mhurhangee/ep-ind-claims huggingface dataset:
A system for base calling, comprising: a spatial convolution network configured to process a window of per-cycle sequencing image sets for a series of sequencing cycles of a sequencing run on a cycle-by-cycle basis by separately convolving respective per-cycle sequencing image sets in the window of per-cycle sequencing image sets through respective sequences of spatial convolution layers to generate respective per-cycle spatial feature map sets for respective sequencing cycles in the series of sequencing cycles; a temporal convolution network configured to process the per-cycle spatial feature map sets on a groupwise basis by convolving on respective overlapping groups of per-cycle spatial feature map sets in the per-cycle spatial feature map sets using respective temporal convolution filter banks to generate respective per-group temporal feature map sets for the respective overlapping groups of per-cycle spatial feature map sets; wherein trained coefficients of temporal convolution filters in the respective temporal convolution filter banks vary between temporal convolution filter banks in the respective temporal convolution filter banks; and an output network connected to the temporal convolution network and configured to receive a final temporal feature map set generated by a final temporal convolution layer and generate a base call prediction based on the final temporal feature map set. a spatial convolution network configured to process a window of per-cycle sequencing image sets for a series of sequencing cycles of a sequencing run on a cycle-by-cycle basis by separately convolving respective per-cycle sequencing image sets in the window of per-cycle sequencing image sets through respective sequences of spatial convolution layers to generate respective per-cycle spatial feature map sets for respective sequencing cycles in the series of sequencing cycles; a temporal convolution network configured to process the per-cycle spatial feature map sets on a groupwise basis by convolving on respective overlapping groups of per-cycle spatial feature map sets in the per-cycle spatial feature map sets using respective temporal convolution filter banks to generate respective per-group temporal feature map sets for the respective overlapping groups of per-cycle spatial feature map sets; wherein trained coefficients of temporal convolution filters in the respective temporal convolution filter banks vary between temporal convolution filter banks in the respective temporal convolution filter banks; and an output network connected to the temporal convolution network and configured to receive a final temporal feature map set generated by a final temporal convolution layer and generate a base call prediction based on the final temporal feature map set.
A base plate for an ostomy collection device, the base plate comprising a cover layer whereon an adhesive layer is at least partly disposed, a through-going hole extending axially through the base plate, wherein the base plate further comprises an inner area which encircles the through-going hole, and wherein the cover layer extends beyond the adhesive layer in a radial direction toward the through-going hole, thereby providing an overlap, characterized in that the cover layer in the inner area is a foam.
Method for operating a coffee machine, which has an electrically operated grinder, which grinds coffee and provides an amount of ground product of a ground product produced thereby for the preparation of a coffee beverage; wherein, during an advance operation, a dependency between the amount of ground product and an electrical voltage applied to the grinder is determined and stored as a voltage dependency; wherein, during a regulated operation of the coffee machine for preparation of the coffee beverage, before the preparation of the coffee beverage a grinding operating duration of the grinder for preparation of the amount of ground product is determined as a function of the voltage dependency, and wherein the grinder is operated for the determined grinding operating duration, in order to provide the ground product, characterised in that, to determine the grinding operating duration, a difference between an electrical nominal voltage applied to the grinder and an electrical load voltage applied to the grinder is determined and the grinding operating duration is determined as a function of the voltage difference, wherein the load voltage is the voltage at the grinder when at least one electrical consumer of the coffee machine in addition to the grinder draws electrical power, and the nominal voltage is the voltage without the power draw by the at least one additional electrical consumer.
A method of degassing semiconductor substrates comprising: sequentially loading a plurality of semiconductor substrates into a degas chamber of a degas apparatus; degassing the semiconductor substrates in parallel, the degassing of each semiconductor substrate commencing at a different time related to the time at which the semiconductor substrate was loaded into the degas chamber of the degas apparatus; and unloading a semiconductor substrate from the degas chamber of the degas apparatus when the semiconductor substrate has been degassed, while semiconductor substrates which were loaded later in the sequence are still being degassed; characterized in that the degassing of the semiconductor substrates is performed at pressure of less than 10 -4 Torr, and the degas apparatus is pumped continuously during the degassing of the semiconductor substrates. sequentially loading a plurality of semiconductor substrates into a degas chamber of a degas apparatus; degassing the semiconductor substrates in parallel, the degassing of each semiconductor substrate commencing at a different time related to the time at which the semiconductor substrate was loaded into the degas chamber of the degas apparatus; and unloading a semiconductor substrate from the degas chamber of the degas apparatus when the semiconductor substrate has been degassed, while semiconductor substrates which were loaded later in the sequence are still being degassed; characterized in that the degassing of the semiconductor substrates is performed at pressure of less than 10 -4 Torr, and the degas apparatus is pumped continuously during the degassing of the semiconductor substrates.
Cooling device for cooling a room, comprising: - at least one frame, - at least one first light transmitting means, - at least one second light transmitting means, wherein - the cooling device is intended for cooling a room of a building, an interior of a motor vehicle, an interior of a train or an interior of a ship, - the first light transmitting means and the second light transmitting means are arranged on the frame, - at least one first intermediate space is formed between the first light transmitting means and the second light transmitting means, - at least one thermally conductive medium is arranged in the first intermediate space, - at least one cooling element is arranged on the frame such that it is in contact with the thermally conductive medium arranged in the intermediate space, and wherein - the device comprises at least one solar-powered power supply unit connected to the cooling element, characterized in that the first intermediate space is sealed by the frame. - at least one frame, - at least one first light transmitting means, - at least one second light transmitting means, - the cooling device is intended for cooling a room of a building, an interior of a motor vehicle, an interior of a train or an interior of a ship, - the first light transmitting means and the second light transmitting means are arranged on the frame, - at least one first intermediate space is formed between the first light transmitting means and the second light transmitting means, - at least one thermally conductive medium is arranged in the first intermediate space, - at least one cooling element is arranged on the frame such that it is in contact with the thermally conductive medium arranged in the intermediate space, and wherein - the device comprises at least one solar-powered power supply unit connected to the cooling element,
A method for transmitting a transmission data sample in a real time data bus system, wherein the transmission data sample is based on at least one acquired sample acquired by a data acquisition system, wherein the data acquisition system employs a first clock (synchronous clock) and the real time bus system timing is based on a second clock (clock source), characterized in, that the method comprises the steps of - first, synchronizing the first clock (synchronous clock) with the second clock (clock source), - second, prediction of the time a next transmission data sample has to be transmitted by the real time data bus system, - third, from at least two acquired samples, calculating of the transmission data sample for the predicted time by means of interpolation or extrapolation, and - fourth, in-time transmitting of the calculated transmission data sample via the real time data bus system. - first, synchronizing the first clock (synchronous clock) with the second clock (clock source), - second, prediction of the time a next transmission data sample has to be transmitted by the real time data bus system, - third, from at least two acquired samples, calculating of the transmission data sample for the predicted time by means of interpolation or extrapolation, and - fourth, in-time transmitting of the calculated transmission data sample via the real time data bus system.
A method of transmitting data to an electronic component comprised by a construction element comprising the steps of: providing a sandwich structure comprising an electrically insulating layer and at least two electrically conducting layers (12,13), which comprises an electrically conducting front layer and an electrically conducting rear layer which are spaced apart by the electrically insulating layer, providing a circuit board between the electronic component and the electrically conducting rear layer, positioning the electronic component on the circuit board, providing the electronic component with a first and a second electrical terminal (34,35), connecting the first electrical terminal with the electrically conducting front layer, connecting the second electrical terminal with the electrically conducting rear layer, providing a controller adapted for transmission of data signals, the controller being associated with the electronic component, characterised in that a data signal is transmitted from the controller to the associated electronic component or from the associated electronic component to the controller via the electrically conducting front layer and/or the electrically conducting rear layer by means of Direct Current Power Line Communication (DC PLC). providing a sandwich structure comprising an electrically insulating layer and at least two electrically conducting layers (12,13), which comprises an electrically conducting front layer and an electrically conducting rear layer which are spaced apart by the electrically insulating layer, providing a circuit board between the electronic component and the electrically conducting rear layer, positioning the electronic component on the circuit board, providing the electronic component with a first and a second electrical terminal (34,35), connecting the first electrical terminal with the electrically conducting front layer, connecting the second electrical terminal with the electrically conducting rear layer, providing a controller adapted for transmission of data signals, the controller being associated with the electronic component, characterised in that a data signal is transmitted from the controller to the associated electronic component or from the associated electronic component to the controller via the electrically conducting front layer and/or the electrically conducting rear layer by means of Direct Current Power Line Communication (DC PLC).
A neural probe structure, comprising: a probe for inserting into a subject; a body to support a rear end of the probe; at least one light source included in the body; a photo diode formed in the probe; and an optical waveguide formed on the probe and extending from the at least one light source in the body to the photo diode of the probe, wherein the photo diode is formed in the probe at a smaller height than the optical waveguide, being formed on the probe, along a longitudinal axis from the photo diode. a probe for inserting into a subject; a body to support a rear end of the probe; at least one light source included in the body; a photo diode formed in the probe; and an optical waveguide formed on the probe and extending from the at least one light source in the body to the photo diode of the probe, wherein the photo diode is formed in the probe at a smaller height than the optical waveguide, being formed on the probe, along a longitudinal axis from the photo diode.
A system comprising: at least one processor circuit with a memory comprising a plurality of instructions, characterized in that, when executed by the processor circuit, the instructions cause the at least one processor circuit to at least: access a plurality of first temperature values of a first tire and a plurality of second temperature values of a second tire, the first tire being positioned adjacent to the second tire on a dual wheel hub; detect whether a tire radius difference exists between a first radius of the first tire and a second radius of the second tire based on the first and second temperature values; and encoding for display an indication that a tire radius mismatch exists between the first and second tires. access a plurality of first temperature values of a first tire and a plurality of second temperature values of a second tire, the first tire being positioned adjacent to the second tire on a dual wheel hub; detect whether a tire radius difference exists between a first radius of the first tire and a second radius of the second tire based on the first and second temperature values; and encoding for display an indication that a tire radius mismatch exists between the first and second tires.
A method for controlling a mobile device capable of accessing an access point, AP, card of a digital television, DTV, located inside an independent room among a plurality of rooms in a hotel, the method comprising: accessing a management server using the AP card; downloading an in-room control application from the management server, requesting a unique access code from the management server using the AP card if the downloaded in-room control application is executed, wherein the unique access code is mapped to both an identifier, ID, of the AP card and an available term assigned to a current guest staying in the independent room; receiving the unique access code from the management server; and transmitting a command signal for changing a status of a controllable device contained in the independent room and the received unique access code to the AP card of the DTV. accessing a management server using the AP card; downloading an in-room control application from the management server, requesting a unique access code from the management server using the AP card if the downloaded in-room control application is executed, wherein the unique access code is mapped to both an identifier, ID, of the AP card and an available term assigned to a current guest staying in the independent room; receiving the unique access code from the management server; and transmitting a command signal for changing a status of a controllable device contained in the independent room and the received unique access code to the AP card of the DTV.
A lifter rod structure, comprising: a lifter rod set, including: a lifter rod, and it is disposed upright; a shower seat, sleeved onto the lifter rod; two column heads, disposed laterally on two ends of the lifter rod respectively; two wall hanging sets used to fix the lifter rod set including a base seat; characterised in that the lifter rod structure further comprises a paper tape having two positioning holes provided at its two ends, respectively, and in that the two wall hanging sets used to fix the lifter rod set further include a screw and an inflatable tube, wherein a center of each positioning hole at both ends of the paper tape corresponds to the column head at each of the two ends of the lifter rod, while a fastening hole is disposed on a rear end plate of the column head for fastening the base seat and wherein the fastening hole is a hardy hole formed by a small hole at a center of the column head and a big hole crossing and connecting the small hole, an inner diameter of the big hole is no less than an outer diameter of a front end of the base seat, while an inner diameter of the small hole is less than the outer diameter of the front end of the base seat. a lifter rod set, including: a lifter rod, and it is disposed upright; a shower seat, sleeved onto the lifter rod; two column heads, disposed laterally on two ends of the lifter rod respectively; a lifter rod, and it is disposed upright; a shower seat, sleeved onto the lifter rod; two column heads, disposed laterally on two ends of the lifter rod respectively; two wall hanging sets used to fix the lifter rod set including a base seat; characterised in that the lifter rod structure further comprises a paper tape having two positioning holes provided at its two ends, respectively, and in that the two wall hanging sets used to fix the lifter rod set further include a screw and an inflatable tube, wherein a center of each positioning hole at both ends of the paper tape corresponds to the column head at each of the two ends of the lifter rod, while a fastening hole is disposed on a rear end plate of the column head for fastening the base seat and wherein the fastening hole is a hardy hole formed by a small hole at a center of the column head and a big hole crossing and connecting the small hole, an inner diameter of the big hole is no less than an outer diameter of a front end of the base seat, while an inner diameter of the small hole is less than the outer diameter of the front end of the base seat.
Bus kerb element system for a bus stop, comprising multiple kerb elements (1, 1a, 1b, 1b') which each consist of at least one elongate, approximately cuboid block, are designed differently and are arranged one behind the other, wherein the kerb elements (1, 1a, 1b) form a boundary of an elevated pavement region of the bus stop relative to a roadway, wherein the bus kerb element system comprises at least one first and second transition section (22, 22') and a middle main section arranged between the transition sections (22, 22'), wherein at least the kerb elements arranged in the middle main section are designed as bus-boarding elements and form a driving surface with a first upper face section of their upper face and form a tread surface with a second upper face section of their upper face which is elevated in a step-like manner, wherein an upper front face section (4.1) of the bus-boarding elements is set back towards a rear face relative to a lower front face section (4.2) and has a sloping surface receding from the bottom to the top, characterised in that an integral channel-like or tubular cavity is formed in each of the kerb elements (1, 1a, 1b) of the kerb element system and has at least one inlet opening which opens outwards at the upper face, and each kerb element (1, 1a, 1b) forms a monolithic channel body, wherein the channel-like or tubular cavities of the kerb elements (1, 1a, 1b, 1b') in the kerb element system are connected to form a continuous channel duct forming a gutter, and wherein, at least in the bus-boarding elements arranged in the middle main section, the channel-like or tubular cavity is formed in each case in a front portion (1.1) of the block which is delimited by a vertical centre plane extending in the longitudinal direction and the front face, and a concavely curved section is provided at a lower end of the upper front face section (4.1), via which concavely curved section the sloping surface merges into the driving surface.
A bevel gearing device suitable for a stirring rack of a tinting machine, comprising a gear bracket fixedly mounted on the stirring rack; a horizontal drive shaft rotationally mounted on the gear bracket; a first bevel gear fixedly mounted on the horizontal drive shaft adjacent to a side of the gear bracket; a vertical rotational shaft with a second bevel gear fixedly mounted on its upper end and a stirring paddle mounted on its lower end, and the said stirring paddle is, in use, placed in a paint bucket; characterised in that an open guide slot is provided at the bottom of the gear bracket, the guide slot includes a first segment extending perpendicularly to the horizontal drive shaft and a second segment extending towards the first bevel gear, an angle between the first and second segment is 180°≥α≥ 160°, and the size of the guide slot is designed to slidably receive the vertical rotational shaft, such that the second bevel gear is releasably engaged with the first bevel gear, and the rotation direction of the first bevel gear is selected such that it drives the second bevel gear to rotate into the innermost part of the guide slot during the operation of the stirring rack; and the first and second bevel gears are made of plastic material.