mhurhangee/ep-ind-claims huggingface dataset:
A test system for testing a system for radiologic treatment, comprising A. at least one anthropomorphic phantom for simulating motion of at least one part of a human body, the phantom comprising • a plurality of flexible components, each flexible component simulating at least a part of a human organ, • a receptacle for receiving the flexible components, the receptacle being at least partially flexible, and • a plurality of actuators configured for at least one of deforming and moving the flexible components within the receptacle; and B. a control device for controlling the phantom, comprising • a programmable logic controller, • a plurality of controller nodes, • a plurality of device controllers configured for controlling the actuators, and • at least one real-time bus interface connecting the controller nodes to the programmable logic controller and to the device controllers, wherein the programmable logic controller is configured to act as a master device with respect to the controller nodes, wherein the controller nodes are configured to act as master devices with respect to the device controllers. A. at least one anthropomorphic phantom for simulating motion of at least one part of a human body, the phantom comprising • a plurality of flexible components, each flexible component simulating at least a part of a human organ, • a receptacle for receiving the flexible components, the receptacle being at least partially flexible, and • a plurality of actuators configured for at least one of deforming and moving the flexible components within the receptacle; and • a plurality of flexible components, each flexible component simulating at least a part of a human organ, • a receptacle for receiving the flexible components, the receptacle being at least partially flexible, and • a plurality of actuators configured for at least one of deforming and moving the flexible components within the receptacle; and B. a control device for controlling the phantom, comprising • a programmable logic controller, • a plurality of controller nodes, • a plurality of device controllers configured for controlling the actuators, and • at least one real-time bus interface connecting the controller nodes to the programmable logic controller and to the device controllers, wherein the programmable logic controller is configured to act as a master device with respect to the controller nodes, wherein the controller nodes are configured to act as master devices with respect to the device controllers. • a programmable logic controller, • a plurality of controller nodes, • a plurality of device controllers configured for controlling the actuators, and • at least one real-time bus interface connecting the controller nodes to the programmable logic controller and to the device controllers,
Arrangement of exhaust manifold of an internal combustion engine comprising a cylinder head attached on top of a cylinder block, said manifold comprising an upstream end neck connected to a gas outlet of the cylinder head and surrounded by an attachment device, characterized in that said attachment device comprises a lower attachment end having a bevelled profile with a first wall pressed against a bearing wall of the cylinder head extending diagonally towards the exterior of the cylinder head from a seal plane of the cylinder head facing the cylinder block, and a second wall bearing against a receiving wall in the extension of a seal plane of the cylinder block facing the cylinder head, said first and second walls (27, 28) of the lower end of the attachment device forming an acute spreading angle (β).
Protection circuit for a plurality of individual cells arranged in a battery pack, • wherein a predefined number of individual cells form a cell composite • and the protection circuit is composed of a monitoring circuit for the state of charge of the individual cells in the cell composite and an evaluation unit, wherein the monitoring circuit detects the voltage (U na, U nb, U nc) applied to an individual cell and the evaluation unit performs a comparison of the detected voltages (U na, U nb, U nc) of a plurality of individual cells, • in order to output a signal as a control signal to switch off the battery pack if a de-balancing limit (U Dn) assigned to the cell composite is exceeded, • wherein the de-balancing limit (U Dn) indicates a permissible voltage difference (ΔU Z) between two selected individual cells of the cell composite, • characterised in that • the de-balancing limit (U Dn) of the cell composite is provided as a characteristic curve that is variable over its state of charge, • and the characteristic curve is to be changed in dependence upon a correction value, in order to change the de-balancing limit (U Dn), • wherein the correction value is formed in dependence upon at least one operating variable of the cell composite detected over the operating duration of the battery pack. • wherein a predefined number of individual cells form a cell composite • and the protection circuit is composed of a monitoring circuit for the state of charge of the individual cells in the cell composite and an evaluation unit, wherein the monitoring circuit detects the voltage (U na, U nb, U nc) applied to an individual cell and the evaluation unit performs a comparison of the detected voltages (U na, U nb, U nc) of a plurality of individual cells, • in order to output a signal as a control signal to switch off the battery pack if a de-balancing limit (U Dn) assigned to the cell composite is exceeded, • wherein the de-balancing limit (U Dn) indicates a permissible voltage difference (ΔU Z) between two selected individual cells of the cell composite, • characterised in that • the de-balancing limit (U Dn) of the cell composite is provided as a characteristic curve that is variable over its state of charge, • and the characteristic curve is to be changed in dependence upon a correction value, in order to change the de-balancing limit (U Dn), • wherein the correction value is formed in dependence upon at least one operating variable of the cell composite detected over the operating duration of the battery pack.
A method of forming a shaped article wherein said article comprises at least two parts which are chemically bonded, the method comprising: assembling at least two non chemically bonded parts in a cavity (93, 95) of a tool to form an assembly of the at least two parts, wherein said cavity (93, 95) is adapted to receive the assembly of at least two parts in the form of the shaped article; sealing the cavity (93, 95) of the tool; and melting the assembly of at least two parts to chemically bond the at least two parts together to form the shaped article. assembling at least two non chemically bonded parts in a cavity (93, 95) of a tool to form an assembly of the at least two parts, wherein said cavity (93, 95) is adapted to receive the assembly of at least two parts in the form of the shaped article; sealing the cavity (93, 95) of the tool; and melting the assembly of at least two parts to chemically bond the at least two parts together to form the shaped article.
Device for testing tablets or oblongs as samples, with a supporting surface for a tablet to be tested between two jaws spaced apart, wherein the one jaw is movable and the other jaw is stationary, wherein the supporting surface comprises between the jaws (3, 4) at least one positioning groove whose longitudinal axis is located corresponding to the direction of movement of the at least one movable jaw, characterized in that the supporting surface with the at least one positioning groove is implemented as a rotary plate, the rotary plate having a vertical rotational axis spaced apart from the longitudinal axis of the at least one positioning groove at a distance, wherein the at least one positioning groove is disposed in at least one quadrant (9, 10, 11, 12) of the rotary plate parallel to the direction of movement of the movable jaw and extends from a point on a radius perpendicularly to the same up to the periphery of the rotary plate.
A working machine for use in agriculture or construction with an attachment, wherein the attachment comprises a load signal control for its working hydraulics which is connected to a hydraulic system (1, 44) of the working machine for use in agriculture or construction by means of at least a pressure connection and a tank connection, with at least one consumer controlled by means of a directional control valve, by means of which a primary load pressure (p LS_primary) can be produced in a primary load signal line (17"), wherein the primary load pressure (p LS_primary) is supplied to a control unit (26, 26', 26") which controls a volume flow in a pressure line leading to the at least one consumer, and wherein, in the control unit (16, 26', 26"), an appropriate rise in the pressure of the primary load pressure (p LS_primary) is executed to a pressure level of a secondary load pressure (p LS_secondary), characterized in that the control unit (26, 26', 26") is disposed within the working hydraulics of the attachment and has a pressure regulation valve which is connected on the input side to the pressure line and the primary load signal line (17") as well as on the output side to a secondary load signal line, wherein a control piston of the pressure regulation valve is pressurised on one side with the primary load pressure (p LS_primary) as well as on the other side with the secondary load pressure (p LS_secondary).
A temperature measurement assembly, comprising: a bearing plate, wherein a first side of the bearing plate is provided with a bearing region; a heat-conducting sheet arranged on a second side of the bearing plate, wherein the heat-conducting sheet is attached to the bearing plate; characterized in that the temperature measurement assembly comprises: a heating coil arranged on a side of the heat-conducting sheet away from the bearing plate, wherein the heating coil is provided with a plurality of positioning grooves; and a plurality of temperature-sensing members arranged on the second side of the bearing plate, wherein an end of each temperature-sensing member abuts against the heat-conducting sheet; wherein the heat-conducting sheet is provided with a plurality of positioning columns extending in a thickness direction of the bearing plate, and an assembly of the heat-conducting sheet and the heating coil is achieved by a matching of the positioning columns and the positioning grooves. a bearing plate, wherein a first side of the bearing plate is provided with a bearing region; a heat-conducting sheet arranged on a second side of the bearing plate, wherein the heat-conducting sheet is attached to the bearing plate; characterized in that the temperature measurement assembly comprises: a heating coil arranged on a side of the heat-conducting sheet away from the bearing plate, wherein the heating coil is provided with a plurality of positioning grooves; and a plurality of temperature-sensing members arranged on the second side of the bearing plate, wherein an end of each temperature-sensing member abuts against the heat-conducting sheet; wherein the heat-conducting sheet is provided with a plurality of positioning columns extending in a thickness direction of the bearing plate, and an assembly of the heat-conducting sheet and the heating coil is achieved by a matching of the positioning columns and the positioning grooves. a heating coil arranged on a side of the heat-conducting sheet away from the bearing plate, wherein the heating coil is provided with a plurality of positioning grooves; and a plurality of temperature-sensing members arranged on the second side of the bearing plate, wherein an end of each temperature-sensing member abuts against the heat-conducting sheet; wherein the heat-conducting sheet is provided with a plurality of positioning columns extending in a thickness direction of the bearing plate, and an assembly of the heat-conducting sheet and the heating coil is achieved by a matching of the positioning columns and the positioning grooves.
Trailer with at least a tilting axle unit comprising an anterior zone or front end equipped with a coupling device joinable to a tractor, an intermediate loading deck, a posterior zone or rear end adjacent to a rear support, said rear support comprising one or more axles each connected to one or more wheel groups to sustain said trailer while in a run configuration, characterized in comprising a telescopic support or slide and a fifth-wheel coupling, connected to each other by means of a socket or fifth-wheel socket, said telescopic support or slide being connected to said rear support and movable so that it slides in said socket by means of first moving means along a first axis substantially parallel to the direction of the longitudinal extension of said trailer, said rear support being rotatable and connected to said telescopic support or slide by means of a hinge or pivot that can be rotated around a second axis substantially parallel to the ground and perpendicular to said first axis, and being movable by means of second moving means around said hinge or pivot, said fifth-wheel coupling being placed in correspondence of said loading deck and being rotatable, by means of third moving means, around a third axis, substantially perpendicular to the ground and to said first axis and to said second axis, so that it rotationally drags said telescopic support or slide and said rear support, to allow the loading of a vehicle on said loading deck in correspondence of said posterior zone or rear end. characterized in comprising a telescopic support or slide and a fifth-wheel coupling, connected to each other by means of a socket or fifth-wheel socket, said telescopic support or slide being connected to said rear support and movable so that it slides in said socket by means of first moving means along a first axis substantially parallel to the direction of the longitudinal extension of said trailer, said rear support being rotatable and connected to said telescopic support or slide by means of a hinge or pivot that can be rotated around a second axis substantially parallel to the ground and perpendicular to said first axis, and being movable by means of second moving means around said hinge or pivot, said fifth-wheel coupling being placed in correspondence of said loading deck and being rotatable, by means of third moving means, around a third axis, substantially perpendicular to the ground and to said first axis and to said second axis, so that it rotationally drags said telescopic support or slide and said rear support, to allow the loading of a vehicle on said loading deck in correspondence of said posterior zone or rear end.
A method for access control using a personal security device, PSD, of a user, comprising: interfacing a reader device, coupled to a host device, with the PSD; determining whether the PSD has a security mechanism loaded into the PSD by a manufacturer of the PSD; if so (61-YES), determining whether the PSD is presented for the first time to the reader device; if so (65-YES), providing the PSD with a new security mechanism, wherein the security mechanism comprises a one-time password, OTP, key; if no (65-NO), denying the user access and ending the method; authenticating the reader device to the PSD, wherein the OTP key is only readable from the PSD by the reader device when the reader device is authenticated and a secure channel is established between the PSD and a reader device; receiving the OTP key from the PSD at the reader device over the secure channel; generating an OTP at the reader device using the OTP key received at the reader device from the PSD; and passing the OTP from the reader device to the host device or a validation system connected to the host device for validation. interfacing a reader device, coupled to a host device, with the PSD; determining whether the PSD has a security mechanism loaded into the PSD by a manufacturer of the PSD; if so (61-YES), determining whether the PSD is presented for the first time to the reader device; if so (65-YES), providing the PSD with a new security mechanism, wherein the security mechanism comprises a one-time password, OTP, key; if no (65-NO), denying the user access and ending the method; if so (65-YES), providing the PSD with a new security mechanism, wherein the security mechanism comprises a one-time password, OTP, key; if no (65-NO), denying the user access and ending the method; authenticating the reader device to the PSD, wherein the OTP key is only readable from the PSD by the reader device when the reader device is authenticated and a secure channel is established between the PSD and a reader device; receiving the OTP key from the PSD at the reader device over the secure channel; generating an OTP at the reader device using the OTP key received at the reader device from the PSD; and passing the OTP from the reader device to the host device or a validation system connected to the host device for validation.
An automated maintenance apparatus for large-area surfaces, comprising a mobile carrier system, wherein the carrier system comprises at least one vertical carrier tower, on which at least two arm systems are arranged, and each arm system can be moved vertically along the vertical carrier tower via a carrier unit, characterised in that the at least two carrier units are arranged on opposite edges and/or sides of the carrier tower and are vertically movable independently from one another.
A method for producing an immune cell-deficient transgenic cloned miniature pig having an allelic mutation in interleukin-2 receptor gamma (IL2RG), the method comprising the steps of: treating a TALEN (transcription activator-like effector nuclease) recognition sequence site of chromosome X of a pig (Sus scrofa), which is represented by SEQ ID NO: 1, with TALEN to induce an allelic mutation; and producing mutant embryos by somatic cell nuclear transfer (SCNT) using cells having the induced allelic mutation, wherein the TALEN (transcription activator-like effector nuclease) recognition sequence site is nucleotides 1 to 19 of SEQ ID NO: 1 and nucleotides 32 to 50 of SEQ ID NO: 1. treating a TALEN (transcription activator-like effector nuclease) recognition sequence site of chromosome X of a pig (Sus scrofa), which is represented by SEQ ID NO: 1, with TALEN to induce an allelic mutation; and producing mutant embryos by somatic cell nuclear transfer (SCNT) using cells having the induced allelic mutation, wherein the TALEN (transcription activator-like effector nuclease) recognition sequence site is nucleotides 1 to 19 of SEQ ID NO: 1 and nucleotides 32 to 50 of SEQ ID NO: 1.
Chain grouser arrangement for a crawler chain of a tracked vehicle, having a chain grouser provided with a contact surface (A 1) supported on at least one chain belt of the crawler chain in the installed condition, wherein the contact surface (A 1) is provided with a respective curved marginal contour on each of the front and rear sides, in relation to the chain running direction, wherein each marginal contour is provided with at least two different radii (R 1 to R 4), which radii decrease starting from the contact surface (A 1) across the extension of the curved marginal contour, characterized in that a width of each curved marginal contour is greater than its height, as seen in the chain running direction.
A Yankee cylinder for a tissue paper machine, comprising a hollow roller body made of grey solidified cast iron GJS with freely embedded graphite which is at least substantially present as spheroidal graphite, wherein a layer of hard material is applied to an outer circumferential surface of the roller body, wherein the layer of hard material is a layer made of a hard material which exhibits a greater hardness than the material of the roller body.
3-[2-(4-{2-ethyl-4,6-dimethyl-1H-imidazo[4,5-c]pyridin-1-yl}phenyl)ethyl]-1-[(4-methylbenzene)sulfonyl]urea or a pharmaceutically acceptable salt thereof for the use in the reduction of tumor size of cancer in a human or an animal, wherein the cancer is at least one kind selected from the group consisting of gastroenterological cancer, prostate cancer, lung cancer, and breast cancer.
A method for depositing an overlay material onto a metal surface by means of electroslag strip cladding, wherein said electroslag strip cladding comprises using a welding strip electrode made of a 625 alloy and a flux material having a CaF 2 content of > 55 wt%, preferably > 60 wt%, characterized in that the flux material comprises 2-3 wt% Nb, 5-6,5 wt% Mo and/or 8-12 wt% Cr.
A process for the optical detection of objects moved at a conveying speed (v), comprising: - illuminating the object in a temporally consecutive manner with a sequence of at least two light pulses which exhibit different colours, characterized by - taking images of the object during each light pulse with a monochromatic optical area sensor, e.g., a CMOS sensor, comprising a plurality of sensor lines, - reading out and temporarily storing at least as many lines (Z5, Z15.. Z55) of each image as there are different colours of the light pulses, wherein the read-out lines have a line pitch (d) relative to each other by which or by a multiple of which line pitch the projection of the object onto the area sensor moves along between consecutive light pulses (R, G, B) and the line pitch (d) or a multiple thereof, respectively, is proportional to the distance (s, s') for which the object moves along at the conveying speed (v) between consecutive light pulses, - sequentially combining lines (Z5, Z15.. Z55) from images taken under illumination in different colours to form colour lines (F1 - F6), with the lines (Z5, Z15.. Z55) combined with each other having the aforesaid line pitch (d) or a multiple thereof, respectively, relative to each other when they are being read out; and - assembling the colour lines (F1 - F6) into an overall colour picture. - illuminating the object in a temporally consecutive manner with a sequence of at least two light pulses which exhibit different colours, characterized by - taking images of the object during each light pulse with a monochromatic optical area sensor, e.g., a CMOS sensor, comprising a plurality of sensor lines, - reading out and temporarily storing at least as many lines (Z5, Z15.. Z55) of each image as there are different colours of the light pulses, wherein the read-out lines have a line pitch (d) relative to each other by which or by a multiple of which line pitch the projection of the object onto the area sensor moves along between consecutive light pulses (R, G, B) and the line pitch (d) or a multiple thereof, respectively, is proportional to the distance (s, s') for which the object moves along at the conveying speed (v) between consecutive light pulses, - sequentially combining lines (Z5, Z15.. Z55) from images taken under illumination in different colours to form colour lines (F1 - F6), with the lines (Z5, Z15.. Z55) combined with each other having the aforesaid line pitch (d) or a multiple thereof, respectively, relative to each other when they are being read out; and - assembling the colour lines (F1 - F6) into an overall colour picture.