mhurhangee/ep-ind-claims huggingface dataset:
Method for obtaining a glass-ceramic material that is vitreous and optically transparent to infrared radiation, said method compring the following steps: - introduction of a set of initial elements into a planetary ball mill for purposes of mechanical treatment, said set of initial elements comprising at least one metallic element and at least one chalcogenide element, to form an amorphous powder; - amorphization, by mechanosynthesis, said set of initial elements; - hot densification, in a molding device of predetermined dimensions, of the amorphous powder, to obtain a glass; - thermal treatment, performed during or after said step of hot densification, in which said glass is heated to a temperature at which a part of said glass is converted from an amorphous state into an substantially crystalline state, to obtain, after cooling, a glass-ceramic type of massive glass that is vitreous and optically transparent to infrared radiation; characterized in that said planetary ball mill is constituted by one or more grinding jars made of tungsten carbide, comprising a plurality of balls also made of tungsten carbide. - introduction of a set of initial elements into a planetary ball mill for purposes of mechanical treatment, said set of initial elements comprising at least one metallic element and at least one chalcogenide element, to form an amorphous powder; - amorphization, by mechanosynthesis, said set of initial elements; - hot densification, in a molding device of predetermined dimensions, of the amorphous powder, to obtain a glass; - thermal treatment, performed during or after said step of hot densification, in which said glass is heated to a temperature at which a part of said glass is converted from an amorphous state into an substantially crystalline state, to obtain, after cooling, a glass-ceramic type of massive glass that is vitreous and optically transparent to infrared radiation;
A controller for an air conditioning system including at least one first air conditioning system in which an outdoor unit is connected to plural indoor units through an inter-unit pipe and the plural indoor units are allowed to execute one of cooling operation and heating operation concurrently, and at least one second air conditioning system in which an outdoor unit is connected to plural indoor units through an inter-unit pipe and the plural indoor units are allowed to execute both cooling operation and heating operation in mixture concurrently, wherein the controller is connected to the first and second air conditioning systems through a communication line so that communications can be performed between the controller and each of the first and second air conditioning systems, the controller transmits a switching instruction signal for instructing switching of an air conditioning operation to cooling operation or heating operation through the communication line to the first and second air conditioning systems all together; and characterized in that the controller is equipped with an exclusion unit registering unit for registering, on the controller, indoor units to be excluded from target units of the first and second air conditioning systems which should be subjected to the air condition switching to cooling operation or heating operation on the basis of the switching instruction signal.
A method of determining a sequence of drilling holes in a workpiece according to a pattern, wherein the pattern is partitioned into packets and the holes are drilled by a drilling machine, characterised in that the method comprises the following steps: adapting the partitioning to equalize a density of the holes in each packet; determining a global sequence of the packets by solving a global traveling salesman problem; determining a local sequence of the holes in each packet by solving a local TSP for each packet; and joining the local sequences of the holes according to the global sequence of the packets to determine a complete sequence of drilling the holes by a drilling machine, wherein the steps are performed in a processor. adapting the partitioning to equalize a density of the holes in each packet; determining a global sequence of the packets by solving a global traveling salesman problem; determining a local sequence of the holes in each packet by solving a local TSP for each packet; and joining the local sequences of the holes according to the global sequence of the packets to determine a complete sequence of drilling the holes by a drilling machine, wherein the steps are performed in a processor.
A method, in a transmitter, of framing an upper layer packet Service Data Unit, ULP SDU, comprising: adding a Symbol Auxiliary Field, SAF, to each of at least two source symbols, SSs, to indicate the boundaries of the ULP SDU and the length of potential padding needed to symbol align the ULP SDU; and encapsulating a portion of the ULP SDU along with at least one repair symbol, RS, to form a PAL PDU, where the RS is generated by encoding at least two of the SSs augmented with the respective SAF, wherein the Radio Link Protocol is responsible for the Packet Application Layer, PAL. adding a Symbol Auxiliary Field, SAF, to each of at least two source symbols, SSs, to indicate the boundaries of the ULP SDU and the length of potential padding needed to symbol align the ULP SDU; and encapsulating a portion of the ULP SDU along with at least one repair symbol, RS, to form a PAL PDU, where the RS is generated by encoding at least two of the SSs augmented with the respective SAF, wherein the Radio Link Protocol is responsible for the Packet Application Layer, PAL.
Method for detecting a fault state in a vehicle electrical system by means of a battery sensor and a control apparatus, - wherein the battery sensor and the control apparatus are connected to one another via at least one connection line for the purpose of communication, wherein the method comprises the following steps: - measuring a line voltage on the connection line, - determining whether the line voltage is within at least a predefined normal range, and - determining the fault state if the line voltage is outside the normal range. - wherein the battery sensor and the control apparatus are connected to one another via at least one connection line for the purpose of communication, - measuring a line voltage on the connection line, - determining whether the line voltage is within at least a predefined normal range, and - determining the fault state if the line voltage is outside the normal range.
An intravascular processing system for evaluating a vessel of a patient, comprising: a processing system communicatively coupled to one or more intravascular pressure-sensing devices and a display device, the processing system configured to: receive pressure measurements obtained by the one or more intravascular pressure-sensing devices positioned within the vessel of the patient; receive an input from a user regarding a desired pressure value for the vessel of the patient; identify an available treatment option based on the received pressure measurements and the desired pressure value, wherein the processing system utilizes empirical data of treatments of previous patients with similar symptoms, and/or expected effect of treatments for identifying the available treatment option; wherein the expected effect of treatment is at least one out of the group consisting of (i) as stated by the manufacturer/supplier of the treatment, (ii) as defined by the user, and (iii) as established by empirical treatment data, and output, to the display device, a screen display including a visual representation of the available treatment option. receive pressure measurements obtained by the one or more intravascular pressure-sensing devices positioned within the vessel of the patient; receive an input from a user regarding a desired pressure value for the vessel of the patient; identify an available treatment option based on the received pressure measurements and the desired pressure value, wherein the processing system utilizes empirical data of treatments of previous patients with similar symptoms, and/or expected effect of treatments for identifying the available treatment option; wherein the expected effect of treatment is at least one out of the group consisting of (i) as stated by the manufacturer/supplier of the treatment, (ii) as defined by the user, and (iii) as established by empirical treatment data, and output, to the display device, a screen display including a visual representation of the available treatment option.
Ventilation device for ventilating and/or air-conditioning the room, wherein the ventilation device comprises a housing which comprises an air inlet and an air outlet, wherein an air flow path through the housing is configured between the air inlet and the air outlet, to which an air conveying device on the one hand and an air filter assigned to the air inlet, a heat exchanger and a condensate tray on the other hand are assigned, wherein the air filter covers the air inlet in such a way that only air filtered by the air filter enters the housing, wherein a slot outlet panel arranged on the housing and covering the air outlet is assigned to the air outlet, wherein the slot outlet panel is removably attached to the housing, wherein the air filter and the condensate tray are removably attached in the housing in such a way that they can be removed from the housing through the air outlet, wherein the air outlet comprises a width, the condensate tray comprises a width and the air filter comprises a width, wherein the width of the air filter is substantially smaller than the width of the air outlet, and wherein the width of the condensate tray is greater than the width of the air outlet, wherein the condensate tray is rotatably mounted in the housing by a rotatable bearing in such a way that it can be rotated between an operating position assigned to the heat exchanger and a removal position, and wherein in the removal position the condensate tray can be removed from the housing through the air outlet, wherein preferably the air filter can be removed from the housing past the condensate tray through the air outlet.
A method of operating a computer to identify user name, password and submit fields on a remote website, the method comprising: (a) searching the code defining a webpage to identify a password field by locating code defining a field which is labelled as "password" and/or is configured to suppress display of characters typed in that field; (b) defining a first threshold area around the password field in which a user name field is likely to occur, and a second threshold area around the password field in which a submit field is likely to occur; (c) examining the webpage code in the first threshold area to locate a field for user text entry which, if found, is taken to be the user name field; (d) examining the webpage code in the second threshold area to locate a field for a user click entry which, if found, is taken to be the submit field. (a) searching the code defining a webpage to identify a password field by locating code defining a field which is labelled as "password" and/or is configured to suppress display of characters typed in that field; (b) defining a first threshold area around the password field in which a user name field is likely to occur, and a second threshold area around the password field in which a submit field is likely to occur; (c) examining the webpage code in the first threshold area to locate a field for user text entry which, if found, is taken to be the user name field; (d) examining the webpage code in the second threshold area to locate a field for a user click entry which, if found, is taken to be the submit field.
An inertial measurement unit comprising: a first spherical gimbal comprising a first lattice structure including a first plurality of trusses defining a first plurality of interstitial voids between the first plurality of trusses; a second spherical gimbal comprising a second lattice structure including a second plurality of trusses defining a second plurality of interstitial voids between the second plurality of trusses, wherein the first spherical gimbal is positioned inside of the second spherical gimbal and pivotally coupled to the second spherical gimbal to form a gap between the first spherical gimbal and the second spherical gimbal; and an instrument mount positioned within and pivotally coupled to the first spherical gimbal. a first spherical gimbal comprising a first lattice structure including a first plurality of trusses defining a first plurality of interstitial voids between the first plurality of trusses; a second spherical gimbal comprising a second lattice structure including a second plurality of trusses defining a second plurality of interstitial voids between the second plurality of trusses, wherein the first spherical gimbal is positioned inside of the second spherical gimbal and pivotally coupled to the second spherical gimbal to form a gap between the first spherical gimbal and the second spherical gimbal; and an instrument mount positioned within and pivotally coupled to the first spherical gimbal.
A system (100, 100', 100") for monitoring attachment status of an attachment device to an attachment device carrying equipment of a working machine, said system comprising: - a sensor configuration (101, 101', 101") arrangeable on the working machine and being configured to indicate the attachment status of said attachment device, - a control unit configured to monitor said sensor configuration in order to determine the attachment status of said attachment device, characterized in that the control unit is configured to store location data of the attachment device based on the attachment status of said attachment device, wherein an indication that the attachment device is de-attached from said attachment device carrying equipment determines that the location data of the attachment device is stored. - a sensor configuration (101, 101', 101") arrangeable on the working machine and being configured to indicate the attachment status of said attachment device, - a control unit configured to monitor said sensor configuration in order to determine the attachment status of said attachment device, characterized in that the control unit is configured to store location data of the attachment device based on the attachment status of said attachment device, wherein an indication that the attachment device is de-attached from said attachment device carrying equipment determines that the location data of the attachment device is stored.
A method of electric power failure detection for transmission to an electronic apparatus, said method is implemented by an Alternating Current adapter external to the electronic apparatus, the electronic apparatus being configured to receive Direct Current power from said Alternating Current adapter, said Alternating Current adapter comprising an Alternating Current input for connection to a mains electricity network and the Alternating Current adapter comprising a Direct Current output for connection to said electronic apparatus via Direct Current power conducting leads, the Alternating Current adapter converting Alternating Current from the mains electricity network into Direct Current for the electronic apparatus delivered over said Direct Current power conducting leads, the method comprising: detecting, by the Alternating Current adapter, absence of supply of mains power on said Alternating Current input of said Alternating Current adapter; transmitting, by the Alternating Current adapter, to said electronic apparatus, information representative of said absence of supply of mains power on said Alternating Current input when said absence of supply of mains power on said Alternating Current input of said Alternating Current adapter is detected by the Alternating Current adapter. detecting, by the Alternating Current adapter, absence of supply of mains power on said Alternating Current input of said Alternating Current adapter; transmitting, by the Alternating Current adapter, to said electronic apparatus, information representative of said absence of supply of mains power on said Alternating Current input when said absence of supply of mains power on said Alternating Current input of said Alternating Current adapter is detected by the Alternating Current adapter.
A method for transmitting a situation report signal by an in-vehicle communication device in a wireless communication system for short latency, the method comprising; generating, by the in-vehicle communication device, the situation report signal based on a predetermined emergency situation perceived by the in-vehicle communication device; and transmitting, by the in-vehicle communication device, the situation report signal to a neighbor device connected to a base station, BS, using a predetermined specific symbol of each subframe within a downlink transmission period, wherein the predetermined specific symbol is defined for vehicle to infrastructure, V2I, or vehicle to vehicle, V2V networks, wherein the situation report signal is generated to have a subcarrier spacing larger than a subcarrier spacing of a legacy communication system by a predetermined integer times, wherein the legacy communication system is a Third Generation Partnership Project, 3GPP, Long Term Evolution, LTE, system with a subcarrier spacing equal to 15kHz or 30 kHz. generating, by the in-vehicle communication device, the situation report signal based on a predetermined emergency situation perceived by the in-vehicle communication device; and transmitting, by the in-vehicle communication device, the situation report signal to a neighbor device connected to a base station, BS, using a predetermined specific symbol of each subframe within a downlink transmission period, wherein the predetermined specific symbol is defined for vehicle to infrastructure, V2I, or vehicle to vehicle, V2V networks, wherein the situation report signal is generated to have a subcarrier spacing larger than a subcarrier spacing of a legacy communication system by a predetermined integer times, wherein the legacy communication system is a Third Generation Partnership Project, 3GPP, Long Term Evolution, LTE, system with a subcarrier spacing equal to 15kHz or 30 kHz.
A method, performed by a local computing device for sharing screen images with a remote computing device, the method comprising: capturing pixel data of a first visual component of screen content of the local computing device from a frame buffer of the local computing device (step 601); compressing the captured pixel data of the first visual component to form a first video stream (step 602); determining that a second visual component of the screen content is to be displayed on the screen, wherein the second visual component of the screen content is decompressed from compressed data (step 603); obtaining the compressed data for the second visual component (step 604); obtaining location information indicating display location of the first and second visual components, temporal information for synchronizing display of the first and second visual components (step 605) and permission information for at least one of the first and second visual components, wherein the permission information indicates which of the first and/or second visual components are to be shared with the remote computing device; and sending the compressed first video stream for the first visual component of the screen content, the compressed data, the location information, the temporal information and the permission information to the remote computing device to share screen with the remote computing device (step 607). capturing pixel data of a first visual component of screen content of the local computing device from a frame buffer of the local computing device (step 601); compressing the captured pixel data of the first visual component to form a first video stream (step 602); determining that a second visual component of the screen content is to be displayed on the screen, wherein the second visual component of the screen content is decompressed from compressed data (step 603); obtaining the compressed data for the second visual component (step 604); obtaining location information indicating display location of the first and second visual components, temporal information for synchronizing display of the first and second visual components (step 605) and permission information for at least one of the first and second visual components, wherein the permission information indicates which of the first and/or second visual components are to be shared with the remote computing device; and sending the compressed first video stream for the first visual component of the screen content, the compressed data, the location information, the temporal information and the permission information to the remote computing device to share screen with the remote computing device (step 607).
A multilayered film comprising: a substrate; and a resin layer directly disposed on the substrate and including a fluorine-based polymer and an acrylic polymer containing a reactive functional group, wherein an equivalent weight of the reactive functional group with respect to the entire polymer of the resin layer is 30,000 or less, wherein the acrylic polymer has a weight-average molecular weight of a hundred thousand to five million, the weight-average molecular weight referring to a converted numerical value of standard polystyrene measured using GPC. a substrate; and a resin layer directly disposed on the substrate and including a fluorine-based polymer and an acrylic polymer containing a reactive functional group, wherein an equivalent weight of the reactive functional group with respect to the entire polymer of the resin layer is 30,000 or less, wherein the acrylic polymer has a weight-average molecular weight of a hundred thousand to five million, the weight-average molecular weight referring to a converted numerical value of standard polystyrene measured using GPC.
An insole for use with footwear, comprising: a body having one or more material layers and comprising at least one heat-sensitive support element (106, 206) made of thermoplastic material having glass transition temperature, the heat-sensitive support element (106, 206) is embedded in or joined with the body extending across the length of the insole from the heel area till the toe area to enable shaping at least part of the insole when heated above said glass transition temperature and hardening in its modified shape by cooling below said glass transition temperature, wherein the heat-sensitive support element (106, 206) comprises a plurality of hollows (112, 212) facing a direction substantially opposite a predetermined top side of the insole intended to receive a foot of a user.