mhurhangee/ep-ind-claims huggingface dataset:
Lighting system comprising a plurality of lighting devices (2.i) with in each case one connected sensor unit (3.i), and a control unit, wherein each sensor unit (3.i) is set up to determine at least one measured value for a local environmental parameter of the lighting devices (2.i), and to transmit said value to the control unit, wherein the control unit is set up to link each of the measured values transmitted by the respective sensor unit to position information of the particular connected lighting device (2.i), and to determine a measured-value distribution from a plurality of the transmitted measured values with linked position information, and characterized in that each of the determined measured values is a physical parameter, and the determined measured-value distribution is a spatial measured-value distribution with a progression over time, the lighting system comprises at least one actuator, wherein the at least one actuator is suitable for changing the local environmental parameter, and the control unit is set up to create or modify assignment information of the actuator to at least one of the sensor units (3.i) by means of the determined measured-value distribution while the actuator is being actuated.
A method for producing a closure for a product containing container constructed for being inserted and retained in a portal forming the neck of the container for sealingly closing the container, said method comprising: A. extruding a continuous, elongated, substantially cylindrically shaped length of a material; and B. cutting said elongated length of material in a plane substantially perpendicular to the central axis of said elongated length of material using a knife blade (40, 80), said knife blade (40, 80) comprising at least one cutting edge region having a discontinuous cutting edge, establishing a closure having a desired length for insertion and retention in the portal of the neck of the container, characterized in that said discontinuous cutting edge is formed by a plurality of notches along the at least one cutting edge region, wherein said notches have a pitch between adjacent notches of from 0.381 to 0.635 cm (0.150 to 0.250 inches), and/or wherein said notches have a width of from 0.025 to 0.254 cm (0.010 to 0.100 inches), and/or wherein said notches have a depth of from 0.025 to 0.254 cm (0.010 to 0.100 inches), and/or wherein said notches are arranged having a consistent pitch between adjacent notches. A. extruding a continuous, elongated, substantially cylindrically shaped length of a material; and B. cutting said elongated length of material in a plane substantially perpendicular to the central axis of said elongated length of material using a knife blade (40, 80), said knife blade (40, 80) comprising at least one cutting edge region having a discontinuous cutting edge, establishing a closure having a desired length for insertion and retention in the portal of the neck of the container, characterized in that said discontinuous cutting edge is formed by a plurality of notches along the at least one cutting edge region, wherein said notches have a pitch between adjacent notches of from 0.381 to 0.635 cm (0.150 to 0.250 inches), and/or wherein said notches have a width of from 0.025 to 0.254 cm (0.010 to 0.100 inches), and/or wherein said notches have a depth of from 0.025 to 0.254 cm (0.010 to 0.100 inches), and/or wherein said notches are arranged having a consistent pitch between adjacent notches.
Can lid for an aluminum beverage can, said can lid comprising a pull tab for opening a tear panel, said can lid having a chuck wall defining a can lid plug diameter, a countersink and central panel having a panel radius, wherein a score line defining the tear panel and a rivet connecting the pull tab to the central panel are arranged on the central panel, the central panel having a thickness of less than 0,19 mm, characterized in that the can lid's lid plug diameter is between 45 to 49 mm, the can lid has an outside diameter that is between 52 to 55 mm and a weight of less than 1,9 gr, the score line defines the tear panel that has an area that is between 300 mm 2 to 350 mm 2, and in that the score line has a shortest distance from the panel radius of less than 3 mm.
Method for providing a gaseous mixture containing nitrogen protoxide (N 2 O) and oxygen (O 2) comprising steps of: a) providing a N 2 O and O 2 premixture containing an initial content of N 2 O comprised between 40% and 60% mol., the remainder being oxygen, said N 2 O and O 2 premixture coming from a gas container, b) diluting the N 2 O and O 2 premixture with air delivered by a micro-blower, and c) recovering a final mixture containing a final content of N 2 O less than the initial content of N 2 O in the N 2 O and O 2 premixture. a) providing a N 2 O and O 2 premixture containing an initial content of N 2 O comprised between 40% and 60% mol., the remainder being oxygen, said N 2 O and O 2 premixture coming from a gas container, b) diluting the N 2 O and O 2 premixture with air delivered by a micro-blower, and c) recovering a final mixture containing a final content of N 2 O less than the initial content of N 2 O in the N 2 O and O 2 premixture.
A door hinge, in particular for wood profile frames and doors, comprising a base body, which can be inserted into an opening of a door wing or of a door frame, and which has an accommodating space, which is open on a front side of the base body, comprising at least one bearing insert, which is arranged in the accommodating space and which is connected to a joint arm of the door hinge on a pivot axis, wherein the joint arm extends out of the accommodating space on the front side of the base body, wherein the accommodating space has a lateral opening, wherein, in an operating position, the at least one bearing insert extends in part with the joint arm, which is fastened thereto, laterally out of the accommodating space, and wherein, in the operating position, the pivot axis is arranged outside of the accommodating space, wherein at least one control element of the door hinge is present, which can be inserted into the accommodating space, characterized in that the control element can be inserted into the accommodating space to effect a displacement of the bearing insert from a mounting position laterally into the operating position, wherein the control element and the bearing insert have wedge surfaces (13a, 13b), which are assigned to one another.
A method for controlling electromagnetic radiation emissions from wireless devices comprising: dynamically determining a variable transmit power limit; increasing or decreasing a current variable transmit power limit; and adjusting transmit power of a wireless device according to the current variable transmit power limit to control electromagnetic radiation emissions from the wireless device, wherein the dynamically determining the variable transmit power limit comprises obtaining Specific Absorption Rate, SAR, or transmit power limit information from an external device and actively receiving signals by the wireless device over short-range, low power technologies. dynamically determining a variable transmit power limit; increasing or decreasing a current variable transmit power limit; and adjusting transmit power of a wireless device according to the current variable transmit power limit to control electromagnetic radiation emissions from the wireless device, wherein the dynamically determining the variable transmit power limit comprises obtaining Specific Absorption Rate, SAR, or transmit power limit information from an external device and actively receiving signals by the wireless device over short-range, low power technologies.
Method for providing communication between an electric vehicle and a billing centre including the steps: a) carrying out on the vehicle side a charging process at a charging station, b) emitting on the vehicle side an item of information about the charging process, wherein in case no contract key is stored on the vehicle side, a corresponding information is send out, and in case a contract key is stored on the vehicle side, the stored key is send out from the vehicle side, c) receiving on the vehicle side a current contract key after the emission on the vehicle side of the information about the charging process, d) storing the received contract key on the vehicle side. a) carrying out on the vehicle side a charging process at a charging station, b) emitting on the vehicle side an item of information about the charging process, wherein in case no contract key is stored on the vehicle side, a corresponding information is send out, and in case a contract key is stored on the vehicle side, the stored key is send out from the vehicle side, c) receiving on the vehicle side a current contract key after the emission on the vehicle side of the information about the charging process, d) storing the received contract key on the vehicle side.
A dishwasher comprising: a tub; a sump provided under the tub to store water; a wash passage for guiding the water stored in the sump to the tub; a drain passage for guiding the water stored in the sump to be discharged from the tub; a driving unit (10, 30) provided under the sump, the driving unit (10, 30) pumping the water after grinding garbage contained in the introduced water; and a passage switching valve provided to a diverging portion between the wash passage and the drain passage to enable the water pumped by a wash pump to be selectively supplied to the wash passage or the drain passage, a garbage chamber, into which a portion of the water pumped by the wash pump is introduced, the garbage chamber collecting the garbage contained in the introduced water; a discharge valve opening/closing a discharge port for discharging the garbage collected in the garbage chamber; a driving means for driving both of the passage switching valve and the discharge valve; and a link means for enabling the passage switching valve and the discharge valve to interoperate so that the driving means drive the passage switching valve and the discharge valve simultaneously. a tub; a sump provided under the tub to store water; a wash passage for guiding the water stored in the sump to the tub; a drain passage for guiding the water stored in the sump to be discharged from the tub; a driving unit (10, 30) provided under the sump, the driving unit (10, 30) pumping the water after grinding garbage contained in the introduced water; and a passage switching valve provided to a diverging portion between the wash passage and the drain passage to enable the water pumped by a wash pump to be selectively supplied to the wash passage or the drain passage, a garbage chamber, into which a portion of the water pumped by the wash pump is introduced, the garbage chamber collecting the garbage contained in the introduced water; a discharge valve opening/closing a discharge port for discharging the garbage collected in the garbage chamber; a driving means for driving both of the passage switching valve and the discharge valve; and a link means for enabling the passage switching valve and the discharge valve to interoperate so that the driving means drive the passage switching valve and the discharge valve simultaneously.
Pinhole disc, which in transmitted light mode can be used as a filter disc especially in confocal microscopes and consists of an optically transparent material with inner hole with fixed outer radius r max and inner radius r min, wherein the optically transparent material is provided at least in one large area with a non-transparent layer, and this area is provided with a pattern of transparent pinholes, wherein the arrangement of these pinholes is generated according to the following rule: a. the disc is divided into n equally thick circular rings with the radii r 1, r 2...., r n with constant radial spacing Δr, b. a straight line starting out from the disc origin intersects all circular rings at the angle α o, c. the first pinholes are placed at each point of intersection of the concentric circles with the straight line, d. the angle of the next pinholes for each circle is calculated from the sum of the last angle and of a summand dα(r 1) typical of the circle radius, wherein the angle dα(r 1) = D 2 / (Δr x r i) is calculated in radians, due to which all angular positions of the pinholes are calculated according to the formula α(r 1, j) = α o + j x dα(r 1) and only angles between 0 and 2π are taken into consideration, wherein the following applies: i = number of radii, D = distance between two pinholes on the same radius, j = number of pinholes on a circular ring, characterised in that on the respective radius the angular coordinates of the respective pinholes are displaced in such a way that an angle Δα is first calculated via a random generator, which angle can move up to a maximum of a mean pinhole distance positively and negatively, thus Δα = [-D/r i)..(D/r 1)], wherein this displacement angle is generated afresh for each pinhole and is added to its angular value, whereupon as a concluding step angular displacements take place that guarantee a distance for adjacent pinholes that should be less than 90% of the mean pinhole distance. a. the disc is divided into n equally thick circular rings with the radii r 1, r 2...., r n with constant radial spacing Δr, b. a straight line starting out from the disc origin intersects all circular rings at the angle α o, c. the first pinholes are placed at each point of intersection of the concentric circles with the straight line, d. the angle of the next pinholes for each circle is calculated from the sum of the last angle and of a summand dα(r 1) typical of the circle radius, wherein the angle dα(r 1) = D 2 / (Δr x r i) is calculated in radians, due to which all angular positions of the pinholes are calculated according to the formula α(r 1, j) = α o + j x dα(r 1) and only angles between 0 and 2π are taken into consideration, wherein the following applies: i = number of radii, D = distance between two pinholes on the same radius, j = number of pinholes on a circular ring, i = number of radii, D = distance between two pinholes on the same radius, j = number of pinholes on a circular ring,
A radar module, comprising: a printed circuit board, PCB, having a first surface and a second surface opposite to the first surface; a semiconductor package mounted on the first surface of the PCB, wherein the semiconductor package comprises an integrated circuit die and a substrate for electrically connecting the integrated circuit die to the PCB, wherein the substrate comprises an antenna layer integrated into the semiconductor package and electrically connected to the integrated circuit die for at least one of transmitting and receiving radar signals; and a pattern-shaping device mounted on the first surface of the PCB configured to shape a radiation pattern of said radar signals; wherein the pattern-shaping device comprises four sidewalls (201, 202, 203, 204) and an intermediate isolation wall, which together define two channels above the semiconductor package, wherein the two channels are aligned with the two antenna patterns of the antenna layer, respectively. a printed circuit board, PCB, having a first surface and a second surface opposite to the first surface; a semiconductor package mounted on the first surface of the PCB, wherein the semiconductor package comprises an integrated circuit die and a substrate for electrically connecting the integrated circuit die to the PCB, wherein the substrate comprises an antenna layer integrated into the semiconductor package and electrically connected to the integrated circuit die for at least one of transmitting and receiving radar signals; and a pattern-shaping device mounted on the first surface of the PCB configured to shape a radiation pattern of said radar signals; wherein the pattern-shaping device comprises four sidewalls (201, 202, 203, 204) and an intermediate isolation wall, which together define two channels above the semiconductor package, wherein the two channels are aligned with the two antenna patterns of the antenna layer, respectively.
An elasticity adjusting mechanism of an exercise equipment, comprising: a base standing on a ground; a staggered frame comprising a front section, a middle section, a rear section and a plurality of fixed portions, wherein the middle section has a pivot portion pivoted on the base, such that the front section extends outwardly from the base and the rear section extends backward from the middle section; an elastic body; whereby the front section comprises an extended socket and the fixed portions are located at different positions of the rear section and in that the elasticity adjusting mechanism further comprises an adjusting socket selectively assembled with one of the fixed portions; a positioning socket disposed on the middle section; wherein one end of the elastic body is passed through the extended socket and the adjusting socket and disposed on the positioning socket; and a force exerting member connected to the other end of the elastic body for stretching reciprocately; wherein the adjusting socket is selectively assembled with one of the fixed portions at different positions to change distance between the adjusting socket and the extended socket, and the elasticity of the elastic body is changed in accordance with extension amount. a base standing on a ground; a staggered frame comprising a front section, a middle section, a rear section and a plurality of fixed portions, wherein the middle section has a pivot portion pivoted on the base, such that the front section extends outwardly from the base and the rear section extends backward from the middle section; an elastic body; whereby the front section comprises an extended socket and the fixed portions are located at different positions of the rear section and in that the elasticity adjusting mechanism further comprises an adjusting socket selectively assembled with one of the fixed portions; a positioning socket disposed on the middle section; wherein one end of the elastic body is passed through the extended socket and the adjusting socket and disposed on the positioning socket; and a force exerting member connected to the other end of the elastic body for stretching reciprocately; wherein the adjusting socket is selectively assembled with one of the fixed portions at different positions to change distance between the adjusting socket and the extended socket, and the elasticity of the elastic body is changed in accordance with extension amount.
A non-therapeutic cosmetic use of a composition for skin whitening comprising amorphigeni represented by the following chemical formula 1 or a cosmetically acceptable salt thereof as an effective ingredient:
Induction heating device having at least two switching elements (42, 44, 46, 48) which are connected in parallel in at least one operating mode and are provided to generate a high frequency alternating current to supply an induction heating element (20, 22, 24, 26), and having at least one control unit, characterised in that the control unit is provided to actuate at least two of the at least two switching elements (42, 44, 46, 48) with different activity parameters in at least the first operating mode.
A heat exchanger assembly comprising: a first manifold adapted for receiving a first medium; a core adapted for receiving and placing a plurality of mediums (20, 22), including the first medium, in at least one heat exchange relationship, the core meeting the first manifold at a first core/manifold interface; and a mounting structure for supporting a heat exchanger, the mounting structure metallurgically joined to at least one heat exchanger assembly component at a first joint integrally formed with the mounting structure; characterized in that the core comprises: a first load-bearing region in connection with the joint, the first load-bearing region comprising a first plurality of corrugated fins having a first fin thickness; a first non-load bearing region outward of the non-load bearing region, the first non-loading bearing region comprising a second plurality of corrugated fins with a second thickness less than the first thickness; and a transition region therebetween; and wherein a topology of the first load-bearing region has a load bearing capacity greater than a load bearing capacity of the first non-load bearing region. a first manifold adapted for receiving a first medium; a core adapted for receiving and placing a plurality of mediums (20, 22), including the first medium, in at least one heat exchange relationship, the core meeting the first manifold at a first core/manifold interface; and a mounting structure for supporting a heat exchanger, the mounting structure metallurgically joined to at least one heat exchanger assembly component at a first joint integrally formed with the mounting structure; characterized in that the core comprises: a first load-bearing region in connection with the joint, the first load-bearing region comprising a first plurality of corrugated fins having a first fin thickness; a first non-load bearing region outward of the non-load bearing region, the first non-loading bearing region comprising a second plurality of corrugated fins with a second thickness less than the first thickness; and a transition region therebetween; and a first load-bearing region in connection with the joint, the first load-bearing region comprising a first plurality of corrugated fins having a first fin thickness; a first non-load bearing region outward of the non-load bearing region, the first non-loading bearing region comprising a second plurality of corrugated fins with a second thickness less than the first thickness; and a transition region therebetween; and wherein a topology of the first load-bearing region has a load bearing capacity greater than a load bearing capacity of the first non-load bearing region.
A method for detecting a downhole position in a wellbore comprising: (a) providing multiple sets of signal emitters, each signal emitter in the set attached to a different position in the wellbore and each signal emitter configured to emit a signal having a unique characteristic, wherein the signal emitters in each set are located along the wellbore in a unique sequence that is a permutation of the different signals provided by the signal emitters in the set; and (b) providing a measurement tool comprising a signal detector configured to detect the different signals, and moving the measurement tool through the wellbore and determining one or more positions of the measurement tool in the wellbore by detecting one or more of the different signals and identifying the position of one or more of the signal emitters by the unique characteristic of each detected signal. (a) providing multiple sets of signal emitters, each signal emitter in the set attached to a different position in the wellbore and each signal emitter configured to emit a signal having a unique characteristic, wherein the signal emitters in each set are located along the wellbore in a unique sequence that is a permutation of the different signals provided by the signal emitters in the set; and (b) providing a measurement tool comprising a signal detector configured to detect the different signals, and moving the measurement tool through the wellbore and determining one or more positions of the measurement tool in the wellbore by detecting one or more of the different signals and identifying the position of one or more of the signal emitters by the unique characteristic of each detected signal.