mhurhangee/ep-ind-claims huggingface dataset:
A device for encoding an input sequence comprising message bits into a codeword of a sliding window polar code of length N and dimension K which is decodable through a sliding window of size M, where a transformation matrix of the sliding window polar code is defined as T = W 2 S ⊗ T M /2, where S = N / M and m = log 2 ( M /2), and where T M /2 is a transformation matrix of a classical polar code based on a kernel matrix T 2 = 1 0 1 1, defined as T M / 2 = T 2 ⊗ m, and where W 2 S is a full binary lower triangular matrix of size 2 S x2 S, wherein the device is configured to: - sequentially encode each of a plurality of blocks of the input sequence by applying the transformation matrix, T M /2 to an auxiliary sequence to sequentially obtain each block of the codeword, wherein the auxiliary sequence is obtained by performing an XOR operation to the block and a previous block of the input sequence, or in case of the first block of the input sequence, the XOR operation is not performed; and - sequentially output each obtained codeword block of the codeword. - sequentially encode each of a plurality of blocks of the input sequence by applying the transformation matrix, T M /2 to an auxiliary sequence to sequentially obtain each block of the codeword, wherein the auxiliary sequence is obtained by performing an XOR operation to the block and a previous block of the input sequence, or in case of the first block of the input sequence, the XOR operation is not performed; and - sequentially output each obtained codeword block of the codeword.
A water heater comprising: a refrigerant circuit configured by annularly connecting, to one another through refrigerant pipes, a compressor for compressing refrigerant, a first radiator for exchanging heat between the refrigerant and heat medium, an expansion device for expanding the refrigerant, and an evaporator for evaporating the refrigerant, and the refrigerant circulating through the refrigerant circuit; a hot water tank in which water is stored; and a heat medium circuit configured by annularly connecting, to one another through heat medium pipes, the first radiator, a second radiator for exchanging heat between the heat medium and the water, and a circulation device, and the heat medium circulating through the heat medium circuit, wherein the refrigerant circulating through the refrigerant circuit is carbon dioxide, in the second radiator, the heat medium pipe is disposed in the hot water tank, and the heat medium releases heat to water in the hot water tank; wherein an entire length of the heat medium pipe configuring the second radiator is defined as L and an in-pipe cross-sectional area of the heat medium pipe is defined as S; and when an average heating ability is larger than or equal to 2.0 kW and less than or equal to 2.5 kW under such conditions that L is larger than or equal to 25 m and less than or equal to 45 m, an inner diameter of the heat-transfer pipe is larger than or equal to 3 mm and less than or equal to 28 mm and an internal volume of the hot water tank is larger than or equal to 150 I and less than or equal to 300 I, L/S is larger than or equal to 2.0 m/mm 2 and less than or equal to 4.5 m/mm 2; and wherein the heat medium flows from an upper portion to a lower portion of the second radiator.
Light-emitting diode comprising: - a carrier with a mounting face, and - at least two light-emitting diode chips, which are affixed to the carrier at least indirectly at the mounting face, wherein - the carrier comprises a metallic basic body, - an outer face of the metallic basic body comprises the mounting face, and - the at least two light-emitting diode chips are electrically conductively connected to the metallic basic body and connected in parallel with one another via the metallic basic body, characterized in that - the at least two light-emitting diode chips are embedded in a reflective coating, - the reflective coating covers the mounting face and side faces of the light-emitting diode chips, - the at least two light-emitting diode chips protrude with their radiation exit surfaces which face away from the carrier out of the reflective coating, or the reflective coating terminates flush with the radiation exit surfaces, and - an electrically insulating layer with a thermal conductivity of at least 2W/(m·K) is affixed to the carrier on a lower side of the carrier, said lower side facing away from the mounting face. - a carrier with a mounting face, and - at least two light-emitting diode chips, which are affixed to the carrier at least indirectly at the mounting face, - the carrier comprises a metallic basic body, - an outer face of the metallic basic body comprises the mounting face, and - the at least two light-emitting diode chips are electrically conductively connected to the metallic basic body and connected in parallel with one another via the metallic basic body, - the at least two light-emitting diode chips are embedded in a reflective coating, - the reflective coating covers the mounting face and side faces of the light-emitting diode chips, - the at least two light-emitting diode chips protrude with their radiation exit surfaces which face away from the carrier out of the reflective coating, or the reflective coating terminates flush with the radiation exit surfaces, and - an electrically insulating layer with a thermal conductivity of at least 2W/(m·K) is affixed to the carrier on a lower side of the carrier, said lower side facing away from the mounting face.
A windscreen wiper device for cleaning a windshield of a vehicle, comprising: an elongated wiper strip extending in a longitudinal direction between opposite wiper strip ends and being of a flexible material for sealing against the windshield; said wiper strip presenting a pair of grooves extending in said longitudinal direction; at least one carrier element which is slidably disposed in said grooves and extending in said longitudinal direction between opposite carrier element ends; a frame structure including a plurality of claws and wherein all of said claws are in sliding engagement with said at least one carrier element and wherein said frame structure extends longitudinally past both of said wiper strip ends and both said carrier element ends; and wherein said frame structure includes a pair of flange portions that are separate from said claws and that establish confines for the sliding movement of said carrier element and wiper strip relative to said frame structure. an elongated wiper strip extending in a longitudinal direction between opposite wiper strip ends and being of a flexible material for sealing against the windshield; said wiper strip presenting a pair of grooves extending in said longitudinal direction; at least one carrier element which is slidably disposed in said grooves and extending in said longitudinal direction between opposite carrier element ends; a frame structure including a plurality of claws and wherein all of said claws are in sliding engagement with said at least one carrier element and wherein said frame structure extends longitudinally past both of said wiper strip ends and both said carrier element ends; and wherein said frame structure includes a pair of flange portions that are separate from said claws and that establish confines for the sliding movement of said carrier element and wiper strip relative to said frame structure.
A method for programming and operating a control system (10, 10'-10′′′) of an industrial automation facility, in which a program for the control system is developed with a development tool, having the following steps: - transmission of data from a web server built into the control system (10, 10'-10′′′) to a computer which is connected to the control system (10, 10'-10′′′) via a network, the data comprising a web-based development environment; - representation of the development environment in a web browser embodied on the computer; - development and/or processing of a program for the control system by a user and by using the represented development environment, characterized by the following steps: - conversion of the program developed and/or processed by the user into a high-level language program by means of a conversion module implemented in the web browser; - transmission of the high-level language program to the control system; - conversion of the high-level language program into a binary program inside the control system (10, 10'-10′′′); and - implementation the binary program by means of the control system. - transmission of data from a web server built into the control system (10, 10'-10′′′) to a computer which is connected to the control system (10, 10'-10′′′) via a network, the data comprising a web-based development environment; - representation of the development environment in a web browser embodied on the computer; - development and/or processing of a program for the control system by a user and by using the represented development environment, characterized by the following steps: - conversion of the program developed and/or processed by the user into a high-level language program by means of a conversion module implemented in the web browser; - transmission of the high-level language program to the control system; - conversion of the high-level language program into a binary program inside the control system (10, 10'-10′′′); and - implementation the binary program by means of the control system.
A valve remote control apparatus configured to mechanically connect, to a manual operating portion of an existing manual valve, an output shaft of an air motor configured to rotate using an air pressure as a drive source, and to remotely control the manual valve, the valve remote control apparatus comprising: - the air motor; - a solenoid valve operated by an operation signal transmitted and received wirelessly between a contact information terminal portion and a contact information operating portion, wherein the air pressure for driving and rotating the air motor is supplied via the solenoid valve; the control apparatus further comprising: - a limit detecting switch configured to detect a limit control air pressure output from a limit switch configured to detect a full-open state and a full-closed state of the air motor, and to output contact information, wherein the contact information operation portion includes a contact information reading portion configured to read the contact information output from the limit detecting switch, and the contact information terminal portion includes a contact information analyzing portion configured to cause, when confirming that the contact information read to the contact information reading portion is turned on, transition of the contact information to an off-state. - the air motor; - a solenoid valve operated by an operation signal transmitted and received wirelessly between a contact information terminal portion and a contact information operating portion, wherein the air pressure for driving and rotating the air motor is supplied via the solenoid valve; the control apparatus further comprising: - a limit detecting switch configured to detect a limit control air pressure output from a limit switch configured to detect a full-open state and a full-closed state of the air motor, and to output contact information, wherein the contact information operation portion includes a contact information reading portion configured to read the contact information output from the limit detecting switch, and the contact information terminal portion includes a contact information analyzing portion configured to cause, when confirming that the contact information read to the contact information reading portion is turned on, transition of the contact information to an off-state. - a limit detecting switch configured to detect a limit control air pressure output from a limit switch configured to detect a full-open state and a full-closed state of the air motor, and to output contact information, wherein the contact information operation portion includes a contact information reading portion configured to read the contact information output from the limit detecting switch, and the contact information terminal portion includes a contact information analyzing portion configured to cause, when confirming that the contact information read to the contact information reading portion is turned on, transition of the contact information to an off-state.
An apparatus for compressing discrete particles of solid carbon dioxide into a block comprising: a. a shuttle; b. a dosing chamber defined by that shuttle, said dosing chamber configured to receive and discharge said particles, said dosing chamber defining a dosing volume, said shuttle being moveable from a first position at which said particles are received by said dosing chamber to a second position, wherein as said shuttle moves to said second position particles disposed within said dosing chamber are discharged; c. a forming chamber configured to receive said particles from said dosing chamber when said shuttle is moved to said second position, said forming chamber at least partially defining a forming chamber volume, said forming chamber volume being capable of being varied from an initial forming chamber volume to a reduced forming chamber volume; said dosing volume being larger than said initial forming chamber volume, wherein the apparatus comprises a movable member configured to vary the forming chamber volume from the initial forming chamber volume to said reduced forming chamber volume thereby compressing particles disposed within said forming chamber into a block, and wherein an outer distal portion of said shuttle is configured to push a block, which has already been compressed previously, out, as said shuttle moves towards a third position. a. a shuttle; b. a dosing chamber defined by that shuttle, said dosing chamber configured to receive and discharge said particles, said dosing chamber defining a dosing volume, said shuttle being moveable from a first position at which said particles are received by said dosing chamber to a second position, wherein as said shuttle moves to said second position particles disposed within said dosing chamber are discharged; c. a forming chamber configured to receive said particles from said dosing chamber when said shuttle is moved to said second position, said forming chamber at least partially defining a forming chamber volume, said forming chamber volume being capable of being varied from an initial forming chamber volume to a reduced forming chamber volume;
An apparatus for measuring the responsiveness of a subject with lowered level of consciousness, the apparatus being devoid of any stimulation means for proactively inducing arousals in the subject, the apparatus comprising: means for obtaining physiological signal data from the subject with lowered level of consciousness; a computer unit configured to: derive a first measure from the physiological signal data, the first measure being indicative of the level of consciousness of the subject; and record a sequence of the first measure; and a detection system configured to detect a stimulus produced by at least one predetermined stimulus source and to supply a trigger message to the computer unit notifying it of the occurrence of a stimulus; wherein the computer unit is further configured to, in response to the trigger message, measure a change in the sequence of the first measure caused by said stimulus and determine a second measure indicative of a responsiveness of the subject based on the change measured. means for obtaining physiological signal data from the subject with lowered level of consciousness; a computer unit configured to: derive a first measure from the physiological signal data, the first measure being indicative of the level of consciousness of the subject; and record a sequence of the first measure; and derive a first measure from the physiological signal data, the first measure being indicative of the level of consciousness of the subject; and record a sequence of the first measure; and a detection system configured to detect a stimulus produced by at least one predetermined stimulus source and to supply a trigger message to the computer unit notifying it of the occurrence of a stimulus; wherein the computer unit is further configured to, in response to the trigger message, measure a change in the sequence of the first measure caused by said stimulus and determine a second measure indicative of a responsiveness of the subject based on the change measured.
A method performed by a user equipment, in the following referred to as UE, the method comprising: establishing a first radio resource control, in the following referred to as RRC, connection, obtaining local IP Access in the following also referred to as IIPA capability information in a mobile communication network via a Non Access Stratum, in the following also referred to as NAS, message from a Mobility Management Entity, in the following also referred to as MME; detecting a cell selection or reselection trigger event; performing cell selection or cell reselection based at least in part on the obtained LIPA capability information; establishing a RRC connection with a selected cell; and establishing a LIPA packet data network, in the following also referred to as PDN, connection with the selected cell, characterized by: going back to idle mode before performing the cell selection or cell reselection. establishing a first radio resource control, in the following referred to as RRC, connection, obtaining local IP Access in the following also referred to as IIPA capability information in a mobile communication network via a Non Access Stratum, in the following also referred to as NAS, message from a Mobility Management Entity, in the following also referred to as MME; detecting a cell selection or reselection trigger event; performing cell selection or cell reselection based at least in part on the obtained LIPA capability information; establishing a RRC connection with a selected cell; and establishing a LIPA packet data network, in the following also referred to as PDN, connection with the selected cell, going back to idle mode before performing the cell selection or cell reselection.
A portable data carrier, comprising at least one non-volatile memory cell and a monitoring device which, in a monitoring mode, is adapted to permanently monitor a current flow (I 3) between a source connector and a drain connector of the memory cell in order to detect a change of the current flow (I 3), characterized by a control device which is adapted to switch the data carrier to a secured state in dependence on the detected change of the current low (I 3) by deactivating predetermined functionalities of the data carrier, wherein the memory cell is an EPROM memory cell or an EEPROM memory cell, wherein the data carrier contains a charging device which is adapted to load a charge onto a gate of the memory cell prior to each use of the data carrier in order to detect an attack by means of ionizing radiation through a discharge of the gate, wherein an increasing current flow as a result of the discharge of the gate is an indicator of such an attack.
An apparatus (120, 140, 150) for detecting a state of an elevator door, the apparatus (120, 140, 150) comprising: at least one processor; at least one memory including computer program code; communication means; I/O components; the at least one processor, the at least one memory, the communication means and the I/O components communicatively coupled to each other via a bus; wherein the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus (120, 140, 150) to perform: determine, on a basis of a pressure data, at least one indicator value indicative of a change in a pressure by applying a statistical analysis to the pressure data over a predefined time window; compare the at least one indicator value to a respective reference value; and set, in accordance with a comparison between the at least one indicator value and the respective reference value, a detection result to express one of the following: (i) the elevator door is open, (ii) the elevator door is closed. at least one processor; at least one memory including computer program code; communication means; I/O components; the at least one processor, the at least one memory, the communication means and the I/O components communicatively coupled to each other via a bus; wherein the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus (120, 140, 150) to perform: determine, on a basis of a pressure data, at least one indicator value indicative of a change in a pressure by applying a statistical analysis to the pressure data over a predefined time window; compare the at least one indicator value to a respective reference value; and set, in accordance with a comparison between the at least one indicator value and the respective reference value, a detection result to express one of the following: (i) the elevator door is open, (ii) the elevator door is closed. determine, on a basis of a pressure data, at least one indicator value indicative of a change in a pressure by applying a statistical analysis to the pressure data over a predefined time window; compare the at least one indicator value to a respective reference value; and set, in accordance with a comparison between the at least one indicator value and the respective reference value, a detection result to express one of the following: (i) the elevator door is open, (ii) the elevator door is closed.
A compound of Formula wherein R 1 represents hydrogen, a halogen or a sulfono group SO 3 M, in which M is a metal ion, and R 2 represents hydrogen, or R 1 is Cl and R 2 is I, or a pharmaceutically acceptable salt thereof for use in the treatment of hematological cancer, wherein said hematological cancer is of myeloid origin.
A strain of Proteus vulgaris Hauser OMK-9, which has the ability to produce benzaldehyde, wherein: The strain is stored in China Center for Type Culture Collection (CCTCC) with CCTCC NO: M2016671.
Method of producing an optically detectable and retro-reflective medical tracking marker, comprising the steps of: - providing a marker structure comprising a retro-reflective surface that comprises a plurality of elements of a transparent material, which have a substantially spherical shape and which are retained by a matrix, wherein the retro-reflective surface has a first capability of reflecting electromagnetic radiation, - applying electromagnetic energy to at least one section of the retro-reflective surface in an amount that is sufficient to alter the material properties of the retro-reflective surface, such that the capability of reflecting electromagnetic radiation of the at least one section is reduced to a second capability of reflecting electromagnetic radiation. - providing a marker structure comprising a retro-reflective surface that comprises a plurality of elements of a transparent material, which have a substantially spherical shape and which are retained by a matrix, wherein the retro-reflective surface has a first capability of reflecting electromagnetic radiation, - applying electromagnetic energy to at least one section of the retro-reflective surface in an amount that is sufficient to alter the material properties of the retro-reflective surface, such that the capability of reflecting electromagnetic radiation of the at least one section is reduced to a second capability of reflecting electromagnetic radiation.