mhurhangee/patent-ind-claim-en huggingface dataset:
A signaling device intended to be worn by a user in movement, in particular a driver of a land vehicle, said device comprising an electronic accelerometer taking measurements along three orthogonal axes, an array of electrochemical rechargeable batteries (B1; B2), a first light source , wireless communication means arranged to transmit an alert signal and a control unit arranged to activate: - said light source when said accelerometer measures deceleration equal to or higher than a first predefined deceleration threshold, called braking threshold, and - said communication means when said accelerometer measures deceleration equal to or higher than a second predefined deceleration threshold, called accident threshold, characterized in that the control unit is further arranged to activate the communication means when said accelerometer measures a number of switchovers between acceleration and deceleration equal to or higher than a third predefined threshold of number of switchovers within a predefined lapse of time. - said light source when said accelerometer measures deceleration equal to or higher than a first predefined deceleration threshold, called braking threshold, and - said communication means when said accelerometer measures deceleration equal to or higher than a second predefined deceleration threshold, called accident threshold,
A security device for a security document, the security device comprising a fluidic structun comprising one or more fluids arranged as a pattern or image that is visible to an unaided human eye, or with the assistance of a screening tool, each fluid comprising a liquid with macroscopic and / or microscopic particles of solid or gas contained in the fluid, wherein the particles move, coalesce, rotate, precipitate, aggregate, dissolve, flow or collect in the security device in response to an external influence upon the security device.
A puncture needle (N1) comprising: a shaft part (S); a needle tip part (T) disposed at a tip of the shaft part (S); and a plurality of processed parts (P1, P2, P3, P4, P5) that are arranged on an outer peripheral part of the shaft part (S) along a length direction of the shaft part (S) and form a geometric progression with a geometric ratio of 2 in which arrangement intervals (L1, L2, L3, L4, L5) gradually decrease toward the needle tip part (T), wherein a distance (K1,K2) between a reference point, which is located on a needle tip part side of a first processed part (P1) closest to the needle tip part (T) among the plurality of processed parts (P1, P2, P3, P4, P5) said reference point being located at a predetermined distance (J) from the needle tip part (T), and the first processed part (P1) is equal to an arrangement interval (L1) between the first processed part (P1) and a second processed part (P2) which is second closest to the needle tip part (T). a shaft part (S); a needle tip part (T) disposed at a tip of the shaft part (S); and a plurality of processed parts (P1, P2, P3, P4, P5) that are arranged on an outer peripheral part of the shaft part (S) along a length direction of the shaft part (S) and form a geometric progression with a geometric ratio of 2 in which arrangement intervals (L1, L2, L3, L4, L5) gradually decrease toward the needle tip part (T), wherein a distance (K1,K2) between a reference point, which is located on a needle tip part side of a first processed part (P1) closest to the needle tip part (T) among the plurality of processed parts (P1, P2, P3, P4, P5) said reference point being located at a predetermined distance (J) from the needle tip part (T), and the first processed part (P1) is equal to an arrangement interval (L1) between the first processed part (P1) and a second processed part (P2) which is second closest to the needle tip part (T).
A folding, or interfolding, machine comprising: - a folding, or interfolding, section, arranged to fold, or interfold, a web of paper or a plurality of sheets of paper into a plurality of panels , according to a predetermined folding, or interfolding, configuration; said machine characterised in that said folding, or interfolding, section, comprises: - a first and a second support facing each other in a central zone and having respective lateral surfaces provided with at least one peripheral suction groove extending on said lateral surface for a predetermined length, said, or each, peripheral suction groove pneumatically connected to an air suction system in such a way to define a corresponding suction portion on the lateral surface of the respective support ; - a first and a second suction belt arranged to move respectively along a first and a second closed trajectory , said first and second closed trajectory comprising, respectively, said suction portions of said first and second support , said first and second suction belt configured to air-tightly engage with said suction portions and providing at least one through hole arranged to be positioned at a respective suction portion for causing a suction on said web, or said sheets ; - a driving device configured to move said first and second suction belt with respect to said support , in such a way that said through holes of the first, or the second, belt are located at said central zone shifted from each other. - a folding, or interfolding, section, arranged to fold, or interfold, a web of paper or a plurality of sheets of paper into a plurality of panels , according to a predetermined folding, or interfolding, configuration; - a first and a second support facing each other in a central zone and having respective lateral surfaces provided with at least one peripheral suction groove extending on said lateral surface for a predetermined length, said, or each, peripheral suction groove pneumatically connected to an air suction system in such a way to define a corresponding suction portion on the lateral surface of the respective support ; - a first and a second suction belt arranged to move respectively along a first and a second closed trajectory , said first and second closed trajectory comprising, respectively, said suction portions of said first and second support , said first and second suction belt configured to air-tightly engage with said suction portions and providing at least one through hole arranged to be positioned at a respective suction portion for causing a suction on said web, or said sheets ; - a driving device configured to move said first and second suction belt with respect to said support , in such a way that said through holes of the first, or the second, belt are located at said central zone shifted from each other.
A computing unit for executing an unmanned aerial vehicle, UAV, application server residing in a cellular network and configured to verify a geographical position of a UAV connected to the cellular network, the computing unit comprising at least one processor and at least one memory , the at least one memory containing instructions executable by the at least one processor such that the UAV application server is operable to: (a) receive (S202) UAV-based position information indicative of a current geographical position of the UAV determined by the UAV ; (b) trigger (S204) obtaining, from at least one entity of the cellular network and based on information associated with the UAV available in the cellular network, network-based position information indicative of a current geographical position of the UAV ; and (c) trigger (S206) verifying the UAV-based position information based on the network-based position information, characterized in that the at least one entity of the cellular network comprises an on-demand positioning entity configured to determine a geographical position of the UAV on demand and wherein a network-based position information corresponds to the on-demand determined geographical position of the UAV , wherein the network-based position information provided by the on-demand positioning entity has a higher precision than the network-based position information provided by the mobility management entity, and wherein the mobility management entity is used as a primary network-based positioning source and the on-demand positioning entity is used as a secondary network-based positioning source employed when a precision of the network-based position information provided by the primary network-based positioning source is determined to be insufficient. (a) receive (S202) UAV-based position information indicative of a current geographical position of the UAV determined by the UAV ; (b) trigger (S204) obtaining, from at least one entity of the cellular network and based on information associated with the UAV available in the cellular network, network-based position information indicative of a current geographical position of the UAV ; and (c) trigger (S206) verifying the UAV-based position information based on the network-based position information, the at least one entity of the cellular network comprises an on-demand positioning entity configured to determine a geographical position of the UAV on demand and wherein a network-based position information corresponds to the on-demand determined geographical position of the UAV , wherein the network-based position information provided by the on-demand positioning entity has a higher precision than the network-based position information provided by the mobility management entity, and wherein the mobility management entity is used as a primary network-based positioning source and the on-demand positioning entity is used as a secondary network-based positioning source employed when a precision of the network-based position information provided by the primary network-based positioning source is determined to be insufficient.
A battery comprising: a case ; a first unit cell including a first cathode ; the first cathode including a lithium cobalt oxide, a first separator , a first anode , the first anode including graphite; and a plurality of second unit cells ; each including a second cathode , the second cathode including a lithium phosphate having an olivine structure and containing at least one of cobalt, manganese, and iron, a second separator , and a second anode , the second anode including a lithium titanium oxide, wherein the first unit cell is interposed between the plurality of second unit cells within the case . a case ; a first unit cell including a first cathode ; the first cathode including a lithium cobalt oxide, a first separator , a first anode , the first anode including graphite; and a plurality of second unit cells ; each including a second cathode , the second cathode including a lithium phosphate having an olivine structure and containing at least one of cobalt, manganese, and iron, a second separator , and a second anode , the second anode including a lithium titanium oxide, a second cathode , the second cathode including a lithium phosphate having an olivine structure and containing at least one of cobalt, manganese, and iron, a second separator , and a second anode , the second anode including a lithium titanium oxide,
Human interface operating device for an underground mining machine, comprising a rotatably and axially actuatable control element for controlling functions of the underground mining machine, further comprising a base body configured to be secured to a housing of a control cabinet of the underground mining machine, wherein the control element is rotatably and translationally supported in the base body , wherein the control element , at an inside-end section, is provided with a widened portion which, in a radial direction of the control element , protrudes beyond an engagement portion of a shaft , wherein the control element , at an outside-end section, is provided with a knob releasably mounted to the shaft , wherein a spring element is interposed between the knob and an outer surface of the base body , characterized in that the knob 50 is received in its entirety within a recess provided at an outer end of the operating device . further comprising a base body configured to be secured to a housing of a control cabinet of the underground mining machine, wherein the control element is rotatably and translationally supported in the base body , wherein the control element , at an inside-end section, is provided with a widened portion which, in a radial direction of the control element , protrudes beyond an engagement portion of a shaft , wherein the control element , at an outside-end section, is provided with a knob releasably mounted to the shaft , wherein a spring element is interposed between the knob and an outer surface of the base body , characterized in that the knob 50 is received in its entirety within a recess provided at an outer end of the operating device .
A clamp device for mounting equipment to a support structure , the clamp device comprising: a base having opposing front and back sides , opposing top and bottom ends , and opposing first and second lateral sides , the base comprising: a first trough formed in the front side of the base; and a first coupling element located on the first lateral side and a second coupling element located on the second lateral side of the base, wherein each of the first and second coupling elements extend from near the top end of the base towards the bottom end of the base at an angle relative to the first trough; characterised by the base further comprising a second trough formed in the back side of the base. a first trough formed in the front side of the base; and a first coupling element located on the first lateral side and a second coupling element located on the second lateral side of the base, wherein each of the first and second coupling elements extend from near the top end of the base towards the bottom end of the base at an angle relative to the first trough; characterised by the base further comprising a second trough formed in the back side of the base.
A method of transmitting a V2X message performed by a V2X communication device of a vehicle, the method comprising: receiving (S28010), from an external V2X communication device, a first Collective Perception, CP, message providing ID information identifying the external V2X communication device and position information indicating the position of the external V2X communication device; generating (S28020) a second CP message including information for at least one detection object detected by the V2X communication device; and transmitting (S28030) the second CP message, characterized in that when the external V2X communication device is not determined to be the same object as the detection object, the second CP message comprises first object information providing a description of the detection object, and wherein when the external V2X communication device is determined to be the same object as the detection object, the second CP message comprises second object information different from the first object information, said second object information having a smaller size than the first object information and comprising the ID information of the external V2X communication device. receiving (S28010), from an external V2X communication device, a first Collective Perception, CP, message providing ID information identifying the external V2X communication device and position information indicating the position of the external V2X communication device; generating (S28020) a second CP message including information for at least one detection object detected by the V2X communication device; and transmitting (S28030) the second CP message, characterized in that when the external V2X communication device is not determined to be the same object as the detection object, the second CP message comprises first object information providing a description of the detection object, and wherein when the external V2X communication device is determined to be the same object as the detection object, the second CP message comprises second object information different from the first object information, said second object information having a smaller size than the first object information and comprising the ID information of the external V2X communication device.
Method for balancing branch currents in parallel-connected branches of a lighting device for vehicles in the course of manufacture, comprising an arrangement having at least two parallel-connected LED branches (ZW1, ZW2 ... ZWn), each parallel-connected LED branch having at least one series resistor (R1 ... Rn) and at least one LED (D11 ... Dn2) connected in series, the at least one series resistor (R1 ... Rn) of each LED branch of the parallel-connected LED branches arranged on a printed circuit board being bridged by a conductor run (LA1 ... LAn) provided on the printed circuit board, each of these conductor runs (LA1 ... LAn) being accessible to a tool and being able to be severed with the aid of the latter, the tool being a depaneling tool for printed circuit boards, wherein after the assembly of the printed circuit board, but before a separation of the printed circuit board in the depaneling device, a parameter test is carried out on the LEDs (D11 ... Dn2) by supplying a total current (Ig) to the arrangement and thereby measuring the respective branch current (11, 12, In) through each of the parallel-connected LED branches or the brightness of at least one LED (D11 ... Dn2) in each parallel-connected LED branch, and wherein in each of the LED branches of the parallel-connected LED branch(s) in which the measured current or the measured brightness exceeds a definable limit value, the respective bridging conductor path (LA1 ... Lan) of the at least one series resistor is cut by means of the tool. wherein after the assembly of the printed circuit board, but before a separation of the printed circuit board in the depaneling device, a parameter test is carried out on the LEDs (D11 ... Dn2) by supplying a total current (Ig) to the arrangement and thereby measuring the respective branch current (11, 12, In) through each of the parallel-connected LED branches or the brightness of at least one LED (D11 ... Dn2) in each parallel-connected LED branch, and wherein in each of the LED branches of the parallel-connected LED branch(s) in which the measured current or the measured brightness exceeds a definable limit value, the respective bridging conductor path (LA1 ... Lan) of the at least one series resistor is cut by means of the tool.
An aqueous colloidal silica product comprising water and from 16 to 18 weight percent colloidal silica solids, wherein the aqueous colloidal silica product has a viscosity ranging from 4 to 20 mPa·s (cps) and an S-value ranging from 26 to 40%, wherein the colloidal silica solids have a specific surface area ranging from 750 to 850 m 2 /g.
A pavement surface element for a roller test bench, comprising - a pavement surface, and - at least two fastening portions for fastening and fixing said pavement surface element (B) to the outer periphery of a roller of said roller test bench, wherein said pavement surface includes a pavement layer having a test bench roller outer surface (A), said pavement layer is configured to be at least partly permeable to air, and said test bench roller outer surface (A) forms an area of contact with a tire while rolling. - a pavement surface, and - at least two fastening portions for fastening and fixing said pavement surface element (B) to the outer periphery of a roller of said roller test bench,
A driving circuit for driving a display panel in which a plurality of data lines (DL), a plurality of gate lines (GL), and a plurality of touch electrodes (TE) are disposed, the driving circuit comprising: a data-driving circuit configured to drive the plurality of data lines (DL); a gate-driving circuit configured to drive the plurality of gate lines (GL); and a touch-driving circuit configured to drive the plurality of touch electrodes (TE), wherein the touch-driving circuit is configured to drive the plurality of touch electrodes (TE) while the plurality of data lines (DL) is driven, and output a touch-driving signal (TDS) swinging with a predetermined amplitude to drive the touch electrodes (TE), and the data-driving circuit is configured to output a data signal (VDATA) for displaying an image on the display panel , the data signal (VDATA) having a voltage changed by the amplitude of the touch-driving signal (TDS) during a pulse generation period of the touch-driving signal (TDS), and the gate-driving circuit is configured to output a gate signal having a voltage for turn-on and turn-off changed by the amplitude of the touch-driving signal (TDS) during the pulse generation period of the touch-driving signal (TDS). a data-driving circuit configured to drive the plurality of data lines (DL); a gate-driving circuit configured to drive the plurality of gate lines (GL); and a touch-driving circuit configured to drive the plurality of touch electrodes (TE), wherein the touch-driving circuit is configured to drive the plurality of touch electrodes (TE) while the plurality of data lines (DL) is driven, and output a touch-driving signal (TDS) swinging with a predetermined amplitude to drive the touch electrodes (TE), and the data-driving circuit is configured to output a data signal (VDATA) for displaying an image on the display panel , the data signal (VDATA) having a voltage changed by the amplitude of the touch-driving signal (TDS) during a pulse generation period of the touch-driving signal (TDS), and the gate-driving circuit is configured to output a gate signal having a voltage for turn-on and turn-off changed by the amplitude of the touch-driving signal (TDS) during the pulse generation period of the touch-driving signal (TDS).