mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring an industrial equipment (12, 12'), comprising: determining a position and/or an orientation of a portable graphical display device relative to an industrial equipment (12, 12'); and visualizing control information relating to said industrial equipment (12, 12') on a graphical display of said graphical display device in accordance with said determined position and/or orientation; wherein said industrial equipment (12, 12') comprises at least one movable component that can be in a plurality of positions, characterized in that said control information comprises information on a current position of said at least one movable component; wherein said control information is visualized on said graphical display of said graphical display device based on model data pertaining to said industrial equipment (12, 12'), wherein said model data comprises a two-dimensional or a three-dimensional model of at least part of said industrial equipment (12, 12'); and wherein said method further comprises a step of displaying said model data pertaining to said industrial equipment (12, 12') on said graphical display in accordance with said determined position and/or orientation, alongside said control information; wherein said model data is displayed on said graphical display as seen from a direction and/or a distance which correspond to said determined position and/or orientation of said graphical display device relative to said industrial equipment (12, 12'). determining a position and/or an orientation of a portable graphical display device relative to an industrial equipment (12, 12'); and visualizing control information relating to said industrial equipment (12, 12') on a graphical display of said graphical display device in accordance with said determined position and/or orientation; wherein said industrial equipment (12, 12') comprises at least one movable component that can be in a plurality of positions, characterized in that said control information comprises information on a current position of said at least one movable component; wherein said control information is visualized on said graphical display of said graphical display device based on model data pertaining to said industrial equipment (12, 12'), wherein said model data comprises a two-dimensional or a three-dimensional model of at least part of said industrial equipment (12, 12'); and wherein said method further comprises a step of displaying said model data pertaining to said industrial equipment (12, 12') on said graphical display in accordance with said determined position and/or orientation, alongside said control information; wherein said model data is displayed on said graphical display as seen from a direction and/or a distance which correspond to said determined position and/or orientation of said graphical display device relative to said industrial equipment (12, 12').
A communication system comprising: a plurality of stationary access points (131, 133, 149) coupled to a communication network; and a mobile access point configured to communicate with the plurality of stationary access points and provide a plurality of host devices access to the communication network, wherein the mobile access point and the plurality of host devices move relative to the plurality of stationary access points, wherein the communication network is connected to an external communication network by a forwarding device (117, 119, 509, 701, 703); and wherein data addressed to a network layer address of a first host device of the plurality of host devices and received by the forwarding device from the external communication network is forwarded from the forwarding device to the first host device through the mobile access point and at least one of the plurality of stationary access points based on a data link layer address of the first host device. a plurality of stationary access points (131, 133, 149) coupled to a communication network; and a mobile access point configured to communicate with the plurality of stationary access points and provide a plurality of host devices access to the communication network, wherein the mobile access point and the plurality of host devices move relative to the plurality of stationary access points,
A liquid spraying apparatus comprising a spray nozzle (11;) having a nozzle support body forming a liquid inlet section and a liquid outlet section, the liquid outlet section leading fluidly to a nozzle; a check valve disposed in a check valve supporting hub section connected to the nozzle support body, the check valve selectively fluidly connecting the liquid inlet section with the liquid outlet section; wherein the check valve supporting hub section has an annular passage communicating with said liquid inlet section and a tube supported within said annular passage defining a return passage communicating between said annular passage and said liquid outlet section when said check valve is in an open position; a liquid supply for directing liquid to said liquid inlet section of the spray nozzle, through the check valve, through a flow metering passage disposed downstream of the check valve, and through the liquid outlet section for discharge from the spray nozzle as a liquid spray; a liquid flow monitoring system disposed within the flow metering passage and configured for monitoring liquid flow through said flow metering passage; said monitoring system including a turbine disposed in said flow metering passage and being rotatable as an incident and in relation to liquid flow through said flow metering passage; said turbine having a magnet for generating changing magnetic fields incident to rotation thereof; a sensor for sensing the changing magnetic fields generated by rotation of said turbine and producing responsive signals; and a control module communicating with said sensor for monitoring a flow rate through said flow metering tube passage based upon signals received from said sensor wherein the control module operates to determine, based on the responsive signals from the sensor, whether the liquid flow through said flow metering passage is within high and low tolerances, and, when the liquid flow through said flow metering passage is not within the high and low tolerances, initiate an alert signal and generate an error message.
A method for wireless communication, comprising: transmitting, by a wireless device over a control channel, an M-bit payload using N symbols, wherein M and N are positive integers, wherein each of the N symbols is represented using a base sequence u ( n, m) and a cyclic shift n cs ( n, m) of the base sequence, wherein n = 0, 1,... (N-1) indexes a symbol in the N symbols, wherein m = 0, 1,... (2 M -1) indexes a combination set m {< u ( n, m), n cs ( n, m)>, n = 0, 1, 2,..., N-1} of the base sequence and the cyclic shift, wherein m and n are non-negative integers, and: the cyclic shift ( n cs (n, m)) of the base sequence is determined as: n cs ( n, m) = M ( T cs ( n, m)), wherein M (·) outputs the cyclic shift of its argument, T cs n m = mod Y n B, or mod Y n + m ′ B, Y n = mod AY n − 1 D, Y − 1 = m + C, wherein Y i is an i-th symbol, and wherein A, B, C, D, and n' are positive integers. transmitting, by a wireless device over a control channel, an M-bit payload using N symbols, wherein M and N are positive integers, wherein each of the N symbols is represented using a base sequence u ( n, m) and a cyclic shift n cs ( n, m) of the base sequence, wherein n = 0, 1,... (N-1) indexes a symbol in the N symbols, wherein m = 0, 1,... (2 M -1) indexes a combination set m {< u ( n, m), n cs ( n, m)>, n = 0, 1, 2,..., N-1} of the base sequence and the cyclic shift, wherein m and n are non-negative integers, and: the cyclic shift ( n cs (n, m)) of the base sequence is determined as: n cs ( n, m) = M ( T cs ( n, m)), wherein M (·) outputs the cyclic shift of its argument, T cs n m = mod Y n B, or mod Y n + m ′ B, Y n = mod AY n − 1 D, Y − 1 = m + C, wherein Y i is an i-th symbol, and wherein A, B, C, D, and n' are positive integers. n cs ( n, m) = M ( T cs ( n, m)), wherein M (·) outputs the cyclic shift of its argument, T cs n m = mod Y n B, or mod Y n + m ′ B, Y n = mod AY n − 1 D, Y − 1 = m + C, wherein Y i is an i-th symbol, and wherein A, B, C, D, and n' are positive integers.
Clamp gripper (1, 21) for containers (18, 19), in particular bottles, comprising two clamp arms (2, 3, 22, 23) and a web (4, 24) connecting the clamp arms, the clamp arms and web being made from a composite fibre material, characterised in that the fibre density in the web is lower than in the clamp arms.
A device forming a part of a toy beverage dispenser comprising: a frame including a slot, the frame being configured to house a cup below the slot, a filter basket, the filter basket comprising: a handle; a disc receiver fixed with the handle; and a ring surrounding the disc receiver, wherein the handle and the disc receiver are rotatably connected with the ring to rotate about a horizontal axis, and wherein the ring is shaped to removably fit into the slot; a disc including a first face and a second face; wherein the disc receiver is shaped to support the disc when the disc receiver is oriented substantially horizontally and wherein the disc falls from the disc receiver into the cup housed in the frame below the slot when the disc receiver is rotated about the horizontal axis. a frame including a slot, the frame being configured to house a cup below the slot, a filter basket, the filter basket comprising: a handle; a disc receiver fixed with the handle; and a ring surrounding the disc receiver, wherein the handle and the disc receiver are rotatably connected with the ring to rotate about a horizontal axis, and wherein the ring is shaped to removably fit into the slot; a handle; a disc receiver fixed with the handle; and a ring surrounding the disc receiver, wherein the handle and the disc receiver are rotatably connected with the ring to rotate about a horizontal axis, and wherein the ring is shaped to removably fit into the slot; a disc including a first face and a second face; wherein the disc receiver is shaped to support the disc when the disc receiver is oriented substantially horizontally and wherein the disc falls from the disc receiver into the cup housed in the frame below the slot when the disc receiver is rotated about the horizontal axis.
A system comprising: an aerial vehicle, wherein the aerial vehicle comprises a fuselage, a power sink, and a charging terminal ventral to the fuselage, wherein the charging terminal comprises a plurality of electric contacts; and a landing pad, wherein the landing pad comprises a housing, and an electrically conductive landing terminal dorsal to the housing, the landing terminal comprising: a first set of nodes, wherein the first set of nodes comprises a plurality of positive nodes; a second set of nodes, wherein the second set of nodes comprises a plurality of negative nodes; and a non-conductive space, wherein the first set of nodes and the second set of nodes are arranged in parallel strips or as a checkerboard of tiles, wherein the first set of nodes, the second set of nodes, and the non-conductive space are configured such that the positive nodes and negative nodes alternate, characterised in that for any pose of the aerial vehicle during a landing state of the aerial vehicle on the landing pad, at least one electric contact of the charging terminal makes contact with a node of the first set of nodes, and at least one other electric contact of the charging terminal makes contact with a node of the second set of nodes, and wherein the landing terminal is configured to transfer electric power to the aerial vehicle via the electric contacts. an aerial vehicle, wherein the aerial vehicle comprises a fuselage, a power sink, and a charging terminal ventral to the fuselage, wherein the charging terminal comprises a plurality of electric contacts; and a landing pad, wherein the landing pad comprises a housing, and an electrically conductive landing terminal dorsal to the housing, the landing terminal comprising: a first set of nodes, wherein the first set of nodes comprises a plurality of positive nodes; a second set of nodes, wherein the second set of nodes comprises a plurality of negative nodes; and a non-conductive space, a first set of nodes, wherein the first set of nodes comprises a plurality of positive nodes; a second set of nodes, wherein the second set of nodes comprises a plurality of negative nodes; and a non-conductive space, wherein the first set of nodes and the second set of nodes are arranged in parallel strips or as a checkerboard of tiles, wherein the first set of nodes, the second set of nodes, and the non-conductive space are configured such that the positive nodes and negative nodes alternate, characterised in that for any pose of the aerial vehicle during a landing state of the aerial vehicle on the landing pad, at least one electric contact of the charging terminal makes contact with a node of the first set of nodes, and at least one other electric contact of the charging terminal makes contact with a node of the second set of nodes, and wherein the landing terminal is configured to transfer electric power to the aerial vehicle via the electric contacts.
A multicore optical fibre comprised of a plurality of cladding elements forming a regular, periodic cladding array, each cladding element having a higher index region and a lower index region, with interstitial regions formed between said cladding elements, characterised in that core element material is inserted into a plurality of the interstitial regions during a manufacturing stage so as to form a plurality of core regions, each core region in the fibre being substantially surrounded by the lower index region of the cladding elements such that the regularity of the cladding array is not affected, wherein each cladding element comprises an inner region and an outer region, with the inner region having a different refractive index to the outer region, and further wherein the outer region of each cladding element has a higher refractive index than the inner region.
Method for overmolding a thermoplastic end fitting (4, 5) onto a hollow profile made of thermoset composite for manufacturing a connecting rod, characterised in that the method comprises the following steps: - shape machining of the thermoset composite profile on an injection zone, the machining being performed on the exterior of the profile, - positioning a plug (2, 3) in the profile, the plug (2, 3) having a length greater than or equal to the length of the injection zone to withstand the injection pressure exerted on the walls of the profile, - thermal conditioning of the assembly of the profile and the plug (2, 3), - injection molding of the thermoplastic end fitting (4, 5) to create a junction between the profile, the plug (2, 3), and the end fitting (4, 5), to produce the connecting rod, the shape machining of the profile allowing for the mechanical connection of the profile and the end fitting (4, 5), the machined shapes on the profile enabling the retention of the end fitting (4, 5). - shape machining of the thermoset composite profile on an injection zone, the machining being performed on the exterior of the profile, - positioning a plug (2, 3) in the profile, the plug (2, 3) having a length greater than or equal to the length of the injection zone to withstand the injection pressure exerted on the walls of the profile, - thermal conditioning of the assembly of the profile and the plug (2, 3), - injection molding of the thermoplastic end fitting (4, 5) to create a junction between the profile, the plug (2, 3), and the end fitting (4, 5), to produce the connecting rod,
Rotor for a turbomachine, having a flow path which is of ring-shaped cross section, having at least one endless shaft collar in which there are provided at least partially axially extending holding grooves with in each case one rotor blade seated therein, forming a blade ring, characterized in that the rotor comprises at least one closed flow contour ring with face-side side surfaces and with at least one radially outwardly pointing surface, in which there is provided at least one opening as an entrance to segment free spaces provided in corresponding number, wherein the respective segment free spaces are at least unilaterally open at the face sides, wherein the flow contour ring is arranged to the side of the respective shaft collar and its or their entrances are closed in each case by a closure device fastened to the respective flow contour ring.
A peripheral component interconnect express, PCIe, system, comprising: a root complex of a primary domain; a root complex endpoint device of an extended domain, wherein the root complex endpoint device is a PCIe device in the primary domain and a root complex in the extended domain; and a PCIe device connected to the root complex endpoint device, wherein the root complex endpoint device is configured to: receive an access packet from the primary domain, wherein the access packet carries a configuration space address of the PCIe device in the extended domain; perform address translation according to a correspondence between the configuration space address and a bus number/device number/function number, BDF, of the PCIe device in the extended domain, to obtain the BDF of the PCIe device in the extended domain; and access the configuration space of the PCIe device in the extended domain by using the BDF. a root complex of a primary domain; a root complex endpoint device of an extended domain, wherein the root complex endpoint device is a PCIe device in the primary domain and a root complex in the extended domain; and a PCIe device connected to the root complex endpoint device, wherein the root complex endpoint device is configured to: receive an access packet from the primary domain, wherein the access packet carries a configuration space address of the PCIe device in the extended domain; perform address translation according to a correspondence between the configuration space address and a bus number/device number/function number, BDF, of the PCIe device in the extended domain, to obtain the BDF of the PCIe device in the extended domain; and access the configuration space of the PCIe device in the extended domain by using the BDF. receive an access packet from the primary domain, wherein the access packet carries a configuration space address of the PCIe device in the extended domain; perform address translation according to a correspondence between the configuration space address and a bus number/device number/function number, BDF, of the PCIe device in the extended domain, to obtain the BDF of the PCIe device in the extended domain; and access the configuration space of the PCIe device in the extended domain by using the BDF.
A method for monitoring and/or controlling the composition of a drilling fluid, comprising: receiving measurements of properties of a drilling fluid; determining a concentration of each of a plurality of components of the drilling fluid, by inputting the measured properties to a fluid model that relates the properties of the drilling fluid to the concentrations of each of the components; determining a desired concentration of each of the plurality of components of the drilling fluid, by inputting desired properties of the drilling fluid to the fluid model; and determining a quantity of one or more additives to be added to the drilling fluid to achieve the desired concentration of each of the plurality of components. receiving measurements of properties of a drilling fluid; determining a concentration of each of a plurality of components of the drilling fluid, by inputting the measured properties to a fluid model that relates the properties of the drilling fluid to the concentrations of each of the components; determining a desired concentration of each of the plurality of components of the drilling fluid, by inputting desired properties of the drilling fluid to the fluid model; and determining a quantity of one or more additives to be added to the drilling fluid to achieve the desired concentration of each of the plurality of components.
A glass antenna for a window glass for a vehicle, comprising: a first antenna that includes a first power feeding point, and a first element connected to the first power feeding point; a second antenna that includes a second power feeding point placed next to the first power feeding point, and a second element connected to the second power feeding point; and a third antenna that includes a third power feeding point placed next to the second power feeding point, and a third element connected to the third power feeding point and having a longest path longer than respective longest paths of the first element and the second element, and wherein at least a part of the third element is placed between the first element and the second element, characterized in that a part of the first element is placed on a side opposite to the first power feeding point, with respect to an imaginary line in a first direction passing through the third power feeding point. a first antenna that includes a first power feeding point, and a first element connected to the first power feeding point; a second antenna that includes a second power feeding point placed next to the first power feeding point, and a second element connected to the second power feeding point; and a third antenna that includes a third power feeding point placed next to the second power feeding point, and a third element connected to the third power feeding point and having a longest path longer than respective longest paths of the first element and the second element, and wherein at least a part of the third element is placed between the first element and the second element, characterized in that a part of the first element is placed on a side opposite to the first power feeding point, with respect to an imaginary line in a first direction passing through the third power feeding point.
Method for operating a laser distance measurement device, in which laser radiation is emitted to a target point by way of a transmission apparatus, laser radiation reflected from the target point is acquired by way of a reception apparatus having a detection surface, at least one camera is used to acquire at least one image (42, 42a, 42b) of at least one target environment of the target point, and a display (46, 46a, 46b) of the image (42, 42a, 42b) overlaid with a marker (48, 48a, 48b) of the target point is output on a screen of the laser distance measurement device, wherein a parallax error in the display (46, 46a, 46b) of the image (42, 42a, 42b) overlaid with the marker (48, 48a, 48b) of the target point is corrected depending on an estimated distance to the target point, characterized in that the estimated distance is determined from a position of the light spot (58, 58a, 58b) brought about by the reflected laser radiation on the detection surface and/or is determined from a size of the light spot (58, 58a, 58b) brought about by the reflected laser radiation on the detection surface.