mhurhangee/ep-ind-claims huggingface dataset:
A Hall thruster comprising: an acceleration channel having a first end and a second end opposite to each other; an elongated anode, positioned at said first end of said acceleration channel, said anode comprising working surfaces of two co-axial cylinders defining a cavity between said working surfaces and an exit for ions moving towards said acceleration channel predominantly along an axial direction with respect to said cylinders, wherein an electric field formed in said cavity has a radial component directed to prevent ions in said cavity from attaining said surfaces of said cylinders; a cathode-compensator, placed at said second end of said co-axial acceleration channel; a magnetic system (100, 102, 104, 106, 108, 122) capable of generating a predominantly radial magnetic field within said acceleration channel and a predominantly longitudinal magnetic field within said anode; a gas distributor, placed in said cavity between said working surfaces, opposite to said exit, and being electrically isolated from said anode, said cathode-compensator and said magnetic system. an acceleration channel having a first end and a second end opposite to each other; an elongated anode, positioned at said first end of said acceleration channel, said anode comprising working surfaces of two co-axial cylinders defining a cavity between said working surfaces and an exit for ions moving towards said acceleration channel predominantly along an axial direction with respect to said cylinders, wherein an electric field formed in said cavity has a radial component directed to prevent ions in said cavity from attaining said surfaces of said cylinders; a cathode-compensator, placed at said second end of said co-axial acceleration channel; a magnetic system (100, 102, 104, 106, 108, 122) capable of generating a predominantly radial magnetic field within said acceleration channel and a predominantly longitudinal magnetic field within said anode; a gas distributor, placed in said cavity between said working surfaces, opposite to said exit, and being electrically isolated from said anode, said cathode-compensator and said magnetic system.
A vehicle wheel having a wheel rim which has a hub portion, a rim base for receiving a tire, a plurality of support portions arranged between the hub portion and the rim base, at least one interspace arranged between the support portions, and at least one cover element associated with the interspace, wherein the cover element is adapted to be transferred from a first position into a second position by pneumatic actuation, characterized in that an actuating device for pneumatically actuating the cover element is configured to be subjected to pressure medium from a tire cavity of the vehicle wheel.
A large-angle LED lens, comprising a shell-shaped main body with an opening at a lower end, the main body having an incident surface on an inner side of the main body and an exit surface on an outer side of the main body, both of the incident surface and the exit surface being provided symmetrically about a central axis of the main body, the incident surface being a transparent concave surface, the exit surface being a transparent convex surface, wherein a maximum thickness d1 of the main body at a lower part and a minimum thickness d2 of the main body at the top satisfy the relation: 4<d1/d2<6; a concave depth h1 of the transparent concave surface and the minimum thickness d2 of the main body at the top satisfy the relation: h1>4*d2; and a convex height h2 of the transparent convex surface and the minimum thickness d2 of the main body at the top satisfy the relation: h2>5*d2, characterized in that the transparent concave surface is configured to be changed gradually from a cylindrical surface at the lower half part into a spherical surface, and then changed into a flat surface at the top smoothly.
An apparatus for adjusting the field of view of an X-ray imaging system comprising: - an input unit; and - a processing unit; wherein the input unit is configured to acquire (i) initial patient position image data of a patient in an initial position from a patient position camera based in a first coordinate system of a patient position camera and (ii) to acquire initial X-ray image data of the patient from an X-ray system configured into an initial field of view setting, wherein the initial patient position image data and the initial X-ray image data are acquired substantially simultaneously; wherein the processing unit is configured to detect a portion of an item of patient anatomy in the initial X-ray image data, to predict an improved field of view setting for enhanced imaging of the item of patient anatomy in a second coordinate system of the initial X-ray image data, wherein the prediction is provided using an anatomical model, to obtain subsequent patient position image data from the patient position camera, to generate patient position error data by comparing the subsequent patient position image data with the initial patient position image data, and to provide a subsequent field of view setting based on the patient position error data and the improved field of view setting. - an input unit; and - a processing unit;
A composition for use in treating a neurodegenerative disease or disorder in a subject suffering from or at risk of suffering from a neurodegenerative disease or disorder, wherein said composition comprises a pharmaceutically effective amount of a long-acting GLP-1r agonist that is exenatide (SEQ ID NO: 1) conjugated at the C-terminus to a branched polyethylene glycol having a molecular weight of between 40 kDa and 80 kDa to block or reduce activation of resident innate immune cells selected from the group consisting of microglia and astrocytes, or inhibit the secretion of inflammatory and/or neurotoxic mediators secreted from the activated innate immune cells to alleviate one or more symptom of the neurodegenerative disease or disorder.
A growing rod, comprising: an outer housing; an inner housing disposed within the outer housing; a first rod attached to the inner housing; a second rod attached to the outer housing; a magnet assembly rotably mounted within the inner housing, the magnet assembly including a magnet having a first pole and a second pole; a gear reduction mechanism coupled to the magnet within the inner housing, the gear reduction mechanism including at least one first stage (204a, 204b) and a second stage that reduce an output rotation of the magnet, the second stage including a catch; a bearing fitted to the inner housing and received within the outer housing, the bearing defining an opening through which the catch of the second stage of the gear reduction mechanism passes; and a threaded driver that is coupled to the catch, the threaded driver being rotated by the gear reduction mechanism to move the inner housing along a longitudinal axis with respect to the outer housing. an outer housing; an inner housing disposed within the outer housing; a first rod attached to the inner housing; a second rod attached to the outer housing; a magnet assembly rotably mounted within the inner housing, the magnet assembly including a magnet having a first pole and a second pole; a gear reduction mechanism coupled to the magnet within the inner housing, the gear reduction mechanism including at least one first stage (204a, 204b) and a second stage that reduce an output rotation of the magnet, the second stage including a catch; a bearing fitted to the inner housing and received within the outer housing, the bearing defining an opening through which the catch of the second stage of the gear reduction mechanism passes; and a threaded driver that is coupled to the catch, the threaded driver being rotated by the gear reduction mechanism to move the inner housing along a longitudinal axis with respect to the outer housing.
A service processing method comprising: receiving (201, 401), by a mobility management entity, MME, an access request message sent by a user equipment; determining (202, 402), by the MME, whether the access request message from the user equipment is an attach message or a tracking area update request message; wherein when the MME has been registered as a short message serving node of the user equipment in a home subscriber server, HSS, and the MME determines that the access request message is an attach message or a tracking area update request message, the MME is no longer used as the short message serving node of the user equipment, sending, by the MME, a notification to the HSS to inform the HSS to cancel registration of the MME as the short message serving node of the user equipment in the HSS. receiving (201, 401), by a mobility management entity, MME, an access request message sent by a user equipment; determining (202, 402), by the MME, whether the access request message from the user equipment is an attach message or a tracking area update request message; wherein when the MME has been registered as a short message serving node of the user equipment in a home subscriber server, HSS, and the MME determines that the access request message is an attach message or a tracking area update request message, the MME is no longer used as the short message serving node of the user equipment, sending, by the MME, a notification to the HSS to inform the HSS to cancel registration of the MME as the short message serving node of the user equipment in the HSS.
Method for operating a hearing system comprising a hearing aid and a mobile device, wherein, according to the method, - sound signals are captured by means of at least one microphone of the hearing aid and are converted into associated electrical microphone signals, - the microphone signals are checked for the presence of speech components, - speech components which are present are analysed by means of voice recognition and a voice profile recognized in the process is assigned to a specific speaker, and - additional information relating to the specific speaker that goes beyond personal information is obtained by means of the mobile device and is presented to a user of the hearing system, wherein a check is carried out in order to determine whether there is, for the specific speaker, speech information for a foreign language that is predominantly spoken by said speaker, and wherein a translation of the words spoken by the specific speaker is presented to the user if corresponding speech information is assigned to the specific speaker. - sound signals are captured by means of at least one microphone of the hearing aid and are converted into associated electrical microphone signals, - the microphone signals are checked for the presence of speech components, - speech components which are present are analysed by means of voice recognition and a voice profile recognized in the process is assigned to a specific speaker, and - additional information relating to the specific speaker that goes beyond personal information is obtained by means of the mobile device and is presented to a user of the hearing system, wherein a check is carried out in order to determine whether there is, for the specific speaker, speech information for a foreign language that is predominantly spoken by said speaker, and wherein a translation of the words spoken by the specific speaker is presented to the user if corresponding speech information is assigned to the specific speaker.
Assistance device for automatically generating training data of a time series of sensor data, further on called temporal sensor data, applied to train an Artificial Intelligence system used for detecting anomalous behaviour of a technical system, comprising at least one processor configured to perform - obtaining historical temporal sensor data measured at said or a similar technical system, - dividing the historical temporal sensor data into a temporal sequence of segments and assigning one segment type out of several different segment types to each segment, wherein each segment type is characterized by similar data distribution of temporal sensor data, - iteratively for each segment, determining a neighbourhood pattern of segment types comprising of the segment type of a first number of adjacent preceding segments and the segment type of said segment and the segment types of a second number of adjacent subsequent segments, - determining the most frequently occurring neighbourhood pattern from all determined neighbourhood patterns as reference pattern for normal operation of the technical system, - selecting a subsequence of segments out of the historical temporal sensor data, which is ordered according to the reference pattern, and - outputting the subsequence of segments for applying as training data, wherein the neighbourhood pattern consists of at least two different segment types. - obtaining historical temporal sensor data measured at said or a similar technical system, - dividing the historical temporal sensor data into a temporal sequence of segments and assigning one segment type out of several different segment types to each segment, wherein each segment type is characterized by similar data distribution of temporal sensor data, - iteratively for each segment, determining a neighbourhood pattern of segment types comprising of the segment type of a first number of adjacent preceding segments and the segment type of said segment and the segment types of a second number of adjacent subsequent segments, - determining the most frequently occurring neighbourhood pattern from all determined neighbourhood patterns as reference pattern for normal operation of the technical system, - selecting a subsequence of segments out of the historical temporal sensor data, which is ordered according to the reference pattern, and - outputting the subsequence of segments for applying as training data,
A display device comprising: a liquid crystal panel; a backlight unit configured to comprise a light source that supplies light to the liquid crystal panel; a polarizing part coupled to a first surface and a second surface of the liquid crystal panel, wherein the first surface and the second surface are opposite surfaces of the liquid crystal panel, the polarizing part including a first polarizing member coupled to the first surface of the liquid crystal panel and a second polarizing member coupled to the second surface of the liquid crystal panel, wherein the first polarizing member is configured to polarize light passing through the backlight unit and to transfer the polarized light to the liquid crystal panel, and the second polarizing member is configured to polarize light passing through the liquid crystal panel so as to enable an external user to view an image; and an optical member (220, 320) disposed between the first polarizing member and the backlight unit, wherein the optical member (120, 220, 320) is formed to extend in an outer direction of the liquid crystal panel, and surrounds side surfaces of the backlight unit, wherein the optical member (220, 320) comprises a bending part (122a, 122b) configured to guide the at least one optical member (220, 320) being bent for surrounding the side surfaces of the backlight unit. a liquid crystal panel; a backlight unit configured to comprise a light source that supplies light to the liquid crystal panel; a polarizing part coupled to a first surface and a second surface of the liquid crystal panel, wherein the first surface and the second surface are opposite surfaces of the liquid crystal panel, the polarizing part including a first polarizing member coupled to the first surface of the liquid crystal panel and a second polarizing member coupled to the second surface of the liquid crystal panel, wherein the first polarizing member is configured to polarize light passing through the backlight unit and to transfer the polarized light to the liquid crystal panel, and the second polarizing member is configured to polarize light passing through the liquid crystal panel so as to enable an external user to view an image; and an optical member (220, 320) disposed between the first polarizing member and the backlight unit, wherein the optical member (120, 220, 320) is formed to extend in an outer direction of the liquid crystal panel, and surrounds side surfaces of the backlight unit, wherein the optical member (220, 320) comprises a bending part (122a, 122b) configured to guide the at least one optical member (220, 320) being bent for surrounding the side surfaces of the backlight unit.
A method of wireless communication performed by a wireless communication device (110; 120), comprising: identifying that a last resource block of a resource allocation for a physical downlink shared channel, PDSCH, is in a last allocable resource block group, RBG; and determining whether one or more additional resource blocks, subsequent to the last resource block, are included in the resource allocation for the PDSCH based at least in part on at least one of a reference signal type associated with the PDSCH, a quantity of the one or more additional resource blocks, or a downlink control information, DCI, format of the resource allocation. identifying that a last resource block of a resource allocation for a physical downlink shared channel, PDSCH, is in a last allocable resource block group, RBG; and determining whether one or more additional resource blocks, subsequent to the last resource block, are included in the resource allocation for the PDSCH based at least in part on at least one of a reference signal type associated with the PDSCH, a quantity of the one or more additional resource blocks, or a downlink control information, DCI, format of the resource allocation.
Omni-directional light for airfield lighting comprising - at least one luminous element for emitting light, - at least one optic element assigned to the luminous element for deflecting the light in a light exit main plane, wherein the optic element consists of a transparent optic body and is formed as a type of a refractive optic element and comprises a light entrance surface for the light emitted by the luminous element and a light exit surface for decoupling the light from the optic element and wherein a main radiation direction defined by an optical axis of the luminous element extends in a light exit main plane of the light deflected in the optic element, wherein the optic element has a recess receiving the light entrance surface, the luminous element is assigned to the optic element in the region of the recess, characterized in that the optic element has a recess on a rear side facing toward the luminous element, wherein a shell surface of the recess is formed as light entrance surface of the optic element, the light entrance surface is formed from a plurality of partial surfaces (6.1, 6.2, 6.3, 6.4), of which respectively one partial surface is shaped as a cylinder segment shell surface (partial surface 6.1), spherical segment shell surface (partial surface 6.2), truncated cone shell surface (partial surface 6.3) or flat (partial surface 6.4), respectively, the light exit surface is formed by two convexly curved partial surfaces (7.1, 7.2), wherein the convexly curved partial surfaces (7.1, 7.2) have a common connecting edge 8 und the connecting edge extends into the light exit main plane of the ambient light and such that the light entrance surface of the optic element and/or the light exit surface of the optic element are formed and/or positioned in such a way and/or that the luminous element is assigned to the optic element in such a way that light emitted from the luminous element and light deflected from the optical axis outwardly by the optic element homogeneously illuminate a horizontal angle range of -95 ° to + 95 ° with respect to the main radiation direction of the light, in the light exit main plane. - at least one luminous element for emitting light, - at least one optic element assigned to the luminous element for deflecting the light in a light exit main plane,
An endoscope procedure instrument (1, 20, 30, 42, 45, 70, 80, 90, 95, 97, 103) comprising a tube part (3, 56, 71) which is cylindrical in shape and provided at a distal end of an endoscope so as to be projected from the distal end of the endoscope to a distal direction; and a grasping member (5, 6, 81, 91) configured to hold a biological tissue with respect to the endoscope, wherein a proximal end of the tube part (3, 56, 71) is attached to the distal end of the endoscope and a distal end surface of the tube part (3, 56, 71) is inclined with respect to the central axis of the tube part (3, 56, 71), characterized in that the tube part (3, 56, 71) has a slit (2, 76) provided to a side surface thereof extending along the direction of the central axis of the tube part (3, 56, 71) at a distal point which is farthest from the tube part (3, 56, 71), and in that the grasping member (5, 61, 81, 91) is disposed to the tube part (3, 56, 71) extending along the slit (2, 76) in a direction in which the central axis of the tube part (3, 56, 71) extends.
A method comprising: receiving an indication of exhaust gas temperature for a gas turbine engine; determining, by at least one processor, based on the received indication of the EGT, a representation of a second derivative with respect to time of the EGT; comparing the representation of the second derivative of the EGT to a threshold value; and determining an engine flameout condition of the gas turbine engine based on the comparing. receiving an indication of exhaust gas temperature for a gas turbine engine; determining, by at least one processor, based on the received indication of the EGT, a representation of a second derivative with respect to time of the EGT; comparing the representation of the second derivative of the EGT to a threshold value; and determining an engine flameout condition of the gas turbine engine based on the comparing.
A wireless communications system for categorized channel reservation, comprising a first wireless communications module, associated with a first communications protocol, configured to transmit or receive a plurality of first wireless signals; and a second wireless communications module, associated with a second communications protocol, configured to transmit a first control packet according to an activity schedule of the first wireless communications module to disable a first wireless communication station (STA1; STA2) and a second wireless communication station from data transmissions in compliance with the second wireless communications protocol, characterized in that the second wireless communications module is further configured to transmit a second control packet to enable the first wireless communication station (STA1; STA2) to perform the data transmissions; wherein the first control packet is transmitted using a first transmission power, and the second control packet is transmitted using a second transmission power lower than the first transmission power, and wherein the first wireless communication station (STA1; STA2) is located within a distance from the wireless communications system where delivery of the second control packet using the second transmission power is ensured, while the second wireless communication station is located beyond the distance.
A wireless communication system for forming a multi-channel network by each communication station determining a beacon sending channel and a data sending channel of a local station as appropriate without intervention of a specific control station; wherein each communication station transmits a beacon signal in a certain cycle defined by a beacon interval using the channel which many more communication stations can receive; and characterised by: wherein when a new communication station newly participates in the network, the beacon interval is narrowed by setting a beacon sending timing of the new communication station in the beacon interval set by two existing and neighboring communication stations.