mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a position of a movable object in space for locating this object, comprising: generating an electromagnetic exciter field, the electromagnetic exciter field being configured to excite the movable object to develop a magnetic response field; and determining a plurality of measurement values for the magnetic response field by measuring the magnetic response field at a plurality of predetermined measurement positions; characterized by determining the position of the movable object based on a comparison of the plurality of measurement values with reference measurement values, wherein one position of the movable object is allocated to each of the reference measurement values, and wherein the reference measurement values are each determined by a simulation. generating an electromagnetic exciter field, the electromagnetic exciter field being configured to excite the movable object to develop a magnetic response field; and determining a plurality of measurement values for the magnetic response field by measuring the magnetic response field at a plurality of predetermined measurement positions; characterized by determining the position of the movable object based on a comparison of the plurality of measurement values with reference measurement values, wherein one position of the movable object is allocated to each of the reference measurement values, and wherein the reference measurement values are each determined by a simulation.
A heat-curing and light-fixable epoxy-based composition which is liquid at room temperature, in particular for the fixation and/or encapsulation of electrical and electronic parts on a substrate, comprising at least one epoxy-containing compound having at least two epoxy groups; at least one curing agent for the epoxy-containing compound; optionally an accelerator; at least one radiation-curing component; at least one photoinitiator for radical polymerization; at least one filler; and optionally further additives; characterized in that the radiation-curing component comprises at least one at least trifunctional (meth)acrylate, the composition containing the radiation-curing component in a proportion of 0.5 to 5 weight percent, based on the total weight of the composition.
A rear view assembly comprising: a housing including a mount extending therefrom; a circuit board assembly disposed within the housing; an air mover proximate a heatsink, the air mover configured to draw ambient air from an inlet into the housing, wherein the inlet is disposed below the air mover and adjacent to a lower button assembly; a channel disposed within the housing, wherein the channel is in fluid communication with the air mover and configured to direct the air drawn into the housing across a top portion of the heatsink; and an outlet in fluid connection with the channel and adjacent to the mount. a housing including a mount extending therefrom; a circuit board assembly disposed within the housing; an air mover proximate a heatsink, the air mover configured to draw ambient air from an inlet into the housing, wherein the inlet is disposed below the air mover and adjacent to a lower button assembly; a channel disposed within the housing, wherein the channel is in fluid communication with the air mover and configured to direct the air drawn into the housing across a top portion of the heatsink; and an outlet in fluid connection with the channel and adjacent to the mount.
An intermediate product consisting of at least 100 décor units arranged on top of each other in a pressing device which form a unit between two press plates from A) a multi-layered composite comprising a layer sequence made of (a) a décor layer which may have a protective layer, (b) at least one paper layer, preferably two to ten and most preferably three paper layers, each of them equipped with at least one curing synthetic resin, and (c) a one-sided coated release-paper layer directly adjoining the paper layers (b) with a non-coated surface, and B) a second multi-layered composite which adjoins directly with its one-sided coated release-paper layer (c') the release-paper layer (c) of the first multi-layered composite, consisting of a layer sequence made of (c') a one-sided coated layer of release-paper adjoining directly the paper layer with the non-coated surface, (b') at least one paper layer, preferably two to ten and most preferably three paper layers, each of them equipped with at least one curing synthetic resin, (a') a décor layer that shows some protective coating whereby the release-layers (c) and (c') are provided with at least one cured polysiloxane. A) a multi-layered composite comprising a layer sequence made of (a) a décor layer which may have a protective layer, (b) at least one paper layer, preferably two to ten and most preferably three paper layers, each of them equipped with at least one curing synthetic resin, and (c) a one-sided coated release-paper layer directly adjoining the paper layers (b) with a non-coated surface, and (a) a décor layer which may have a protective layer, (b) at least one paper layer, preferably two to ten and most preferably three paper layers, each of them equipped with at least one curing synthetic resin, and (c) a one-sided coated release-paper layer directly adjoining the paper layers (b) with a non-coated surface, and B) a second multi-layered composite which adjoins directly with its one-sided coated release-paper layer (c') the release-paper layer (c) of the first multi-layered composite, consisting of a layer sequence made of (c') a one-sided coated layer of release-paper adjoining directly the paper layer with the non-coated surface, (b') at least one paper layer, preferably two to ten and most preferably three paper layers, each of them equipped with at least one curing synthetic resin, (a') a décor layer that shows some protective coating whereby the release-layers (c) and (c') are provided with at least one cured polysiloxane. (c') a one-sided coated layer of release-paper adjoining directly the paper layer with the non-coated surface, (b') at least one paper layer, preferably two to ten and most preferably three paper layers, each of them equipped with at least one curing synthetic resin, (a') a décor layer that shows some protective coating whereby the release-layers (c) and (c') are provided with at least one cured polysiloxane.
Optometry apparatus comprising: - a holder designed to receive visual compensation spectacles, the holder exhibiting a housing, dimensioned so as to accommodate the visual compensation spectacles, and openings, formed in a lateral wall of the housing, for the passage of temples of the visual compensation spectacles; - at least one transmission element (425; 435; 445) designed to cooperate with a member (352; 354; 356; 552; 554; 556) for adjusting an optical correction characteristic of said spectacles; - at least one motor (420; 430; 440) for driving the transmission element (425; 435; 445). - a holder designed to receive visual compensation spectacles, the holder exhibiting a housing, dimensioned so as to accommodate the visual compensation spectacles, and openings, formed in a lateral wall of the housing, for the passage of temples of the visual compensation spectacles; - at least one transmission element (425; 435; 445) designed to cooperate with a member (352; 354; 356; 552; 554; 556) for adjusting an optical correction characteristic of said spectacles; - at least one motor (420; 430; 440) for driving the transmission element (425; 435; 445).
A system comprising: a puck configured to be embedded in a structure, wherein the puck includes: a first cup-shaped portion and a second cup-shaped portion, the first cup-shaped portion comprising a first flange and the second cup-shaped portion comprising a second flange wherein the first cup-shaped portion and the second cup-shaped portion are separable and the first flange and the second flange are coupled together when the puck is installed in the structure such that the cup-shaped portions face in opposite directions; an attachment post for coupling a removable fixture to the structure in which the puck is embedded, wherein a cavity is defined by the first cup-shaped portion; and a puck cover, wherein the puck cover is configured to cover the cavity when the fixture is not coupled to the attachment post, wherein the puck cover comprises: a top cover surface to cover the cavity; a center support; and a plurality of extensions, wherein the plurality of extensions are configured to couple with the attachment post; wherein the center support is configured to be located over the attachment post when the extensions are coupled to the attachment post so as to transfer load from the top cover surface to the attachment post. a puck configured to be embedded in a structure, wherein the puck includes: a first cup-shaped portion and a second cup-shaped portion, the first cup-shaped portion comprising a first flange and the second cup-shaped portion comprising a second flange wherein the first cup-shaped portion and the second cup-shaped portion are separable and the first flange and the second flange are coupled together when the puck is installed in the structure such that the cup-shaped portions face in opposite directions; an attachment post for coupling a removable fixture to the structure in which the puck is embedded, wherein a cavity is defined by the first cup-shaped portion; and a puck cover, wherein the puck cover is configured to cover the cavity when the fixture is not coupled to the attachment post, wherein the puck cover comprises: a top cover surface to cover the cavity; a center support; and a plurality of extensions, wherein the plurality of extensions are configured to couple with the attachment post; wherein the center support is configured to be located over the attachment post when the extensions are coupled to the attachment post so as to transfer load from the top cover surface to the attachment post. a top cover surface to cover the cavity; a center support; and a plurality of extensions, wherein the plurality of extensions are configured to couple with the attachment post; wherein the center support is configured to be located over the attachment post when the extensions are coupled to the attachment post so as to transfer load from the top cover surface to the attachment post.
An information processing program which causes a computer of an information processing apparatus including a controller and capable of outputting an image to a portable display device including an operation section and a stationary display device to function as: a processing means (10, S23, S24) for executing a predetermined information process; a first image generation means (10, S25) for generating a first image in accordance with the predetermined information process; a mode selection means (10, S33, S46) for selecting a mode of operation from among a plurality of modes of operation including a first mode for displaying the first image on the portable display device and a second mode for displaying the first image on the stationary display device and for switching modes during the execution of the predetermined information process; a second image generation means for generating a second image different from the first image in accordance with the predetermined information process; and a display control means (10, S27, S30) for: outputting only the first image to the portable display device without displaying the second image on the portable display device and without using the stationary display in the first mode and outputting the second image, in place of the first image, to the portable display device and outputting the first image to the stationary display device in the second mode, wherein the computer is further caused to function as a mode switching instruction reception means for receiving a mode switching instruction from a user, wherein the mode selection means switches the mode of operation based on the mode switching instruction, and wherein the processing means executes the predetermined information process based on the signal from the operation section of the portable display device in the first mode and executes the predetermined information process based on a signal from the controller in the second mode. a processing means (10, S23, S24) for executing a predetermined information process; a first image generation means (10, S25) for generating a first image in accordance with the predetermined information process; a mode selection means (10, S33, S46) for selecting a mode of operation from among a plurality of modes of operation including a first mode for displaying the first image on the portable display device and a second mode for displaying the first image on the stationary display device and for switching modes during the execution of the predetermined information process; a second image generation means for generating a second image different from the first image in accordance with the predetermined information process; and a display control means (10, S27, S30) for: outputting only the first image to the portable display device without displaying the second image on the portable display device and without using the stationary display in the first mode and outputting the second image, in place of the first image, to the portable display device and outputting the first image to the stationary display device in the second mode,
Cleaning apparatus, configured and adapted for cleaning machines or parts thereof, comprising a hose element with a hose holder and a hose which can be unrolled from or rolled onto it, wherein a supply end of the hose is configured and adapted for connecting to a water supply system and the opposing connecting end of the hose is configured and adapted for connecting to a pipe construction which has at least one cleaning nozzle, and the connecting end of the hose can be moved from a standby position, in which the connecting end of the hose is uncoupled from the machine to be cleaned or parts thereof, to an operating position, in which the connecting end of the hose is connected to the machine to be cleaned or parts thereof, and back, characterised in that the pipe construction is part of the cleaning device, in such a manner that the pipe construction is connected to the connecting end of the hose both in the operating mode of the machine and in the cleaning mode of the machine, wherein the pipe construction is configured and adapted for releasable attachment inside a machine and can be moved together with the connecting end of the hose from the standby position to the operating position and back, wherein the pipe construction is associated with fastening means for releasable attachment to or inside the machine to be cleaned or parts thereof, wherein the fastening means are independent of the machine.
A hair care device comprising: a housing that constitutes a contour; and a voltage supply unit that supplies a voltage to anuser of the hair care device, wherein the voltage supply unit includes: a voltage supply member which has an exposed surface exposed to the outside of the housing to which the voltage supply member is attached; and a first conductive section electrically connected to the voltage supply member, characterized in that the voltage supply member has a visible light transmission section having visible light transparency, the visible light transmission section has a second conductive section electrically connected to the first conductive section, the second conductive section has a contact surface contactable by the user of the hair care device, the contact surface is at least a portion of the exposed surface, and a shield section that overlaps an entirety of the exposed surface and does not transmit visible light is provided inward of the exposed surface. a voltage supply member which has an exposed surface exposed to the outside of the housing to which the voltage supply member is attached; and a first conductive section electrically connected to the voltage supply member, characterized in that the voltage supply member has a visible light transmission section having visible light transparency, the visible light transmission section has a second conductive section electrically connected to the first conductive section, the second conductive section has a contact surface contactable by the user of the hair care device, the contact surface is at least a portion of the exposed surface, and a shield section that overlaps an entirety of the exposed surface and does not transmit visible light is provided inward of the exposed surface.
Method for cleaning a filter of a vacuum cleaning apparatus, wherein in operation of the vacuum cleaning apparatus the filter has suction air flowing therethrough, said suction air being generated by a fan, the method comprising: - measuring a first pressure (p 1) at an inflow section of the filter; - measuring a second pressure (p 2) at an outflow section of the filter; - determining a pressure drop (Δp) at the filter as a pressure difference between the first pressure (p 1) and the second pressure (p 2); - determining a quantity characterizing a volume flow of the suction air in the outflow section of the filter; characterized by - determining, from the pressure difference (Δp) and the quantity that characterizes the volume flow, a quantity (c W) characterizing a flow resistance of the filter; and - initiating a filter cleaning operation in dependence upon the determined quantity (c W) that characterizes the flow resistance of the filter. - measuring a first pressure (p 1) at an inflow section of the filter; - measuring a second pressure (p 2) at an outflow section of the filter; - determining a pressure drop (Δp) at the filter as a pressure difference between the first pressure (p 1) and the second pressure (p 2); - determining a quantity characterizing a volume flow of the suction air in the outflow section of the filter; - determining, from the pressure difference (Δp) and the quantity that characterizes the volume flow, a quantity (c W) characterizing a flow resistance of the filter; and - initiating a filter cleaning operation in dependence upon the determined quantity (c W) that characterizes the flow resistance of the filter.
A method for controlling a User Equipment, UE, in a mobile telecommunications network, the network including a basestation, the method comprising the steps of: a basestation receiving battery status data from a UE, wherein the battery status data indicates a user-inputted preference for the UE's battery consumption; and, the method is characterised in that, in response, the basestation improves the Quality of Service, QoS, for the UE by adjusting connectivity parameters for the UE. a basestation receiving battery status data from a UE, wherein the battery status data indicates a user-inputted preference for the UE's battery consumption; and, the method is characterised in that, in response, the basestation improves the Quality of Service, QoS, for the UE by adjusting connectivity parameters for the UE.
A side-bay delivery vehicle comprising: at least two bays, each bay including: two rectangular frames (402, 404), each frame having two horizontal members (402c, 402d, 404c, 404d) and two vertical members (402a, 402b, 404a, 404b) and each frame opposing and facing the other; a holding structure engaged by both of the rectangular frames (402, 404), the structure comprising a plurality of trays wherein the structure is adaptable to provide vertical movement of the plural trays within the confines of the two rectangular frames (402, 404); and a number of belts positioned between the lower horizontal members (402d, 404d) of the two rectangular frames, each one of the number of belts being independently moveable to provide lateral movement of products within the confines of the two rectangular frames (402, 404) wherein access to the bays is provided from a side of the vehicle; wherein the plural trays are partitioned into a plurality of horizontal bins and wherein each of the belts are positioned to provide lateral movement from a separate horizontal bin. two rectangular frames (402, 404), each frame having two horizontal members (402c, 402d, 404c, 404d) and two vertical members (402a, 402b, 404a, 404b) and each frame opposing and facing the other; a holding structure engaged by both of the rectangular frames (402, 404), the structure comprising a plurality of trays wherein the structure is adaptable to provide vertical movement of the plural trays within the confines of the two rectangular frames (402, 404); and a number of belts positioned between the lower horizontal members (402d, 404d) of the two rectangular frames, each one of the number of belts being independently moveable to provide lateral movement of products within the confines of the two rectangular frames (402, 404)
A fan module for an aircraft turbine engine, this module comprising a fan and an electrical machine, the electrical machine is coaxially mounted downstream of the fan and comprises a rotor coupled to rotate with the fan and an annular member with generally C-shaped axial cross-section, this member comprising and a radially inner portion forming a support for bearings (80, 82) guiding the rotor of the electrical machine, characterised in that the opening of the annular member with generally C-shaped axial cross-section is axially oriented and receives said rotor of the electrical machine, and in that the annular member comprises a radially outer portion forming a stator of the electrical machine. the electrical machine is coaxially mounted downstream of the fan and comprises a rotor coupled to rotate with the fan and an annular member with generally C-shaped axial cross-section, this member comprising and a radially inner portion forming a support for bearings (80, 82) guiding the rotor of the electrical machine, characterised in that the opening of the annular member with generally C-shaped axial cross-section is axially oriented and receives said rotor of the electrical machine, and in that the annular member comprises a radially outer portion forming a stator of the electrical machine.
A composite R-Fe-B based rare-earth sintered magnet comprising Pr and W, wherein the rare-earth sintered magnet comprises an R 2 Fe 14 B type main phase, and R is a rare-earth element selected from Nd and Pr, comprising at least Pr, wherein the raw material components therein comprise an amount ranging from 28 wt% to 35 wt% of R, more than or equal to 2 wt% of Pr, 0.8 wt%-0.92 wt% of B and 0.0005 wt%-0.03 wt% of W, characterized in that the raw material components further comprise less than or equal to 2.0 wt% of at least one additive element selected from a group consisting of Co, Zr, V, Mo, Zn, Ga, Nb, Sn, Sb, Hf, Bi, Ni, Ti, Cr, Si, S, and P, less than or equal to 0.8 wt% of Cu, less than or equal to 0.8% of Al, and the balance of Fe. wherein the rare-earth sintered magnet comprises an R 2 Fe 14 B type main phase, and R is a rare-earth element selected from Nd and Pr, comprising at least Pr, wherein the raw material components therein comprise an amount ranging from 28 wt% to 35 wt% of R, more than or equal to 2 wt% of Pr, 0.8 wt%-0.92 wt% of B and 0.0005 wt%-0.03 wt% of W, characterized in that the raw material components further comprise less than or equal to 2.0 wt% of at least one additive element selected from a group consisting of Co, Zr, V, Mo, Zn, Ga, Nb, Sn, Sb, Hf, Bi, Ni, Ti, Cr, Si, S, and P, less than or equal to 0.8 wt% of Cu, less than or equal to 0.8% of Al, and the balance of Fe.