mhurhangee/ep-ind-claims huggingface dataset:
A method of operation of a wireless device in a cellular communications network, comprising: determining, based on a Time Division Duplexing, TDD, uplink/downlink configuration, a downlink Hybrid Automatic Repeat Request, HARQ, timing value k for transmission of downlink HARQ feedback for a downlink transmission received in a downlink Transmission Time Interval, TTI, n DL, wherein the downlink HARQ timing value k is determined based on a trade-off between the minimization of the latency before getting the downlink HARQ feedback and the equal distribution of the downlink HARQ feedback over different uplink TTIs; and transmitting, in an uplink TTI n UL = n DL + k, the downlink HARQ feedback for the downlink transmission received in the downlink TTI n DL; wherein, for at least some combinations of values for n UL and TDD uplink/downlink configurations, k < 4, wherein the TDD uplink/downlink configuration is Long Term Evolution, LTE, TDD uplink/downlink configuration 4, and determining the downlink HARQ timing value k comprises determining the downlink HARQ timing value k such that: the downlink HARQ timing value k is a member of a set consisting of the four values 6, 7, 8, and 11, if n UL is equal to 2; and the downlink HARQ timing value k is a member of a set consisting of the four values 3, 4, 5, and 6, if n UL is equal to 3. determining, based on a Time Division Duplexing, TDD, uplink/downlink configuration, a downlink Hybrid Automatic Repeat Request, HARQ, timing value k for transmission of downlink HARQ feedback for a downlink transmission received in a downlink Transmission Time Interval, TTI, n DL, wherein the downlink HARQ timing value k is determined based on a trade-off between the minimization of the latency before getting the downlink HARQ feedback and the equal distribution of the downlink HARQ feedback over different uplink TTIs; and transmitting, in an uplink TTI n UL = n DL + k, the downlink HARQ feedback for the downlink transmission received in the downlink TTI n DL; wherein, for at least some combinations of values for n UL and TDD uplink/downlink configurations, k < 4, wherein the TDD uplink/downlink configuration is Long Term Evolution, LTE, TDD uplink/downlink configuration 4, and determining the downlink HARQ timing value k comprises determining the downlink HARQ timing value k such that: the downlink HARQ timing value k is a member of a set consisting of the four values 6, 7, 8, and 11, if n UL is equal to 2; and the downlink HARQ timing value k is a member of a set consisting of the four values 3, 4, 5, and 6, if n UL is equal to 3. the downlink HARQ timing value k is a member of a set consisting of the four values 6, 7, 8, and 11, if n UL is equal to 2; and the downlink HARQ timing value k is a member of a set consisting of the four values 3, 4, 5, and 6, if n UL is equal to 3.
A virtual reality, VR, system comprising: a VR display device configured to display a VR environment corresponding to a position and rotating angles of the VR display device; and a first VR controller; a mobile device, the mobile device comprising a display component; and a VR processing device, the VR processing device further comprising a network component for communicating with the mobile device via a network, the mobile device comprising a network component for communicating with the VR processing device via the network, the VR processing device being configured for: acquiring a position and rotating angles of the first VR controller; and transmitting the position and the rotating angles of the first VR controller to the mobile device via the network, whereby the mobile device is configured to display, on the display component, a VR object of the VR environment corresponding to the position and the rotating angles of the first VR controller; characterised by: the first VR controller being a handheld VR controller of the VR system; the mobile device being attached to the first VR controller; the VR processing device comprising signal transceivers configured for transmitting and receiving signals between the VR processing device and the first VR controller. a VR display device configured to display a VR environment corresponding to a position and rotating angles of the VR display device; and a first VR controller; a mobile device, the mobile device comprising a display component; and a VR processing device, the VR processing device further comprising a network component for communicating with the mobile device via a network, the mobile device comprising a network component for communicating with the VR processing device via the network, the VR processing device being configured for: acquiring a position and rotating angles of the first VR controller; and transmitting the position and the rotating angles of the first VR controller to the mobile device via the network, whereby the mobile device is configured to display, on the display component, a VR object of the VR environment corresponding to the position and the rotating angles of the first VR controller; characterised by: the first VR controller being a handheld VR controller of the VR system; the mobile device being attached to the first VR controller; the VR processing device comprising signal transceivers configured for transmitting and receiving signals between the VR processing device and the first VR controller. the first VR controller being a handheld VR controller of the VR system; the mobile device being attached to the first VR controller; the VR processing device comprising signal transceivers configured for transmitting and receiving signals between the VR processing device and the first VR controller.
A method for manufacturing a positive electrode for a lithium-sulfur battery comprising, a step of mixing a sulfur-carbon composite and a binder to prepare a slurry for a positive electrode active material; a step of applying the slurry for the positive electrode active material to one surface of the current collector; a first drying step of drying the current collector, to which the slurry was applied, using hot air and medium wave infrared radiation having a wavelength of 1 to 5 μm; and a second drying step of further drying using a laser heat source after the first drying step. a step of mixing a sulfur-carbon composite and a binder to prepare a slurry for a positive electrode active material; a step of applying the slurry for the positive electrode active material to one surface of the current collector; a first drying step of drying the current collector, to which the slurry was applied, using hot air and medium wave infrared radiation having a wavelength of 1 to 5 μm; and a second drying step of further drying using a laser heat source after the first drying step.
A method for providing an interworking service between Converged IP Messaging, CPM, and Short Message Service, SMS, by a Internet Protocol Short Message Gateway, IP-SM-GW,, comprising the steps of: a) receiving a chat session invitation originating from a CPM User Equipment, UE, and being sent toward an SMS enabled UE; b) assigning a Mobile Station International Subscriber Directory Number, MSISDN, to the chat session; c) sending an invitation acknowledgement to the CPM UE; d) within the chat session, receiving a message containing data from the CPM UE and being sent toward the SMS enabled UE; e) formatting the message containing data into an SMS message, wherein the assigned MSISDN is inserted as a sender of the SMS message to ensure that an SMS response is sent back to the IP-SM-GW; and f) forwarding the formatted SMS message to the SMS enabled UE. a) receiving a chat session invitation originating from a CPM User Equipment, UE, and being sent toward an SMS enabled UE; b) assigning a Mobile Station International Subscriber Directory Number, MSISDN, to the chat session; c) sending an invitation acknowledgement to the CPM UE; d) within the chat session, receiving a message containing data from the CPM UE and being sent toward the SMS enabled UE; e) formatting the message containing data into an SMS message, wherein the assigned MSISDN is inserted as a sender of the SMS message to ensure that an SMS response is sent back to the IP-SM-GW; and f) forwarding the formatted SMS message to the SMS enabled UE.
A device for sealing an opening in a vessel wall, comprising: an anchor configured to be disposed adjacent to an interior surface of the vessel wall adjacent the opening in the vessel wall and configured to remain in the vessel once in place, the anchor being biodegradable; a suture having a distal end extending into the anchor and configured to extend proximally through the opening in the vessel wall, the suture including a plurality of filaments that are braided outside the anchor and are unbraided inside the anchor, the filaments extending outward from a central axis of the suture within the anchor; and a generally cylindrical plug (40, 70) disposed over the suture proximal to and adjacent to the anchor, the plug (40, 70) being compressible in its axial direction and expandable in its radial direction when forced against the anchor. an anchor configured to be disposed adjacent to an interior surface of the vessel wall adjacent the opening in the vessel wall and configured to remain in the vessel once in place, the anchor being biodegradable; a suture having a distal end extending into the anchor and configured to extend proximally through the opening in the vessel wall, the suture including a plurality of filaments that are braided outside the anchor and are unbraided inside the anchor, the filaments extending outward from a central axis of the suture within the anchor; and a generally cylindrical plug (40, 70) disposed over the suture proximal to and adjacent to the anchor, the plug (40, 70) being compressible in its axial direction and expandable in its radial direction when forced against the anchor.
A magnetic bearing comprising: a stator having a plurality of electromagnets which apply electromagnetic force to a drive shaft; a calculator determining, based on a control model for a first control region, a value of a dependent variable of the electromagnets controlled within the first control region, and calculating a value of a dependent variable of the electromagnets controlled within a second control region, in a state where position control of the drive shaft is performed by controlling part of the electromagnets based on the control model for the first control region, which is a control model built in advance for determining, based on a correlation between two or more parameters among a current (i) flowing through the electromagnets, the number of flux linkages (ψ) passing through the electromagnets, a gap width between the stator and the drive shaft, magnetic energy (Wm) of the electromagnets, magnetic co-energy (Wm') in the electromagnets, electromagnetic force generated by the electromagnets, and a parameter calculated based on these parameters, a value of a dependent variable related to the correlation, and by controlling, within the second control region, one or a group of the electromagnets other than the electromagnets controlled within the first control region; and a control model building unit building the control model used for the second control region based on the value calculated by the calculator. a stator having a plurality of electromagnets which apply electromagnetic force to a drive shaft; a calculator determining, based on a control model for a first control region, a value of a dependent variable of the electromagnets controlled within the first control region, and calculating a value of a dependent variable of the electromagnets controlled within a second control region, in a state where position control of the drive shaft is performed by controlling part of the electromagnets based on the control model for the first control region, which is a control model built in advance for determining, based on a correlation between two or more parameters among a current (i) flowing through the electromagnets, the number of flux linkages (ψ) passing through the electromagnets, a gap width between the stator and the drive shaft, magnetic energy (Wm) of the electromagnets, magnetic co-energy (Wm') in the electromagnets, electromagnetic force generated by the electromagnets, and a parameter calculated based on these parameters, a value of a dependent variable related to the correlation, and by controlling, within the second control region, one or a group of the electromagnets other than the electromagnets controlled within the first control region; and a control model building unit building the control model used for the second control region based on the value calculated by the calculator.
An apparatus for receiving system information in a wireless communication system supporting coverage enhancement comprising: a reception unit for receiving the system information; a control unit for controlling the reception unit to receive the system information for indicating enhanced coverage levels; characterized in that the control unit is configured to control the reception unit to: receive the system information including information elements common for different coverage enhancement levels and one or more information elements specific for the different coverage enhancement levels, transmitted with determined periodicities. a reception unit for receiving the system information; a control unit for controlling the reception unit to receive the system information for indicating enhanced coverage levels; characterized in that the control unit is configured to control the reception unit to: receive the system information including information elements common for different coverage enhancement levels and one or more information elements specific for the different coverage enhancement levels, transmitted with determined periodicities.
Method of producing a positioning tray for brackets of dental braces, the positioning tray having a positioning aid and a plurality of associated brackets and the positioning aid being formed in one piece with the associated brackets, the method having the following steps: - receiving of initial data which defines the present geometry of one or more teeth in at least one jawbone of a patient, - receiving of target data which defines that geometry of the one or more teeth in the at least one jawbone of the patient which is to be achieved following treatment by dental brace, - calculating of tray configuration data which, on the basis of the initial data and the target data, defines the geometry of brackets relative to the present geometry of the one or more teeth in the at least one jawbone of the patient and relative to that of the positioning aid, the calculating of the tray configuration data being performed in such a way that the positioning aid is connected to the brackets so defined in such a way that it can be used to so position the brackets relative to the patient's teeth that the brackets can be connected to the surface of the patient's teeth, and to so position them that, in association with an archwire for connection to the brackets, a correction can be made to tooth mispositioning, characterised by - production, on the basis of the tray configuration data, of a corresponding positioning tray by a generative method of production and preferably a method of 3D printing, or by an ablative method of production. - receiving of initial data which defines the present geometry of one or more teeth in at least one jawbone of a patient, - receiving of target data which defines that geometry of the one or more teeth in the at least one jawbone of the patient which is to be achieved following treatment by dental brace, - calculating of tray configuration data which, on the basis of the initial data and the target data, defines the geometry of brackets relative to the present geometry of the one or more teeth in the at least one jawbone of the patient and relative to that of the positioning aid, - production, on the basis of the tray configuration data, of a corresponding positioning tray by a generative method of production and preferably a method of 3D printing, or by an ablative method of production.
Antenna for communications signals, in particular for television signals, radio signals and/or data signals, comprising: - a frame, - a protective sheath, - a dipole and - a reflector, - the frame comprising a primary rod and at least two coplanar rods, - a first coplanar rod and a second coplanar rod being at an angle to one another, - the antenna comprising elements which form at least three first positions (A1, A2, A3,... An) of the first coplanar rod and which form at least three second positions (B1, B2, B3,... Bn) of the second coplanar rod, and - the first and second positions forming values (C1, C2, C3,... Cn) of the angle which are associated with values of electrical variables of the antenna, characterised - in that the first positions (A1, A2, A3,... An) and the second positions (B1, B2, B3,... Bn) of the coplanar rods (12, 121, 122) are adjustable mutually independently. - a frame, - a protective sheath, - a dipole and - a reflector, - the frame comprising a primary rod and at least two coplanar rods, - a first coplanar rod and a second coplanar rod being at an angle to one another, - the antenna comprising elements which form at least three first positions (A1, A2, A3,... An) of the first coplanar rod and which form at least three second positions (B1, B2, B3,... Bn) of the second coplanar rod, and - the first and second positions forming values (C1, C2, C3,... Cn) of the angle which are associated with values of electrical variables of the antenna, - in that the first positions (A1, A2, A3,... An) and the second positions (B1, B2, B3,... Bn) of the coplanar rods (12, 121, 122) are adjustable mutually independently.
Unit for optical non-contact continuous remote detection of the presence of light, of medium and heavy oil products on a water surface or in a water column, including a sensor, whereby the sensor is connected to an electronic compartment followed by a microprocessor controller with embedded software for carrying out analyses of reflected and fluorescent signals received by the sensor, the microprocessor controller is connected to communication means for transmitting an alarm signal through an external communication line in case of oil pollution, whereby all of the elements above are supplied by an external power supply and accommodated into a waterproof housing, and said sensor is configured for operating at a distance from water in non-contact mode, the unit is scannable up to 45 degrees from the vertical position and comprises a probe light source formed by a pulsed UV LED, collimating optics and a narrow band optical filter, at least one dichroic mirror, a projection-receiving lens, at least one optical filter, at least one photodetector, and a reference photodetector, and wherein a return light from the water surface or water column is passed to said at least one photodetector (60, 100, 100') 100) through said projection-receiving lens, through said dichroic mirror, and through said at least one optical filter (50, 90, 90') for each at least one photodetector, where said probe light beam generated by the UV LED pulse is guided by collimating optics through the narrow band optical filter onto the dichroic mirror, wherein one part of said probe light beam is passed through said dichroic mirror into the reference photo detector for registering the intensity signal ( I r) of probe light beam generated by the UV LED, said dichroic mirror deflects the major part of the probe light beam, such that said deflected probe light beam is coaxial with the axis of said projection-receiving lens, through the projection-receiving lens which provides a low divergence of the probe beam onto the water surface.
Draw works for a drilling attachment to lower and lift a load, in particular a drill string or parts of the same, provided with a frame, with a winding drum, and with a bearing device connected to the frame for the winding drum, wherein the bearing device is designed in such a way that the centers of the bearing forces are arranged on precisely three bearing points (S 1, S 2, S 3) of the frame, characterized in that precisely a first bearing point (S 1) is provided on the side of the draw works on which a braking device for the winding drum is arranged and precisely two bearing points (L 2, L 2') are provided on the side of the draw works on which a rotary drive unit for the winding drum is arranged, wherein the bearing point (L 1) comprises a first bearing arrangement, in which a winding shaft, to which the winding drum is connected non-rotatably, is mounted fixed in axial direction of the winding shaft, wherein each of the two bearing points (L 2, L 2') provided for the winding drum on the side of the rotary drive unit comprises a second bearing arrangement (31, 31') which permits longitudinal displacement parallel to the axial direction of the winding drum.
A head for thermal radiators, comprising a hollow body which has an end cap and a side wall, which extends from the end cap and finishes with at least two tubular extensions facing the end cap; wherein the side wall is equipped with two circular openings axially aligned with each other along a direction at right angles to the direction of extension of the tubular extensions, and wherein the circular openings are made and lie on respective flat lateral faces, parallel to and facing each other, of the hollow body; characterized in that the peripheral edges of the circular openings are each shaped like a single thread made in the thickness of the respective flat lateral face.
Closing device in the form of a door with an actuating device that comprises drive means to move a door leaf in the closing direction or opening direction by means of hinges with hinge axes that are orientated at a right angle to the opening or closing direction against a door opening surround, said door leaf consisting of combined board-shaped door panels, and guide means running parallel to the closing direction or opening direction to guide at least a part of the door leaf in a surface, in particular a plane, defined by the door opening, characterised in that, the guide means are formed from magnetic field generating means (9, 16, 17, 18, 23 or 32, 33 respectively) that generate mutually repelling magnetic poles, on the one hand on guide bars (7, 6 or 31 respectively) of the door opening surround and on the other hand on peripheral areas of the door leaf which lie opposite or which mesh with said bars; the door panels, at least in the region that cooperates with the guide bars of the door opening surround, consist of non-magnetic material; as a door drive or in order to assist same, there is provided, at least along one part of the length of the guide means in the direction of the door leaf displacement, an electromagnetic linear motor structure made up of magnetic field generating means in the form of electromagnet element groups or in the form of electromagnet element groups and permanent element magnet groups on the edge of the door leaf on the one hand and on the door opening surround on the other hand; and at least one section of the guide means also forms the electromagnetic linear motor structure.