mhurhangee/ep-ind-claims huggingface dataset:
Moulding element for an external thermal insulation composite system (ETICS), comprising: a. a core, b. a coating covering at least the visible surface of the core when the latter is installed on an exterior, optionally a finishing coat, characterized in that the core consists of at least one incombustible, thermally insulating material selected from inorganic foams, foam concrete, foam mortar, foam glass, glass wool, rock wool, silicone aerogel, wollastonite, vermiculite, plaster, staff, combinations thereof and composites produced from said materials; the core having a single density, said density, expressed in kg/m3, being between; preferably between; and more preferably between.
A fire protection coating for a device including one or more layers (2, 2a, 2b, 2c, 2d) of temperature insulating material covering said device, characterised in that it includes a vapour barrier covering said layers of temperature insulating material and one or more layers (4a, 4b, 4c, 4d) of endothermic material releasing water upon contact with the fire, covering said vapour barrier and for which the temperature insulating material is a material with a thermal conductivity less than 20mW.m -1.K -1 called superinsulating material.
System for managing a heat engine having valves, comprising an engine control unit and a plurality of actuators of valves, the engine control unit being connected to a communication bus and the actuators being divided into at least two sets each provided with an interface for connection of the actuator to the communication bus, the engine control unit being arranged to define rules for control of the actuators and to emit, in the bus and to each set, an individualised frame comprising the control rules for the set in question, each actuator being arranged to emit, in the bus, to the engine control unit, a frame comprising a value of an operating parameter of the actuator, characterised in that each set formed by the control circuit of the actuator and the connection interface is arranged to, upon reception of a frame emitted to it by the engine control unit, extract, from the frame, the control rules and control a power circuit of the actuator in accordance with the control rules received, and to send back, to the engine control unit, a frame comprising diagnostic information of the actuator, and in that the heat engine comprises a plurality of cylinders each having at least one valve associated with a valve actuator, each set corresponds to a cylinder and each set only comprises one actuator to which the connection interface is connected.
An image forming apparatus comprising: a body provided at one side thereof with an opening; a transfer device movably installed at the body so as to be detachable through the opening; and at least one locking lever rotatably installed at the transfer device, wherein the at least one locking lever is operable to rotate between a first position at which one end of the at least one locking lever protrudes from the transfer device and a second position at which the one end is accommodated within the transfer device, and the body comprises a locking protrusion that is operable to be locked with an other end of the at least one locking lever in a state that the at least one locking lever is at the first position. a body provided at one side thereof with an opening; a transfer device movably installed at the body so as to be detachable through the opening; and at least one locking lever rotatably installed at the transfer device, wherein the at least one locking lever is operable to rotate between a first position at which one end of the at least one locking lever protrudes from the transfer device and a second position at which the one end is accommodated within the transfer device, and the body comprises a locking protrusion that is operable to be locked with an other end of the at least one locking lever in a state that the at least one locking lever is at the first position.
A method, comprising: transmitting from a relay node via a wireless interface to an access node associated with said relay node a handover request message relating to handover of a communication device from said relay node to a new access node, wherein the relay node is configured to forward data between the associated access node and the communication device, characterised in that the handover request message identifies a plurality of access nodes as candidates for the new access node, and the handover request message includes a field identifying said plurality of access nodes.
A computer security system comprising: a key management monitor, and two key elements comprising a first key element and a second key element, the first key element stored at a first location address within a computer memory and the second key element stored at a second location address; the key management monitor configured to determine or receive a time duration for performing a data dump of contents of the computer memory; the key management monitor further configured to control a location of the first key element within the computer memory, wherein the location address of the first key element is changed within a time period that is less than the time duration for performing the data dump of contents of the computer memory. a key management monitor, and two key elements comprising a first key element and a second key element, the first key element stored at a first location address within a computer memory and the second key element stored at a second location address; the key management monitor configured to determine or receive a time duration for performing a data dump of contents of the computer memory; the key management monitor further configured to control a location of the first key element within the computer memory, wherein the location address of the first key element is changed within a time period that is less than the time duration for performing the data dump of contents of the computer memory.
A monoclonal antibody or an antibody fragment thereof comprising a constant region, wherein the antibody fragment is an antibody fragment selected from Fab, Fab' and F(ab') 2, the monoclonal antibody belongs to a class of human IgG and one or more of amino acids selected from the following to are substituted with a cysteine residue: the amino acid at position 124 of human IgG light chain region in Kabat numbering the amino acid at position 198 of human IgG light chain region in Kabat numbering the amino acid at position 201 of human IgG κ light chain region in Kabat numbering the amino acid at position 147 of human IgG heavy chain region in EU numbering the amino acid at position 183 of human IgG heavy chain region in EU numbering. the amino acid at position 124 of human IgG light chain region in Kabat numbering the amino acid at position 198 of human IgG light chain region in Kabat numbering the amino acid at position 201 of human IgG κ light chain region in Kabat numbering the amino acid at position 147 of human IgG heavy chain region in EU numbering the amino acid at position 183 of human IgG heavy chain region in EU numbering.
An information processing apparatus comprising: an acquisition unit configured to acquire parallax image data from a parallax image generator, said parallax image data indicating a parallax image being information including a position in a vertical direction of an object, a position in a horizontal direction of the object, and a position in a depth direction of the object that are associated with one another, and to calculate a parallax value frequency distribution for each row region of the parallax image data obtained by dividing the image into multiple parts in a vertical direction; an object region extracting unit configured to search a search region of the parallax image for an object line, determine the lowermost end and the uppermost end of the object line, and determine circumscribed rectangles (461, 462) of an object line group as regions (451, 452) of the objects in the parallax image, wherein one circumscribed rectangle (461, 462) of the object line group is detected as the object region in the parallax image; a type determination unit configured to determine a type of the object based on information on a height, width and depth of an object corresponding to the object region; a position determination unit configured to determine a position of the object based on the type of the object determined by the type determination unit; and a tracking unit configured to track the object based on the position of the object determined by a position determination unit. an acquisition unit configured to acquire parallax image data from a parallax image generator, said parallax image data indicating a parallax image being information including a position in a vertical direction of an object, a position in a horizontal direction of the object, and a position in a depth direction of the object that are associated with one another, and to calculate a parallax value frequency distribution for each row region of the parallax image data obtained by dividing the image into multiple parts in a vertical direction; an object region extracting unit configured to search a search region of the parallax image for an object line, determine the lowermost end and the uppermost end of the object line, and determine circumscribed rectangles (461, 462) of an object line group as regions (451, 452) of the objects in the parallax image, wherein one circumscribed rectangle (461, 462) of the object line group is detected as the object region in the parallax image; a type determination unit configured to determine a type of the object based on information on a height, width and depth of an object corresponding to the object region; a position determination unit configured to determine a position of the object based on the type of the object determined by the type determination unit; and a tracking unit configured to track the object based on the position of the object determined by a position determination unit.
A terminal apparatus (1, 1A, 1B, 1C) which communicates with a base station apparatus by using multiple serving cells including a primary cell and one or multiple secondary cells, comprising: a medium access control layer processing unit configured to initiate a random access procedure for a secondary cell based on a single reception of a Physical Downlink Control CHannel, PDCCH, order; a transmitter configured to transmit a first random access preamble; and a receiver configured to receive a random access response, wherein the transmitter is further configured to transmit a second random access preamble after the transmitter transmits the first random access preamble, the medium access control layer processing unit, in a case that reception of the random access response is considered not successful and the first random access preamble was transmitted on the secondary cell, determines whether to transmit the second random access preamble based on the single reception of the PDCCH order, based on a configuration of a higher layer, and the transmitter is further configured to resume, based on a second PDCCH order, random access preamble transmission to transmit the second random access preamble, in a case that the medium access control layer processing unit determines, based on the configuration, that the transmitter does not transmit the second random access preamble based on the single reception. a medium access control layer processing unit configured to initiate a random access procedure for a secondary cell based on a single reception of a Physical Downlink Control CHannel, PDCCH, order; a transmitter configured to transmit a first random access preamble; and a receiver configured to receive a random access response, wherein the transmitter is further configured to transmit a second random access preamble after the transmitter transmits the first random access preamble, the medium access control layer processing unit, in a case that reception of the random access response is considered not successful and the first random access preamble was transmitted on the secondary cell, determines whether to transmit the second random access preamble based on the single reception of the PDCCH order, based on a configuration of a higher layer, and the transmitter is further configured to resume, based on a second PDCCH order, random access preamble transmission to transmit the second random access preamble, in a case that the medium access control layer processing unit determines, based on the configuration, that the transmitter does not transmit the second random access preamble based on the single reception.
A laser irradiation apparatus adapted to be disposed in water and adapted to perform maintenance/repair using laser, the apparatus comprising: an environment isolation container adapted to house a laser oscillator and adapted to be disposed in water; a laser irradiation head adapted to collect laser light and to irradiate a part to be machined with the laser light; a light guide section adapted to transmit the laser light from the laser oscillator to the laser irradiation head; a power supply apparatus adapted to supply the laser oscillator with power; a cooling water supplying apparatus adapted to supply the laser oscillator with cooling water through a cooling water supplying path; and a temperature sensor adapted to measure temperature inside the environment isolation container, the laser irradiation apparatus being adapted such that at least one of temperature and flow rate of the cooling water to be supplied from the cooling water supplying apparatus is controlled based on measurement result obtained from the temperature sensor, characterized in that the environment isolation container has an air chamber partition for dividing inner space of the environment isolation container into a first space in which the laser oscillator and a path of the laser light are disposed, and a second space outside the first space. an environment isolation container adapted to house a laser oscillator and adapted to be disposed in water; a laser irradiation head adapted to collect laser light and to irradiate a part to be machined with the laser light; a light guide section adapted to transmit the laser light from the laser oscillator to the laser irradiation head; a power supply apparatus adapted to supply the laser oscillator with power; a cooling water supplying apparatus adapted to supply the laser oscillator with cooling water through a cooling water supplying path; and a temperature sensor adapted to measure temperature inside the environment isolation container, the laser irradiation apparatus being adapted such that at least one of temperature and flow rate of the cooling water to be supplied from the cooling water supplying apparatus is controlled based on measurement result obtained from the temperature sensor, characterized in that the environment isolation container has an air chamber partition for dividing inner space of the environment isolation container into a first space in which the laser oscillator and a path of the laser light are disposed, and a second space outside the first space.
A computer-implemented method for operating an autonomous driving vehicle ADV, the method comprising: generating a first driving decision based on a first state of the ADV and a second state of an object external to the ADV, wherein each of the first state and the second state includes a speed, a location, and a direction of the ADV and the object respectively; receiving a planning feedback on the first driving decision based on the first driving decision, the first state, and the second state; and in response to the planning feedback, modifying a first decision parameter associated with the first driving decision, and executing the first driving decision with the modified first decision parameter; or changing the first driving decision to a second driving decision, and executing the second driving decision. generating a first driving decision based on a first state of the ADV and a second state of an object external to the ADV, wherein each of the first state and the second state includes a speed, a location, and a direction of the ADV and the object respectively; receiving a planning feedback on the first driving decision based on the first driving decision, the first state, and the second state; and in response to the planning feedback, modifying a first decision parameter associated with the first driving decision, and executing the first driving decision with the modified first decision parameter; or changing the first driving decision to a second driving decision, and executing the second driving decision. modifying a first decision parameter associated with the first driving decision, and executing the first driving decision with the modified first decision parameter; or changing the first driving decision to a second driving decision, and executing the second driving decision.
A method of coating silica-silica optical fiber having a silica core, a cladding layer, and a colorless primary layer, the method comprising, in a single pass on a fiber coating machine: for said fiber applying to a primary coating a first layer of UV curable acrylate, said first layer carrying a first color, said first layer being applied continuously over the fiber, thereby to color said fiber continuously with said first color; and for said fiber applying a second layer of UV curable acrylate on said first layer, said second layer carrying a second color different from said first color said second layer being applied over at least part of said first layer to provide differential coloring, thereby to differentiate between different fibers having a same first color, said differential coloring being in a plurality of patterns, said plurality of patterns including a null pattern, said first layer of UV curable acrylate having a viscosity sufficiently high, combined with UV curing, to avoid color mixing when applying said second layer; and applying UV curing between applying said first layer and applying said second layer. for said fiber applying to a primary coating a first layer of UV curable acrylate, said first layer carrying a first color, said first layer being applied continuously over the fiber, thereby to color said fiber continuously with said first color; and for said fiber applying a second layer of UV curable acrylate on said first layer, said second layer carrying a second color different from said first color said second layer being applied over at least part of said first layer to provide differential coloring, thereby to differentiate between different fibers having a same first color, said differential coloring being in a plurality of patterns, said plurality of patterns including a null pattern, said first layer of UV curable acrylate having a viscosity sufficiently high, combined with UV curing, to avoid color mixing when applying said second layer; and applying UV curing between applying said first layer and applying said second layer.
A key structure, applied to an electronic device, wherein the electronic device comprises an organic light-emitting diode, OLED, screen and an under-screen unit disposed on a first side of the OLED screen, a through-hole is provided at a preset position of the under-screen unit, and the key structure comprises: a light-shielding unit, disposed on a side that is of the under-screen unit and that faces back from the OLED screen, wherein the light-shielding unit is fixedly connected to the under-screen unit, the light-shielding unit contains an accommodation space with a notch, and the notch is in communication with the through-hole; a light-emitting unit, disposed in the accommodation space; an optical unit, disposed in the accommodation space, and located between the OLED screen and the light-emitting unit, wherein light emitted by the light-emitting unit forms a preset key pattern on the OLED screen after passing through the optical unit; and a sensing unit, located on one side of the light-shielding unit. a light-shielding unit, disposed on a side that is of the under-screen unit and that faces back from the OLED screen, wherein the light-shielding unit is fixedly connected to the under-screen unit, the light-shielding unit contains an accommodation space with a notch, and the notch is in communication with the through-hole; a light-emitting unit, disposed in the accommodation space; an optical unit, disposed in the accommodation space, and located between the OLED screen and the light-emitting unit, wherein light emitted by the light-emitting unit forms a preset key pattern on the OLED screen after passing through the optical unit; and a sensing unit, located on one side of the light-shielding unit.
A ballistic shield system, comprising: a shield having a first curved profile and a first ballistic rating; an ultra-high-molecular-weight polyethylene ballistic cover having a second curved profile and a second ballistic rating, the second ballistic rating being greater than the first ballistic rating; and a fastening system configured to attach the ballistic cover to the shield, wherein the second curved profile matches the first curved profile to provide uniform contact between the shield and the ballistic cover to minimize the occurrence of ballistic voids between the shield and the ballistic cover. a shield having a first curved profile and a first ballistic rating; an ultra-high-molecular-weight polyethylene ballistic cover having a second curved profile and a second ballistic rating, the second ballistic rating being greater than the first ballistic rating; and a fastening system configured to attach the ballistic cover to the shield,