mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: by a base station (102, 402), receiving from a wireless device (104, 404) power-level information comprising a power level of a signal transmitted from the base station (102, 402) to the wireless device (104, 404), wherein the base station comprises an electrical path having a continuously-controllable transmit impedance, and wherein the power-level information is sent by the wireless device (104, 404) and received by the base station (102, 402) using a communication protocol; by the base station (102, 402), determining, based on the power-level information, a first power transfer value of the signal when transmitted from the base station (102, 402) to the wireless device (104, 404) using a first transmit impedance; by the base station (102, 402), determining, based on the power-level information, a second power transfer value of the signal when transmitted from the base station (102, 402) to the wireless device (104, 404) using a second transmit impedance; by the base station (102, 402), selecting the first transmit impedance based on the power-level information indicating that the first power transfer value is greater than the second power transfer value; and by the base station (104, 404), time-interleaving the first transmit impedance with a default transmit impedance; wherein the time-interleaving comprises wirelessly charging the wireless device (104, 404) using the first transmit impedance and communicating with the wireless device (104, 404) using the default transmit impedance and the communications protocol, and wherein the first transmit impedance, the second transmit impedance, and the default transmit impedance are attained by changing the impedance of the continuously-controllable transmit impedance in a continuous manner. by a base station (102, 402), receiving from a wireless device (104, 404) power-level information comprising a power level of a signal transmitted from the base station (102, 402) to the wireless device (104, 404), wherein the base station comprises an electrical path having a continuously-controllable transmit impedance, and wherein the power-level information is sent by the wireless device (104, 404) and received by the base station (102, 402) using a communication protocol; by the base station (102, 402), determining, based on the power-level information, a first power transfer value of the signal when transmitted from the base station (102, 402) to the wireless device (104, 404) using a first transmit impedance; by the base station (102, 402), determining, based on the power-level information, a second power transfer value of the signal when transmitted from the base station (102, 402) to the wireless device (104, 404) using a second transmit impedance; by the base station (102, 402), selecting the first transmit impedance based on the power-level information indicating that the first power transfer value is greater than the second power transfer value; and
Storage shelf for a piece of furniture or household appliance, comprising - a support plate arranged stationarily on a carcass (13, 14) of the piece of furniture or household appliance, - a storage tray which is positively guided relative to the support plate and can simultaneously be moved both rotationally and translationally in a pull-out direction, characterized in that - mutually facing bearing surfaces (31, 42) of the support plate and of the storage tray have respective at least predominantly closed, all-around rolling element grooves (32, 44) in which rolling elements are guided, - whereby the bearing surfaces (31, 42) of the support plate and of the storage tray have respective shaped elements facing the respective other bearing surface (42, 31), which, for the movement of the storage tray relative to the support plate from an initial position in the direction of a loading and unloading position, force an at least proportionate rotational movement of the storage tray - whereby shaped elements formed as pins project from one of the bearing surfaces (42, 31), which shaped elements are positioned in the initial position of the tray in the pull-out direction behind shaped elements formed as cams, which project from the other of the bearing surfaces (31, 42). - a support plate arranged stationarily on a carcass (13, 14) of the piece of furniture or household appliance, - a storage tray which is positively guided relative to the support plate and can simultaneously be moved both rotationally and translationally in a pull-out direction, characterized in that - mutually facing bearing surfaces (31, 42) of the support plate and of the storage tray have respective at least predominantly closed, all-around rolling element grooves (32, 44) in which rolling elements are guided, - whereby the bearing surfaces (31, 42) of the support plate and of the storage tray have respective shaped elements facing the respective other bearing surface (42, 31), which, for the movement of the storage tray relative to the support plate from an initial position in the direction of a loading and unloading position, force an at least proportionate rotational movement of the storage tray - whereby shaped elements formed as pins project from one of the bearing surfaces (42, 31), which shaped elements are positioned in the initial position of the tray in the pull-out direction behind shaped elements formed as cams, which project from the other of the bearing surfaces (31, 42).
A system (102, 1202) comprising: at least one processor (104, 1204) and one or more computer-readable storage media including instructions stored thereon that, responsive to execution by the at least one processor, cause the system to implement functionalities including: a graphical user interface, GUI, including a primary window and a visual sub-element within the primary window; graphics frameworks each configured to perform graphics operations for the system, the graphics frameworks including a first graphics framework that manages the primary window of the GUI, and a second graphics framework that manages the visual sub-element; and an input object linked to the visual sub-element and configured to route input to the visual sub-element to the second graphics framework and not to the first graphics framework and without being exposed to the first graphics framework so that input to the visual sub-element is not accessible to the first graphics framework. at least one processor (104, 1204) and one or more computer-readable storage media including instructions stored thereon that, responsive to execution by the at least one processor, cause the system to implement functionalities including: a graphical user interface, GUI, including a primary window and a visual sub-element within the primary window; graphics frameworks each configured to perform graphics operations for the system, the graphics frameworks including a first graphics framework that manages the primary window of the GUI, and a second graphics framework that manages the visual sub-element; and an input object linked to the visual sub-element and configured to route input to the visual sub-element to the second graphics framework and not to the first graphics framework and without being exposed to the first graphics framework so that input to the visual sub-element is not accessible to the first graphics framework. a graphical user interface, GUI, including a primary window and a visual sub-element within the primary window; graphics frameworks each configured to perform graphics operations for the system, the graphics frameworks including a first graphics framework that manages the primary window of the GUI, and a second graphics framework that manages the visual sub-element; and an input object linked to the visual sub-element and configured to route input to the visual sub-element to the second graphics framework and not to the first graphics framework and without being exposed to the first graphics framework so that input to the visual sub-element is not accessible to the first graphics framework.
Multifunctional walker for children, comprising a mobile frame intended and adapted to support on a ground surface and provided with gripping means to give a walking child something to hold on to, said frame comprising a core body and a number of downward directed legs that extend radially from said core body, said legs being provided at a distal outer end with at least one propelling member, particularly a wheel, that may be swivelling or not or a sliding element, and said core body being provided substantially centrally between the legs, characterized in that the frame can be transformed from each one to another of at least three configurations in which it provides respectively at least one of a walker, a crawling frame and a play dome, in that an opening is provided centrally in the core body to accommodate a removable insert part in the opening, in that suspending means (500, 600) with a harness, a play element or another suspended body extend from the insert part, and that said gripping means extend from the core body.
A root assembly with position recognition comprising an implant body and a positioning device connected to said implant body, said implant body including a positioning hole formed through one end thereof and an engaging portion opposite to said positioning hole, said positioning hole having an end edge and being partitioned into an engagement area away from said end edge and a positioning area formed between said engagement area and said end edge, said positioning device including a positioning seat to which an artificial tooth is connected and a positioning unit extending through and out of said positioning seat, said positioning unit having a threaded section disposed on one end thereof, said threaded section of said positioning unit being capable of threadedly engaging said engagement area of said positioning hole to allow said positioning seat to be positioned on said positioning area of said positioning hole; wherein a first recognition portion is annularly formed on said positioning seat, said positioning unit penetrating through said positioning seat to allow said threaded section to engage said engagement area gradually, a gradual engagement between said threaded section and said engagement area allowing said positioning seat to gradually enter said positioning area until said first recognition portion meeting said end edge of said positioning hole, whereby said positioning seat is positioned on said positioning area of said positioning hole to recognize a firm engagement between said positioning seat and said implant body, the root assembly being characterized in that said positioning unit has a second recognition portion formed near said threaded section, said second recognition portion being situated at a place corresponding to said first recognition portion and said end edge of said positioning hole to recognize an engagement between said positioning unit and said positioning seat.
A hinge for eyeglasses, that makes possible an over-opening of the temples of the eyeglasses, the hinge comprising first means for pivoting to a front of eyeglasses, and second means for pivoting to a temple of eyeglasses, characterized in that it comprises a leaf spring that defines a cavity and in that said second pivoting means comprise an abutment head that can rotate about a rotation axis and is configured to be associated rigidly with one end of said temple, said abutment head comprising a protrusion inserted into said cavity of said leaf spring so as to be retained in said cavity, the rotation of said abutment head about said rotation axis in a first direction of rotation producing the flexing of said leaf spring by said protrusion and the rotation of said temple, the rotation of said abutment head about said rotation axis in a second direction of rotation, opposite to said first direction of rotation, being prevented by the abutment of said protrusion against a wall of said hinge, the hinge further comprising an accommodation body, in which said second pivoting means and said leaf spring are accommodated, said second arm of said leaf spring defining said wall, said second arm of the leaf spring exerting an elastic force against the wall of the accommodation body which is such as to keep the leaf spring in position.
A method comprising: receiving information on layer 2 topologies and Virtual Local Area Networks, VLANs, at a network device in a core network, said layer 2 topology information including topology configuration and metrics, said layer 2 topologies configured to allow for different metrics on links to provide path diversity for network traffic; characterized by grouping VLANs into sets of VLANs, wherein said VLANs that use similar services in the core network are grouped in the same set to provide differentiated services for unicast and multicast frames in said layer 2 topologies; mapping each of said sets of said VLANs to a layer 2 topology; associating different metrics for different VLAN sets to a same interface so that metric differences provide the path diversity for traffic among different of said VLAN sets; defining multiple paths between a source and a destination or multicast group for each of said layer 2 topologies to provide multipath services for said layer 2 topologies; and forwarding a packet received at the network device on one of said multiple paths; wherein each of said layer 2 topologies comprises a collection of nodes, interfaces and link metrics, wherein defining multiple paths comprises defining Equal Cost Multipaths, ECMPs, for unicast frames and two or more multicast graphs for multicast frames, and wherein forwarding the packet comprises forwarding the packet on one of the ECMPs if the packet is a unicast frame and forwarding the packet on one of said multicast graphs if the packet is a multicast frame. receiving information on layer 2 topologies and Virtual Local Area Networks, VLANs, at a network device in a core network, said layer 2 topology information including topology configuration and metrics, said layer 2 topologies configured to allow for different metrics on links to provide path diversity for network traffic; characterized by grouping VLANs into sets of VLANs, wherein said VLANs that use similar services in the core network are grouped in the same set to provide differentiated services for unicast and multicast frames in said layer 2 topologies; mapping each of said sets of said VLANs to a layer 2 topology; associating different metrics for different VLAN sets to a same interface so that metric differences provide the path diversity for traffic among different of said VLAN sets; defining multiple paths between a source and a destination or multicast group for each of said layer 2 topologies to provide multipath services for said layer 2 topologies; and forwarding a packet received at the network device on one of said multiple paths;
A method of manufacturing a contact for a current inspection jig having an electroformed spring structure, the method comprising: forming a gold or gold alloy plating layer on an outer periphery of a core material through plating and forming a Ni electroformed layer on an outer periphery of the formed plating layer through electroforming; forming a resist layer on an outer periphery of the Ni electroformed layer and exposing the resist layer under laser beams to form a spiral groove in the resist layer; performing etching by using the resist layer as a masking material to remove the Ni electroformed layer of a portion in which the spiral groove is formed in the resist layer; removing the resist layer and removing the plating layer of the spiral groove portion from which the Ni electroformed layer is removed; and removing the core material while the plating layer is left on an inner periphery of the Ni electroformed layer. forming a gold or gold alloy plating layer on an outer periphery of a core material through plating and forming a Ni electroformed layer on an outer periphery of the formed plating layer through electroforming; forming a resist layer on an outer periphery of the Ni electroformed layer and exposing the resist layer under laser beams to form a spiral groove in the resist layer; performing etching by using the resist layer as a masking material to remove the Ni electroformed layer of a portion in which the spiral groove is formed in the resist layer; removing the resist layer and removing the plating layer of the spiral groove portion from which the Ni electroformed layer is removed; and removing the core material while the plating layer is left on an inner periphery of the Ni electroformed layer.
A feed for poultry comprising a supplement in the form of coated granules, the granules of the supplement comprising a mixture of starch and capsicum extract and a coating of 5% to 10% of hydroxy propyl methylcellulose, wherein the supplement comprises a binding agent for forming the granule and contains 5 ppm to 20 ppm of capsaicin.
A heater comprising: an insulating base; a heating element buried in the insulating base and formed of a first linear section, a second linear section provided in parallel with the first linear section, and a folded section configured to connect the first linear section and the second linear section; a first lead buried in the insulating base and connected to the first linear section; and a second lead buried in the insulating base and connected to the second linear section, characterized in that the first linear section and the second linear section are inclined relative to a plane configured to include both of axes of the first lead and the second lead. an insulating base; a heating element buried in the insulating base and formed of a first linear section, a second linear section provided in parallel with the first linear section, and a folded section configured to connect the first linear section and the second linear section; a first lead buried in the insulating base and connected to the first linear section; and a second lead buried in the insulating base and connected to the second linear section, the first linear section and the second linear section are inclined relative to a plane configured to include both of axes of the first lead and the second lead.
Method for measuring the contact wire heights (y) and lateral position (x) of the overhead line of a track, wherein by means of a rotating mirror of a fan angle laser the environmental profile within a predefined scanning area is detected and after each all-round scan with the scanner a data telegram is created with angular and distance values for recognised surfaces or objects, characterised in that the contact wires are scanned by at least two fan angle lasers installed on the roof of a rail vehicle, wherein the scanning angles of the scanning laser beams in the case of two fan angle lasers have a phase shift relative to one another of 180° and with more than two fan angle lasers a phase shift = 360° / number of lasers used, and the measurement is performed in three steps: • determining the coordinates of identified objects: wherein the polar coordinates supplied by the fan angle laser are first converted into Cartesian coordinates and corrected by the assembly offset of the laser, wherein the assembly height is added to the distance from the contact wires determined by the fan angle laser, in order to determine the contact wire height relative to the upper rail edge, • selection of relevant objects: wherein a selection of such measurement points is performed which lie within a predefined expectation window, defined by a minimum contact wire lateral position < x < maximum contact wire lateral position, and minimum contact wire height < y < maximum contact wire height for the contact wires and a selection window is configured, • update contact wire position data: wherein a search is carried within the selected points for updated position data for known contact wires and newly identified contact wires are added. • determining the coordinates of identified objects: wherein the polar coordinates supplied by the fan angle laser are first converted into Cartesian coordinates and corrected by the assembly offset of the laser, wherein the assembly height is added to the distance from the contact wires determined by the fan angle laser, in order to determine the contact wire height relative to the upper rail edge, • selection of relevant objects: wherein a selection of such measurement points is performed which lie within a predefined expectation window, defined by a minimum contact wire lateral position < x < maximum contact wire lateral position, and minimum contact wire height < y < maximum contact wire height for the contact wires and a selection window is configured, • update contact wire position data: wherein a search is carried within the selected points for updated position data for known contact wires and newly identified contact wires are added.
Hand blender comprising a blade arrangement for a household appliance for cutting and chopping food, the blade arrangement comprising a rotatable blade with a hub located at the centre of rotation of the blade receiving a shaft, wherein the blade has at least one radially extending knife which has a cutting edge on a front side, in the direction of rotation, defining, on rotation, a circular cutting zone, characterised in that the blade has a milling rib which stands up from the blade in an axial direction and is oriented in such a way that it creates a milling effect on rotation and defines a corresponding milling zone which extends from the hub up to the cutting zone of the knife.
A line organizer comprising: a base; a retainer attachable to the base for retaining a line between the base and the retainer; a first connector on the base; and a second connector on the base; said line organizer being a first line organizer, the first connector on the first line organizer being attachable to the second connector on a second said line organizer to connect the first and second line organizers to each other, wherein the retainer wraps over the base along a transverse axis, such that the transverse axis of the first line organizer is parallel to and transversely and longitudinally offset from the transverse axis of the second line organizer such that the retainer attached to the first line organizer is not obstructed by the second line organizer when the retainer attached the first line organizer is wrapped over the base of the first line organizer. a base; a retainer attachable to the base for retaining a line between the base and the retainer; a first connector on the base; and a second connector on the base; said line organizer being a first line organizer, the first connector on the first line organizer being attachable to the second connector on a second said line organizer to connect the first and second line organizers to each other, wherein the retainer wraps over the base along a transverse axis, such that the transverse axis of the first line organizer is parallel to and transversely and longitudinally offset from the transverse axis of the second line organizer such that the retainer attached to the first line organizer is not obstructed by the second line organizer when the retainer attached the first line organizer is wrapped over the base of the first line organizer.