mhurhangee/ep-ind-claims huggingface dataset:
A computation device, comprising a storage unit, an operation unit, a controller unit, and a conversion unit, wherein: the controller unit is configured to: acquire a configuration command before the operation unit performs operations, wherein the configuration command comprises a decimal point position and a data type of data involved in the operations; and parse the configuration command to obtain the decimal point position and the data type of the data involved in the operations; if the controller unit has obtained input data, determining whether the data type of the input data is consistent with that of the data involved in the operations; if the data type of the input data is inconsistent with that of the data involved in the operations, the controller unit transmits the input data, the decimal point position, and the data type of the data involved in the operations to the conversion unit; and the conversion unit is configured to perform data type conversion on the input data according to the decimal point position and the data type of the data involved in the operations, such that the data type of the input data is consistent with that of the data involved in the operations. the controller unit is configured to: acquire a configuration command before the operation unit performs operations, wherein the configuration command comprises a decimal point position and a data type of data involved in the operations; and parse the configuration command to obtain the decimal point position and the data type of the data involved in the operations; if the controller unit has obtained input data, determining whether the data type of the input data is consistent with that of the data involved in the operations; if the data type of the input data is inconsistent with that of the data involved in the operations, the controller unit transmits the input data, the decimal point position, and the data type of the data involved in the operations to the conversion unit; and acquire a configuration command before the operation unit performs operations, wherein the configuration command comprises a decimal point position and a data type of data involved in the operations; and parse the configuration command to obtain the decimal point position and the data type of the data involved in the operations; if the controller unit has obtained input data, determining whether the data type of the input data is consistent with that of the data involved in the operations; if the data type of the input data is inconsistent with that of the data involved in the operations, the controller unit transmits the input data, the decimal point position, and the data type of the data involved in the operations to the conversion unit; and the conversion unit is configured to perform data type conversion on the input data according to the decimal point position and the data type of the data involved in the operations, such that the data type of the input data is consistent with that of the data involved in the operations.
A sealing apparatus (1, 5) for sealing an annular gap between a shaft and a hole into which the shaft is to be inserted, the sealing apparatus (1, 5) comprising: a sealing apparatus body (2, 6) to be fitted into the hole; and a slinger to be attached to the shaft, wherein the sealing apparatus body (2, 6) includes a reinforcing ring annular around an axis line (x), and an elastic body portion (20, 60) which is formed with an elastic body attached to the reinforcing ring and which is annular around the axis line (x), the slinger includes a flange portion which is a portion extending toward an outer periphery side (c) and annular around the axis line (x), the elastic body portion (20, 60) includes an end-face lip which is a lip extending toward one side (a) in the axis line (x) direction, contacting the flange portion from another side (b) in the axis line (x) direction, and annular around the axis line (x), and at least one groove is formed on the other side (b) of the flange portion of the slinger, the sealing apparatus (1, 5) characterized in that a plurality of projections (23, 61) are formed side by side in a circumferential direction on a surface on an inner periphery side (d) of the end-face lip, and the projections (23, 61) extend in a spiral manner in a rotation direction of the shaft from the other side (b) toward the one side (a), and are formed on an inner periphery side (d) of a slinger contact portion which is a portion where the end-face lip contacts the slinger at the end-face lip. a sealing apparatus body (2, 6) to be fitted into the hole; and a slinger to be attached to the shaft, wherein the sealing apparatus body (2, 6) includes a reinforcing ring annular around an axis line (x), and an elastic body portion (20, 60) which is formed with an elastic body attached to the reinforcing ring and which is annular around the axis line (x), the slinger includes a flange portion which is a portion extending toward an outer periphery side (c) and annular around the axis line (x), the elastic body portion (20, 60) includes an end-face lip which is a lip extending toward one side (a) in the axis line (x) direction, contacting the flange portion from another side (b) in the axis line (x) direction, and annular around the axis line (x), and at least one groove is formed on the other side (b) of the flange portion of the slinger, the sealing apparatus (1, 5) characterized in that a plurality of projections (23, 61) are formed side by side in a circumferential direction on a surface on an inner periphery side (d) of the end-face lip, and the projections (23, 61) extend in a spiral manner in a rotation direction of the shaft from the other side (b) toward the one side (a), and are formed on an inner periphery side (d) of a slinger contact portion which is a portion where the end-face lip contacts the slinger at the end-face lip.
A method of operating a large diesel engine which is configured as a dual fuel engine for the combustion of a gas and for the combustion of a liquid fuel, in particular diesel or heavy fuel oil, and which can be operated at least in a gas mode, in which the gas is introduced into a cylinder as fuel and is discharged through an outlet valve after combustion, wherein, during the operation in the gas mode, the large engine is operated in a transient mode in dependence on detected load changes, which comprises the following steps: - establishing a dwell angle for the closure of the outlet valve in the gas mode, - determining a correction value for the dwell angle, - determining a transient dwell angle by adding the correction value to the dwell angle, - closing the outlet valve at the transient dwell angle, characterized in that the transient mode comprises the following steps: - determining a desired value for the speed of rotation or the torque of the engine, - determining an upper threshold for the amount of gas that is made available as fuel per work cycle of the large diesel engine, - determining an additional amount of the liquid fuel that is introduced into the combustion space in addition to the gas, wherein the additional amount is dimensioned in such a way that the desired value for the speed of rotation is realized. - establishing a dwell angle for the closure of the outlet valve in the gas mode, - determining a correction value for the dwell angle, - determining a transient dwell angle by adding the correction value to the dwell angle, - closing the outlet valve at the transient dwell angle, - determining a desired value for the speed of rotation or the torque of the engine, - determining an upper threshold for the amount of gas that is made available as fuel per work cycle of the large diesel engine, - determining an additional amount of the liquid fuel that is introduced into the combustion space in addition to the gas, wherein the additional amount is dimensioned in such a way that the desired value for the speed of rotation is realized.
A frame for a display tile, the frame is a metal frame being made of a first material with a first coefficient of thermal expansion and being adapted to be fastened to a liquid crystal panel (41, 61) made of a second material with a second coefficient of thermal expansion by means of an adhesive, wherein the liquid crystal panel (41, 61) forms part of the display tile; the frame being formed to comprise three parts: a first part being adapted to be glued by means of the adhesive to a lateral side of the liquid crystal panel (41, 61), a third part adapted to serve as fastening interface to a back light unit (47, 67) of the display tile, and a second part positioned between the first and third part and adapted to isolate the third part from strain in the first part, wherein grooves are formed in the second part of the frame, the grooves being substantially straight and substantially parallel to the liquid crystal panel (41, 61), wherein one of the grooves has a reduced thickness of the first material formed by removal of the first material in the one of the grooves, the frame being characterized by perforations located in the first material in the one of the grooves to locally adjust the bending stiffness of the metal frame.
A method for Transparent Interconnection of Lots of Links (TRILL) network interconnection, comprising the following steps of: a Border RBridge of a first TRILL network receiving TRILL data frames transmitted by a second TRILL network, and forwarding the TRILL data frames; a RBridge of the first TRILL network receiving the TRILL data frames transmitted by the BRB, learning path to the second TRILL network through control information in a Type-Length-Value TLV format distributed by the BRB or by observing the TRILL data frames, and forwarding decapsulated original data frames to a device identified by a destination MAC address; and the RB encapsulating the TRILL data frames according to the learned path information, and transmitting the TRILL data frames to the second TRILL network through the BRB; wherein, the BRB is an egress and ingress of the TRILL network; and at least one interface of the BRB is located within the TRILL network, and at least one interface is located within other non-TRILL networks; and the BRB has at least one globally unique identifier, which is an IP address or a MAC address or a Nickname. a Border RBridge of a first TRILL network receiving TRILL data frames transmitted by a second TRILL network, and forwarding the TRILL data frames; a RBridge of the first TRILL network receiving the TRILL data frames transmitted by the BRB, learning path to the second TRILL network through control information in a Type-Length-Value TLV format distributed by the BRB or by observing the TRILL data frames, and forwarding decapsulated original data frames to a device identified by a destination MAC address; and the RB encapsulating the TRILL data frames according to the learned path information, and transmitting the TRILL data frames to the second TRILL network through the BRB; wherein, the BRB is an egress and ingress of the TRILL network; and at least one interface of the BRB is located within the TRILL network, and at least one interface is located within other non-TRILL networks; and the BRB has at least one globally unique identifier, which is an IP address or a MAC address or a Nickname.
A compound 3-(2,6-Dichloro-3,5-dimethoxy-phenyl)-1-{6-[4-(4-ethyl-piperazin-1-yl)-phenylamino]-pyrimid-4-yl}-1-methyl-urea or a pharmaceutically acceptable salt, N-oxide or solvate thereof for use in the treatment of a disorder selected from X-linked hypophosphatemic rickets, autosomal dominant hypophosphatemic rickets (ADHR), autosomal recessive hypophosphatemic rickets (ARHR), tumor-induced osteomalacia, post-renal transplant hypophosphatemia, epidermal nevus syndrome, osteoglophonic dysplasia and McCune-Albright syndrome.
A controller for a breast pump device, wherein the controller is for controlling operation of a pressure source of the breast pump device to apply an under-pressure, the controller comprising: an input for receiving an input signal relating to a milk flow during a breast pumping session using the breast pump device; and an output for controlling operation of the pressure source in dependence on the input signal, wherein the output is for controlling said operation of the pressure source to switch, during the breast pumping, between three modes: a low energy mode with a first pressure profile of the pressure source; an expression mode with a second pressure profile of the pressure source; and a stimulation mode with a third, pressure profile of the pressure source, wherein the first to third pressure profiles are all different, characterized in that the output is for controlling operation of the pressure source to follow a sequence comprising the stimulation mode followed by alternating expression modes and low energy modes. an input for receiving an input signal relating to a milk flow during a breast pumping session using the breast pump device; and an output for controlling operation of the pressure source in dependence on the input signal, wherein the output is for controlling said operation of the pressure source to switch, during the breast pumping, between three modes: a low energy mode with a first pressure profile of the pressure source; an expression mode with a second pressure profile of the pressure source; and a stimulation mode with a third, pressure profile of the pressure source, wherein the first to third pressure profiles are all different, characterized in that the output is for controlling operation of the pressure source to follow a sequence comprising the stimulation mode followed by alternating expression modes and low energy modes. a low energy mode with a first pressure profile of the pressure source; an expression mode with a second pressure profile of the pressure source; and a stimulation mode with a third, pressure profile of the pressure source, wherein the first to third pressure profiles are all different, characterized in that the output is for controlling operation of the pressure source to follow a sequence comprising the stimulation mode followed by alternating expression modes and low energy modes.
A mobile hyperspectral camera system, comprising: a mobile host device (100, 200) comprising a processor and a display: a plurality of cameras (103, 104, 105), coupled to the processor, configured to capture images in distinct spectral bands; a hyperspectral flash array (121, 304), coupled to the processor, configured to provide illumination to the distinct spectral bands; characterized by a removable sleeve (902, 1102) with a rotating wheel (906, 1104) to select a filter corresponding to one of the plurality of cameras (103, 104, 105) among a plurality of filters, wherein the rotating wheel (906, 1104) comprising the plurality of filters each of which aligns to a lens of the one of the plurality of cameras (103, 104, 105), wherein the removable sleeve (902, 1102) further comprises an opening for the hyperspectral flash array (121, 304). a mobile host device (100, 200) comprising a processor and a display: a plurality of cameras (103, 104, 105), coupled to the processor, configured to capture images in distinct spectral bands; a hyperspectral flash array (121, 304), coupled to the processor, configured to provide illumination to the distinct spectral bands; characterized by a removable sleeve (902, 1102) with a rotating wheel (906, 1104) to select a filter corresponding to one of the plurality of cameras (103, 104, 105) among a plurality of filters, wherein the rotating wheel (906, 1104) comprising the plurality of filters each of which aligns to a lens of the one of the plurality of cameras (103, 104, 105), wherein the removable sleeve (902, 1102) further comprises an opening for the hyperspectral flash array (121, 304).
A method of processing a metal strip comprising: passing the metal strip adjacent a magnetic rotor, wherein the magnetic rotor is spaced apart from the metal strip by a first distance; and rotating the magnetic rotor to induce a magnetic field into the metal strip such that the metal strip is tensioned in an upstream direction or a downstream direction; characterized in that the method furthermore comprises detecting a first unwind tension in the metal strip downstream from the magnetic rotor; detecting a second unwind tension in the metal strip upstream from the magnetic rotor; and in that the magnetic rotor is rotated in such a manner that a tension from the magnetic rotor reduces the second unwind tension while maintaining the first unwind tension. passing the metal strip adjacent a magnetic rotor, wherein the magnetic rotor is spaced apart from the metal strip by a first distance; and rotating the magnetic rotor to induce a magnetic field into the metal strip such that the metal strip is tensioned in an upstream direction or a downstream direction; characterized in that the method furthermore comprises detecting a first unwind tension in the metal strip downstream from the magnetic rotor; detecting a second unwind tension in the metal strip upstream from the magnetic rotor; and in that the magnetic rotor is rotated in such a manner that a tension from the magnetic rotor reduces the second unwind tension while maintaining the first unwind tension.
A method of processing paging, the method being performed by a server managing mobility in a mobile communication network, the method comprising: receiving, from a serving gateway, a notification about downlink data to be delivered to a terminal; and transmitting, to one or more base stations, a paging signal for the terminal, characterized by: recognizing that the paging will fail if a context request is received for the terminal from another server in a tracking area update, TAU, procedure after transmission of the paging signal to the one or more base stations and before receiving from the terminal a response to the paging; and following the recognition, not informing the serving gateway of a paging failure. receiving, from a serving gateway, a notification about downlink data to be delivered to a terminal; and transmitting, to one or more base stations, a paging signal for the terminal, characterized by: recognizing that the paging will fail if a context request is received for the terminal from another server in a tracking area update, TAU, procedure after transmission of the paging signal to the one or more base stations and before receiving from the terminal a response to the paging; and following the recognition, not informing the serving gateway of a paging failure. recognizing that the paging will fail if a context request is received for the terminal from another server in a tracking area update, TAU, procedure after transmission of the paging signal to the one or more base stations and before receiving from the terminal a response to the paging; and following the recognition, not informing the serving gateway of a paging failure.
A spray head comprising at least two outlet channels (15a, 15b) arranged such that spray jets emerging from outlet orifices (16a, 16b) of at least two respective outlet channels meet centrally at a respective impact location spaced apart from the outlet orifices (16a, 16b), characterized in that the outlet channels (15a, 15b) are formed in quartz glass over at least part of their lengths, the outlet channels (15a, 15b) each have an aspect ratio of 8 or less, preferably 5 or less, given as the quotient of the length of the outlet channel and the smallest diameter of the outlet channel, and the smallest diameter of each outlet channel is 50 μm or less. characterized in that the outlet channels (15a, 15b) are formed in quartz glass over at least part of their lengths, the outlet channels (15a, 15b) each have an aspect ratio of 8 or less, preferably 5 or less, given as the quotient of the length of the outlet channel and the smallest diameter of the outlet channel, and the smallest diameter of each outlet channel is 50 μm or less.
A rail treatment machine, mobile on a track, for removing irregularities on a rail head surface of at least one rail of a laid track, including a machine frame supported on a front on-track undercarriage and on a rear on-track undercarriage, as seen in a working direction, and a tool frame for accommodating at least one tool carrier, characterized in that a rear end of the tool frame is articulatedly mounted on the rear on-track undercarriage of the machine frame in an articulation point on a vertical axis of rotation, and a front end of the tool frame is supported on a separate on-track undercarriage situated between the front on-track undercarriage and the rear on-track undercarriage.
A device for attaching a sheet-like implant to a target tissue, comprising: a sheath having a distal end configured to be pressed against the target tissue; and a staple push rod disposed within at least a portion of the sheath and slidable relative thereto, characterized in that: the staple push rod includes a pair of stakes, each stake (134A, 134B) has a distal portion and a proximal portion, each distal portion being dimensioned to extend into a passage defined by a staple, each proximal portion having a width larger than a width of each distal portion so that a shoulder (142A, 142B) of each proximal portion configured to contact a proximal surface of the staple to apply pushing forces thereto; and the stakes are biased to assume a bow-like shape such that an intermediate portion of a staple extends tautly between the first stake and the second stake when the stakes are extending beyond the distal end of the sheath. a sheath having a distal end configured to be pressed against the target tissue; and a staple push rod disposed within at least a portion of the sheath and slidable relative thereto, characterized in that: the staple push rod includes a pair of stakes, each stake (134A, 134B) has a distal portion and a proximal portion, each distal portion being dimensioned to extend into a passage defined by a staple, each proximal portion having a width larger than a width of each distal portion so that a shoulder (142A, 142B) of each proximal portion configured to contact a proximal surface of the staple to apply pushing forces thereto; and the stakes are biased to assume a bow-like shape such that an intermediate portion of a staple extends tautly between the first stake and the second stake when the stakes are extending beyond the distal end of the sheath.
Aircraft having at least one flight control surface actuator and having at least one electronic device for controlling the flight control surface actuator, wherein the electronic device has at least one interface by means of which signals for controlling the flight control surface actuator are provided, wherein the electronic device has a combination of at least one microcontroller and at least one Field Programmable Gate Array (FPGA) Core that communicate with one another via a communication link, the FPGA Core serving as I/O handler or data concentrator and being configurable such that different signals from sensors or other signal sources can be processed in dependence on the configuration of the FPGA Core, characterized in that the device comprises means for a configurable signal association by means of which the signals for controlling the flight control surface actuator can be supplied to the FPGA Core and to the microcontroller, and wherein the microcontroller is configured to carry out an independent inspection of or even a comparison with the signals supplied to the FPGA Core.