mhurhangee/ep-ind-claims huggingface dataset:
A base station comprising: a processing circuit including a scheduler configured to schedule a plurality of physical downlink shared channel transmissions in parallel, a first physical downlink shared channel transmission, among the plurality of physical downlink shared channel transmissions, including a random access response for a first user equipment, and the plurality of physical downlink shared channel transmissions being scheduled for transmission to a plurality of user equipments during a random access response window, the scheduler further configured to generate downlink control information for the plurality of physical downlink shared channel transmissions to the plurality of user equipments, the downlink control information being indicative of positions of the plurality of physical downlink shared channel transmissions to the plurality of user equipment; and a transceiver circuit connected to the processing circuit, and configured to transmit the plurality of physical downlink shared channel transmissions to the plurality of user equipments during the random access response window and to transmit parallel repetitions of downlink control channel transmissions including the downlink control information to the plurality of user equipments prior to the transmission of the plurality of physical downlink shared channel transmissions. a processing circuit including a scheduler configured to schedule a plurality of physical downlink shared channel transmissions in parallel, a first physical downlink shared channel transmission, among the plurality of physical downlink shared channel transmissions, including a random access response for a first user equipment, and the plurality of physical downlink shared channel transmissions being scheduled for transmission to a plurality of user equipments during a random access response window, the scheduler further configured to generate downlink control information for the plurality of physical downlink shared channel transmissions to the plurality of user equipments, the downlink control information being indicative of positions of the plurality of physical downlink shared channel transmissions to the plurality of user equipment; and a transceiver circuit connected to the processing circuit, and configured to transmit the plurality of physical downlink shared channel transmissions to the plurality of user equipments during the random access response window and to transmit parallel repetitions of downlink control channel transmissions including the downlink control information to the plurality of user equipments prior to the transmission of the plurality of physical downlink shared channel transmissions.
A method of manufacturing an image sensor, comprising the following steps, performed in the recited order: (a) forming epi-layers on first and second wafers (11, 12), and forming a potential barrier on a surface of the epi-layer of the first wafer; (b) removing the back side of the first wafer leaving the epi-layer; (c) forming a back-illuminated photodiode on the surface of the epi-layer exposed in (b); (d) forming an inter-metal dielectric layer on the back-illuminated photodiode, and forming a metal wire inside the IMD layer; (e) forming a via connected to the metal wire through the epi-layer from a surface of the potential barrier, and filling a plug into the via; (f) forming an IMD layer on the epi-layer formed on the second wafer, and forming a logic circuit including a metal wire inside the IMD layer; (g) connecting a metal wire of the first wafer to a metal wire of the logic circuit of the second wafer by using metal bonding; (h) forming a passivation layer, a color filter, and a micro-lens on a surface of the potential barrier; and (i) forming a pad on a surface of the via filled with the plug of the first wafer. (a) forming epi-layers on first and second wafers (11, 12), and forming a potential barrier on a surface of the epi-layer of the first wafer; (b) removing the back side of the first wafer leaving the epi-layer; (c) forming a back-illuminated photodiode on the surface of the epi-layer exposed in (b); (d) forming an inter-metal dielectric layer on the back-illuminated photodiode, and forming a metal wire inside the IMD layer; (e) forming a via connected to the metal wire through the epi-layer from a surface of the potential barrier, and filling a plug into the via; (f) forming an IMD layer on the epi-layer formed on the second wafer, and forming a logic circuit including a metal wire inside the IMD layer; (g) connecting a metal wire of the first wafer to a metal wire of the logic circuit of the second wafer by using metal bonding; (h) forming a passivation layer, a color filter, and a micro-lens on a surface of the potential barrier; and (i) forming a pad on a surface of the via filled with the plug of the first wafer.
Digital oscilloscope consisting of a preamplifier for level adaptation of at least one signal to be displayed on the digital oscilloscope, an analog-digital converter for analog-digital conversion of the signals to be displayed, a digital trigger system (5, 5', 5", 5′′′) for determining a trigger time, and a recording unit for displaying the signals to be displayed, the digital trigger system (5, 5', 5", 5′′′) determining an occurring trigger time which has a higher temporal resolution compared to the sampling rate of the analog-digital converter, and an equalization system for compensating for linear and nonlinear distortions in each of the signals to be displayed being connected downstream of the analog-digital converter, characterized in that the sample values of the digitized equalized measurement signal are displayed on a screen of the recording unit of the digital oscilloscope, which sample values are detected simultaneously with a trigger signal or temporally immediately following the trigger signal, and in that the trigger system (5, 5', 5", 5′′′) comprises a trigger linking logic circuit which is designed to link a plurality of signals (S 1, S 2,..., S M) from all signals to be displayed on the digital oscilloscope in order to form a reference signal (S i), the reference signal (S i) being compared, in respect of exceeding or falling below, with a threshold value (SW i) in a trigger signal generation unit (7, 7', 7") of the trigger system (5, 5', 5", 5′′′), with regard to determining a trigger time, and the trigger signal being activated at the output of the trigger signal generation unit (7, 7', 7") when the trigger time occurs. the digital trigger system (5, 5', 5", 5′′′) determining an occurring trigger time which has a higher temporal resolution compared to the sampling rate of the analog-digital converter, and an equalization system for compensating for linear and nonlinear distortions in each of the signals to be displayed being connected downstream of the analog-digital converter, characterized in that the sample values of the digitized equalized measurement signal are displayed on a screen of the recording unit of the digital oscilloscope, which sample values are detected simultaneously with a trigger signal or temporally immediately following the trigger signal, and in that the trigger system (5, 5', 5", 5′′′) comprises a trigger linking logic circuit which is designed to link a plurality of signals (S 1, S 2,..., S M) from all signals to be displayed on the digital oscilloscope in order to form a reference signal (S i), the reference signal (S i) being compared, in respect of exceeding or falling below, with a threshold value (SW i) in a trigger signal generation unit (7, 7', 7") of the trigger system (5, 5', 5", 5′′′), with regard to determining a trigger time, and the trigger signal being activated at the output of the trigger signal generation unit (7, 7', 7") when the trigger time occurs.
A method that facilitates employing a plurality of medium access control header formats, comprising: determining type of data included in an associated medium access control protocol data unit; generating a medium access control header in accordance with a header format that corresponds to the determined type of data, wherein the medium access control header comprises a logical channel identifier, a medium access control length field that specifies the length of a MAC service data unit, and a field indicating a size of the medium access control length field, wherein the value of the logical channel identifier indicates if the medium access control header is a control data header, or a user data header or a padding header; and transmitting the medium access control header and the associated protocol data unit. determining type of data included in an associated medium access control protocol data unit; generating a medium access control header in accordance with a header format that corresponds to the determined type of data, wherein the medium access control header comprises a logical channel identifier, a medium access control length field that specifies the length of a MAC service data unit, and a field indicating a size of the medium access control length field, wherein the value of the logical channel identifier indicates if the medium access control header is a control data header, or a user data header or a padding header; and transmitting the medium access control header and the associated protocol data unit.
A double belt press with a first, lower revolving plastic belt (12; 74) and with a second, upper revolving plastic belt (14; 75), the plastic belts (12, 14; 74, 75) having a first, low flexural rigidity, and a product gap (24; 78) between the mutually confronting strands of the plastic belts (12, 14; 74, 75) being formed for the purpose of shaping a plate-like product, with a first revolving lower steel belt (36; 96) and a second revolving upper steel belt (38; 98), the steel belts (36, 38; 96, 98) having a second flexural rigidity which is high in relation to the flexural rigidity of the plastic belts (12, 14; 74, 75), a shaping portion (40; 100) being formed between the mutually confronting strands of the steel belts (36, 38; 96, 98), the shaping portion (40; 100) forming part of the product gap (24; 78), during operation the first, lower steel belt (36; 96) running in the shaping portion (40; 100) parallel to and so as to bear against a rear side, facing away from the product gap (24; 78), of the first plastic belt (12; 74), and during operation the second, upper steel belt (38; 98) running in the shaping portion (40; 100) parallel to and so as to bear against a rear side, facing away from the product gap (24; 78), of the second plastic belt (14; 75), characterized in that portions of the product gap (24, 78) adjoin the shaping portion (40; 100) upstream and downstream, wherein the product gap (24, 78) has the same constant height as in the shaping portion (40; 100).
Drilling device that is meant to be used in a down-the-hole drilling apparatus for drilling a hole by using the drilling device and a casing part, whereby the drilling device comprises in a drilling head thereof a guide and drilling means, whereby the said drilling means comprise a first drill bit arrangement and a second drill bit arrangement, being movable with respect to each other, whereby the drill bit arrangements are provided with drilling organs, such as an integrated drilling part, separate drilling pieces or bits, wherein size of the second drill bit arrangement is arranged on the one hand to be expanded for drilling a greater (t) hole than a free cross-sectional surface area of an end (I') of the casing part and on the other hand to be reduced to a smaller size than the free cross-sectional surface area of the end (I') of the casing part in order to make possible removal of the drilling device from a hole that has been drilled and for leaving the casing part in the drilled hole by removing the drilling device through the casing part from above, whereby the second drill bit arrangement comprises bit pieces (5b1) that are movable in wide open slide grooves in a radial direction (r) on a drilling surface of the drilling means, the drilling organs (10; 10") of the drilling means being arranged when viewed in a longitudinal direction (s) of the drilling device on its front surface, wherein the drilling device comprises a movement mechanism for moving the bit pieces (5b1) by means of the guide for expanding the size of the second drill bit arrangement by moving its bit pieces (5b1) in the radial direction (r) outwards in the slide grooves, by rotating the guide in a first direction (w), and for reducing the size of the second drill bit arrangement by moving its bit pieces (5b1) in the radial direction inwards in the slide grooves, by rotating the guide in opposite direction with respect to the first direction (w), characterized in that, the drilling device comprises an auxiliary frame, the drilling surface of which being provided with several slide grooves with the bit pieces (5b1) of the second drill bit arrangement, wherein the auxiliary frame is coupled with the guide rotatively in a restricted manner in a perpendicular plane (x) with respect to the longitudinal direction (s) by a pin/guide groove arrangement (T1/O1) between the guide and the auxiliary frame, wherein the movement mechanism for moving the bit pieces (5b; 5b1), which depending on the rotation direction of the guide pushes the guide in the longitudinal direction (s) out from the casing part or pulls the same inside the casing part, comprises a guide surface arrangement (y') carried out by inclined guide surfaces in the bit pieces and both in the casing part and at an end of the guide.
A method for generating differentiated cells of interest from donor cells of another cell type, comprising i) expanding exfoliated somatic urine cells from urine and ii) generating differentiated cells from said expanded cells by reprogramming said cells to become induced urine-derived pluripotent stem cells (UiPSCs) and differentiating said UiPSCs into said cells of interest. i) expanding exfoliated somatic urine cells from urine and ii) generating differentiated cells from said expanded cells by reprogramming said cells to become induced urine-derived pluripotent stem cells (UiPSCs) and differentiating said UiPSCs into said cells of interest.
A managed wireless distribution network comprising multiple devices including a first device (104, 106) comprising: a content store (130, 134) configured to maintain portions of protected content that can be consumed by a user of the first device (104, 106) if the user of the first device (104, 106) has permission to consume the protected content, and other portions of protected content that the user of the first device is not permitted to consume to make them available to other devices in the managed wireless distribution network, the managed wireless distribution network allowing the portions of protected content to be transferred among the multiple devices (104, 106) in the managed wireless distribution network via wireless networks hosted by the multiple devices (104, 106) regardless of whether the user of the first device (104, 106) has permission to consume the protected content in order to reduce data usage over an Internet connection; and a managed wireless distribution network system (122, 126) configured to configure each of one or more network interface cards of the first device (104, 106) to communicate with the Internet, to host a wireless network that can be joined by other devices (104, 106) of the multiple devices (104, 106), or to join a wireless network hosted by another of the multiple devices (104, 106). a content store (130, 134) configured to maintain portions of protected content that can be consumed by a user of the first device (104, 106) if the user of the first device (104, 106) has permission to consume the protected content, and other portions of protected content that the user of the first device is not permitted to consume to make them available to other devices in the managed wireless distribution network, the managed wireless distribution network allowing the portions of protected content to be transferred among the multiple devices (104, 106) in the managed wireless distribution network via wireless networks hosted by the multiple devices (104, 106) regardless of whether the user of the first device (104, 106) has permission to consume the protected content in order to reduce data usage over an Internet connection; and a managed wireless distribution network system (122, 126) configured to configure each of one or more network interface cards of the first device (104, 106) to communicate with the Internet, to host a wireless network that can be joined by other devices (104, 106) of the multiple devices (104, 106), or to join a wireless network hosted by another of the multiple devices (104, 106).
A surface scraper tool comprising a blade holder with a bottom surface that is substantially flat defining a surface plane with a lateral guide face that is substantially flat defining a guide plane a blade protruding from the front face of the blade holder, forming a predefined scraping angle (β) with respect to the surface plane, with a sharp edge lying completely in the surface plane, extending essentially across the whole width of the bottom surface of the blade holder, not extending beyond the guide plane characterized in that said sharp edge forms an acute angle (γ) with said guide plane. with a bottom surface that is substantially flat defining a surface plane with a lateral guide face that is substantially flat defining a guide plane protruding from the front face of the blade holder, forming a predefined scraping angle (β) with respect to the surface plane, with a sharp edge lying completely in the surface plane, extending essentially across the whole width of the bottom surface of the blade holder, not extending beyond the guide plane characterized in that said sharp edge forms an acute angle (γ) with said guide plane. lying completely in the surface plane, extending essentially across the whole width of the bottom surface of the blade holder, not extending beyond the guide plane characterized in that said sharp edge forms an acute angle (γ) with said guide plane.
Liquefied natural gas container comprising a loadbearing structure (11, 111) and an impermeable and thermally insulated tank designed to contain liquefied natural gas, said tank comprising a plurality of tank walls fixed to said loadbearing structure, each tank wall having in succession, in the direction of the thickness, proceeding from the inside of said tank to the outside, a primary impermeable barrier, a primary thermally insulating barrier, a secondary impermeable barrier and a secondary thermally insulating barrier, said tank walls comprising at least one vertical wall, the secondary impermeable barrier of said vertical wall comprising a first impermeable sheet (16, 116) at the top of said wall and a connecting device which impermeably connects said first impermeable sheet to said loadbearing structure, said container being characterized in that said connecting device comprises a first metal plate (22, 122) parallel to said first impermeable sheet, and a second impermeable sheet (17, 117) comprising a first portion which is bonded to said first impermeable sheet and a second portion which is connected to said first metal plate, the first portion and the second portion of the second impermeable sheet (17, 117) being parallel.
A method of producing a pyrazole derivative represented by the following formula, which comprises reacting a compound represented by the following formula with an oxidant; wherein R 1 is a hydrogen atom, R 2 is a methyl group or an ethyl group, R 3 is a hydrogen atom, a methyl group or an ethyl group, X 1 and X 2 are fluorine atoms, and Z 1 is a hydrogen atom; and wherein the oxidant is an oxidant containing chlorine. R 1 is a hydrogen atom, R 2 is a methyl group or an ethyl group, R 3 is a hydrogen atom, a methyl group or an ethyl group, X 1 and X 2 are fluorine atoms, and Z 1 is a hydrogen atom; and wherein the oxidant is an oxidant containing chlorine.
A vehicle braking system comprising at least one friction brake which can be operated via a brake pedal and a brake master cylinder, a regenerative brake, a compensation unit mechanically coupling the brake pedal with the brake master cylinder in a modifiable manner, a sensor adapted to detect at least an initial range of a brake pedal travel, and an electronic control unit adapted to evaluate a signal from the sensor to operate the regenerative brake when a user actuates the brake pedal in the initial range, monitor a relationship between a user's brake demand and a brake torque generated by the regenerative brake, and modify the mechanical coupling between the brake pedal and the brake master cylinder via the compensation unit to thereby operate the friction brake when the user's brake demand does not correlate with the brake torque generated by the regenerative brake in order to re-establish this correlation. evaluate a signal from the sensor to operate the regenerative brake when a user actuates the brake pedal in the initial range, monitor a relationship between a user's brake demand and a brake torque generated by the regenerative brake, and modify the mechanical coupling between the brake pedal and the brake master cylinder via the compensation unit to thereby operate the friction brake when the user's brake demand does not correlate with the brake torque generated by the regenerative brake in order to re-establish this correlation.
A container comprising at least two compartments (2a, 2b), each compartment (2a, 2b) comprising a base (3a, 3b) and one or more walls (4a, 4b) extending from the base (3a, 3b), wherein the compartments (2a, 2b) are detachable from each other along a breakline comprising one or more recesses, and characterised in that the breakline comprises one or more curved portions.
A method at a receiver device, the method comprising: running a plurality of applications at the receiver device; detecting a switch causing a background application to become a primary application, the primary application being the application in focus on a display device; switching the background application to the primary application, the switching causing a previous primary application to become a new background application; retrieving, from a settings datastore, configuration information for remote control settings for a remote control device, the remote control settings corresponding to the primary application and comprising settings for a last state of the primary application stored in the setting datastore; and causing, based on the configuration information for the remote control settings, a remote control frame corresponding to the primary application to replace, on a display of the remote control device, a remote control frame corresponding to the previous primary application. running a plurality of applications at the receiver device; detecting a switch causing a background application to become a primary application, the primary application being the application in focus on a display device; switching the background application to the primary application, the switching causing a previous primary application to become a new background application; retrieving, from a settings datastore, configuration information for remote control settings for a remote control device, the remote control settings corresponding to the primary application and comprising settings for a last state of the primary application stored in the setting datastore; and causing, based on the configuration information for the remote control settings, a remote control frame corresponding to the primary application to replace, on a display of the remote control device, a remote control frame corresponding to the previous primary application.