mhurhangee/patent-ind-claim-en huggingface dataset:
A method of an electronic device for estimating a location of a transmitter , the method comprising: receiving from a server , a policy including a criterion for collecting transmitter information, wherein the criterion is a collection interval in which transmitter information is collected from a transmitter ; collecting transmitter information from a transmitter including time information that is proportional to a distance between the electronic device and the transmitter ; obtaining location information of the electronic device for each location where the transmitter information is collected; and transmitting the transmitter information and the location information to a server to be used to estimate the location of the transmitter based on the policy. receiving from a server , a policy including a criterion for collecting transmitter information, wherein the criterion is a collection interval in which transmitter information is collected from a transmitter ; collecting transmitter information from a transmitter including time information that is proportional to a distance between the electronic device and the transmitter ; obtaining location information of the electronic device for each location where the transmitter information is collected; and transmitting the transmitter information and the location information to a server to be used to estimate the location of the transmitter based on the policy.
Hydroelectric power plant, with a rotary piston motor, comprising - a motor housing with a motor chamber, - an inlet opening and an outlet opening, - a first, multi-bladed rotary piston which is arranged in the motor chamber and is mounted rotatably about a first axis, and - a second, multi-bladed rotary piston arranged in the motor chamber, which is rotatably mounted about a second axis spaced from the first axis and engages with the first rotary piston in a meshing manner, wherein the first and second rotary pistons are set in rotation about the first and second axes, respectively, by a fluid flow from the inlet to the outlet opening, a generator device which is mechanically coupled to the rotary pistons to be driven by the rotary pistons, characterized in that the first and second rotary pistons each have a number of N blades, where N is greater than or equal to two, and the blades of the first and second rotary pistons extend helically along the circumferential surface of the rotary piston and have an angle of at least 300° divided by N, preferably 360° divided by N, and in that the generator device comprises a first electrical generator, which is mechanically coupled to the first rotary piston for drive by the first rotary piston, and a second electrical generator, which is mechanically coupled to the second rotary piston for drive by the second rotary piston. - a motor housing with a motor chamber, - an inlet opening and an outlet opening, - a first, multi-bladed rotary piston which is arranged in the motor chamber and is mounted rotatably about a first axis, and - a second, multi-bladed rotary piston arranged in the motor chamber, which is rotatably mounted about a second axis spaced from the first axis and engages with the first rotary piston in a meshing manner, wherein the first and second rotary pistons are set in rotation about the first and second axes, respectively, by a fluid flow from the inlet to the outlet opening, a generator device which is mechanically coupled to the rotary pistons to be driven by the rotary pistons, wherein the first and second rotary pistons are set in rotation about the first and second axes, respectively, by a fluid flow from the inlet to the outlet opening, a generator device which is mechanically coupled to the rotary pistons to be driven by the rotary pistons,
An air flow distribution device for a driver heating, ventilation and air conditioning unit (HVAC) unit in a mass transit vehicle , the air flow distribution device comprising: a housing defining a space ; an air inlet that directs air to enter the housing from an air blowing device; a window air module that directs air to exit the housing towards a windshield of the mass transit vehicle; a head air module that directs air to exit the housing towards an upper portion of a driver seat of the mass transit vehicle; a foot air module that directs air to exit the housing towards a lower portion of the driver seat; an air flow distribution mechanism disposed within the space, characterised in that the air flow distribution mechanism includes a rotation disk , a flap formed on the rotation disk, and a plurality of sheet plates (492 a,b,c) disposed on walls of the housing; and a single motor disposed on the housing that drives the orientation of the rotation disk; wherein, based on the orientation of the rotation disk, the flap and two of the plurality of sheet plates form a barrier that prevents air which enters the housing via the air inlet from exiting the housing through at least one of the window air module, the head air module, and the foot air module such that the air flow distribution mechanism controllably directs air to exit the housing via the or each other of the window air module, the head air module, and the foot air module. a housing defining a space ; an air inlet that directs air to enter the housing from an air blowing device; a window air module that directs air to exit the housing towards a windshield of the mass transit vehicle; a head air module that directs air to exit the housing towards an upper portion of a driver seat of the mass transit vehicle; a foot air module that directs air to exit the housing towards a lower portion of the driver seat; an air flow distribution mechanism disposed within the space, characterised in that the air flow distribution mechanism includes a rotation disk , a flap formed on the rotation disk, and a plurality of sheet plates (492 a,b,c) disposed on walls of the housing; and a single motor disposed on the housing that drives the orientation of the rotation disk; wherein, based on the orientation of the rotation disk, the flap and two of the plurality of sheet plates form a barrier that prevents air which enters the housing via the air inlet from exiting the housing through at least one of the window air module, the head air module, and the foot air module such that the air flow distribution mechanism controllably directs air to exit the housing via the or each other of the window air module, the head air module, and the foot air module.
A computer-implemented method for optimizing a plurality of reference trajectories for a plurality of different types of automated vehicle operating in a confined area, the plurality of reference trajectories comprising a sequence of reference data points, the method comprising for each reference trajectory: determining a projection of the sequence of reference data points for fitting the sequence of reference data points onto a candidate reference trajectory, wherein the projection smooths the fit of the sequence of reference data to a set of data points forming the candidate reference trajectory subject to one or more constraints; quantifying a performance of at least one vehicle task to be performed by the vehicle along the reference trajectory in a simulation of the candidate trajectory; and optimizing the quantified performance for each candidate reference trajectory to obtain an optimal reference trajectory for each vehicle in the confined area, wherein the plurality of optimal reference candidate trajectories collectively form a cyclical trajectory within the confined area. determining a projection of the sequence of reference data points for fitting the sequence of reference data points onto a candidate reference trajectory, wherein the projection smooths the fit of the sequence of reference data to a set of data points forming the candidate reference trajectory subject to one or more constraints; quantifying a performance of at least one vehicle task to be performed by the vehicle along the reference trajectory in a simulation of the candidate trajectory; and optimizing the quantified performance for each candidate reference trajectory to obtain an optimal reference trajectory for each vehicle in the confined area, wherein the plurality of optimal reference candidate trajectories collectively form a cyclical trajectory within the confined area.
Luminaire comprising at least one connection device , wherein the connection device comprises a base connected to a housing of the luminaire ; wherein the base has at least one circumferential circular contact surface which is adapted to be inserted into a corresponding circular recess in a wall portion of the housing of the luminaire , and the contact surface can be brought into contact with the recess in the housing of the luminaire in such a way that the base is rotatably arranged in the recess in the housing of the luminaire , wherein the base has an opening which, in the connected state of the base and the housing, is arranged so as to be inclined relative to the recess in the housing and which is adapted to receive a grommet formed as a hollow body with an outer cable opening and an inner cable opening , and wherein the connection device is designed as an integral, one-piece component. wherein the connection device comprises a base connected to a housing of the luminaire ; wherein the base has at least one circumferential circular contact surface which is adapted to be inserted into a corresponding circular recess in a wall portion of the housing of the luminaire , and the contact surface can be brought into contact with the recess in the housing of the luminaire in such a way that the base is rotatably arranged in the recess in the housing of the luminaire , wherein the base has an opening which, in the connected state of the base and the housing, is arranged so as to be inclined relative to the recess in the housing and which is adapted to receive a grommet formed as a hollow body with an outer cable opening and an inner cable opening , and wherein the connection device is designed as an integral, one-piece component.
A method of wireless communication comprising: receiving , at a first cell, a message indicating that a second cell has a priority transmission scheduled using a first transmission time interval, TTI, the first TTI shorter in duration than a TTI of the first cell; and limiting , based at least in part on the message, a communication parameter associated with communications between the first cell and a user equipment, UE, during the scheduled priority transmission; wherein the communications between the first cell and the UE are downlink, DL, communications, and wherein limiting the communication parameter comprises: determining that the communications with the UE cause interference with the priority transmission that is below an interference threshold; and scheduling the UE for communications during a time selected to overlap with the priority transmission using the first TTI based at least in part on the determining. receiving , at a first cell, a message indicating that a second cell has a priority transmission scheduled using a first transmission time interval, TTI, the first TTI shorter in duration than a TTI of the first cell; and limiting , based at least in part on the message, a communication parameter associated with communications between the first cell and a user equipment, UE, during the scheduled priority transmission; wherein the communications between the first cell and the UE are downlink, DL, communications, and wherein limiting the communication parameter comprises: determining that the communications with the UE cause interference with the priority transmission that is below an interference threshold; and scheduling the UE for communications during a time selected to overlap with the priority transmission using the first TTI based at least in part on the determining. determining that the communications with the UE cause interference with the priority transmission that is below an interference threshold; and scheduling the UE for communications during a time selected to overlap with the priority transmission using the first TTI based at least in part on the determining.
A method for wireless communication, comprising: measuring one or more downlink transmission beams from a base station in a beam sweep procedure; transmitting an uplink transmission using an uplink resource, wherein the uplink resource is associated with a beam of the one or more downlink transmission beams that is measured to have an acceptable gain, and wherein a first portion of the uplink transmission is associated with first beamforming parameters and a second portion of the uplink transmission is associated with second beamforming parameters, and the first portion of the uplink transmission and the second portion of the uplink transmission are beamformed in different directions; receiving an indication from the base station identifying the first portion of the uplink transmission, wherein the indication is based at least in part on the first portion of the uplink transmission and the second portion of the uplink transmission; characterized in that the method further comprises: selecting the first beamforming parameters for receiving a subsequent downlink transmission from the base station based at least in part on the indication. measuring one or more downlink transmission beams from a base station in a beam sweep procedure; transmitting an uplink transmission using an uplink resource, wherein the uplink resource is associated with a beam of the one or more downlink transmission beams that is measured to have an acceptable gain, and wherein a first portion of the uplink transmission is associated with first beamforming parameters and a second portion of the uplink transmission is associated with second beamforming parameters, and the first portion of the uplink transmission and the second portion of the uplink transmission are beamformed in different directions; receiving an indication from the base station identifying the first portion of the uplink transmission, wherein the indication is based at least in part on the first portion of the uplink transmission and the second portion of the uplink transmission; characterized in that the method further comprises: selecting the first beamforming parameters for receiving a subsequent downlink transmission from the base station based at least in part on the indication.
Collet comprising a plurality of jaws which can be moved radially relative to one another and which form a receptacle for guiding a rod to be machined in a lathe, each jaw having a rear end face , a front end face that is arranged opposite to the rear end face and is oriented in the direction of the forward movement of the rod to be machined, and in each case a side face that faces each adjacent jaw and extends between the end faces , characterized by an air duct extending in at least one jaw , which air duct comprises an inlet arranged on the rear end face of the jaw and an outlet that opens onto at least one of the side faces and is intended for blowing out chips in the direction of forward movement.
A cassette for use in dispensing a pleated tubing , comprising: an annular body having a housing with a generally U-shaped channel cross section, the housing having a central cylindrical core ; and an annular cover extending over the annular body defining a gap , the cover being secured to the body; characterized in that : the housing further comprising an angular wall , the angular wall forming a lower inclined surface of the U-shaped channel cross section; wherein the cassette further comprises at least one aperture provided in the angular wall in the annular body. an annular body having a housing with a generally U-shaped channel cross section, the housing having a central cylindrical core ; and an annular cover extending over the annular body defining a gap , the cover being secured to the body; characterized in that : the housing further comprising an angular wall , the angular wall forming a lower inclined surface of the U-shaped channel cross section; wherein the cassette further comprises at least one aperture provided in the angular wall in the annular body. the housing further comprising an angular wall , the angular wall forming a lower inclined surface of the U-shaped channel cross section; wherein the cassette further comprises at least one aperture provided in the angular wall in the annular body.
A work platform configured to be positioned in proximity to a rotating workpiece , the work platform comprising: a workpiece motor to rotate the workpiece ; sliders aligned along a length of the work platform , the sliders comprising a leading edge , a trailing edge , and opposing lateral edges , the sliders being arranged with the leading edges positioned towards the workpiece ; one or more motors that move the sliders towards and away from the workpiece to maintain the leading edges at the workpiece and with a position of the leading edges being a function of the sectional shape of the workpiece at the slider and the rotational position of the workpiece ; and a control unit configured to control the one or more motors and the workpiece motor to synchronize the movement of the sliders with rotation of the workpiece . a workpiece motor to rotate the workpiece ; sliders aligned along a length of the work platform , the sliders comprising a leading edge , a trailing edge , and opposing lateral edges , the sliders being arranged with the leading edges positioned towards the workpiece ; one or more motors that move the sliders towards and away from the workpiece to maintain the leading edges at the workpiece and with a position of the leading edges being a function of the sectional shape of the workpiece at the slider and the rotational position of the workpiece ; and a control unit configured to control the one or more motors and the workpiece motor to synchronize the movement of the sliders with rotation of the workpiece .
Measuring arrangement for simultaneous measurement of optical and electrical properties of a dielectric medium to be investigated, as well as the analytes contained therein, comprising a field-effect transistor and a surface plasmon resonance sensor , - wherein the measuring arrangement comprises a sample chamber for receiving the dielectric medium, which sample chamber is arranged such that the optical and electrical properties of the dielectric medium can be recorded simultaneously, - wherein the gate electrode of the field-effect transistor forms the active surface of the surface plasmon resonance sensor , and comprises charge carriers which can be caused to oscillate by means of electromagnetic radiation, - wherein the measuring arrangement comprises an electromagnetic radiation source which is arranged and designed such that a portion of the energy of the electromagnetic radiation incident on the surface of the gate electrode is absorbed by the gate electrode , and - wherein the measuring arrangement comprises a detector of the surface plasmon resonance sensor for measuring the intensity of the electromagnetic radiation reflected from the surface of the gate electrode characterized in that the surface plasmon resonance sensor comprises an optical fiber having an optically reflective and electrically conductive surface, wherein the optical fiber comprises an electrical contact and forms the gate electrode of the measurement arrangement , and wherein the reflective surface of the optical fiber is guided into the sample chamber , such that the dielectric medium can be contacted with the reflective surface. - wherein the measuring arrangement comprises a sample chamber for receiving the dielectric medium, which sample chamber is arranged such that the optical and electrical properties of the dielectric medium can be recorded simultaneously, - wherein the gate electrode of the field-effect transistor forms the active surface of the surface plasmon resonance sensor , and comprises charge carriers which can be caused to oscillate by means of electromagnetic radiation, - wherein the measuring arrangement comprises an electromagnetic radiation source which is arranged and designed such that a portion of the energy of the electromagnetic radiation incident on the surface of the gate electrode is absorbed by the gate electrode , and - wherein the measuring arrangement comprises a detector of the surface plasmon resonance sensor for measuring the intensity of the electromagnetic radiation reflected from the surface of the gate electrode wherein the optical fiber comprises an electrical contact and forms the gate electrode of the measurement arrangement , and wherein the reflective surface of the optical fiber is guided into the sample chamber , such that the dielectric medium can be contacted with the reflective surface.
A method comprising: receiving, by a wireless device from a base station , control information that is configured to cause random access preamble transmission and that comprises random access parameters indicating: a first random access channel resource of a first uplink carrier of a cell; and a second random access channel resource of a second uplink carrier of the cell; sending, via the first random access channel resource of the first uplink carrier and based on the control information, at least one first random access preamble for a first random access procedure; determining that the first random access procedure is unsuccessful; and sending, via the second random access channel resource of the second uplink carrier and based on the determining that the first random access procedure is unsuccessful, at least one second random access preamble for a second random access procedure. receiving, by a wireless device from a base station , control information that is configured to cause random access preamble transmission and that comprises random access parameters indicating: a first random access channel resource of a first uplink carrier of a cell; and a second random access channel resource of a second uplink carrier of the cell; a first random access channel resource of a first uplink carrier of a cell; and a second random access channel resource of a second uplink carrier of the cell; sending, via the first random access channel resource of the first uplink carrier and based on the control information, at least one first random access preamble for a first random access procedure; determining that the first random access procedure is unsuccessful; and sending, via the second random access channel resource of the second uplink carrier and based on the determining that the first random access procedure is unsuccessful, at least one second random access preamble for a second random access procedure. determining that the first random access procedure is unsuccessful; and sending, via the second random access channel resource of the second uplink carrier and based on the determining that the first random access procedure is unsuccessful, at least one second random access preamble for a second random access procedure.