mhurhangee/ep-ind-claims huggingface dataset:
A method of fabricating an image sensor, the method comprising: forming a first epitaxial layer on a substrate; forming a circuit element on the first epitaxial layer; thinning the substrate to generate a thinned substrate, the thinned substrate exposing at least a surface portion of the first epitaxial layer (101, 402); forming a second epitaxial layer on the exposed portion of the first epitaxial layer; and forming a pure boron layer (106, 406) on the second epitaxial layer, wherein forming the second epitaxial layer (105, 405) includes generating a p-type dopant concentration gradient in the second epitaxial layer (105, 405) by gradually increasing a concentration of a p-type dopant used during formation of the second epitaxial layer (105, 405) such that a first layer portion of the second epitaxial layer has a lower p-type dopant concentration than a subsequently formed second layer portion of the second epitaxial layer, and a highest p-type dopant concentration of the second epitaxial layer is adjacent to the pure boron layer. forming a first epitaxial layer on a substrate; forming a circuit element on the first epitaxial layer; thinning the substrate to generate a thinned substrate, the thinned substrate exposing at least a surface portion of the first epitaxial layer (101, 402); forming a second epitaxial layer on the exposed portion of the first epitaxial layer; and forming a pure boron layer (106, 406) on the second epitaxial layer, wherein forming the second epitaxial layer (105, 405) includes generating a p-type dopant concentration gradient in the second epitaxial layer (105, 405) by gradually increasing a concentration of a p-type dopant used during formation of the second epitaxial layer (105, 405) such that a first layer portion of the second epitaxial layer has a lower p-type dopant concentration than a subsequently formed second layer portion of the second epitaxial layer, and a highest p-type dopant concentration of the second epitaxial layer is adjacent to the pure boron layer.
An integration module of millimeter-wave and non-millimeter-wave antennas,comprising: a module carrier, one or more millimeter-wave antennas arranged on a surface of the module carrier, one or more non-millimeter-wave antennas, and a radio frequency integrated circuit; wherein the radio frequency integrated circuit is electrically connected to the millimeter-wave antenna(s), and wherein the radio frequency integrated circuit and the non-millimeter-wave antenna(s) are set on different planes of the module carrier; the integration module being characterised in that the planes where the non-millimeter-wave antenna(s) are arranged are not parallel to the plane where the radio frequency integrated circuit is arranged. a module carrier, one or more millimeter-wave antennas arranged on a surface of the module carrier, one or more non-millimeter-wave antennas, and a radio frequency integrated circuit; wherein the radio frequency integrated circuit is electrically connected to the millimeter-wave antenna(s), and wherein the radio frequency integrated circuit and the non-millimeter-wave antenna(s) are set on different planes of the module carrier; the integration module being characterised in that the planes where the non-millimeter-wave antenna(s) are arranged are not parallel to the plane where the radio frequency integrated circuit is arranged.
Cable duct having at least one feed-through terminal (100; 200) for at least one cable at an open end of the cable duct, wherein the feed-through terminal (100; 200) comprises: a seal press frame (110; 150); a support (120; 220; 320), attachable to the seal press frame (110; 150), for fixing the cable at the feed-through terminal (100; 200); and a seal (140; 180; 240; 280), held by the seal press frame (110; 150), made from a preferably soft sealing material having at least one seal aperture (145; 185; 245; 285), through which the cable can pass and which seals the inner space of the cable duct at its open end, wherein the support (120; 220; 320) allows a fixing of the cable relative to the seal aperture (145; 185; 245; 285). a seal press frame (110; 150); a support (120; 220; 320), attachable to the seal press frame (110; 150), for fixing the cable at the feed-through terminal (100; 200); and a seal (140; 180; 240; 280), held by the seal press frame (110; 150), made from a preferably soft sealing material having at least one seal aperture (145; 185; 245; 285), through which the cable can pass and which seals the inner space of the cable duct at its open end, wherein the support (120; 220; 320) allows a fixing of the cable relative to the seal aperture (145; 185; 245; 285).
A wireless station, STA, comprising: a transceiver operable for communicating in a wireless network, wherein said transceiver is adapted for Uplink Multi-User Multiple Input Multiple Output, UL MU MIMO Medium Access Control, MAC, support; wherein said transceiver is further adapted for communication with an access point AP, in a basic service set, BSS, in said wireless network and wherein said STA in said BSS is further adapted to be notified from the AP, using MAC signaling, regarding multicast address, total number of streams, individual Modulation Coding Scheme, MCS, and rows of an orthogonal mapping matrix. a transceiver operable for communicating in a wireless network, wherein said transceiver is adapted for Uplink Multi-User Multiple Input Multiple Output, UL MU MIMO Medium Access Control, MAC, support; wherein said transceiver is further adapted for communication with an access point AP, in a basic service set, BSS, in said wireless network and wherein said STA in said BSS is further adapted to be notified from the AP, using MAC signaling, regarding multicast address, total number of streams, individual Modulation Coding Scheme, MCS, and rows of an orthogonal mapping matrix.
A method for producing a multilayer resin film wherein a multilayer resin film is formed by laminating a plurality of polyester resins having melt viscosities at the same heating and melting temperature being different from one another while using a multi-manifold die, the method comprising the step of, after controlling the respective temperatures of an extruder provided in succession to a manifold, the manifold and a die adjacent to the manifold through which the above plurality of polyester resins are passed in such a manner the difference of the melt viscosities of adjacent resin layers is 3000 poise or less at a shear rate of 20-500 sec-1, laminating the respective molten resins to form a multilayer film, wherein the difference of the irregularities on the surface of the multilayer resin film is 5 μm or less.
Saw blade having a saw blade body and a plurality of cutting teeth distributed regularly or irregularly along a tooth-bearing region of the saw blade, in which tooth-bearing region below the cutting teeth the thickness of the saw blade body is reduced compared with the remainder of the saw blade body, the saw blade body having on one side or on both sides, at least in sections, a circular indentation, wherein the tooth-bearing region of reduced thickness serves as a swarf space and wherein in the tooth-bearing region of reduced thickness of the saw blade body areas are provided which are inclined with respect to a saw blade centre plane such that the tooth-bearing region is embodied with increasing thickness of the of the saw blade body towards the saw blade center and/or in the tooth-bearing region of reduced thickness of the saw blade body areas are provided which are aligned parallel to a saw blade centre plane, wherein cutting edges (4, 12) are arranged on the cutting teeth, characterised in that the lateral cutting edge overhang is between more than 0 and 1.0 mm with respect to the saw blade body which is not reduced in thickness.
A filter assembly, comprising: a housing, wherein the housing comprises a frame, a top cover and a bottom cover that define an internal cavity; a top resonator plate mounted within the internal cavity of the housing, the top resonator plate having a plurality of openings that form a first hole pattern; and a bottom resonator plate mounted within the internal cavity of the housing in a stacked relationship with the top resonator plate, the bottom resonator plate having a plurality of openings that form a second hole pattern, wherein the second hole pattern is different from the first hole pattern, and the top resonator plate is soldered to the housing via a first continuous solder joint that extends all of the way around an internal periphery of the housing. a housing, wherein the housing comprises a frame, a top cover and a bottom cover that define an internal cavity; a top resonator plate mounted within the internal cavity of the housing, the top resonator plate having a plurality of openings that form a first hole pattern; and a bottom resonator plate mounted within the internal cavity of the housing in a stacked relationship with the top resonator plate, the bottom resonator plate having a plurality of openings that form a second hole pattern, wherein the second hole pattern is different from the first hole pattern, and the top resonator plate is soldered to the housing via a first continuous solder joint that extends all of the way around an internal periphery of the housing.
A remote server configured to - collect travel speed data associated with positions on a road; - calculate a statistical value of the speed data associated with substantially a same position of said positions; - the server being characterised in that it is configured to calculate a positive difference between the statistical value calculated and a predefined limit speed associated with said substantially same position of the road; - at least when the positive difference calculated is greater than a predefined threshold value, generate, based on a digital map of the road, location data defining a vigilance zone in which particular attention to the travel speed is required, the vigilance zone covering a road section of the road and integrating said substantially same position. - collect travel speed data associated with positions on a road; - calculate a statistical value of the speed data associated with substantially a same position of said positions; - the server being characterised in that it is configured to calculate a positive difference between the statistical value calculated and a predefined limit speed associated with said substantially same position of the road; - at least when the positive difference calculated is greater than a predefined threshold value, generate, based on a digital map of the road, location data defining a vigilance zone in which particular attention to the travel speed is required, the vigilance zone covering a road section of the road and integrating said substantially same position.
A wireless train control system to control a wireless-control compliant train following a wireless-control noncompliant train, the wireless train control system comprising a ground control device for controlling the wireless-control compliant train, wherein the ground control device is configured: to set a stop limit point of the wireless-control compliant train by a track circuit in which a tail end position of the wireless-control noncompliant train is present, and by using a track-circuit state signal indicating that the track circuit is turned on or turned off and a time-element-added track-circuit state signal (TR-X) indicating turn-off at a timing delayed by a set time after the track-circuit state signal has indicated turn-off, the track circuit being turned off due to presence of a train, when the track-circuit state signal indicates turn-off and the time-element-added track-circuit state signal (TR-X) indicates turn-on, to determine that turn-off indicated by the track-circuit state signal is caused by the wireless-control compliant train that is a train itself being present, and not to update the stop limit point. to set a stop limit point of the wireless-control compliant train by a track circuit in which a tail end position of the wireless-control noncompliant train is present, and by using a track-circuit state signal indicating that the track circuit is turned on or turned off and a time-element-added track-circuit state signal (TR-X) indicating turn-off at a timing delayed by a set time after the track-circuit state signal has indicated turn-off, the track circuit being turned off due to presence of a train, when the track-circuit state signal indicates turn-off and the time-element-added track-circuit state signal (TR-X) indicates turn-on, to determine that turn-off indicated by the track-circuit state signal is caused by the wireless-control compliant train that is a train itself being present, and not to update the stop limit point.
A system comprising a base and at least a first moveable entity, the first moveable entity being moveable with respect to the base and positionable in at least a first position (P1B) with respect to the base, the base comprising a first base electrode and a second base electrode, and the moveable entity comprising a first moveable entity electrode (21A, 21B) and a second moveable entity electrode (22A, 22B), said electrodes being arranged such that when the moveable entity is in said first position the first base electrode and the first moveable entity electrode align to form a first capacitor and the second base electrode and second moveable entity electrode align to form a second capacitor, the first moveable entity further comprising a first resistor connecting the first moveable entity electrode to the second moveable entity electrode, and the base further comprising: signal supply means arranged to supply a time-varying electrical signal to the first base electrode; and signal detection means arranged to detect an electrical signal from the second base electrode, wherein the signal detection means is adapted to determine the resistance of the first resistor from the electrical signal from the second base electrode, and wherein the base comprises a ground rail and the signal detection means comprises a base resistor arranged to connect the second base electrode to the ground rail, and a peak detector and AC to DC converter configured to detect peaks in the electrical signal from the second base electrode and convert the peak values from AC to DC. signal supply means arranged to supply a time-varying electrical signal to the first base electrode; and signal detection means arranged to detect an electrical signal from the second base electrode, wherein the signal detection means is adapted to determine the resistance of the first resistor from the electrical signal from the second base electrode, and wherein the base comprises a ground rail and the signal detection means comprises a base resistor arranged to connect the second base electrode to the ground rail, and a peak detector and AC to DC converter configured to detect peaks in the electrical signal from the second base electrode and convert the peak values from AC to DC. a base resistor arranged to connect the second base electrode to the ground rail, and a peak detector and AC to DC converter configured to detect peaks in the electrical signal from the second base electrode and convert the peak values from AC to DC.
A tensioner comprising: a base; a pivot arm pivotally mounted to the base; a spring disposed between the pivot arm and the base; an arcuate damping member engaged on one end of the spring, the arcuate damping member frictionally engaged with the base; a pulley journalled to the pivot arm on a shaft; the pivot arm comprising stamped metal and one or more reinforcing ribs (22, 23); and characterised by: the spring and/or the shaft being laser welded to the pivot arm; and wherein the pivot arm further comprises dimples or protrusions (24, 25) for locating the spring and the shaft thereupon. a base; a pivot arm pivotally mounted to the base; a spring disposed between the pivot arm and the base; an arcuate damping member engaged on one end of the spring, the arcuate damping member frictionally engaged with the base; a pulley journalled to the pivot arm on a shaft; the pivot arm comprising stamped metal and one or more reinforcing ribs (22, 23); and characterised by: the spring and/or the shaft being laser welded to the pivot arm; and wherein the pivot arm further comprises dimples or protrusions (24, 25) for locating the spring and the shaft thereupon. the spring and/or the shaft being laser welded to the pivot arm; and wherein the pivot arm further comprises dimples or protrusions (24, 25) for locating the spring and the shaft thereupon.
Filling machine, in particular for the production of sausages with a hopper for filling in a pasty substance and a conveying mechanism for conveying said pasty substance in the direction towards an outlet opening, characterized in that at least one spraying device is provided above or within said hopper for distributing a cleaning medium onto said hopper inner wall during an intermediate cleaning and a controller controls said intermediate cleaning process such that said conveying mechanism runs at least temporarily during said intermediate cleaning process.
A display screen assembly for a terminal device, the display screen assembly comprising: a display screen comprising a display surface, the display surface having a display area and a non-display area surrounding the display area; a light guide plate provided on one side of the display screen that is adjacent to the display surface, the light guide plate covering the non-display area, the outer edge of the light guide plate being provided with a light source, and the light source being configured to illuminate the light guide plate; a touch panel provided on one side of the light guide plate that is remote from the display screen, the touch panel covering the light guide plate, and the touch panel being provided with a virtual key; and a cover plate provided on one side of the touch panel that is remote from the light guide plate, the cover plate comprising a light transmitting portion and a light shielding band, the light shielding band surrounding the light transmitting portion, and the light shielding band comprising a key area corresponding to the virtual key and a shielding area surrounding the key area, the light guide plate, the key area, and the light transmitting portion being configured to let light emitted by the light source pass through, and the light shielding band being is configured to shield light passing through the light guide plate. a display screen comprising a display surface, the display surface having a display area and a non-display area surrounding the display area; a light guide plate provided on one side of the display screen that is adjacent to the display surface, the light guide plate covering the non-display area, the outer edge of the light guide plate being provided with a light source, and the light source being configured to illuminate the light guide plate; a touch panel provided on one side of the light guide plate that is remote from the display screen, the touch panel covering the light guide plate, and the touch panel being provided with a virtual key; and a cover plate provided on one side of the touch panel that is remote from the light guide plate, the cover plate comprising a light transmitting portion and a light shielding band, the light shielding band surrounding the light transmitting portion, and the light shielding band comprising a key area corresponding to the virtual key and a shielding area surrounding the key area, the light guide plate, the key area, and the light transmitting portion being configured to let light emitted by the light source pass through, and the light shielding band being is configured to shield light passing through the light guide plate.
A support cushion for supporting a head and/or neck of a user, the cushion comprising: an at least partially viscoelastic filling material; an inner cover which is at least partially filled with the filling material and encloses the filling material; and an outer cover which encloses the inner cover; wherein the inner cover has an opening through which additional filling material can be filled into the inner cover by the user and/or at least a part of the filling material can be removed from the inner cover so that a filling volume, a thickness and/or a hardness of the support cushion can be individually adapted by the user; characterized in that the outer cover comprises a cover fabric and/or is formed from a cover fabric having a weft-knitted a 3-D spacer knit on at least one outer side and having a honeycomb-like mesh structure with outwardly open recesses on the outer side. an at least partially viscoelastic filling material; an inner cover which is at least partially filled with the filling material and encloses the filling material; and an outer cover which encloses the inner cover; wherein the inner cover has an opening through which additional filling material can be filled into the inner cover by the user and/or at least a part of the filling material can be removed from the inner cover so that a filling volume, a thickness and/or a hardness of the support cushion can be individually adapted by the user; characterized in that the outer cover comprises a cover fabric and/or is formed from a cover fabric having a weft-knitted a 3-D spacer knit on at least one outer side and having a honeycomb-like mesh structure with outwardly open recesses on the outer side.
A device adapted to inspect the leg of an individual, which comprises: - a support base adapted to receive a foot of an individual, - two lateral panels adapted to be placed on either side of the leg of an individual, - positioning means (112, 114, 142) of the foot and of the leg relative to the support base and to the panels, - microwave sender/receiver transducer means arranged on each lateral panel opposite the lateral panel which is facing it, and the device being characterized in that: each emitter is adapter to emit towards a coaxial receiver on the opposite panel, as well as towards transducers adjacent to this coaxial opposite receiver, each receiver is adapter to receive from a coaxial emitter on the opposite panel, as well as from transducers adjacent to this coaxial opposite emitter, and it comprises analysis means of signals detected on the microwave receivers corresponding to the signals transmitted from a panel to the opposite panel and corresponding to the signals reflected from a panel towards this same panel. - a support base adapted to receive a foot of an individual, - two lateral panels adapted to be placed on either side of the leg of an individual, - positioning means (112, 114, 142) of the foot and of the leg relative to the support base and to the panels, - microwave sender/receiver transducer means arranged on each lateral panel opposite the lateral panel which is facing it, and each emitter is adapter to emit towards a coaxial receiver on the opposite panel, as well as towards transducers adjacent to this coaxial opposite receiver, each receiver is adapter to receive from a coaxial emitter on the opposite panel, as well as from transducers adjacent to this coaxial opposite emitter, and it comprises analysis means of signals detected on the microwave receivers corresponding to the signals transmitted from a panel to the opposite panel and corresponding to the signals reflected from a panel towards this same panel.