mhurhangee/ep-ind-claims huggingface dataset:
Method for the safe control of a route travelled by a vehicle running on an approach area of a manoeuvring area, wherein: - the manoeuvring area is preceded by a closing signal (D, C, F) positioned on the ground and adapted to instruct the vehicle to stop, - a safety time delay is calculated by a control unit on the ground (USOL) to guarantee that the vehicle stops before it crosses the manoeuvring area, - in parallel with the closing signal (D, C, F) a request for information originating from the control unit on the ground is transmitted to a safety control unit (USEMB) on-board the vehicle, characterised in that the on-board safety control unit assesses the braking capacity of the vehicle on the basis of an energy balance related to the kinetics of the vehicle and the code in the information required by the control unit on the ground, then transmitted back to the control unit on the ground, - depending on the status of the required information relating to the energy balance, the control unit on the ground minimises the safety time delay. - the manoeuvring area is preceded by a closing signal (D, C, F) positioned on the ground and adapted to instruct the vehicle to stop, - a safety time delay is calculated by a control unit on the ground (USOL) to guarantee that the vehicle stops before it crosses the manoeuvring area, - in parallel with the closing signal (D, C, F) a request for information originating from the control unit on the ground is transmitted to a safety control unit (USEMB) on-board the vehicle, characterised in that the on-board safety control unit assesses the braking capacity of the vehicle on the basis of an energy balance related to the kinetics of the vehicle and the code in the information required by the control unit on the ground, then transmitted back to the control unit on the ground, - depending on the status of the required information relating to the energy balance, the control unit on the ground minimises the safety time delay.
Protector for a threaded connection for a tubular component for drilling or operating hydrocarbon wells, provided with a distal end surface, the protector comprising a principal body, an annular housing which comprises a bottom, an outer lateral wall and an inner lateral wall that are separated from one another, and in which a first annular gasket is disposed, each lateral wall comprising a lateral-wall bottom portion (33a; 33b) and a lateral-wall exterior portion (32a, 32b) and an upper face, the two lateral-wall exterior portions (32a, 32b) defining an opening of width A u and a distance A between two lateral-wall bottom portions (33a; 33b) is greater than the width A u, so as to allow the first annular gasket made of elastomer material to be inserted and then for said annular gasket to be retained in the annular housing, characterized in that the annular gasket comprises a plurality of notches distributed over the circumference of said annular gasket and in that the annular housing comprises a plurality of set-backs that are able to cooperate with said notches such that walls of the notches (39a; 39b) bear on walls of the set-backs (23a, 23b) of the annular housing, such that the annular gasket interlocks with the annular housing.
Gas turbine power plant with at least one feeding station, at least one compressor station with at least one compressor and at least one gas turbine (8a, 8b) with a compressed gas storage facility which is connected to the compressor and from which the gas turbine can be charged as and when required and characterized in that the compressor is connected in such a way that it can optionally charge the gas turbine and/or the compressed gas storage facility fully or partially, wherein at least one bridging line is provided from the compressor to the gas turbine (8a, 8b).
An analyzer, comprising: a chip placement structure, configured to place a detection chip, wherein the detection chip is provided with at least one detection area, and at least one optical detector unit comprising at least two light emitter elements and at least one photoelectric detector, wherein the at least one optical detector unit is configured to detect at least one detection area of the detection chip in a case where the detection chip is placed on the chip placement structure; and an optical path component, arranged between the chip placement structure and the optical detector unit, the optical path component comprising a light splitter disk, the light splitter disk comprising at least one group of light through holes, wherein the at least one group of light through holes comprises two emitted-light through-holes for respectively passing light from the at least two light emitter elements and one reflected-light through-hole for passing light to the at least one photoelectric detector, whereby the two emitted-light through-holes are provided at two opposite sides of the one reflected-light through-hole. a chip placement structure, configured to place a detection chip, wherein the detection chip is provided with at least one detection area, and at least one optical detector unit comprising at least two light emitter elements and at least one photoelectric detector, wherein the at least one optical detector unit is configured to detect at least one detection area of the detection chip in a case where the detection chip is placed on the chip placement structure; and an optical path component, arranged between the chip placement structure and the optical detector unit, the optical path component comprising a light splitter disk, the light splitter disk comprising at least one group of light through holes, wherein the at least one group of light through holes comprises two emitted-light through-holes for respectively passing light from the at least two light emitter elements and one reflected-light through-hole for passing light to the at least one photoelectric detector, whereby the two emitted-light through-holes are provided at two opposite sides of the one reflected-light through-hole.
A method comprising: discovering, by a first Software Defined Networking, SDN, controller 132 configured on a fabric management server 140 communicably coupled to a management switch 202, a physical server 12 communicably coupled to the management switch 202; receiving, by the first SDN controller 132 from the physical server 12 via the management switch 202, interface configuration information associated with one or more network interfaces coupling the physical server 12 to an Internet Protocol, IP, fabric switch 206; determining, by the first SDN controller 142 based at least in part on the interface configuration information, an IP fabric configuration for the physical server; instantiating, by the first SDN controller 132, a second SDN controller 142 on a second physical server; and providing, by the first SDN controller 132, the IP fabric configuration to the second SDN controller 142 characterised by further comprising receiving an introspector 330 by the physical server 12 from a provisioning server 210, wherein the introspector 330 is configured to determine the interface configuration information associated with one or more network interfaces of the physical server 12, and wherein the receiving, by the first SDN controller 132, the interface configuration information associated with the one or more network interfaces comprises receiving the interface configuration information from the introspector 330. discovering, by a first Software Defined Networking, SDN, controller 132 configured on a fabric management server 140 communicably coupled to a management switch 202, a physical server 12 communicably coupled to the management switch 202; receiving, by the first SDN controller 132 from the physical server 12 via the management switch 202, interface configuration information associated with one or more network interfaces coupling the physical server 12 to an Internet Protocol, IP, fabric switch 206; determining, by the first SDN controller 142 based at least in part on the interface configuration information, an IP fabric configuration for the physical server; instantiating, by the first SDN controller 132, a second SDN controller 142 on a second physical server; and providing, by the first SDN controller 132, the IP fabric configuration to the second SDN controller 142 characterised by further comprising receiving an introspector 330 by the physical server 12 from a provisioning server 210, wherein the introspector 330 is configured to determine the interface configuration information associated with one or more network interfaces of the physical server 12, and wherein the receiving, by the first SDN controller 132, the interface configuration information associated with the one or more network interfaces comprises receiving the interface configuration information from the introspector 330.
A method for providing a fast-cure protective barrier coating to interior surfaces of lead based water service pipes to reduce lead levels leaching into drinking water from water service pipes to levels less than 10 μg/L (10 ppb), comprising the steps of: providing water service pipes formed from lead having internal diameters from at least approximately 12 mm; providing a fast-cure two-part thermoset coating composition, comprising a base resin and a base-curing agent as a leak sealant barrier coating, wherein the base-curing agent comprises a phenol-free and plasticizer-free amine adduct; coating the interior surfaces of the water service pipes exposed to drinking water with the fast-cure two-part thermoset coating composition in a single pass run coating operation; and curing the fast-cure two-part thermoset coating composition in at least approximately 1 to approximately 4 hours to return the water service pipes to service. providing water service pipes formed from lead having internal diameters from at least approximately 12 mm; providing a fast-cure two-part thermoset coating composition, comprising a base resin and a base-curing agent as a leak sealant barrier coating, wherein the base-curing agent comprises a phenol-free and plasticizer-free amine adduct; coating the interior surfaces of the water service pipes exposed to drinking water with the fast-cure two-part thermoset coating composition in a single pass run coating operation; and curing the fast-cure two-part thermoset coating composition in at least approximately 1 to approximately 4 hours to return the water service pipes to service.
A shovel comprising: a lower-part traveling body; an upper-part turning body turnably mounted on the lower-part traveling body; an attachment mounted on the upper-part turning body, the attachment having a consumable part attached to a leading edge thereof; characterised by a controller configured to obtain coordinates of the consumable part when the consumable part is caused to contact a predetermined feature, and to calculate an amount of wear of the consumable part based on at least two sets of the coordinates obtained under different conditions. a lower-part traveling body; an upper-part turning body turnably mounted on the lower-part traveling body; an attachment mounted on the upper-part turning body, the attachment having a consumable part attached to a leading edge thereof; characterised by a controller configured to obtain coordinates of the consumable part when the consumable part is caused to contact a predetermined feature, and to calculate an amount of wear of the consumable part based on at least two sets of the coordinates obtained under different conditions.
Use of a device for securing persons against falling, wherein the device comprises a base plate which can be fastened to a subsurface and comprises at least one recess disposed at the base plate and comprising a recess wall, and at least one connecting piece, wherein the connecting piece comprises a receiving region at a first end, a guide region at a second end, and a conical region arranged between the receiving region and the guide region; a circumferential surface of the receiving region is at least partially connected to the recess wall of the recess of the base plate, and a circumferential surface of the conical region is at least partially cold welded, or in the case of a screwing of the guide region, with a component for a fall protection from a building, a roof, a ceiling or a plant or machine. the device comprises a base plate which can be fastened to a subsurface and comprises at least one recess disposed at the base plate and comprising a recess wall, and at least one connecting piece, wherein the connecting piece comprises a receiving region at a first end, a guide region at a second end, and a conical region arranged between the receiving region and the guide region; a circumferential surface of the receiving region is at least partially connected to the recess wall of the recess of the base plate, and a circumferential surface of the conical region is at least partially cold welded, or in the case of a screwing of the guide region, with a component for a fall protection from a building, a roof, a ceiling or a plant or machine.
An electronic device comprising: a display panel including an antenna, the antenna comprises: a first antenna portion; a second antenna portion spaced apart from the first antenna portion in a first direction; and a plurality of intermediate antenna portions disposed between the first antenna portion and the second antenna portion and electrically connected to the first antenna portion and the second antenna portion, wherein the first antenna portion comprises a first pattern portion and a first line portion having a first width in a second direction crossing the first direction, and the second antenna portion comprises a second pattern portion and a second line portion having a second width in the second direction that is larger than the first width. a display panel including an antenna, the antenna comprises: a first antenna portion; a second antenna portion spaced apart from the first antenna portion in a first direction; and a plurality of intermediate antenna portions disposed between the first antenna portion and the second antenna portion and electrically connected to the first antenna portion and the second antenna portion, wherein the first antenna portion comprises a first pattern portion and a first line portion having a first width in a second direction crossing the first direction, and the second antenna portion comprises a second pattern portion and a second line portion having a second width in the second direction that is larger than the first width. a first antenna portion; a second antenna portion spaced apart from the first antenna portion in a first direction; and a plurality of intermediate antenna portions disposed between the first antenna portion and the second antenna portion and electrically connected to the first antenna portion and the second antenna portion, wherein the first antenna portion comprises a first pattern portion and a first line portion having a first width in a second direction crossing the first direction, and the second antenna portion comprises a second pattern portion and a second line portion having a second width in the second direction that is larger than the first width.
A device consisting of: a tray and a sidewall connected to the tray; wherein a top end of the sidewall forms a top end opening, to allow the insertion and withdrawal of a reagent bottle; characterized in that the device is a reagent bottle shading device (100, 301, 400) and a base hole is provided on the tray, the size of the base hole being adapted for the entry of a finger and wherein the reagent bottle shading device (100, 301, 400) comprises an inserted reagent bottle and the sidewall completely covers the entire reagent bottle.
A power conversion apparatus, comprising: a metal casing having a side wall, as well as an upper cover and a lower cover; a cooling jacket having a cooling water path and being formed unitarily with the casing to form a first area between the lower cover and itself; a metal plate put on a boss provided in the metal casing and fastened there to the side wall and used to divide an area between the cooling jacket and the upper cover into a lower side second area and an upper side third area; a first power module (140, 300) and a second power module (142, 300), each of which is fastened to a second area side surface of the cooling jacket and having a built-in inverter circuit (144, 145); a capacitor unit provided in the first area and having a plurality of capacitors; a first substrate provided in the second area and having first and second driving circuits (174A, 174B) used to drive the inverter circuits (144, 145) of the first and second power modules (140, 142, 300) respectively; and a second substrate provided in the third area and having a control circuit used to control the first and second driving circuits (174A, 174B). a metal casing having a side wall, as well as an upper cover and a lower cover; a cooling jacket having a cooling water path and being formed unitarily with the casing to form a first area between the lower cover and itself; a metal plate put on a boss provided in the metal casing and fastened there to the side wall and used to divide an area between the cooling jacket and the upper cover into a lower side second area and an upper side third area; a first power module (140, 300) and a second power module (142, 300), each of which is fastened to a second area side surface of the cooling jacket and having a built-in inverter circuit (144, 145); a capacitor unit provided in the first area and having a plurality of capacitors; a first substrate provided in the second area and having first and second driving circuits (174A, 174B) used to drive the inverter circuits (144, 145) of the first and second power modules (140, 142, 300) respectively; and a second substrate provided in the third area and having a control circuit used to control the first and second driving circuits (174A, 174B).
A non therapeutic use of a food or a drink for controlling body fat, which food or drink is produced by a method which comprises the steps of: digesting pyrodextrin with α-amylase and glucoamylase and then hydrogenating the digested pyrodextrin, adding at least 3 g/meal, in terms of hardly digestible components, of the hydrogenated, hardly digestible dextrin obtained in the step of digesting to a food or a drink, and replacing at least a part of the food or drink with the hydrogenated, hardly digestible dextrin obtained in the step of digesting. digesting pyrodextrin with α-amylase and glucoamylase and then hydrogenating the digested pyrodextrin, adding at least 3 g/meal, in terms of hardly digestible components, of the hydrogenated, hardly digestible dextrin obtained in the step of digesting to a food or a drink, and replacing at least a part of the food or drink with the hydrogenated, hardly digestible dextrin obtained in the step of digesting.
A device, comprising: one or more processors configured to: receive, via a plurality of data streams of a front haul link, a set of packets including information for transmission of a time-frequency resource element array via an air interface, the set of packets having been sent with varying levels of data prioritization relating to transmission via the air interface, reconstruct a set of time-frequency resource elements of the time-frequency resource element array based on the varying levels of data prioritization of the set of packets, where the one or more processors, when reconstructing the set of time-frequency resource elements, are configured to: identify a set of symbols included in the set of packets based on said varying levels of data prioritization, said set of symbols having different levels of data prioritization; and include the set of symbols in a set of sub-frames of a particular time-frequency resource element of the set of time-frequency resource elements; and transmit, via the air interface, the set of time-frequency resource elements of said time-frequency resource element array. receive, via a plurality of data streams of a front haul link, a set of packets including information for transmission of a time-frequency resource element array via an air interface, the set of packets having been sent with varying levels of data prioritization relating to transmission via the air interface, reconstruct a set of time-frequency resource elements of the time-frequency resource element array based on the varying levels of data prioritization of the set of packets, where the one or more processors, when reconstructing the set of time-frequency resource elements, are configured to: identify a set of symbols included in the set of packets based on said varying levels of data prioritization, said set of symbols having different levels of data prioritization; and include the set of symbols in a set of sub-frames of a particular time-frequency resource element of the set of time-frequency resource elements; and identify a set of symbols included in the set of packets based on said varying levels of data prioritization, said set of symbols having different levels of data prioritization; and include the set of symbols in a set of sub-frames of a particular time-frequency resource element of the set of time-frequency resource elements; and transmit, via the air interface, the set of time-frequency resource elements of said time-frequency resource element array.
A method implemented in a terminal device for device-to-device communication with another terminal device, comprising: transmitting scheduling assignments in one or more transmitting opportunities; detecting whether there is a collision between the transmission of scheduling assignments and a scheduling assignment transmission from the other terminal device; and selectively adjusting the transmission of scheduling assignments in order to receive a scheduling assignment from the other terminal device, wherein the selectively adjusting comprises: comparing a priority of the terminal device with a priority of the other terminal device; and adjusting the transmission of scheduling assignments only if the priority of the terminal device is lower than or equal to the priority of the other terminal device. transmitting scheduling assignments in one or more transmitting opportunities; detecting whether there is a collision between the transmission of scheduling assignments and a scheduling assignment transmission from the other terminal device; and selectively adjusting the transmission of scheduling assignments in order to receive a scheduling assignment from the other terminal device, wherein the selectively adjusting comprises: comparing a priority of the terminal device with a priority of the other terminal device; and adjusting the transmission of scheduling assignments only if the priority of the terminal device is lower than or equal to the priority of the other terminal device. comparing a priority of the terminal device with a priority of the other terminal device; and adjusting the transmission of scheduling assignments only if the priority of the terminal device is lower than or equal to the priority of the other terminal device.