mhurhangee/ep-ind-claims huggingface dataset:
A vehicle assistance device, comprising: - a control means for generating data which provide information concerning the occurrence in time of an event along a route of a vehicle, - a display means for displaying a map of the route of the vehicle between a starting point and a destination point of the route, - wherein the control means controls the display means with the data, - wherein the control means generates the data such that the information characterising the occurrence of an event is displayed on the display means along the map of the route subject to the point in time of the occurrence of the event, characterised in that the vehicle assistance device comprises an identification means for identifying at least one occupant of the vehicle, and the control means is configured to generate the data subject to the occupant identified in the vehicle. - a control means for generating data which provide information concerning the occurrence in time of an event along a route of a vehicle, - a display means for displaying a map of the route of the vehicle between a starting point and a destination point of the route, - wherein the control means controls the display means with the data, - wherein the control means generates the data such that the information characterising the occurrence of an event is displayed on the display means along the map of the route subject to the point in time of the occurrence of the event,
A system for providing three dimensional views of virtual slide information contained in a computer constructed image object, comprising: a computer constructed image object comprising a plurality of scanned z-planes; and an image library module configured to access the computer constructed image object and provide a three dimensional view of contiguous virtual slide information, wherein the three dimensional view is a prism which extends across multiple z-planes and is skewed against the z-planes, and wherein a surface of the prism is first calculated within the computer constructed image object and then image data interior to the calculated surface is retrieved as the three dimensional view, said image library module further configured to derive views from the prism to provide vertical, horizontal and skewed cross sections of said prism. a computer constructed image object comprising a plurality of scanned z-planes; and an image library module configured to access the computer constructed image object and provide a three dimensional view of contiguous virtual slide information, wherein the three dimensional view is a prism which extends across multiple z-planes and is skewed against the z-planes, and wherein a surface of the prism is first calculated within the computer constructed image object and then image data interior to the calculated surface is retrieved as the three dimensional view, said image library module further configured to derive views from the prism to provide vertical, horizontal and skewed cross sections of said prism.
A tip part for an endoscope, the tip part comprising: a vision receptor having a vision sensor for providing an image from light received from an object to be investigated; a first light source; an exterior housing accommodating the vision receptor and the light source; a proximal or back end for connection to another part of the endoscope, such as an insertion tube of the endoscope; a distal or front end for receiving light from the object; and a first lens positioned in front of the first light source so that a portion of light emitted from the first light source travels towards and propagates through the first lens; the exterior housing comprising a window positioned at the distal end, the window consisting essentially of a transparent material, so that light emitted from the first light source can pass through the window to the exterior, the window comprising an exterior surface positioned at least partly in front of the first light source, wherein the first lens is a convex lens and has a convex lens surface integrally provided on an interior surface of the window, wherein the exterior surface of the window is further positioned at least partly in front of the vision receptor so that light received from the object can pass through the window to the vision receptor. a vision receptor having a vision sensor for providing an image from light received from an object to be investigated; a first light source; an exterior housing accommodating the vision receptor and the light source; a proximal or back end for connection to another part of the endoscope, such as an insertion tube of the endoscope; a distal or front end for receiving light from the object; and a first lens positioned in front of the first light source so that a portion of light emitted from the first light source travels towards and propagates through the first lens; the exterior housing comprising a window positioned at the distal end, the window consisting essentially of a transparent material, so that light emitted from the first light source can pass through the window to the exterior, the window comprising an exterior surface positioned at least partly in front of the first light source, wherein the first lens is a convex lens and has a convex lens surface integrally provided on an interior surface of the window, wherein the exterior surface of the window is further positioned at least partly in front of the vision receptor so that light received from the object can pass through the window to the vision receptor.
A circular comb of a combing machine, comprising a base body which is situated in parallel to its rotation axis and which has at least one comb element (K1-K4) resting on its outer circumference, and at least one retaining element (10, 40) which is connected to the comb element and which has at least one threaded bore into which in each case a first end section of a threaded bolt provided with a thread protrudes, the threaded bolt having a middle section which protrudes through a radially oriented opening in the base body, and the threaded bolt being provided with a second end section with which it is supported on an inner support surface of the base body in the area of the particular opening, the cross-sectional area of the second end section extending, at least partially, beyond the cross-sectional area of the particular opening, characterized in that the diameter of the first end section of the particular threaded bolt is smaller than the diameter (d) of the middle section, and a spring element (30, 31) is provided between the inner support surface of the base body and the second end section of the threaded bolt.
A process for producing a yarn comprising the steps of: (a) producing a plurality of dope filaments by spinning a polymer solution in sulfuric acid through a multi-hole spinneret, said polymer comprising imidazole groups; (b) coagulating the plurality of dope filaments into an as-spun yarn; (c) contacting the yarn with an aqueous base having a pKa less than or equal to 11; and (d) rinsing the yarn. (a) producing a plurality of dope filaments by spinning a polymer solution in sulfuric acid through a multi-hole spinneret, said polymer comprising imidazole groups; (b) coagulating the plurality of dope filaments into an as-spun yarn; (c) contacting the yarn with an aqueous base having a pKa less than or equal to 11; and (d) rinsing the yarn.
A thermal recording material comprising: - a base layer; - one or more undercoat layers which is/are laid down on the base layer; - a thermo-sensitive coloring layer which is laid down on the uppermost undercoat layer, on the opposite side with respect to the base layer; and - one or more protective layers which is/are laid down on the thermo-sensitive coloring layer, on the opposite side with respect to the undercoat layer(s), wherein one or more of the said undercoat layers contains an aminocarboxylic acid chelating agent. - a base layer; - one or more undercoat layers which is/are laid down on the base layer; - a thermo-sensitive coloring layer which is laid down on the uppermost undercoat layer, on the opposite side with respect to the base layer; and - one or more protective layers which is/are laid down on the thermo-sensitive coloring layer, on the opposite side with respect to the undercoat layer(s),
A system for delivery of electrical pulses to tissue comprising: a. a pulse generator configured to generate at least one pulse that has a duration of no longer than 1,000 nanoseconds at full-width-at-half-maximum; and b. a pulse delivery device comprising at least one delivery electrode and at least one ground electrode, each having an outer surface, characterised in that the entire outer surface of the at least one ground electrode is coated with an electrically insulating material, and wherein the electrically insulating material has a thickness, and wherein the electrically insulating material is thick enough to reduce or prevent electrical arcing between the at least one delivery electrode and the at least one ground electrode, when the electrode is inserted into, pressed against, or brought in very close proximity to the tissue. a. a pulse generator configured to generate at least one pulse that has a duration of no longer than 1,000 nanoseconds at full-width-at-half-maximum; and b. a pulse delivery device comprising at least one delivery electrode and at least one ground electrode, each having an outer surface,
An air data probe comprising: a sleeve having a first end and a second end, the sleeve including a circumferentially extending groove on an outside surface and a bore extending along a center of the sleeve between the first end and the second end; a heater having a wire coil within the groove of the sleeve; measurement equipment configured to measure atmospheric conditions provided to the measurement equipment through the bore in the sleeve; a shell outward from the sleeve and the heater coil with the shell having an opening adjacent to the bore at the first end of the sleeve, wherein the sleeve prevents corrosive elements from coming into contact with the heater coils; and a tip integral with the sleeve, the tip being adjacent to the first end of the sleeve and the opening of the shell; wherein the tip extends forward of the opening of the shell such that an outer surface of the tip is in contact with atmospheric conditions; and wherein the tip has an outer diameter of an outer surface that is equal to an outer diameter of an outer surface of the shell. a sleeve having a first end and a second end, the sleeve including a circumferentially extending groove on an outside surface and a bore extending along a center of the sleeve between the first end and the second end; a heater having a wire coil within the groove of the sleeve; measurement equipment configured to measure atmospheric conditions provided to the measurement equipment through the bore in the sleeve; a shell outward from the sleeve and the heater coil with the shell having an opening adjacent to the bore at the first end of the sleeve, wherein the sleeve prevents corrosive elements from coming into contact with the heater coils; and a tip integral with the sleeve, the tip being adjacent to the first end of the sleeve and the opening of the shell; wherein the tip extends forward of the opening of the shell such that an outer surface of the tip is in contact with atmospheric conditions; and wherein the tip has an outer diameter of an outer surface that is equal to an outer diameter of an outer surface of the shell.
A ground guidance system for persons with reduced or without visual capacity, wherein the ground guidance system has at least two types of strips running in the longitudinal direction of the ground guidance system, said strips differing in the tactile perceptibility of their upper sides, characterized in that the strips are one of the types of luminescent strips which consist of a coextruded plastic profile, which have a phosphorescent or fluorescent component on their upper side.
A cardiac rhythm management device for use with a patient having a plurality of electrodes (16, 18, 20) coupled to sensing circuitry to allow a plurality of sensing configurations to be defined thereby and operational circuitry comprising the following: detector means for detecting cardiac cycles of the patient using a first sensing configuration; trigger means for identifying a triggering event for sensing reconfiguration analysis; analyzer means for analyzing sensing quality data comprising data from two or more cardiac cycles of the patient for one or more sensing vectors, in which a sensing vector is defined between at least two of the plurality of electrodes (16, 18, 20); identifier means for identifying a trend in the sensing quality data indicating one or more unfavorable sensing configurations; selector means for selecting a sensing reconfiguration which is not one which has been identified as unfavorable in light of the trend; and a means for applying the sensing reconfiguration to detect and analyze cardiac signal data. detector means for detecting cardiac cycles of the patient using a first sensing configuration; trigger means for identifying a triggering event for sensing reconfiguration analysis; analyzer means for analyzing sensing quality data comprising data from two or more cardiac cycles of the patient for one or more sensing vectors, in which a sensing vector is defined between at least two of the plurality of electrodes (16, 18, 20); identifier means for identifying a trend in the sensing quality data indicating one or more unfavorable sensing configurations; selector means for selecting a sensing reconfiguration which is not one which has been identified as unfavorable in light of the trend; and a means for applying the sensing reconfiguration to detect and analyze cardiac signal data.
A method for receiving common reference signals in a wireless communications system, the method comprising: receiving an indicator from a base station (105, 105a - 105e) that a phase discontinuity is used between a first common reference signal, CRS, transmission and a second CRS transmission; receiving the first CRS transmission and the second CRS transmission without maintaining a phase continuity between the first CRS transmission and the second CRS transmission; receiving a third CRS transmission and a fourth CRS transmission that use a continuous CRS phase; and receiving an indicator from a base station (105, 105a - 105e) that the phase continuity is used between the third CRS transmission and the fourth CRS transmission. receiving an indicator from a base station (105, 105a - 105e) that a phase discontinuity is used between a first common reference signal, CRS, transmission and a second CRS transmission; receiving the first CRS transmission and the second CRS transmission without maintaining a phase continuity between the first CRS transmission and the second CRS transmission; receiving a third CRS transmission and a fourth CRS transmission that use a continuous CRS phase; and receiving an indicator from a base station (105, 105a - 105e) that the phase continuity is used between the third CRS transmission and the fourth CRS transmission.
A device for adjusting a photodetector optical encoder, characterized in that same comprises an optical encoder to adjust, a member (2, 5, 50, 4, 51) for rotating the optical encoder, said member being suitable for receiving and driving the optical encoder in rotation, an adjustment member having a means of connection (8, 20) with a printed circuit of the optical encoder and suitable for movably capping the optical encoder in position on the member for rotating, said adjustment member being suitable for sending a signal with amplitude information on the amplitude of the signal for each photodetector of each optical track of the rotating encoder, for collecting a response signal emitted by the encoder when same has received a signal with the setpoint amplitude and for modifying the rotation of the encoder, the device also including a control member on the one hand of the adjustment member and on the other of the rotation of the optical encoder and a monitoring member also connected to the interface.
A drive system for a vehicle comprising; a motive drive source, an automated manual transmission, an electromotive drive source and a planetary gear system having a sun gear, an internal gear, and a planet carrier having first and second planet gear sets, the first planet gear set meshing with the second planet gear set and the sun gear, and the second planet gear set meshing with the internal gear; wherein the planet carrier is connected to the electromotive drive source, the internal gear is connected to the transmission, and the sun gear is connected to the electromotive drive source; and a clutch to provide a lock up between the planet carrier and the sun gear and operable to bypass the planetary gear system.
A method for establishing a session, comprising: establishing, by a session management function, SMF, entity, a first Protocol Data Unit, PDU, session, wherein a service of the first PDU session is provided by a second user plane function, UPF; sending, by an access and mobility management function, AMF, entity, a first message to user equipment, UE, wherein the first message instructs the UE to send a request for establishing a second PDU session; receiving, by the AMF entity, a second message indicating the request for establishing the second PDU session from the UE, wherein the second message comprises a first PDU session identifier, ID, of the first PDU session and a second PDU session ID of the second PDU session; determining, by the AMF entity, the SMF entity based on the first PDU session ID and an association between the first PDU session ID and a SMF ID associated with the SMF entity, wherein the association is stored in the AMF entity; and establishing, by the SMF entity, the second PDU session, wherein a service of the second PDU session is provided by a first UPF. establishing, by a session management function, SMF, entity, a first Protocol Data Unit, PDU, session, wherein a service of the first PDU session is provided by a second user plane function, UPF; sending, by an access and mobility management function, AMF, entity, a first message to user equipment, UE, wherein the first message instructs the UE to send a request for establishing a second PDU session; receiving, by the AMF entity, a second message indicating the request for establishing the second PDU session from the UE, wherein the second message comprises a first PDU session identifier, ID, of the first PDU session and a second PDU session ID of the second PDU session; determining, by the AMF entity, the SMF entity based on the first PDU session ID and an association between the first PDU session ID and a SMF ID associated with the SMF entity, wherein the association is stored in the AMF entity; and establishing, by the SMF entity, the second PDU session, wherein a service of the second PDU session is provided by a first UPF.
A method for data storage, comprising: receiving data items associated with respective logical addresses for storage in a memory that includes multiple memory units; obtaining respective estimates of performance characteristics for the multiple memory units, wherein the performance characteristics for each memory unit include an indication of a respective count of memory blocks in the memory unit that are available for programming and further include a respective time duration of a memory access command applied to each memory unit; based on the estimates, adapting a mapping that maps the logical addresses to respective physical storage locations in the multiple memory units, so as to balance the performance characteristics across the memory units, wherein balancing the performance characteristics includes writing frequently accessed data to faster memory units and rarely accessed data to slower memory units as determined by the respective time duration of memory access commands applied to each memory unit; and storing the data items in the physical storage locations in accordance with the adapted mapping, wherein storing the data items comprises distributing the data items among the memory units in accordance with a weighted Round-Robin scheduling scheme that assigns respective weights to the memory units, and wherein adapting the mapping comprises modifying one or more of the weights, and wherein modifying the weights comprises assigning to a given memory unit different first and second weights for respective different first and second types of memory access commands. receiving data items associated with respective logical addresses for storage in a memory that includes multiple memory units; obtaining respective estimates of performance characteristics for the multiple memory units, wherein the performance characteristics for each memory unit include an indication of a respective count of memory blocks in the memory unit that are available for programming and further include a respective time duration of a memory access command applied to each memory unit; based on the estimates, adapting a mapping that maps the logical addresses to respective physical storage locations in the multiple memory units, so as to balance the performance characteristics across the memory units, wherein balancing the performance characteristics includes writing frequently accessed data to faster memory units and rarely accessed data to slower memory units as determined by the respective time duration of memory access commands applied to each memory unit; and storing the data items in the physical storage locations in accordance with the adapted mapping, wherein storing the data items comprises distributing the data items among the memory units in accordance with a weighted Round-Robin scheduling scheme that assigns respective weights to the memory units, and wherein adapting the mapping comprises modifying one or more of the weights, and wherein modifying the weights comprises assigning to a given memory unit different first and second weights for respective different first and second types of memory access commands.
Set of: - a plurality of sockets for mechanically holding and electrically contacting of a flat surface light lamp each, and - a plurality of elongated support bodies which are connected to each other via mating support body connecting portions (7a, 7b) formed at the longitudinal ends of the support bodies to form a support structure composed of the support bodies, on which the sockets are mountable or attached at regular intervals on a common support structure side, are mechanically fixed or firmly connected, characterized in that the elongated support bodies and their longitudinal ends are identically formed and wherein the elongated support bodies are connected or connectable to each other in a form-locking manner at their longitudinal ends via complementarily formed engagement sections of the elongated support bodies. - a plurality of sockets for mechanically holding and electrically contacting of a flat surface light lamp each, and - a plurality of elongated support bodies which are connected to each other via mating support body connecting portions (7a, 7b) formed at the longitudinal ends of the support bodies to form a support structure composed of the support bodies, on which the sockets are mountable or attached at regular intervals on a common support structure side, are mechanically fixed or firmly connected, characterized in that the elongated support bodies and their longitudinal ends are identically formed and wherein the elongated support bodies are connected or connectable to each other in a form-locking manner at their longitudinal ends via complementarily formed engagement sections of the elongated support bodies.