mhurhangee/ep-ind-claims huggingface dataset:
A testable semiconductor package comprising: an active die (102, 202, 302, 402) having interface contacts (112, 512) and dedicated testing contacts (114, 214, 314, 414); and an interposer (104, 304) situated adjacent a bottom surface of said active die (102, 202, 302, 402), said interposer (104, 304) providing electrical connections between said interface contacts (112, 512) and a bottom surface of said testable semiconductor package (100, 200, 300, 400, 470); characterized by at least one first conductive medium (106a, 106b, 206a, 206b, 306a, 306b, 506a, 506b) providing electrical connection exclusively between at least one of said dedicated testing contacts (114a, 114b, 214a, 214b, 314a, 314b, 514a) and a top surface (118b, 218b, 318b, 418b) of said testable semiconductor package (100, 200, 300, 400, 470, 500), and at least one second conductive medium (406a, 406b) providing electrical connection exclusively between at least another one of said dedicated testing contacts (414a, 414b) and a sidewall (472a, 427b) of said testable semiconductor package (100, 200, 300, 400, 470, 500). an active die (102, 202, 302, 402) having interface contacts (112, 512) and dedicated testing contacts (114, 214, 314, 414); and an interposer (104, 304) situated adjacent a bottom surface of said active die (102, 202, 302, 402), said interposer (104, 304) providing electrical connections between said interface contacts (112, 512) and a bottom surface of said testable semiconductor package (100, 200, 300, 400, 470); characterized by at least one first conductive medium (106a, 106b, 206a, 206b, 306a, 306b, 506a, 506b) providing electrical connection exclusively between at least one of said dedicated testing contacts (114a, 114b, 214a, 214b, 314a, 314b, 514a) and a top surface (118b, 218b, 318b, 418b) of said testable semiconductor package (100, 200, 300, 400, 470, 500), and at least one second conductive medium (406a, 406b) providing electrical connection exclusively between at least another one of said dedicated testing contacts (414a, 414b) and a sidewall (472a, 427b) of said testable semiconductor package (100, 200, 300, 400, 470, 500).
A method for transmitting a signal, comprising: generating n pieces of coordination information respectively corresponding to n coordinated base stations, wherein each piece of coordination information comprises a cell identity CELL ID of a serving base station, a scrambling identity SCID of a user equipment UE, and information about a port number used by a corresponding coordinated base station, and the port number used by the coordinated base station is different from a port number used by the serving base station, and n is a positive integer; respectively sending the n pieces of coordination information to the n coordinated base stations; calculating a weight value of the serving base station according to a channel matrix of the serving base station; generating a UE-specific reference signal sequence according to the CELL ID and the SCID; weighting the UE-specific reference signal sequence according to the weight value to generate a weighted UE-specific reference signal of the serving base station; and transmitting the UE-specific reference signal to the UE by using a port corresponding to the port number used by the serving base station; generating (n+1) code words from data to be transmitted to the UE, wherein n is equal to 2 or 3; selecting n code words from the (n+1) code words, and respectively sending the n code words to the n coordinated base stations; and transmitting one code word in the (n+1) code words except the n code words to the UE according to single-stream beamforming. generating n pieces of coordination information respectively corresponding to n coordinated base stations, wherein each piece of coordination information comprises a cell identity CELL ID of a serving base station, a scrambling identity SCID of a user equipment UE, and information about a port number used by a corresponding coordinated base station, and the port number used by the coordinated base station is different from a port number used by the serving base station, and n is a positive integer; respectively sending the n pieces of coordination information to the n coordinated base stations; calculating a weight value of the serving base station according to a channel matrix of the serving base station; generating a UE-specific reference signal sequence according to the CELL ID and the SCID; weighting the UE-specific reference signal sequence according to the weight value to generate a weighted UE-specific reference signal of the serving base station; and transmitting the UE-specific reference signal to the UE by using a port corresponding to the port number used by the serving base station; generating (n+1) code words from data to be transmitted to the UE, wherein n is equal to 2 or 3; selecting n code words from the (n+1) code words, and respectively sending the n code words to the n coordinated base stations; and transmitting one code word in the (n+1) code words except the n code words to the UE according to single-stream beamforming.
An apparatus for testing a network, wherein the network converts datagrams (300, 500, 600, 900) into fragments (301, 302, 501, 502, 531, 532, 601, 602), comprising: a traffic generator configured to - generate a datagram (300, 500, 600, 900) including a header (310, 510, 610) and a payload (320, 520, 620), the payload (320, 520, 620) containing plural instrumentation blocks (330, 530-1, 530-2, 630-1, 630-2, 630-3, 630-4, 630-5, 730-1, 730-2, 730-3, 930) with information for assessing the performance of the network, wherein each of the plural instrumentation blocks (330, 530-1, 530-2, 630-1, 630-2, 630-3, 630-4, 630-5, 730-1, 730-2, 730-3, 930) at least contains identical information regarding the datagram (300, 500, 600, 900), and - to transmit the datagram (300, 500, 600, 900) over the network. a traffic generator configured to - generate a datagram (300, 500, 600, 900) including a header (310, 510, 610) and a payload (320, 520, 620), the payload (320, 520, 620) containing plural instrumentation blocks (330, 530-1, 530-2, 630-1, 630-2, 630-3, 630-4, 630-5, 730-1, 730-2, 730-3, 930) with information for assessing the performance of the network, wherein each of the plural instrumentation blocks (330, 530-1, 530-2, 630-1, 630-2, 630-3, 630-4, 630-5, 730-1, 730-2, 730-3, 930) at least contains identical information regarding the datagram (300, 500, 600, 900), and - to transmit the datagram (300, 500, 600, 900) over the network. - generate a datagram (300, 500, 600, 900) including a header (310, 510, 610) and a payload (320, 520, 620), the payload (320, 520, 620) containing plural instrumentation blocks (330, 530-1, 530-2, 630-1, 630-2, 630-3, 630-4, 630-5, 730-1, 730-2, 730-3, 930) with information for assessing the performance of the network, wherein each of the plural instrumentation blocks (330, 530-1, 530-2, 630-1, 630-2, 630-3, 630-4, 630-5, 730-1, 730-2, 730-3, 930) at least contains identical information regarding the datagram (300, 500, 600, 900), and - to transmit the datagram (300, 500, 600, 900) over the network.
An exhaust valve arrangement for a piston engine, which exhaust valve arrangement comprises at least one exhaust valve, a rotatable cam, force transmission means (2, 3, 14, 19) for transforming the rotating motion of the cam into linear motion and transmitting it to the exhaust valve at least in the opening direction of the exhaust valve, a fluid chamber, into which fluid chamber hydraulic fluid can be introduced during the opening movement of the exhaust valve, a piston that is arranged in the fluid chamber and connected to the force transmission means (2, 3, 14, 19) or to the exhaust valve, at least one outlet port (8, 8a, 8b, 8c) for discharging the hydraulic fluid from the fluid chamber for allowing closing of the exhaust valve, and flow control means (7, 10, 11) for controlling outflow from the fluid chamber and allowing slowing or delaying of the closing movement of the exhaust valve, which outlet ports (8, 8a, 8b, 8c) and flow control means (7, 10, 11) are configured to allow outflow from the fluid chamber at a rate that allows the closing curve of the exhaust valve to follow the cam curve at least until the exhaust valve has moved a certain predetermined distance in the closing direction, characterized in that the outflow from the fluid chamber is unthrottled until the exhaust valve has moved the predetermined distance and after the exhaust valve has moved the predetermined distance, throttling of the outflow takes place, and that the distance is determined so that the valve lift at the moment when the throttling starts is smaller than the distance between closed exhaust valve and the piston of the piston engine at top dead center.
A method for the thermal treatment of friction elements, in particular braking elements, comprising a convective heating step wherein friction elements are transported through a convective oven that is heated characterized in that, in combination: i)- the friction elements are arranged laid, in an orderly manner, upon a plurality of trays each having a perforated resting plate upon which the friction elements are laid in a position next to one another only, but not overlapped; ii) - the trays are piled up on top of each other whilst being kept distanced from one another in a stacking direction by an amount that is greater than the thickness of the friction elements in the same stacking direction; iii) - the convective heating step is performed within a convective tunnel oven having conveyor means passing through it, upon which conveyor means the trays which are piled up and that contain the friction elements are placed, thus forming a plurality of groups upon the conveyor means, arranged side by side, of piled up trays such that by advancing the conveyor means the friction elements are transported through the tunnel oven along a direction of travel; iv) - said trays being made from a cut and pressed metal sheeting. i)- the friction elements are arranged laid, in an orderly manner, upon a plurality of trays each having a perforated resting plate upon which the friction elements are laid in a position next to one another only, but not overlapped; ii) - the trays are piled up on top of each other whilst being kept distanced from one another in a stacking direction by an amount that is greater than the thickness of the friction elements in the same stacking direction; iii) - the convective heating step is performed within a convective tunnel oven having conveyor means passing through it, upon which conveyor means the trays which are piled up and that contain the friction elements are placed, thus forming a plurality of groups upon the conveyor means, arranged side by side, of piled up trays such that by advancing the conveyor means the friction elements are transported through the tunnel oven along a direction of travel; iv) - said trays being made from a cut and pressed metal sheeting.
A pallet type container exhibitor system for transporting and displaying a variety of goods contained therein, comprising a flat horizontal part for the supporting of said container exhibitor, and a plurality of flat members arranged onto said flat horizontal part and constituting a relevant plurality of vertical walls of said container exhibitor, wherein said container exhibitor further comprises locking means (20, 21, 22, 32, 33, 4, 40, 41) for the locking of said plurality of vertical flat members onto said horizontal flat part, wherein said flat part is a pallet, wherein said locking means further comprises a plurality of holes obtained on respective peripheral regions at the perimeter of said pallet; wherein said peripheral regions comprise raised edges obtained on said pallet, said peripheral regions being formed in such a manner as to house respective edge regions of said flat members; characterized in that said locking means further comprises at least one bar provided with a plurality of locking members or pins, said pins to be inserted and trespassing respective holes of an edge region of a flat member, and further to be inserted and locked in said complementary holes of said peripheral regions of said pallet.
A male connector comprising: a male body including a curved outer surface, the outer surface including a plurality of outer surface regions, the outer surface regions not overlapping each other, at least one first male antenna provided inside the male body and located near one of the outer surface regions, the or each first male antenna being a male communication antenna (221a, 222a) configured to wirelessly communicate a signal; and at least one first male circuit board provided inside the male body, curved along the outer surface, and substantially parallel to said one of the outer surface regions near the at least one first male antenna, the at least one first male antenna being provided on the at least one first male circuit board, wherein the male body has a housing space, and the at least one first male antenna and the at least one first male circuit board are disposed in the housing space of the male body. a male body including a curved outer surface, the outer surface including a plurality of outer surface regions, the outer surface regions not overlapping each other, at least one first male antenna provided inside the male body and located near one of the outer surface regions, the or each first male antenna being a male communication antenna (221a, 222a) configured to wirelessly communicate a signal; and at least one first male circuit board provided inside the male body, curved along the outer surface, and substantially parallel to said one of the outer surface regions near the at least one first male antenna, the at least one first male antenna being provided on the at least one first male circuit board,
A process for preparing ethylene oxide and/or propylene oxide by contacting ethylene and/or propylene with an oxidizing agent, wherein (i) the reaction is performed in a microreaction system (μ-reactor) and (ii) the oxidizing agent used is a peroxo compound, wherein the peroxo compound used is ozone and wherein the reaction is performed without catalysts, wherein the microreaction system is mounted on a support which is a silicon-glass composite. (i) the reaction is performed in a microreaction system (μ-reactor) and (ii) the oxidizing agent used is a peroxo compound,
A liquid crystal variable optical retarder comprising: a first continuous flat electrode; a second substantially transparent continuous flat electrode opposed to the first electrode; a liquid crystal layer having a director and disposed between the first and second electrodes, for imparting a variable optical phase shift to light impinging on the second electrode when a voltage is applied between the first and second electrodes; and a sub-wavelength grating having grating lines at an acute angle (α) to the director, the liquid crystal variable optical retarder characterized in that the sub-wavelength grating is disposed between the liquid crystal layer and the first electrode. a first continuous flat electrode; a second substantially transparent continuous flat electrode opposed to the first electrode; a liquid crystal layer having a director and disposed between the first and second electrodes, for imparting a variable optical phase shift to light impinging on the second electrode when a voltage is applied between the first and second electrodes; and a sub-wavelength grating having grating lines at an acute angle (α) to the director, the liquid crystal variable optical retarder characterized in that the sub-wavelength grating is disposed between the liquid crystal layer and the first electrode.
An image processing apparatus (301, 501) comprising: an input for receiving an input image and metadata specifying a luminance mapping function (F_Lt), which luminance mapping function specifies the relationship between luminances in the input image and a second image with an at least 6 times higher or lower maximum luminance and which luminance mapping function is for mapping luminances in the input image by a display; an output image connection for connection to a display and communicating an output image to the display, and a metadata output for outputting output metadata specifying a luminance mapping function to the display, wherein the luminance mapping function is to be used for mapping all pixels of the output image; a graphics generation unit arranged to generate a secondary image; an image composition unit arranged to compose an output image on the basis of the pixel colors of the input image and of the secondary image; and a luminance function selection unit, which is arranged to output to the metadata output the output metadata which specifies: either a copy of the at least one luminance mapping function (F_Lt) in case no secondary image colors are mixed with the input image, or a predetermined luminance mapping function, which is fixed over a number of consecutive images as long as the secondary image is mixed, in case the output image is not identical to the input image because some pixel colors of the secondary image have been used to change the input image colors. an input for receiving an input image and metadata specifying a luminance mapping function (F_Lt), which luminance mapping function specifies the relationship between luminances in the input image and a second image with an at least 6 times higher or lower maximum luminance and which luminance mapping function is for mapping luminances in the input image by a display; an output image connection for connection to a display and communicating an output image to the display, and a metadata output for outputting output metadata specifying a luminance mapping function to the display, wherein the luminance mapping function is to be used for mapping all pixels of the output image; a graphics generation unit arranged to generate a secondary image; an image composition unit arranged to compose an output image on the basis of the pixel colors of the input image and of the secondary image; and a luminance function selection unit, which is arranged to output to the metadata output the output metadata which specifies: either a copy of the at least one luminance mapping function (F_Lt) in case no secondary image colors are mixed with the input image, or a predetermined luminance mapping function, which is fixed over a number of consecutive images as long as the secondary image is mixed, in case the output image is not identical to the input image because some pixel colors of the secondary image have been used to change the input image colors.
A water-soluble resin composition characterized in comprising at least a water-soluble resin, an acid generator capable of generating an acid by heating and a solvent containing water, wherein the water-soluble resin described before is a copolymer represented by the general formula: wherein R 1 and R 2 each represent independently a hydrogen atom or a methyl group, R 3 represents and n and n each are 10 to 100,000.
Pane having an illuminated switch surface, comprising at least: - a transparent substrate, - an electrically conductive structure, which forms a switch surface, - a flat conductor, which is electrically connected to the electrically conductive structure via an electrical connecting element, - a light irradiation means, which comprises at least one light source and is arranged on the flat conductor and on a lateral edge of the substrate, wherein light is coupled into the pane from the lateral edge of the substrate, - a light deflection means, which is arranged in the region of the pane irradiated by the light of the light irradiation means, wherein the area that results from a projection of the light deflection means onto the plane of the switch surface is arranged within the switch surface and / or borders the switch surface continuously or interruptedly and wherein the light deflection means comprises structures for light scattering. - a transparent substrate, - an electrically conductive structure, which forms a switch surface, - a flat conductor, which is electrically connected to the electrically conductive structure via an electrical connecting element, - a light irradiation means, which comprises at least one light source and is arranged on the flat conductor and on a lateral edge of the substrate, wherein light is coupled into the pane from the lateral edge of the substrate, - a light deflection means, which is arranged in the region of the pane irradiated by the light of the light irradiation means, wherein the area that results from a projection of the light deflection means onto the plane of the switch surface is arranged within the switch surface and / or borders the switch surface continuously or interruptedly and wherein the light deflection means comprises structures for light scattering.
Device for externally armoring a lock cylinder mounted on a fixture comprising three elements: a central body (20, 30) provided with a pass-through axial cavity of complementary section to that of the end of the cylinder, in the pass-through axial cavity being insertable the end of the cylinder, a head, which protrudes from one end of the central body (20, 30) radially with respect to the axis of the pass-through axial cavity and which comprises a pass-through opening communicating with the axial pass-through cavity, the head being intended for abutment against a first surface of the fixture, a tail portion that from the other end of the central body (20, 30) protrudes radially relative to the axis of the pass-through axial cavity, the tail portion being intended for abutment against a surface of the fixture opposite to the first surface of the fixture, characterized in that the central body (20, 30) comprises a prismatic pair of pieces formed by a central piece and an outer piece insertable concentrically into one another so that the central piece can slide into a complementary cavity of the outer piece but is prevented to rotate, wherein the central piece at the center comprises said axial pass-through cavity and the outer piece comprises the tail portion. a central body (20, 30) provided with a pass-through axial cavity of complementary section to that of the end of the cylinder, in the pass-through axial cavity being insertable the end of the cylinder, a head, which protrudes from one end of the central body (20, 30) radially with respect to the axis of the pass-through axial cavity and which comprises a pass-through opening communicating with the axial pass-through cavity, the head being intended for abutment against a first surface of the fixture, a tail portion that from the other end of the central body (20, 30) protrudes radially relative to the axis of the pass-through axial cavity, the tail portion being intended for abutment against a surface of the fixture opposite to the first surface of the fixture, the central body (20, 30) comprises a prismatic pair of pieces formed by a central piece and an outer piece insertable concentrically into one another so that the central piece can slide into a complementary cavity of the outer piece but is prevented to rotate, wherein the central piece at the center comprises said axial pass-through cavity and the outer piece comprises the tail portion.