead comprising: a cuff (150; 305) comprising a cuff body having an exterior surface, an interior surface, and a circumference, a plurality of longitudinal electrodes disposed on the interior surface of the cuff body, wherein each of the longitudinal electrodes has an aspect ratio of length/width of at least 20, wherein the plurality of longitudinal electrodes is divided into at least one set with each set comprising at least sixteen of the longitudinal electrodes spaced apart from each other in a circumferential arrangement round the circumference of the cuff body, and a longitudinal slit extending through the cuff body and further extending along an entire length of the cuff body, the longitudinal slit operable to receive a portion of a target nerve from a region outside of the cuff to within the cuff body; a lead body coupled to the cuff (150; 305); and a plurality of conductors extending through the lead body and the cuff (150; 305) with the plurality of conductors electrically coupled to the longitudinal electrodes. a cuff (150; 305) comprising a cuff body having an exterior surface, an interior surface, and a circumference, a plurality of longitudinal electrodes disposed on the interior surface of the cuff body, wherein each of the longitudinal electrodes has an aspect ratio of length/width of at least 20, wherein the plurality of longitudinal electrodes is divided into at least one set with each set comprising at least sixteen of the longitudinal electrodes spaced apart from each other in a circumferential arrangement round the circumference of the cuff body, and a longitudinal slit extending through the cuff body and further extending along an entire length of the cuff body, the longitudinal slit operable to receive a portion of a target nerve from a region outside of the cuff to within the cuff body; a cuff body having an exterior surface, an interior surface, and a circumference, a plurality of longitudinal electrodes disposed on the interior surface of the cuff body, wherein each of the longitudinal electrodes has an aspect ratio of length/width of at least 20, wherein the plurality of longitudinal electrodes is divided into at least one set with each set comprising at least sixteen of the longitudinal electrodes spaced apart from each other in a circumferential arrangement round the circumference of the cuff body, and a longitudinal slit extending through the cuff body and further extending along an entire length of the cuff body, the longitudinal slit operable to receive a portion of a target nerve from a region outside of the cuff to within the cuff body; a lead body coupled to the cuff (150; 305); and a plurality of conductors extending through the lead body and the cuff (150; 305) with the plurality of conductors electrically coupled to the longitudinal electrodes.
An underwater electrical connection assembly comprising: a contact pin comprising an axially extending conductive core with front and rear portions (7, 11) each having a respective electrical contact surface (8, 13), and an annular insulation portion around said conductive core extending axially rearwardly from the front portion of the conductive core; and a conductive sleeve mounted on the rear portion of the conductive core, the conductive sleeve having an abutment surface in engagement with the annular insulation portion, characterized in that the conductive sleeve has a radially outer portion disposed radially outwardly and forwardly of the abutment surface.
A medical device for tissue ligation comprising: an elongated, flexible band having a front side, a rear side, a leading end and a trailing end, and having perforations and rungs defined therein; a locking case connected to said trailing end of said band and having a channel dimensioned for reception of said band; and a locking member connected to said locking case and disposed in connection with said channel and configured to interlock perforations and rungs defined in said band, characterized in that said channel in said locking case comprises an arching portion arranged opposite to said locking member; and said band is configured to arch over said locking member and protrude at least partly into said arching portion when said locking member engages a rung of said band. an elongated, flexible band having a front side, a rear side, a leading end and a trailing end, and having perforations and rungs defined therein; a locking case connected to said trailing end of said band and having a channel dimensioned for reception of said band; and a locking member connected to said locking case and disposed in connection with said channel and configured to interlock perforations and rungs defined in said band, characterized in that said channel in said locking case comprises an arching portion arranged opposite to said locking member; and said band is configured to arch over said locking member and protrude at least partly into said arching portion when said locking member engages a rung of said band.
A hoof bath (60, 61) comprising: an upstream end; a downstream end spaced apart from the upstream end; a pair of spaced apart side walls; and an opening in the downstream end through which fluids can flow; characterized by, the hoof bath (60, 61) further comprising.: a bladder for being inflated to substantially close the opening and for being deflated to allow fluids out of the bath (60, 61). an upstream end; a downstream end spaced apart from the upstream end; a pair of spaced apart side walls; and an opening in the downstream end through which fluids can flow; characterized by, the hoof bath (60, 61) further comprising.: a bladder for being inflated to substantially close the opening and for being deflated to allow fluids out of the bath (60, 61).
Antenna device (15.1, 15.2) for a radar sensor apparatus, having a plurality of rows (15a-15d) of antenna elements which are arranged parallel to one another in the vertical or horizontal direction in a plane and each have at least two antenna elements, in particular patch elements, and associated phase centres (23a-23d), and having a beam-shaping cylindrical lens, characterized in that at least two rows (15a-15d) of antenna elements with their associated phase centres (23a-23d) are shifted with respect to one another in the vertical or horizontal direction, wherein the beam-shaping cylindrical lens is arranged and formed in such a manner that the antenna radiation (26a-26d) coming from the at least two rows (15a-15d) of antenna elements is respectively focused at different vertical or horizontal angles, as a result of which the at least two rows (15a-15d) of antenna elements have directional characteristics which differ from one another in the vertical or horizontal direction and accordingly have a phase difference in the vertical or horizontal direction, with the result that the amplitude profiles of the antenna characteristics of the at least two rows (15a-15d) of antenna elements differ from one another in the vertical or horizontal direction as a result of the directional characteristics of the at least two rows (15a-15d) of antenna elements which differ from one another in the vertical or horizontal direction, as a result of which an elevation angle and an azimuth angle of at least one captured object can be determined by means of a phase evaluation and an evaluation of the amplitude profiles of the antenna characteristics of the at least two rows (15a-15d) of antenna elements in the vertical or horizontal direction.
A surgical garment having a front portion and a back portion and two sleeves, characterised in that each sleeve has at least one adhesive region for affixing a donned surgical glove thereto, each such region being covered by a strip of release material being removable from the associated adhesive region in a sterile manner after donning of the surgical glove, wherein the adhesive region is so disposed on its associated sleeve that a cuff portion of a donned glove covers the whole of said adhesive region characterized in that a portion of the second part of the strip of release material associated to said adhesive region extends outside a donned glove.
A security element, preferably a security thread, a foil, a patch, a flake or a fiber, better still a security thread for a secured document, comprising: - a masking structure intended to decrease the visibility of a surface of the element when the latter is present within the document or on its surface, the masking structure comprising a mixture of at least two nanoscale fillers of one or more pulverulent compounds, the D50 average size of which is comprised between 30 nm and 500 nm, said at least two nanoscale fillers having refractive indices differing by 0.5, one of said at least two nanoscale fillers comprising colloidal silica present in an amount by weight comprised between 20 and 80% relative to the weight of the masking structure, the thickness ( t) of the masking structure being comprised between 2 and 30 microns. - a masking structure intended to decrease the visibility of a surface of the element when the latter is present within the document or on its surface, the masking structure comprising a mixture of at least two nanoscale fillers of one or more pulverulent compounds, the D50 average size of which is comprised between 30 nm and 500 nm, said at least two nanoscale fillers having refractive indices differing by 0.5, one of said at least two nanoscale fillers comprising colloidal silica present in an amount by weight comprised between 20 and 80% relative to the weight of the masking structure, the thickness ( t) of the masking structure being comprised between 2 and 30 microns.
Method for operating an electromotive massage device of a seat, in particular of a motor vehicle, which has a massage drive with an electric motor, in which - the electric motor is energized, - a torque of the electric motor is detected and from that a first reference value is determined, and - an occupancy of at least one section of the seat is determined on the basis of the first reference value. - the electric motor is energized, - a torque of the electric motor is detected and from that a first reference value is determined, and - an occupancy of at least one section of the seat is determined on the basis of the first reference value.
A method of authenticating devices, the method comprising: storing a unique identifier locally on each device; modifying a central ledger located on a centralized system to include an entry associated with the unique identifier stored locally on the device; communicating the central ledger to a plurality of local systems, wherein each of the local systems stores the central ledger as a local ledger; receiving at one of the local systems a unique identifier from a connected device, and searching the local ledger to verify/authenticate the validity of the connected device for use in the local system; modifying an entry in the local ledger associated with the unique identifier from the connected device based on the use of the connected device with the local system; communicating the modified local ledger from each of the plurality of local systems to the centralized system; modifying the central ledger based on the received local ledger, wherein inclusion of the unique identifier in the central ledger authorizes the device for use; and communicating the modified central ledger to a local system; wherein modifying an entry in the local ledger associated with the unique identifier includes deleting the entry from the local ledger, wherein deletion of the entry from the local ledger deauthorizes the device for use. storing a unique identifier locally on each device; modifying a central ledger located on a centralized system to include an entry associated with the unique identifier stored locally on the device; communicating the central ledger to a plurality of local systems, wherein each of the local systems stores the central ledger as a local ledger; receiving at one of the local systems a unique identifier from a connected device, and searching the local ledger to verify/authenticate the validity of the connected device for use in the local system; modifying an entry in the local ledger associated with the unique identifier from the connected device based on the use of the connected device with the local system; communicating the modified local ledger from each of the plurality of local systems to the centralized system; modifying the central ledger based on the received local ledger, wherein inclusion of the unique identifier in the central ledger authorizes the device for use; and communicating the modified central ledger to a local system; wherein modifying an entry in the local ledger associated with the unique identifier includes deleting the entry from the local ledger, wherein deletion of the entry from the local ledger deauthorizes the device for use.
An input/output, I/O, boundary scan cell, comprising: an output path to route output signals from a first voltage domain and signals from a second voltage domain to an I/O pad operating in a pad voltage domain, the output path having a first level shifter to up shift the output signals from the first voltage domain or the second voltage domain to the pad voltage domain; an input path to receive input signals from the I/O pad, the input path having a second level shifter to down shift the input signals from the pad voltage domain to the second voltage domain; and test logic to test signals in the first voltage domain and the second voltage domain. an output path to route output signals from a first voltage domain and signals from a second voltage domain to an I/O pad operating in a pad voltage domain, the output path having a first level shifter to up shift the output signals from the first voltage domain or the second voltage domain to the pad voltage domain; an input path to receive input signals from the I/O pad, the input path having a second level shifter to down shift the input signals from the pad voltage domain to the second voltage domain; and test logic to test signals in the first voltage domain and the second voltage domain.
A display device comprising: a display panel including a gate line (GL1,..., GLm), a data line (DL1,..., DLn), and a touch electrode; a touch driving circuit unit configured to sense a touch through the touch electrode; a touch driving signal generator configured to generate a touch driving signal (TDS, TDS') which is to be supplied to the gate line (GL1,..., GLm), the data line (DL1,..., DLn), and the touch electrode; and a timing controller configured to control the touch driving circuit unit and the touch driving signal generator, characterized in that the touch driving signal generator is configured to receive a touch presence signal (TSES) during a touch sensing period and to vary a voltage level of the touch driving signal (TDS, TDS') during the touch sensing period, based on the received touch presence signal (TSES); wherein the touch driving signal (TDS, TDS') comprises a plurality of driving pulses (#1,..., #8), and a voltage level (V1,..., V8) of each of the plurality of driving pulses (#1,...,,,,, #8) varies according to the touch presence signal (TSES); and wherein the touch sensing period comprises a touch period or a non-touch period according to whether there is a touch, during the touch period, the plurality of driving pulses (#1,..., #8) are shifted to a reference voltage level, and during the non-touch period, the plurality of driving pulses (#1,..., #8) are shifted to a voltage level (V2,..., V8) lower than the reference voltage level or are shifted to a voltage level of an off voltage (Voff). a display panel including a gate line (GL1,..., GLm), a data line (DL1,..., DLn), and a touch electrode; a touch driving circuit unit configured to sense a touch through the touch electrode; a touch driving signal generator configured to generate a touch driving signal (TDS, TDS') which is to be supplied to the gate line (GL1,..., GLm), the data line (DL1,..., DLn), and the touch electrode; and a timing controller configured to control the touch driving circuit unit and the touch driving signal generator, characterized in that the touch driving signal generator is configured to receive a touch presence signal (TSES) during a touch sensing period and to vary a voltage level of the touch driving signal (TDS, TDS') during the touch sensing period, based on the received touch presence signal (TSES); wherein the touch driving signal (TDS, TDS') comprises a plurality of driving pulses (#1,..., #8), and a voltage level (V1,..., V8) of each of the plurality of driving pulses (#1,...,,,,, #8) varies according to the touch presence signal (TSES); and wherein the touch sensing period comprises a touch period or a non-touch period according to whether there is a touch, during the touch period, the plurality of driving pulses (#1,..., #8) are shifted to a reference voltage level, and during the non-touch period, the plurality of driving pulses (#1,..., #8) are shifted to a voltage level (V2,..., V8) lower than the reference voltage level or are shifted to a voltage level of an off voltage (Voff).