mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a clock configured to generate a first clock signal; a root node configured to receive the first clock signal, to generate a first frame including a first payload and a first overhead, and to generate a second frame including a second payload and a second overhead, the first overhead comprising a synchronization value based on the first clock signal, and the second overhead also comprising the synchronization value; a radio channel network in communication with the root node for transmitting the first frame and the second frame; a first child node (INU 108) including a first phase lock loop, and configured to receive the first frame and to perform clock recovery including frequency synchronization using the synchronization value and the first phase lock loop; a second child node (INU 116a) including a second phase lock loop, and configured to receive the second frame and to perform clock recovery including frequency synchronization using the synchronization value and the second phase lock loop; and characterised by an intermediate child node (NSM 400) including a third phase lock loop, and configured to receive the first frame from the root node before the first child node receives the first frame, to determine an average rate of data using the synchronization value from the first frame, to use the average rate of data to smooth a second clock signal used by the third phase lock loop, and to use the third phase lock loop with the smoothed second clock signal to attenuate jitter of the first frame including the synchronization value. a clock configured to generate a first clock signal; a root node configured to receive the first clock signal, to generate a first frame including a first payload and a first overhead, and to generate a second frame including a second payload and a second overhead, the first overhead comprising a synchronization value based on the first clock signal, and the second overhead also comprising the synchronization value; a radio channel network in communication with the root node for transmitting the first frame and the second frame; a first child node (INU 108) including a first phase lock loop, and configured to receive the first frame and to perform clock recovery including frequency synchronization using the synchronization value and the first phase lock loop; a second child node (INU 116a) including a second phase lock loop, and configured to receive the second frame and to perform clock recovery including frequency synchronization using the synchronization value and the second phase lock loop; and characterised by an intermediate child node (NSM 400) including a third phase lock loop, and configured to receive the first frame from the root node before the first child node receives the first frame, to determine an average rate of data using the synchronization value from the first frame, to use the average rate of data to smooth a second clock signal used by the third phase lock loop, and to use the third phase lock loop with the smoothed second clock signal to attenuate jitter of the first frame including the synchronization value.
An electric motor, having a housing part which receives the laminated stator core, in particular a housing part which receives the laminated stator core in non-positive manner, wherein a flange part (1, 3) receives a first bearing (18, 19) for mounting the rotor shaft, characterised in that a deflecting part for deflecting a coolant stream is arranged between the flange part (1, 3) and housing part, with a screw connection which comprises a threaded part being provided between the flange part (1,3) and deflecting part, with a screw connection being provided between the deflecting part and housing part.
Method for self-diagnosis of an ambient sensor on a motor vehicle during the operation thereof, wherein sensor data acquired by the ambient sensor are checked against at least one test criterion that indicates proper functioning and uses at least one threshold value, characterised in that by means of a control device at least one threshold value of the test criterion is dynamically adjusted as the motor vehicle drives and/or the self-diagnosis is temporarily interrupted in dependence on at least one piece of positional information describing a current environment of the motor vehicle, wherein the location information is determined by a location sensor of a global navigation satellite system, wherein the piece of positional information is derived from digital map material available in the motor vehicle, in particular of a navigation system, using the location information.
Coating composition comprising a) an aqueous dispersion of a hydroxy-functional prepolymer, obtainable by reaction of at least the following components: i) a component comprising hydroxy groups, which comprises or consists of a polycarbonate polyol, ii) a polyester polyol comprising hydroxy groups, iii) a polyisocyanate comprising isocyanate groups, iv) a compound which comprises at least two groups reactive towards isocyanate groups and at least one group capable of anion formation, v) water, wherein components i)-iii) and the ratio of components i)-iii) are so chosen that an excess of hydroxy groups is present relative to the isocyanate groups, b) inorganic nanoparticles having a number-average particle size of from 5 to 100 nm, and c) a crosslinker comprising at least two groups reactive towards hydroxy groups. a) an aqueous dispersion of a hydroxy-functional prepolymer, obtainable by reaction of at least the following components: i) a component comprising hydroxy groups, which comprises or consists of a polycarbonate polyol, ii) a polyester polyol comprising hydroxy groups, iii) a polyisocyanate comprising isocyanate groups, iv) a compound which comprises at least two groups reactive towards isocyanate groups and at least one group capable of anion formation, v) water, wherein components i)-iii) and the ratio of components i)-iii) are so chosen that an excess of hydroxy groups is present relative to the isocyanate groups, i) a component comprising hydroxy groups, which comprises or consists of a polycarbonate polyol, ii) a polyester polyol comprising hydroxy groups, iii) a polyisocyanate comprising isocyanate groups, iv) a compound which comprises at least two groups reactive towards isocyanate groups and at least one group capable of anion formation, v) water, b) inorganic nanoparticles having a number-average particle size of from 5 to 100 nm, and c) a crosslinker comprising at least two groups reactive towards hydroxy groups.
A method for operating an electronic device including a touch sensitive display, the method comprising: displaying at least one application execution screen as a popup window to be superposed on at least a portion of another application execution screen; shifting the at least one application execution screen according to a user input related to the at least one application execution screen; in a case where a position, to which the at least one application execution screen is shifted, corresponds to a region designated for display change of the at least one application execution screen, displaying guide information related to the display change; and displaying the at least one application execution screen as split window and the another application execution screen not to be superposed on one another when it is determined the at least one application execution screen has stayed for a predetermined length of time on the designated region. displaying at least one application execution screen as a popup window to be superposed on at least a portion of another application execution screen; shifting the at least one application execution screen according to a user input related to the at least one application execution screen; in a case where a position, to which the at least one application execution screen is shifted, corresponds to a region designated for display change of the at least one application execution screen, displaying guide information related to the display change; and displaying the at least one application execution screen as split window and the another application execution screen not to be superposed on one another when it is determined the at least one application execution screen has stayed for a predetermined length of time on the designated region.
Adaptive lighting system of an off-road utility vehicle, having an illumination device, which is controllable with respect to its emission characteristic and/or light intensity, characterized in that the adaptive lighting system comprises a control unit, which adapts the emission characteristic and/or light intensity by controlling the illumination device in accordance with ascertained extraneous light influences and optionally an ascertained viewing direction of a vehicle operator, an ascertained relative position of another off-road utility vehicle and/or cartographic location information, wherein, for ascertaining the extraneous light influences, the control unit is connected by means of a surroundingscapturing light and/or image sensor capturing the extraneous light influences with respect to the emission characteristic and/or light intensity, wherein the control unit takes into account the light distribution of the extraneous light influences ascertained therefrom when adapting the emission characteristic and/or light intensity of the illumination device in a manner such that consistent illumination of the surroundings is achieved in the region of the off-road utility vehicle.
A cable gland comprising:- at least one first cable gland portion and at least one second cable gland portion in engagement with each other; at least one earthing member in electrical engagement with at least one of said first and second gland portions, said earthing member including at least one sheath penetrating portion for penetrating through a sheath layer of an electrical cable, following radially inward movement of at least one said sheath penetrating portion, thereby forming an electrical earth connection with a conducting portion of a cable; and biasing means for biasing the or each earthing member in a radially outward direction; characterised in that at least one said first gland portion comprises a respective first cam surface and at least one said second gland portion comprises a respective second cam surface, wherein said first and second cam surfaces are adapted to engage respective earthing member cam surfaces (74, 72) of a said earthing member, said first and second cam surfaces thereby causing said earthing member and at least one corresponding said sheath penetrating portion to move radially inwards as said first and second gland portions are brought into threaded engagement with each other, and wherein at least one sheath penetrating portion comprises at least one spike surrounded by a body for preventing the spike from extending too far into the cable. at least one first cable gland portion and at least one second cable gland portion in engagement with each other; at least one earthing member in electrical engagement with at least one of said first and second gland portions, said earthing member including at least one sheath penetrating portion for penetrating through a sheath layer of an electrical cable, following radially inward movement of at least one said sheath penetrating portion, thereby forming an electrical earth connection with a conducting portion of a cable; and biasing means for biasing the or each earthing member in a radially outward direction; characterised in that at least one said first gland portion comprises a respective first cam surface and at least one said second gland portion comprises a respective second cam surface, wherein said first and second cam surfaces are adapted to engage respective earthing member cam surfaces (74, 72) of a said earthing member, said first and second cam surfaces thereby causing said earthing member and at least one corresponding said sheath penetrating portion to move radially inwards as said first and second gland portions are brought into threaded engagement with each other, and wherein at least one sheath penetrating portion comprises at least one spike surrounded by a body for preventing the spike from extending too far into the cable.
A system for locking a platform screen door sliding leaf, the sliding leaf being capable of moving relative to a fixed panel by a horizontal translational movement in a plane of the leaf between open and closed positions in which the leaf at least partly frees or obstructs an opening adjacent to the fixed panel, characterized in that the locking system comprises: - a bearing rail designed to be mounted fixedly on the sliding leaf and comprising a reception recess; - a motor body forming the stator of a drive motor of the sliding leaf and mounted freely in rotation about a motor axis on a gear unit; - a locking roller mounted projecting on the motor body and arranged so as to: - roll along the bearing rail during a movement of the sliding leaf; and - engage, by a rotation of the motor body, in the reception recess when the sliding leaf reaches a given position, in order to lock it, the reception recess being arranged on the bearing rail so that this given position is the closed position or the open position. - a manual unlocking mechanism (25, 80, 81, 82) comprising: - on the one hand, a cam secured to the motor body; - on the other hand, an inclined ramp, the manual unlocking mechanism being arranged so that a movement of the inclined ramp allows the inclined ramp to come in contact with the cam, the cam then sliding on the inclined ramp during its movement until the locking roller is released from the reception recess. - a bearing rail designed to be mounted fixedly on the sliding leaf and comprising a reception recess; - a motor body forming the stator of a drive motor of the sliding leaf and mounted freely in rotation about a motor axis on a gear unit; - a locking roller mounted projecting on the motor body and arranged so as to: - roll along the bearing rail during a movement of the sliding leaf; and - engage, by a rotation of the motor body, in the reception recess when the sliding leaf reaches a given position, in order to lock it, the reception recess being arranged on the bearing rail so that this given position is the closed position or the open position. - roll along the bearing rail during a movement of the sliding leaf; and - engage, by a rotation of the motor body, in the reception recess when the sliding leaf reaches a given position, in order to lock it, the reception recess being arranged on the bearing rail so that this given position is the closed position or the open position. - a manual unlocking mechanism (25, 80, 81, 82) comprising: - on the one hand, a cam secured to the motor body; - on the other hand, an inclined ramp, the manual unlocking mechanism being arranged so that a movement of the inclined ramp allows the inclined ramp to come in contact with the cam, the cam then sliding on the inclined ramp during its movement until the locking roller is released from the reception recess. - on the one hand, a cam secured to the motor body; - on the other hand, an inclined ramp,
An apparatus for recording information concerning the use of an injection device, the apparatus comprising: an optical sensor configured to capture an image of information displayed by the injection device indicating a selected dose of medicament; a processor configured to: receive the captured image from the optical sensor, recognise one or more characters from the captured image to determine dose information, and convert the dose information into an image file; and a memory configured to store the image file, such that the dose information can be retrieved from the memory and displayed as an image. an optical sensor configured to capture an image of information displayed by the injection device indicating a selected dose of medicament; a processor configured to: receive the captured image from the optical sensor, recognise one or more characters from the captured image to determine dose information, and convert the dose information into an image file; and receive the captured image from the optical sensor, recognise one or more characters from the captured image to determine dose information, and convert the dose information into an image file; and a memory configured to store the image file, such that the dose information can be retrieved from the memory and displayed as an image.
A cryptography method comprising: accessing a source code that defines seed information and a pseudorandom function, wherein the source code comprises a programming language that assembles or compiles into a machine language executable by one or more data processors, the source code has a complexity lower than a predefined threshold, the complexity measured based on a code length of the source code; generating a parameter for a cryptographic function by operation of the one or more data processors, wherein the cryptographic function comprises an elliptic curve function, the parameter comprises a constant for the elliptic curve function, the parameter is generated from the seed information and the pseudorandom function, and the parameter is a number that has a larger size in memory than the source code that defines the seed information and the pseudorandom function; wherein the source code is incompressible; wherein generating the parameter comprises deriving the parameter from one or more outputs produced by operating the pseudorandom function seeded by the seed information; encrypting data using the generated parameter and the cryptographic function; and transmitting the encrypted data. accessing a source code that defines seed information and a pseudorandom function, wherein the source code comprises a programming language that assembles or compiles into a machine language executable by one or more data processors, the source code has a complexity lower than a predefined threshold, the complexity measured based on a code length of the source code; generating a parameter for a cryptographic function by operation of the one or more data processors, wherein the cryptographic function comprises an elliptic curve function, the parameter comprises a constant for the elliptic curve function, the parameter is generated from the seed information and the pseudorandom function, and the parameter is a number that has a larger size in memory than the source code that defines the seed information and the pseudorandom function; encrypting data using the generated parameter and the cryptographic function; and transmitting the encrypted data.
A data client (108, 208, 308, 408, 508, 604, 806) for being operated in a system for facilitating real-time multimedia information exchange in a conference environment, the system comprising a room server running on a server computing device (102, 202, 302, 402, 502) located in a conference room, the room server comprising a separate data server and an audio-video, AV, server that can be coordinated by the room server, an AV client (112, 212, 312, 412, 512) running on the server computing device, the AV client connected to the AV server, at least one local computing device located in the conference room and connected to the server computing device, and at least one remote computing device in at least one disparate location (818, 1014) from the conference room, the at least one remote computing device being connected to the server computing device, wherein one or more of the at least one remote computing devices run another AV client connected to the AV server, the data client comprising: a user interface with a presentation chute region therein, the presentation chute region being configured to permit a user of the data client to drag-and-drop a file over the presentation chute region for immediate upload to the server computing device and dissemination to another data client, the data client (108, 208, 308, 408, 508, 604, 806) running on one of the server computing device or the local or remote computing devices, and the other data client running on one of the server computing device or the local or remote computing devices, wherein the file is an electronic slide presentation, wherein a user at the other data client is permitted by the user of the data client to skip ahead or to revert to a previous slide, and wherein the data client has an icon that synchronizes a view of the other data client to a view of the data client when activated. a user interface with a presentation chute region therein, the presentation chute region being configured to permit a user of the data client to drag-and-drop a file over the presentation chute region for immediate upload to the server computing device and dissemination to another data client, the data client (108, 208, 308, 408, 508, 604, 806) running on one of the server computing device or the local or remote computing devices, and the other data client running on one of the server computing device or the local or remote computing devices, wherein the file is an electronic slide presentation, wherein a user at the other data client is permitted by the user of the data client to skip ahead or to revert to a previous slide, and wherein the data client has an icon that synchronizes a view of the other data client to a view of the data client when activated.
A SPINK2 mutant peptide which binds to active human MMP-9 but does not bind to pro human MMP-9, wherein the peptide comprises an amino acid sequence represented by any one of SEQ ID NOs: 10 to 17 or 2 to 9.
A dual purpose heat exchanger comprising a central heating fluid circuit and a hot utility water circuit, and containing a fired main heat exchanger and a coil enclosed by an external jacket equipped with an inlet stub pipe for fluid heating the utility water in the coil as well as an inlet stub pipe and outlet stub pipe for utility water, the flow chamber of fluid heating the utility water in the coil is connected with the flow chamber of heated fluid in the main exchanger, characterised in that the main heat exchanger jacket is of a conical shape with the diameter increasing towards the top, inside which there is a set of vertical tube elements 13 fixed at their ends on both sides to tube-sheets, and the coil is wound on the jacket of the main heat exchanger below a combustion chamber 10 located over the top tube-sheet, the external jacket enclosing the coil is tightly connected with the main exchanger jacket, forming a flow chamber of fluid heating the utility water in the coil, whose chamber is connected with the flow chamber of heated fluid in the main exchanger using at least one overflow hole located in the bottom section of the main heat exchanger jacket, and the inlet stub pipe of utility water and an inlet stub pipe of fluid to the main heat exchanger is located within the bottom section of the external jacket enclosing the coil, the outlet stub pipe of utility water and the inlet stub pipe of fluid heating the utility water in coil is located within the top section of the external jacket enclosing the coil, and an outlet stub pipe of hot fluid of the main heat exchanger is located within the top section of the main heat exchanger jacket, however the inlet stub pipe and outlet stub pipe of utility water is connected with the coil external jacket using welded, stainless sleeve with a thread, ring and nut, and an uniform indents are made in the coil external jacket in three vertical rows, which set the position of the coil turns, or a tape is passed through coil turns in alternating arrangement, which sets their location, or the coil turns are placed on a separating comb, and optionally a cavity for coil is formed in the main heat exchanger jacket.