mhurhangee/ep-ind-claims huggingface dataset:
An aiming device for the positioning of a dental image, comprising (i) an aiming ring supported by one end of a support arm; (ii) a bite block supported by said support arm at its end generally opposite said aiming ring; said bite block having a bore therein configured to receive said support arm in a manner such that said support arm can be rotated within said bore; (iii) a window in said bite block; and (iv) an indicia carried by said support arm, such that said indicia is physically observable within said window, such that as arm is rotated within bite block, a different indicia appears in window such that the position between the bite block and the aiming ring can be selected in one of a plurality of positions corresponding to a position for taking one of a plurality of dental x-ray images. (i) an aiming ring supported by one end of a support arm; (ii) a bite block supported by said support arm at its end generally opposite said aiming ring; said bite block having a bore therein configured to receive said support arm in a manner such that said support arm can be rotated within said bore; (iii) a window in said bite block; and (iv) an indicia carried by said support arm, such that said indicia is physically observable within said window, such that as arm is rotated within bite block, a different indicia appears in window such that the position between the bite block and the aiming ring can be selected in one of a plurality of positions corresponding to a position for taking one of a plurality of dental x-ray images.
Thermoplastic polyamide particles comprising at least one polyamide and at least one particulate inorganic filler having a density of at least 2.5 g/cm 3, the thermoplastic polyamide particles having a density of at least 1.65 g/cm 3, preferably at least 1.9 g/cm 3, and an ellipsoidal or approximately ellipsoidal shape with a largest diameter of 1 to 100 mm, preferably 2 to 10 mm, more preferably 3 to 8 mm.
A fluid sensor comprising: a base member comprising a fluid conduit which defines a fluid flow path; a cavity filler member located externally of the base member; and a cavity member located externally of the base member and the cavity filler member, wherein the cavity member is configured so as to provide confinement for an electromagnetic field, the base member and the cavity filler member are each configured so as to permit transmission therethrough of electromagnetic radiation at a frequency of the electromagnetic field, wherein the cavity filler member extends from an outer surface of the base member to an inner surface of the cavity member, wherein the cavity member has two opposite ends, each end having an aperture formed therein, and wherein the base member extends through the apertures, wherein the base member and the cavity filler member comprise a composite material comprising a matrix and one or more reinforcing elements embedded within the matrix, and wherein the one or more reinforcing elements are substantially electrically non-conductive at a frequency of the electromagnetic field. a base member comprising a fluid conduit which defines a fluid flow path; a cavity filler member located externally of the base member; and a cavity member located externally of the base member and the cavity filler member,
Pouch made of sealable sheet material, in particular a tobacco pouch, having a pocket made of at least two pocket walls (16, 17) which are connected to one another around the periphery by side seams (14, 15) and form a pouch opening with a releasable closure seam, wherein the closure seam, in the region of the pocket opening, is produced by ultrasonic sealing of the pocket walls (16, 17), which are connected to one another in a releasable manner, characterized in that the closure seam, which is produced by ultrasonic sealing, comprises at least one row of punctiform connections between the sheets or pocket walls (16, 17), preferably a continuous, rectilinear row of punctiform connections arranged one beside the other between the pocket walls (16, 17).
A battery voltage equalization device for an automotive battery (Bm) formed from a plurality of batteries connected in series, the battery voltage equalization device comprising: a voltage measurement unit that is configured to measure respective battery voltages of the batteries; a current measurement unit that is configured to measure a charge-discharge current of the automotive battery (Bm); a cell balancing unit that is configured to equalize the respective battery voltages of the batteries; and a control unit that is configured to perform a voltage equalization control through the cell balancing unit on a basis of the battery voltages measured by the voltage measurement unit, wherein the control unit is configured to start the voltage equalization control on a condition that the voltage equalization control is determined to be necessary on a basis of the respective battery voltages which is made if a standard deviation of the battery voltages is equal to or greater than a prescribed threshold value and that a discharge current (Id) of the automotive battery (Bm) measured by the current measurement unit is determined to be stable, wherein the control unit is configured to determine that the discharge current (Id) is stable if a change in the discharge current (Id) remains smaller than a prescribed first change threshold value for a prescribed first period. a voltage measurement unit that is configured to measure respective battery voltages of the batteries; a current measurement unit that is configured to measure a charge-discharge current of the automotive battery (Bm); a cell balancing unit that is configured to equalize the respective battery voltages of the batteries; and a control unit that is configured to perform a voltage equalization control through the cell balancing unit on a basis of the battery voltages measured by the voltage measurement unit, wherein the control unit is configured to start the voltage equalization control on a condition that the voltage equalization control is determined to be necessary on a basis of the respective battery voltages which is made if a standard deviation of the battery voltages is equal to or greater than a prescribed threshold value and that a discharge current (Id) of the automotive battery (Bm) measured by the current measurement unit is determined to be stable, wherein the control unit is configured to determine that the discharge current (Id) is stable if a change in the discharge current (Id) remains smaller than a prescribed first change threshold value for a prescribed first period.
Method for securing a command to be applied to a motor vehicle, for moving between an initial position and a final position, which method comprises: - a first step of generation, by an electronic control unit of the motor vehicle, of first data; - a second step of transmission, by the electronic control unit, of the first data to a mobile terminal comprising a screen; - a third step of displaying on the screen of the mobile terminal, a test of authentication of a human user which itself contains the response or the solution, provoked by the first data; - a fourth step of carrying out the authentication test by the human user in order to obtain second data; - a fifth step of transmission, by the mobile terminal, of the second data to the electronic control unit; - a sixth the step of comparison, by the electronic control unit, of said second data with a key of the first data; - if the second data are validated by the key of the first data, a seventh step of activation, by the electronic control unit, of the motor vehicle for the performance of at least a part of the command. - a first step of generation, by an electronic control unit of the motor vehicle, of first data; - a second step of transmission, by the electronic control unit, of the first data to a mobile terminal comprising a screen; - a third step of displaying on the screen of the mobile terminal, a test of authentication of a human user which itself contains the response or the solution, provoked by the first data; - a fourth step of carrying out the authentication test by the human user in order to obtain second data; - a fifth step of transmission, by the mobile terminal, of the second data to the electronic control unit; - a sixth the step of comparison, by the electronic control unit, of said second data with a key of the first data; - if the second data are validated by the key of the first data, a seventh step of activation, by the electronic control unit, of the motor vehicle for the performance of at least a part of the command.
Mixing or dispersing device, in particular specified for comminuting tablets and/or medicament capsules and for dissolving the comminuted tablets and/or medicament capsules in a liquid, having a vessel that has a mixing space, having a rotor that in the mixing space is drivable about a rotation axis, and having a transmission element that is capable of being coupled or is coupled to a drive, for transmitting a drive torque from the drive to the rotor, wherein the rotor has at least one cutting protrusion which is directed away from a base of the mixing space and angled towards the rotation axis and has at least one blade, wherein at least one flow breaker is provided on an internal circumferential wall of the mixing space that surrounds the rotation axis in such a manner that a spacing of a first end of the flow breaker that faces the base from the rotation axis is smaller than a spacing of a second end of the flow breaker that faces away from the first end from the rotation axis, wherein a deflection face for deflecting mixing or dispersing material to be processed and/or liquids in the direction of the rotor and of the at least one cutting protrusion is configured between the internal circumferential wall and the base of the mixing space, wherein the deflection face has a profile that is oblique in relation to the base and to the internal circumferential wall, and wherein the first end of the at least one flow breaker is spaced apart from the base of the mixing space and from a circular path on which the at least one cutting protrusion is movable, characterized in that the at least one flow breaker has a geometry which tapers from the first end towards the second end, and in that the first end of the at least one flow breaker is disposed above the circular path.
A method for performing operations on a vehicle body, the method comprising: - taking a secondary industrial robot by an industrial robot; - carrying the secondary industrial robot to the vehicle body; - releasing the secondary industrial robot in a suitable position at the vehicle body; - moving the industrial robot away from the secondary industrial robot; - performing operations on the vehicle body through the secondary industrial robot as the vehicle body is moving once the secondary industrial robot has been released from the robot while the robot performs other tasks; and - retrieving the secondary industrial robot from the vehicle body after the secondary industrial robot has performed said operations on the vehicle body. - taking a secondary industrial robot by an industrial robot; - carrying the secondary industrial robot to the vehicle body; - releasing the secondary industrial robot in a suitable position at the vehicle body; - moving the industrial robot away from the secondary industrial robot; - performing operations on the vehicle body through the secondary industrial robot as the vehicle body is moving once the secondary industrial robot has been released from the robot while the robot performs other tasks; and - retrieving the secondary industrial robot from the vehicle body after the secondary industrial robot has performed said operations on the vehicle body.
An apparatus (120a-i; 120m; 120x; 402; 502; 702) for wireless communication, the apparatus comprising: means for identifying a first set of antenna settings and a second set of antenna settings based on beamforming training with a second apparatus (110; 404; 504; 802), the first set of antenna settings corresponding to a first path with the second apparatus (110; 404; 504; 802) different from a second path with the second apparatus (110; 404; 504; 802) corresponding to the second set of antenna settings; means for generating a first fine timing measurement, FTM, request frame including an indication to use the first path for at least one first field of a first FTM measurement frame; means for outputting the first FTM request frame for transmission to the second apparatus (110; 404; 504; 802); and means for obtaining, from the second apparatus (110; 404; 504; 802), the first FTM measurement frame via the first set of antenna settings for reception of the at least one first field of the first FTM measurement frame and via the second set of antenna settings for reception of one or more second fields of the first FTM measurement frame, wherein the first FTM measurement frame includes information indicating a time of arrival of the first FTM request frame and/or a time of departure of the first FTM measurement frame. means for identifying a first set of antenna settings and a second set of antenna settings based on beamforming training with a second apparatus (110; 404; 504; 802), the first set of antenna settings corresponding to a first path with the second apparatus (110; 404; 504; 802) different from a second path with the second apparatus (110; 404; 504; 802) corresponding to the second set of antenna settings; means for generating a first fine timing measurement, FTM, request frame including an indication to use the first path for at least one first field of a first FTM measurement frame; means for outputting the first FTM request frame for transmission to the second apparatus (110; 404; 504; 802); and means for obtaining, from the second apparatus (110; 404; 504; 802), the first FTM measurement frame via the first set of antenna settings for reception of the at least one first field of the first FTM measurement frame and via the second set of antenna settings for reception of one or more second fields of the first FTM measurement frame, wherein the first FTM measurement frame includes information indicating a time of arrival of the first FTM request frame and/or a time of departure of the first FTM measurement frame.
A communication plug for connection to a communication cable, comprising: a load bar for connection to conductors of the communication cable, said load bar including a first half with first conductor receiving apertures for receiving respective conductors and a first plurality of plug contacts each for making contact with respective one said conductor, a second half with second conductor receiving apertures for receiving respective conductors and a second plurality of plug contacts each for making contact with respective one said conductor, a hinge connecting said first half and said second half, and a conductor divider, said first half and said second half foldable towards each other over the conductor divider when said plug is connected to the communication cable; wherein the conductor divider is a sheet metal part and is adapted to bond to a braid or shield of the communication cable. a load bar for connection to conductors of the communication cable, said load bar including a first half with first conductor receiving apertures for receiving respective conductors and a first plurality of plug contacts each for making contact with respective one said conductor, a second half with second conductor receiving apertures for receiving respective conductors and a second plurality of plug contacts each for making contact with respective one said conductor, a hinge connecting said first half and said second half, and a conductor divider, said first half and said second half foldable towards each other over the conductor divider when said plug is connected to the communication cable; wherein the conductor divider is a sheet metal part and is adapted to bond to a braid or shield of the communication cable.
A method of pushing content from a first device to a second device, comprising, at the first device: permitting a user to select a portion of content as the content is presented at the first device; and sending a Universal Plug and Play, UPnP, action to the second device, wherein the UPnP action includes a first parameter that defines the content presented at the first device, and wherein the UPnP action further includes a second parameter that defines the user selected portion of the content to be presented at the second device; wherein the second device is to present the user selected portion of the content at a presentation device based on the first and second parameters. permitting a user to select a portion of content as the content is presented at the first device; and sending a Universal Plug and Play, UPnP, action to the second device, wherein the UPnP action includes a first parameter that defines the content presented at the first device, and wherein the UPnP action further includes a second parameter that defines the user selected portion of the content to be presented at the second device; wherein the second device is to present the user selected portion of the content at a presentation device based on the first and second parameters.
A method in a network device communicatively coupled to a local base station at a cell site for automatic creation of a more optimal route entry in the network device for inter-base station traffic to be transmitted between the local base station and a remote base station through a backhaul network, the method comprising: automatically discovering a remote Internet Protocol address of the remote base station based upon traffic transmitted by the local base station destined to the network device or based upon traffic transmitted between the local base station and the remote base station, wherein the remote IP address is utilized for the inter-base station traffic; responsive to said discovering of the remote IP address of the remote base station, inserting an entry into a route import map representing the remote IP address, wherein the route import map is utilized by the network device to identify routes distributed according to a routing protocol that are to be installed into a routing table of the network device; receiving, at a network interface of the network device, a route update message following the routing protocol that includes a set of one or more routes of the network, wherein one route of the set of routes comprises a prefix of the remote IP address, and wherein the one route is the more optimal route as it provides a shorter path to the remote base station through the backhaul network compared to a less optimal route through a mobile core network previously used for the inter-base station traffic; and installing a route entry into the routing table of the network device based upon determining that the one route matches the entry of the route import map. automatically discovering a remote Internet Protocol address of the remote base station based upon traffic transmitted by the local base station destined to the network device or based upon traffic transmitted between the local base station and the remote base station, wherein the remote IP address is utilized for the inter-base station traffic; responsive to said discovering of the remote IP address of the remote base station, inserting an entry into a route import map representing the remote IP address, wherein the route import map is utilized by the network device to identify routes distributed according to a routing protocol that are to be installed into a routing table of the network device; receiving, at a network interface of the network device, a route update message following the routing protocol that includes a set of one or more routes of the network, wherein one route of the set of routes comprises a prefix of the remote IP address, and wherein the one route is the more optimal route as it provides a shorter path to the remote base station through the backhaul network compared to a less optimal route through a mobile core network previously used for the inter-base station traffic; and installing a route entry into the routing table of the network device based upon determining that the one route matches the entry of the route import map.
Method for manufacturing a wind turbine blade, comprising: the step of monitoring a process of infusing and/or curing a fiber lay-up with resin in a mold, wherein the monitoring is based on sensor data (22, 25) obtained from the resin infusion and/or curing process displayed in an augmented reality device, and wherein the sensor data (22, 25) include a temperature of the mold, of the fiber lay-up arranged in the mold and/or of the resin, and/or the sensor data (22, 25) include a viscosity of the resin, and after the step of monitoring, the step of altering the resin infusion process by heating the mold based on the monitoring result. the step of monitoring a process of infusing and/or curing a fiber lay-up with resin in a mold, wherein the monitoring is based on sensor data (22, 25) obtained from the resin infusion and/or curing process displayed in an augmented reality device, and wherein the sensor data (22, 25) include a temperature of the mold, of the fiber lay-up arranged in the mold and/or of the resin, and/or the sensor data (22, 25) include a viscosity of the resin, and after the step of monitoring, the step of altering the resin infusion process by heating the mold based on the monitoring result.
A method of analyzing whether an interruptor sequence is present in at least one CGG-rich region comprised by at least one template in a sample, comprising: (a) providing at least two different primers, including a first primer comprising CGG, CCG, GCG, CGC, GCC, or GGC repeats, and a second primer that anneals to a position outside of the CGG-rich region; (b) performing PCR with the at least two different primers and the at least one template comprising the at least one CGG-rich region, wherein the PCR produces a set of products; (c) resolving the set of products with a high resolution technique to produce a representation of product size and abundance; and (d) deriving information about whether an interruptor sequence is present in the at least one CGG-rich region or where within the at least one CGG-rich region an interruptor sequence is located from said representation. (a) providing at least two different primers, including a first primer comprising CGG, CCG, GCG, CGC, GCC, or GGC repeats, and a second primer that anneals to a position outside of the CGG-rich region; (b) performing PCR with the at least two different primers and the at least one template comprising the at least one CGG-rich region, wherein the PCR produces a set of products; (c) resolving the set of products with a high resolution technique to produce a representation of product size and abundance; and (d) deriving information about whether an interruptor sequence is present in the at least one CGG-rich region or where within the at least one CGG-rich region an interruptor sequence is located from said representation.