mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a busbar, at least one pin-like element and an interface region for electrically connecting at least one pin-like element to the busbar via the interface region, the busbar extending along a main extension plane and the interface region comprising: - at least one recess for receiving the at least one pin-like element by a movement along a plug-in direction and - a plurality of metal layers, being stacked above each other along a stacking direction, wherein the stacking direction extends perpendicular to the main extension plane and corresponds to the plug-in direction for inserting the pin-like element into the at least one recess, the busbar being formed as a massive metal block, wherein the at least one recess reaches through at least two metal layers of the plurality of metal layers, characterized in that the plurality of metal layers is arranged on the busbar. - at least one recess for receiving the at least one pin-like element by a movement along a plug-in direction and - a plurality of metal layers, being stacked above each other along a stacking direction, wherein the stacking direction extends perpendicular to the main extension plane and corresponds to the plug-in direction for inserting the pin-like element into the at least one recess, the busbar being formed as a massive metal block, wherein the at least one recess reaches through at least two metal layers of the plurality of metal layers, characterized in that the plurality of metal layers is arranged on the busbar.
A method for manufacturing micro-LEDs comprising at least the following steps: i) providing a stack comprising at least one heavily n-doped GaN layer, one n-doped GaN layer, quantum wells and one p-doped GaN layer and a first electrode, ii) porosifying the heavily n-doped GaN layer, whereby a porosified GaN layer is obtained, iii) forming mesas in the stack, iv) covering the porosified GaN layer with a second electrode formed of a transparent conducting oxide layer, the second electrode being in direct contact with the porosified GaN layer, then, preferably, covering the second electrode with an encapsulation layer, or depositing a second electrode on a lateral face of the porosified GaN layer or on a lateral face of the n-doped GaN layer and covering the porosified GaN layer with an encapsulation layer, the encapsulation layer being in direct contact with the porosified GaN layer, where steps ii) and iii) can be performed in the order ii) and iii) or in the order iii) and ii), step ii) being carried out such that the optical index of the porosified GaN layer does not vary by more than 10% with respect to the optical index of the second electrode and/or with respect to the optical index of the encapsulation layer. i) providing a stack comprising at least one heavily n-doped GaN layer, one n-doped GaN layer, quantum wells and one p-doped GaN layer and a first electrode, ii) porosifying the heavily n-doped GaN layer, whereby a porosified GaN layer is obtained, iii) forming mesas in the stack, iv) covering the porosified GaN layer with a second electrode formed of a transparent conducting oxide layer, the second electrode being in direct contact with the porosified GaN layer, then, preferably, covering the second electrode with an encapsulation layer, depositing a second electrode on a lateral face of the porosified GaN layer or on a lateral face of the n-doped GaN layer and covering the porosified GaN layer with an encapsulation layer, the encapsulation layer being in direct contact with the porosified GaN layer, where steps ii) and iii) can be performed in the order ii) and iii) or in the order iii) and ii), step ii) being carried out such that the optical index of the porosified GaN layer does not vary by more than 10% with respect to the optical index of the second electrode and/or with respect to the optical index of the encapsulation layer.
A packaging system, comprising: a container having a mouth; a workpiece; and an insert configured to receive the workpiece and to retain the workpiece within the mouth of the container in an axially aligned configuration, wherein the insert has an annular wall with an outer surface that tapers from a first outer diameter proximal a first end thereof to a second outer diameter proximal a second end thereof, the second outer diameter being greater than the first outer diameter, the first end being configured for insertion into the mouth of the container before the second end, characterized in that the insert comprises a workpiece engagement member extending radially inward from the annular wall into the insert, such that the workpiece engagement member engages the workpiece when the insert receives the workpiece, and wherein the workpiece engagement member includes a flexible tab that is configured to be pushed radially inward by the mouth of the container when the insert is fully received within the mouth. a container having a mouth; a workpiece; and an insert configured to receive the workpiece and to retain the workpiece within the mouth of the container in an axially aligned configuration, wherein the insert has an annular wall with an outer surface that tapers from a first outer diameter proximal a first end thereof to a second outer diameter proximal a second end thereof, the second outer diameter being greater than the first outer diameter, the first end being configured for insertion into the mouth of the container before the second end, characterized in that the insert comprises a workpiece engagement member extending radially inward from the annular wall into the insert, such that the workpiece engagement member engages the workpiece when the insert receives the workpiece, and wherein the workpiece engagement member includes a flexible tab that is configured to be pushed radially inward by the mouth of the container when the insert is fully received within the mouth.
A method for detecting an attempt of diversion of a communication pipe between a port (GATES) of a security module and a port (RFGATES) of a near-field communication router present in a telecommunication device, characterized in that the router filters the messages addressed to said security module.
A debris fin (300, 1702, 2002) for a robotic cleaner dust cup comprising: a fin mount (302, 1706, 2006); an airflow body (304, 1708, 2008) extending from the fin mount (302, 1706, 2006) according to a divergence angle, the airflow body (304, 1708, 2008) defining an airflow surface (306, 1712, 2014), the airflow body (304, 1708, 2008) being configured to straighten fibrous debris entrained within air that is incident thereon; characterized in that the debris fin further comprises an overlay, the overlay extending along at least a portion of the airflow body. a fin mount (302, 1706, 2006); an airflow body (304, 1708, 2008) extending from the fin mount (302, 1706, 2006) according to a divergence angle, the airflow body (304, 1708, 2008) defining an airflow surface (306, 1712, 2014), the airflow body (304, 1708, 2008) being configured to straighten fibrous debris entrained within air that is incident thereon; characterized in that the debris fin further comprises an overlay, the overlay extending along at least a portion of the airflow body.
A vehicle seat, comprising: a base including a base safety feature comprising a braking mechanism that creates friction as the seat moves during an impact; a back connected to the base; an arm extending from the back; characterized in that the arm is configured to attach to a roof rail of a vehicle; and in that other than safety features that engage during an impact, the base is free of connections that permanently anchor the seat to a vehicle chassis. a base including a base safety feature comprising a braking mechanism that creates friction as the seat moves during an impact; a back connected to the base; an arm extending from the back; characterized in that the arm is configured to attach to a roof rail of a vehicle; and in that other than safety features that engage during an impact, the base is free of connections that permanently anchor the seat to a vehicle chassis. the arm is configured to attach to a roof rail of a vehicle; and in that other than safety features that engage during an impact, the base is free of connections that permanently anchor the seat to a vehicle chassis.
Method for transmitting a signal along a path from a source node to a destination node on a channel in a wavelength division multiplexing optical network comprising a plurality of channels wherein the said method comprises the following steps: - receiving a request for transmitting a signal from a source node to a destination node, - selecting a path and a channel (λ), along the said path, which is available for a transmission of the signal, - selecting a modulation format for the transmission of the signal according to the received request, - determining the spectral spreading of the at least one signal transmitted on the at least one channel (λ) adjacent to the selected channel (λ) along the said path according to the modulation format of the said at least one signal, - determining a digital pulse shape filter to apply to the signal to be transmitted on the selected channel according to the selected modulation format and the determined spectral spreading of the at least one signal transmitted on the at least one adjacent channel. - receiving a request for transmitting a signal from a source node to a destination node, - selecting a path and a channel (λ), along the said path, which is available for a transmission of the signal, - selecting a modulation format for the transmission of the signal according to the received request, - determining the spectral spreading of the at least one signal transmitted on the at least one channel (λ) adjacent to the selected channel (λ) along the said path according to the modulation format of the said at least one signal, - determining a digital pulse shape filter to apply to the signal to be transmitted on the selected channel according to the selected modulation format and the determined spectral spreading of the at least one signal transmitted on the at least one adjacent channel.
A method for injection molding a product having a hydrophobic pattern comprising: heating a fixed mold unit having a cavity using a heater mounted on the fixed mold unit and a movable mold unit with a stamper with a hydrophobic pattern formed thereon mounted on the movable mold unit; bringing the movable mold unit with the stamper mounted thereto into close contact with the fixed mold unit for enclosing an inside of the cavity of the fixed mold unit so that the cavity is closed; injecting a predetermined resin material into the inside of the fixed mold unit and the movable mold unit; and cooling down the fixed mold unit and the movable mold unit, and separating the fixed mold unit and the movable mold unit, wherein temperature of the fixed mold unit and the movable mold unit between 120°C to 180°C, so that the hydrophobic pattern is formed as as superhydrophobic pattern having a surface contact angle of 150° to 180°, cooling down the fixed mold unit and the movable mold unit comprises bringing a cooling mold with a second magnet toward the movable mold unit with a first magnet by magnetic force between the first magnet and the second magnet so that the cooling mold and the movable mold unit are brought into contact with each other, wherein the cooling mold is guided by a guide member in the movable mold unit for guiding movement of the cooling mold. heating a fixed mold unit having a cavity using a heater mounted on the fixed mold unit and a movable mold unit with a stamper with a hydrophobic pattern formed thereon mounted on the movable mold unit; bringing the movable mold unit with the stamper mounted thereto into close contact with the fixed mold unit for enclosing an inside of the cavity of the fixed mold unit so that the cavity is closed; injecting a predetermined resin material into the inside of the fixed mold unit and the movable mold unit; and cooling down the fixed mold unit and the movable mold unit, and separating the fixed mold unit and the movable mold unit, wherein temperature of the fixed mold unit and the movable mold unit between 120°C to 180°C, so that the hydrophobic pattern is formed as as superhydrophobic pattern having a surface contact angle of 150° to 180°, cooling down the fixed mold unit and the movable mold unit comprises bringing a cooling mold with a second magnet toward the movable mold unit with a first magnet by magnetic force between the first magnet and the second magnet so that the cooling mold and the movable mold unit are brought into contact with each other, wherein the cooling mold is guided by a guide member in the movable mold unit for guiding movement of the cooling mold.
A method for receiving data units in a wireless local area network, WLAN, the method comprising: transmitting, by a station, STA, an association request frame to an access point, AP, wherein the association request frame includes physical layer protocol data unit, PPDU, format request information, wherein the PPDU format request information includes information on a PPDU format allowing the STA to establish communication with the AP; and receiving, by the STA, an association response frame from the AP as a response to the association request frame, wherein the association response frame includes PPDU format decision information, wherein the PPDU format decision information includes information on whether or not to perform the communication based on the PPDU format, wherein the PPDU format defines a high efficiency-signal, HE-SIG, A field and a high efficiency-short training field, HE-STF, being contiguous to the HE-SIG A field, wherein the HE-SIG A field is transmitted based on a first Inverse Fast Fourier Transform, IFFT, and the HE-STF is transmitted based on a second IFFT, and wherein a second size of the second IFFT is larger than a first size of the first IFFT. transmitting, by a station, STA, an association request frame to an access point, AP, wherein the association request frame includes physical layer protocol data unit, PPDU, format request information, wherein the PPDU format request information includes information on a PPDU format allowing the STA to establish communication with the AP; and receiving, by the STA, an association response frame from the AP as a response to the association request frame, wherein the association response frame includes PPDU format decision information, wherein the PPDU format decision information includes information on whether or not to perform the communication based on the PPDU format, wherein the PPDU format defines a high efficiency-signal, HE-SIG, A field and a high efficiency-short training field, HE-STF, being contiguous to the HE-SIG A field, wherein the HE-SIG A field is transmitted based on a first Inverse Fast Fourier Transform, IFFT, and the HE-STF is transmitted based on a second IFFT, and wherein a second size of the second IFFT is larger than a first size of the first IFFT.
A method for the electrostatic charging of non-conducting objects, wherein the objects are charged individually in successive charging cycles, wherein, in a charging cycle, the respective object is charged by means of at least one electrode, to which in the manner of an ionizer there is applied for this purpose by means of a supplying device a high charging voltage U charge against ground or against at least one counter electrode, wherein the charging cycles can be parameterized by means of the supplying device, wherein in the charging cycles the charging current I charge attributable to the respective high charging voltage U charge is measured and the charging cycles are parameterized in dependence on the measured charging current I charge or the measured charging currents I charge, characterized in that the method is carried out as a component part of an in mold labeling production method.
A water gas shift catalyst, comprising: sulfated zirconia having a sulfur content of between 0.02 and 1.0 wt % based on the weight of zirconia; highly dispersed gold; and wherein the gold content is between 0.001 and 3.0 wt % based on the weight of zirconia. sulfated zirconia having a sulfur content of between 0.02 and 1.0 wt % based on the weight of zirconia; highly dispersed gold; and
System for vaporization of a substance, comprising: a cartridge comprising the substance to be vaporized, and a portable hand-held smoking device configured to receive the cartridge and to vaporize the substance in the cartridge, wherein the portable hand-held smoking device comprises a mechanism for removing the cartridge from the device, and a battery-powered electric heater configured to heat the cartridge, thereby heating the substance in the cartridge to generate an inhalable vapor. a cartridge comprising the substance to be vaporized, and a portable hand-held smoking device configured to receive the cartridge and to vaporize the substance in the cartridge, wherein the portable hand-held smoking device comprises a mechanism for removing the cartridge from the device, and a battery-powered electric heater configured to heat the cartridge, thereby heating the substance in the cartridge to generate an inhalable vapor.
A system for wrapping a material around a bale in a baler, comprising: a feed system configured to direct the material through a feed path; a knife mechanism including a fixed knife and a counter-knife configured to alternately intersect the feed path to cut the material, and configured to move out of the feed path for feed of the material; and wherein the feed system includes a roll element configured to direct the material between the fixed knife and the counter-knife when the counter-knife is moved out of the feed path; and a brush that is disposed between the roll element and the knife mechanism, the brush is configured to intersect the feed path when the material is cut by the knife mechanism, characterised in that the brush is freely rotatable and in that the brush has a cylindrical shape and is configured to rotate when the material is cut by the knife mechanism and the brush is configured to remove debris when rotated. a feed system configured to direct the material through a feed path; a knife mechanism including a fixed knife and a counter-knife configured to alternately intersect the feed path to cut the material, and configured to move out of the feed path for feed of the material; and wherein the feed system includes a roll element configured to direct the material between the fixed knife and the counter-knife when the counter-knife is moved out of the feed path; and a brush that is disposed between the roll element and the knife mechanism, the brush is configured to intersect the feed path when the material is cut by the knife mechanism, characterised in that the brush is freely rotatable and in that the brush has a cylindrical shape and is configured to rotate when the material is cut by the knife mechanism and the brush is configured to remove debris when rotated.
A foldable display device, comprising: a display panel including a bending portion; and a support structure disposed under the display panel and supporting the bending portion, characterized in that the support structure includes a tubular supporter having a structure in which a space is formed therein. a display panel including a bending portion; and a support structure disposed under the display panel and supporting the bending portion, characterized in that the support structure includes a tubular supporter having a structure in which a space is formed therein.
Tyre preferably for a vehicle, comprising a wear indicator, which is incorporated in the tread of the tyre and whose appearance changes depending on a wear condition of the wearing part, wherein the wear indicator comprises a multidimensional pattern having a plurality of different levels disposed on top of each other in the direction of wear, each comprising a pattern that is associated with a wear condition, wherein the multidimensional pattern is disposed on the tyre such that different levels (3A, 3B, 3C) of the pattern are exposed depending on the wear condition, wherein the different levels (3A, 3B, 3C) of the multidimensional pattern each represent a 2D code or each represent a 1D code, characterized in that black areas of the 2D code are formed by tyre material and an intermediate space between the black areas of the 2D code is implemented as a pocket and/or an elevation and/or black bars of the 1D code are formed by tyre material and an intermediate space between the black bars of the 1D code is implemented as a pocket and/or an elevation and the intermediate space is provided with a contrast means by filling with a contrast material, wherein a wear property of the contrast means corresponds to a wear property of the tyre material.
A flow tube assembly for use with a magnetic flowmeter for measuring flow rate of a process fluid, comprising: a flow tube arranged to receive a flow of the process fluid therethrough; a first magnetic coil (122, 124A, 124B) arranged proximate the flow tube to apply a magnetic field to the process fluid flowing through the flow tube; a pair of electrodes electrically coupled to the process fluid in the flow tube and arranged to sense a voltage induced in the process fluid related to the applied magnetic field and a flow rate of the process fluid; a first magnetic field spreader (208A,B) positioned proximate an interior circumference of the magnetic flow tube assembly proximate the first magnetic coil arranged to spread the magnetic field from the first magnetic coil and direct the magnetic field into the flow tube in a plane perpendicular to the flow of process fluid; and a tube exterior housing which extends around the flow tube and forms a portion of a magnetic circuit with the first magnetic coil, wherein the tube exterior housing comprises a magnetic wrapper (206A,B) which extends around an outer circumference of the flow tube in the plane perpendicular to the flow of the process fluid and is magnetically coupled to the first magnetic coil, characterized in that a magnetic metal piece (230A,B) is configured to secure the first magnetic coil between the first magnetic field spreader (208A,B) and the tube exterior housing and magnetically couple the first magnetic coil to the tube exterior housing. a flow tube arranged to receive a flow of the process fluid therethrough; a first magnetic coil (122, 124A, 124B) arranged proximate the flow tube to apply a magnetic field to the process fluid flowing through the flow tube; a pair of electrodes electrically coupled to the process fluid in the flow tube and arranged to sense a voltage induced in the process fluid related to the applied magnetic field and a flow rate of the process fluid; a first magnetic field spreader (208A,B) positioned proximate an interior circumference of the magnetic flow tube assembly proximate the first magnetic coil arranged to spread the magnetic field from the first magnetic coil and direct the magnetic field into the flow tube in a plane perpendicular to the flow of process fluid; and a tube exterior housing which extends around the flow tube and forms a portion of a magnetic circuit with the first magnetic coil, wherein the tube exterior housing comprises a magnetic wrapper (206A,B) which extends around an outer circumference of the flow tube in the plane perpendicular to the flow of the process fluid and is magnetically coupled to the first magnetic coil, characterized in that a magnetic metal piece (230A,B) is configured to secure the first magnetic coil between the first magnetic field spreader (208A,B) and the tube exterior housing and magnetically couple the first magnetic coil to the tube exterior housing.