mhurhangee/patent-ind-claim-en huggingface dataset:
Device for a driving assistance system for a vehicle , having the following features: a control unit that is designed to determine information about a position of a controllable road sign ; wherein the control unit is furthermore designed to determine information about a position of the vehicle ; wherein the control unit is designed to determine information about a velocity and/or information about an acceleration of at least one directly preceding vehicle; wherein the control unit is furthermore designed to ascertain information about at least one expected passing time at which the vehicle passes the controllable road sign , based on the information about the position of the vehicle and the information about the position of the controllable road sign and the information about the velocity and/or the information about the acceleration of the directly preceding vehicle; wherein the control unit is moreover designed to determine information about a planned route of the vehicle in order to also determine the information about the expected passing time based on the information about the planned route; and a receiving and transmitting unit that is designed to provide, to a control entity for the controllable road sign , the information of the expected passing time at which the vehicle passes the controllable road sign ; and wherein the receiving and transmitting unit is furthermore designed to receive from the control entity information about a time period in which the controllable road sign can be passed. a control unit that is designed to determine information about a position of a controllable road sign ; wherein the control unit is furthermore designed to determine information about a position of the vehicle ; wherein the control unit is designed to determine information about a velocity and/or information about an acceleration of at least one directly preceding vehicle; wherein the control unit is furthermore designed to ascertain information about at least one expected passing time at which the vehicle passes the controllable road sign , based on the information about the position of the vehicle and the information about the position of the controllable road sign and the information about the velocity and/or the information about the acceleration of the directly preceding vehicle; wherein the control unit is moreover designed to determine information about a planned route of the vehicle in order to also determine the information about the expected passing time based on the information about the planned route; and a receiving and transmitting unit that is designed to provide, to a control entity for the controllable road sign , the information of the expected passing time at which the vehicle passes the controllable road sign ; and wherein the receiving and transmitting unit is furthermore designed to receive from the control entity information about a time period in which the controllable road sign can be passed.
A system , comprising: a buffer pool that includes a plurality of buffers configured to store packets; a Media Access Control, MAC, coupled to the buffer pool , the MAC comprising: a memory configured to store an incoming packet; and an inspection engine coupled to the memory and configured to: parse the incoming packet to determine a priority level of the incoming packet, determine whether there is a buffer available in the buffer pool to store the incoming packet, and allocate a buffer in the buffer pool to store the incoming packet based on the priority level of the incoming packet, characterized in that the inspection engine is dynamically programmable to specify one or more factors that are used to determine the priority level of the incoming packet; wherein the inspection engine is configured to be programmed remotely by a cable modem termination system to determine the priority level of the incoming packet. a buffer pool that includes a plurality of buffers configured to store packets; a Media Access Control, MAC, coupled to the buffer pool , the MAC comprising: a memory configured to store an incoming packet; and an inspection engine coupled to the memory and configured to: parse the incoming packet to determine a priority level of the incoming packet, determine whether there is a buffer available in the buffer pool to store the incoming packet, and allocate a buffer in the buffer pool to store the incoming packet based on the priority level of the incoming packet, characterized in that a memory configured to store an incoming packet; and an inspection engine coupled to the memory and configured to: parse the incoming packet to determine a priority level of the incoming packet, determine whether there is a buffer available in the buffer pool to store the incoming packet, and allocate a buffer in the buffer pool to store the incoming packet based on the priority level of the incoming packet, characterized in that parse the incoming packet to determine a priority level of the incoming packet, determine whether there is a buffer available in the buffer pool to store the incoming packet, and allocate a buffer in the buffer pool to store the incoming packet based on the priority level of the incoming packet, characterized in that the inspection engine is dynamically programmable to specify one or more factors that are used to determine the priority level of the incoming packet; wherein the inspection engine is configured to be programmed remotely by a cable modem termination system to determine the priority level of the incoming packet.
A chiller system including a centrifugal compressor and a controller , the centrifugal compressor comprising: a casing having an inlet portion and an outlet portion ; an inlet guide vane disposed in the inlet portion ; an impeller disposed downstream of the inlet guide vane , the impeller being rotatable about a rotation axis (x) defining an axial direction, and the impeller being adjustably mounted within the casing along the axial direction between at least a first flow rate position and a second flow rate position; a motor arranged and configured to rotate the impeller ; a diffuser disposed in the outlet portion downstream from the impeller with a port of the outlet portion being disposed between the impeller and the diffuser ; and an impeller axial position control mechanism configured to control adjustment of the impeller between at least the first and second flow rate positions; wherein the controller is configured to control surge by adjusting an axial position of the impeller , characterized: in that the impeller is shrouded, in that one of the first and second flow rate positions is a larger flow rate position and the other of the first and second flow rate positions is a smaller flow rate position, and in that the impeller outlet axially overlaps less of the port of the outlet portion in the smaller flow rate position than in the larger flow rate position. a casing having an inlet portion and an outlet portion ; an inlet guide vane disposed in the inlet portion ; an impeller disposed downstream of the inlet guide vane , the impeller being rotatable about a rotation axis (x) defining an axial direction, and the impeller being adjustably mounted within the casing along the axial direction between at least a first flow rate position and a second flow rate position; a motor arranged and configured to rotate the impeller ; a diffuser disposed in the outlet portion downstream from the impeller with a port of the outlet portion being disposed between the impeller and the diffuser ; and an impeller axial position control mechanism configured to control adjustment of the impeller between at least the first and second flow rate positions; wherein the controller is configured to control surge by adjusting an axial position of the impeller , characterized: in that the impeller is shrouded, in that one of the first and second flow rate positions is a larger flow rate position and the other of the first and second flow rate positions is a smaller flow rate position, and in that the impeller outlet axially overlaps less of the port of the outlet portion in the smaller flow rate position than in the larger flow rate position. in that the impeller is shrouded, in that one of the first and second flow rate positions is a larger flow rate position and the other of the first and second flow rate positions is a smaller flow rate position, and in that the impeller outlet axially overlaps less of the port of the outlet portion in the smaller flow rate position than in the larger flow rate position.
A method for the sequential recording of interferometric sectional images at different depths, wherein by means of an interferometer , which contains an optical reference path and an optical sample path , a sample beam scans a measuring region of a sample to produce a depth sectional image, wherein the path length of the sample beam and/or of the reference beam is varied by means of a path length switching unit and depth sectional images are produced at at least two different depths of the sample , wherein, by means of at least one mirror which is rotatably arranged in the path length switching unit and which is set in at least two different angular positions by means of a motor, the path length is changed in the path length switching unit by deflecting the beam paths for the different angular positions onto different geometric paths by means of different optical elements , characterised in that by means of the at least one mirror of the path length switching unit , the sample beam and/or the reference beam can be adjusted in such a way that, irrespective of the mirror position, the sample beam and/or the reference beam enters at the same position of the path length switching unit and exits at the same position of the path length switching unit .
Saildrive arrangement comprising an upper unit to be positioned inside a hull of a sailboat and a lower unit which is arranged to protrude from the bottom of the hull , wherein the upper unit comprises an input shaft to be connected to an engine and the lower unit comprises a propeller shaft , characterized in that a brake to lock the rotational movement of the propeller shaft is located in the upper unit , and that the brake is engageable by a locking spring and disengageable by hydraulic pressure provided by a hydraulic pump which is driven by the input shaft .
A screen printing machine comprising: a main body frame ; a squeegee configured to be used for printing a viscous fluid on a mask (M) placed on the main body frame on a board (S) and to be movable in a first direction from a first end to a second end of the mask (M); a collection member configured to be movable in the first direction and to collect the viscous fluid moved by the squeegee ; a driving section configured to move the squeegee and the collection member ; and a control section configured to control the driving section ,wherein the control section is configured to control the driving section so that the collection member is disposed on the first end side of the mask (M) closer to said first end side than the squeegee before the squeegee , moving in the first direction, enters a printing region (R) of the mask (M), and the control section is configured to control the driving section so that the collection member is disposed on the second end side of the mask (M) at a position ahead of the squeegee with respect to the first direction after the squeegee , moving in the first direction, passes by the printing region (R) of the mask (M). a main body frame ; a squeegee configured to be used for printing a viscous fluid on a mask (M) placed on the main body frame on a board (S) and to be movable in a first direction from a first end to a second end of the mask (M); a collection member configured to be movable in the first direction and to collect the viscous fluid moved by the squeegee ; a driving section configured to move the squeegee and the collection member ; and a control section configured to control the driving section ,wherein the control section is configured to control the driving section so that the collection member is disposed on the first end side of the mask (M) closer to said first end side than the squeegee before the squeegee , moving in the first direction, enters a printing region (R) of the mask (M), and the control section is configured to control the driving section so that the collection member is disposed on the second end side of the mask (M) at a position ahead of the squeegee with respect to the first direction after the squeegee , moving in the first direction, passes by the printing region (R) of the mask (M).
A method for determining a resource set, comprising: determining , by a first terminal device, a target resource set; sending, by the first terminal device, first indication information to a second terminal device according to the target resource set; wherein the target resource set is used for the second terminal device to determine a candidate transmission resource, and the first indication information is used for indicating the second terminal device to perform resource reselection. determining , by a first terminal device, a target resource set; sending, by the first terminal device, first indication information to a second terminal device according to the target resource set; wherein the target resource set is used for the second terminal device to determine a candidate transmission resource, and the first indication information is used for indicating the second terminal device to perform resource reselection.
A heat source unit comprising: mounting feet ; a bottom frame disposed on the mounting feet; vibration-proofmg members that are disposed between the bottom frame and the mounting feet and space the bottom frame apart from the mounting feet; and characterized by a plurality of struts that extend upward from the mounting feet, wherein all of the struts are anchored to the mounting feet without being anchored to the bottom frame. mounting feet ; a bottom frame disposed on the mounting feet; vibration-proofmg members that are disposed between the bottom frame and the mounting feet and space the bottom frame apart from the mounting feet; and characterized by a plurality of struts that extend upward from the mounting feet, wherein all of the struts are anchored to the mounting feet without being anchored to the bottom frame.
A system for providing an emergency vehicle, EV, alert, comprising: a plurality of sensors configured to collect EV-related data, including data related to at least an operation status and an occupancy status of an EV ; a processor configured to generate a geofence for the EV and configured to vary a size or shape of the generated geofence depending on a working mode of the EV , a determined intent associated with the EV , and the EV-related data; and a transmitter configured to transmit the generated geofence, wherein the working mode includes a non-emergency mode and at least one emergency mode, and wherein the intent is determined based on a moving status of the EV . a plurality of sensors configured to collect EV-related data, including data related to at least an operation status and an occupancy status of an EV ; a processor configured to generate a geofence for the EV and configured to vary a size or shape of the generated geofence depending on a working mode of the EV , a determined intent associated with the EV , and the EV-related data; and a transmitter configured to transmit the generated geofence, wherein the working mode includes a non-emergency mode and at least one emergency mode, and wherein the intent is determined based on a moving status of the EV .
A solid dispersion comprising valsartan or a pharmaceutically acceptable salt thereof and sacubitril or a pharmaceutically acceptable salt thereof as active ingredients, wherein the active ingredients are dispersed in a matrix containing a polymer, and wherein the solid dispersion is prepared by hot-melt extrusion.
A system for soil loosening of soil which has become compacted by wheels of an agricultural vehicle or an agricultural implement , said system comprises: - one or more soil loosening devices for loosening soil in a wheel track ; - in respect of each soil loosening device, a sensing system ; - a control unit ; wherein each of said one or more soil loosening devices comprises one or more soil loosening elements for loosening soil is said wheel track , and wherein each of said one or more soil loosening elements is/are mechanically connected to adjustment means for adjusting the degree of soil loosening provided by said one or more soil loosening elements ; characterized in that in respect of each soil loosening device , said sensing system is configured for sensing a height difference between soil located in said wheel track and soil located outside said wheel track ; wherein said sensing system being configured to provide one or more sensing signals representative of said sensed height difference of soil; and wherein said control unit is configured to receive said one or more sensing signals provided by said sensing system and to provide a control signal on the basis thereof; wherein said adjustment means is configured to receive said control signal , and on the basis thereof to adjust the degree of soil loosening of said one or more soil loosening elements of said one or more soil loosening devices . - one or more soil loosening devices for loosening soil in a wheel track ; - in respect of each soil loosening device, a sensing system ; - a control unit ;
Valve arrangement for a cooking appliance, comprising a gas valve and a tactile feedback device , the valve comprising a valve body and an axially movable rotating shaft coupled to said valve body , the gas flow through the valve being changed by means of rotation of the shaft , and the tactile feedback device being arranged outside the gas valve , said tactile feedback device comprising a fixed portion and a rotating portion rotating integrally with the shaft , the rotating portion being housed at least partially in the fixed portion, one of said portions comprising at least one follower arranged radially with respect to the shaft and the other one of said portions comprising at least one circular guide section which comprises a plurality of contiguous guiding housings and guides the follower to provide a tactile sensation during rotation of the shaft , wherein the fixed portion comprises an inner perimetral wall comprising the guide section and the rotating portion comprises the follower , at least one of the portions of the tactile feedback device being fixed to the shaft such that said portion moves integrally with said shaft in an axial manner.
A method for displaying augmented reality, comprising: projecting, through a spatial light modulator, one or more virtual images to a user; capturing, through a plurality of sensors, a set of data pertaining to the user's surroundings, wherein the set of data includes an image; processing, through a processing module, the set of data retrieved from the plurality of sensors, the processing module comprising a gating mechanism that selectively allows the set of data retrieved from the plurality of sensors to be transmitted to a mobile platform; detecting whether a detachable camera is attached to a housing of the augmented reality device, wherein the gating mechanism selectively allows the set of data retrieved from the plurality of sensors to be transmitted to the mobile platform based at least in part on whether the detachable camera is detected to be attached to the housing of the augmented reality display system. projecting, through a spatial light modulator, one or more virtual images to a user; capturing, through a plurality of sensors, a set of data pertaining to the user's surroundings, wherein the set of data includes an image; processing, through a processing module, the set of data retrieved from the plurality of sensors, the processing module comprising a gating mechanism that selectively allows the set of data retrieved from the plurality of sensors to be transmitted to a mobile platform; detecting whether a detachable camera is attached to a housing of the augmented reality device, wherein the gating mechanism selectively allows the set of data retrieved from the plurality of sensors to be transmitted to the mobile platform based at least in part on whether the detachable camera is detected to be attached to the housing of the augmented reality display system.
A method for preparing a cell population enriched for CD49f-positive adult stem cells, which exhibit an improved homogeneity as compared to stem cells prior to culturing, comprising: (a) a first step of culturing adult stem cells derived from umbilical cord blood, adipose tissue or bone marrow under non-adhesive culture conditions to obtain a cell population which forms spheres by spherical growth, and (b) a second step of isolating CD49f-positive adult stem cells from said spheres. (a) a first step of culturing adult stem cells derived from umbilical cord blood, adipose tissue or bone marrow under non-adhesive culture conditions to obtain a cell population which forms spheres by spherical growth, and (b) a second step of isolating CD49f-positive adult stem cells from said spheres.