mhurhangee/ep-ind-claims huggingface dataset:
A substrate work machine for performing work on a board while the board is conveyed in, positioned in place and discharged from the interior of the machine, the substrate work machine comprising: multiple types of work units (34, 36, 37), being provided below a conveyance height of the board and configured to perform work on the board from below thereof; and a mounting section where each of the multiple types of work units (34, 36, 37) is mounted in an exchangeable manner, characterized in that each of the work units (34, 36, 37) has a storage section configured to store identification information for identifying a type of each work unit (34, 36, 37), and wherein the substrate work machine further comprising a control device, the control device having: an acquire section configured to acquire the identification information from the storage section of the work unit (34, 36, 37) mounted on the mounting section; and a discrimination section configured to perform at least one of discrimination on exchange of one of the work units (34, 36, 37) mounted on the mounting section with another of the work units (34, 36, 37) outside the mounting section and discrimination on a type of the work unit (34, 36, 37) mounted on the mounting section based on the identification information acquired by the acquire section. multiple types of work units (34, 36, 37), being provided below a conveyance height of the board and configured to perform work on the board from below thereof; and a mounting section where each of the multiple types of work units (34, 36, 37) is mounted in an exchangeable manner, characterized in that each of the work units (34, 36, 37) has a storage section configured to store identification information for identifying a type of each work unit (34, 36, 37), and wherein the substrate work machine further comprising a control device, the control device having: an acquire section configured to acquire the identification information from the storage section of the work unit (34, 36, 37) mounted on the mounting section; and a discrimination section configured to perform at least one of discrimination on exchange of one of the work units (34, 36, 37) mounted on the mounting section with another of the work units (34, 36, 37) outside the mounting section and discrimination on a type of the work unit (34, 36, 37) mounted on the mounting section based on the identification information acquired by the acquire section. an acquire section configured to acquire the identification information from the storage section of the work unit (34, 36, 37) mounted on the mounting section; and a discrimination section configured to perform at least one of discrimination on exchange of one of the work units (34, 36, 37) mounted on the mounting section with another of the work units (34, 36, 37) outside the mounting section and discrimination on a type of the work unit (34, 36, 37) mounted on the mounting section based on the identification information acquired by the acquire section.
A medicament delivery member shield remover for a medicament delivery device, the medicament delivery member shield remover comprising a tubular body extending along an axis in an axial direction from a proximal end to a distal end and extending in a circumferential direction around the axis, a slit in the tubular body extending in the axial direction, characterized in that the medicament delivery member shield remover further comprises a first protruding element extending from the tubular body towards the axis, and a second protruding element, wherein the second protruding element comprises two protrusions (18, 19) extending from the tubular body away from the axis, and wherein the two protrusions (18, 19) are arranged on opposite sides of the slit in the circumferential direction. a slit in the tubular body extending in the axial direction, characterized in that the medicament delivery member shield remover further comprises a first protruding element extending from the tubular body towards the axis, and a second protruding element, wherein the second protruding element comprises two protrusions (18, 19) extending from the tubular body away from the axis, and wherein the two protrusions (18, 19) are arranged on opposite sides of the slit in the circumferential direction.
A process for producing an emulsifier, comprising: a dispersion step of dispersing, into water, granules comprising conjugates of saccharide polymer particles that include hydroxyl groups, to thereby prepare a dispersion, a relaxed-product producing step of producing a relaxed product, wherein a higher-order structure of the conjugates has been relaxed, by swelling the granules and cleaving hydrogen bonds originating from the granules under reversible conditions that permit restoration of cleaved hydrogen bonds, a first restoring step of partially restoring the cleaved hydrogen bonds, a particle separation step of cleaving the hydrogen bonds within the conjugates, and separating the saccharide polymer particles into water, a step of diluting an emulsifier-producing material obtained after the first restoring step with water, before the particle separation step, and a second restoring step of partially restoring the cleaved hydrogen bonds, wherein cleavage of the hydrogen bonds under reversible conditions is cleavage under mild conditions which permit the restoration of once-cleaved hydrogen bonds that can be confirmed by the reversible transition of the viscosity as a function of the change of the temperature, wherein the cleavage is carried out by physical treatment by heating and agitation which is performed at 70 to 90 °C in 20 to 40 minutes, the first and/or second partially restoring step is performed by leaving the particles under non-treatment conditions at ambient temperature, without agitation, and in the absence of any chemical agent for several hours.
A control system for a hybrid vehicle having a clutch arranged between a motor/generator and a drive wheel (RR, RL) and an engine start control means configured to engage the clutch in response to an engine start request and to perform an engine start by the motor/generator, wherein the engine start control means is configured to allow the engine start when the engine start request is present and the absolute value of the motor/generator output torque assumes a predetermined value or less with a transfer torque capacity of the clutch being in a reduced state.
An adjuvant composition for use in potentiating immunologic response, comprising lauryl alcohol and propylene glycol, and further comprising glycerol wherein contents of the lauryl alcohol, the propylene glycol, and the glycerol are 0.5 to 25% by mass, 8.0 to 90% by mass, and 1.0 to 90% by mass, relative to the total mass of the adjuvant composition, respectively, wherein the lauryl alcohol is dissolved, and wherein the composition is used for transdermal or transmucosal administration.
A method of handling a mobile device in a wireless communication system, the mobile device being a low priority device or a machine type communication, MTC, device, the method comprising: the mobile device sending an MTC indicator or a low priority indicator to a network of the wireless communication system during a combined attach procedure, wherein the combined attach procedure comprises a circuit-switched, CS, attach procedure and a packet-switched, PS, attach procedure; the network forwarding the MTC indicator or the low priority indicator to a switching center of the wireless communication system for indicating the switching center to update a status of the mobile device, when the mobile device only performs a PS detach procedure for detaching at least one PS service; the method characterized in: the switching center sending an acknowledgement message corresponding to the indicator to the network and the acknowledgement message comprising an extended periodic location update timer value, after receiving the indicator; and the network sending a detach accept message comprising the extended periodic location update timer value to the mobile device. the mobile device sending an MTC indicator or a low priority indicator to a network of the wireless communication system during a combined attach procedure, wherein the combined attach procedure comprises a circuit-switched, CS, attach procedure and a packet-switched, PS, attach procedure; the network forwarding the MTC indicator or the low priority indicator to a switching center of the wireless communication system for indicating the switching center to update a status of the mobile device, when the mobile device only performs a PS detach procedure for detaching at least one PS service; the method characterized in: the switching center sending an acknowledgement message corresponding to the indicator to the network and the acknowledgement message comprising an extended periodic location update timer value, after receiving the indicator; and the network sending a detach accept message comprising the extended periodic location update timer value to the mobile device.
A metamaterial to be used with a radiation source, the metamaterial being disposed in a propagation direction of electromagnetic waves emitted from the radiation source, wherein a line connecting the radiation source to a point on a first surface of the metamaterial and a line perpendicular to the metamaterial form an angle θ therebetween, which uniquely corresponds to a curved surface in the metamaterial; each point on the curved surface to which the angle θ uniquely corresponds has a same refractive index; refractive indices of the metamaterial decrease gradually as the angle θ increases; and the electromagnetic waves propagating through the metamaterial exits in parallel from a second surface of the metamaterial.
A device occupation method comprising: executing, by a second device, an audio playing service or a video playing service, wherein the second device occupies a headset; answering, by a first device, a call service, when the information of a first electronic account logged in to the second device is the same as the information of a second electronic account logged in to the first device; starting occupying, by the first device in response to answering the call service, the headset; and stopping occupying, by the second device in response to the first device answering the call service, the headset; displaying, by the first device, a first prompt information indicating that the headset is occupied by the first device; and displaying, by the second device, a second prompt information and a button, wherein the second prompt information indicates that the headset is occupied by the first device, and the button indicates not to allow the headset to be preempted by another device; receiving, by the second device, an operation that is performed on the button; determining, by the second device, that the headset cannot be occupied by the first device based on the operation. executing, by a second device, an audio playing service or a video playing service, wherein the second device occupies a headset; answering, by a first device, a call service, when the information of a first electronic account logged in to the second device is the same as the information of a second electronic account logged in to the first device; starting occupying, by the first device in response to answering the call service, the headset; and stopping occupying, by the second device in response to the first device answering the call service, the headset; displaying, by the first device, a first prompt information indicating that the headset is occupied by the first device; and displaying, by the second device, a second prompt information and a button, wherein the second prompt information indicates that the headset is occupied by the first device, and the button indicates not to allow the headset to be preempted by another device; receiving, by the second device, an operation that is performed on the button; determining, by the second device, that the headset cannot be occupied by the first device based on the operation.
- A cartridge feeding device for a weapon turret integral with a passenger compartment of a carrier, the device comprising a cylindrical magazine for enclosing cartridges connected to each other by a band formed by links, the magazine being arranged coaxially to the bearing axis of the turret and rotatably connected to the turret when bearing, the magazine comprising: - an annular upper plate integral in bearing with the turret and carrying an outlet chute for the cartridges, - an annular lower plate carrying an opening for inserting the cartridges bands and communicating with the inside of the passenger compartment, the lower plate being connected to the upper plate by a sliding pivot connection and the cartridges being intended to be accommodated within the magazine with the axis thereof radially oriented with respect to the bearing axis. - an annular upper plate integral in bearing with the turret and carrying an outlet chute for the cartridges, - an annular lower plate carrying an opening for inserting the cartridges bands and communicating with the inside of the passenger compartment, the lower plate being connected to the upper plate by a sliding pivot connection and the cartridges being intended to be accommodated within the magazine with the axis thereof radially oriented with respect to the bearing axis.
An electric drive having a motor housing, an end shield, an electrically insulating brush yoke with an integrally formed plug housing, a printed circuit board having flat pins which project through the plug openings of the brush yoke into the plug housing, wherein the brush yoke serves as a carrier for the printed circuit board, characterised in that a sensor is mechanically and electrically connected to the printed circuit board, the end shield is electrically conductive, the printed circuit board has tracks on both sides, the sensor is held in an opening in the printed circuit board and an earth track of the printed circuit board faces the end shield and is in direct electrical contact therewith and mechanically fastened thereto.
System for detecting a platform in a zone of interest situated around a public railway transport vehicle, the platform comprising at least one arris, the detection system comprising: - means of projection of at least one light beam in the zone of interest along at least one direction of projection, the projection means being arranged in such a way that the light beam describes at least one projected pattern on a surface when the light beam encounters a surface in the zone of interest; - means of acquisition of at least one image of the projected pattern from at least one viewpoint not aligned with the direction of projection and in such a way that the image of the projected pattern exhibits at least one break (21, 22, 31) separating the image of the projected pattern into at least two segments (20, 23, 24, 25) when the light beam encounters, in the zone of interest, an arris, of the coping of the platform, the platform being able to correspond to a segment, the acquisition means being designed to detect the segments and the breaks of the image of the projected pattern; - at least one memory in which are stored several templates associated with the viewpoint (29, 30, 32, 33, 37, 38) each representing a type of platform and having given positions; - several calibration targets associated with the templates; - means of comparison and of superposition of the segments of the image of the projected pattern with the templates and of determination of the presence or the absence of the platform as a function of the comparison and of the superposition. - means of projection of at least one light beam in the zone of interest along at least one direction of projection, the projection means being arranged in such a way that the light beam describes at least one projected pattern on a surface when the light beam encounters a surface in the zone of interest; - means of acquisition of at least one image of the projected pattern from at least one viewpoint not aligned with the direction of projection and in such a way that the image of the projected pattern exhibits at least one break (21, 22, 31) separating the image of the projected pattern into at least two segments (20, 23, 24, 25) when the light beam encounters, in the zone of interest, an arris, of the coping of the platform, the platform being able to correspond to a segment, the acquisition means being designed to detect the segments and the breaks of the image of the projected pattern; - at least one memory in which are stored several templates associated with the viewpoint (29, 30, 32, 33, 37, 38) each representing a type of platform and having given positions; - several calibration targets associated with the templates; - means of comparison and of superposition of the segments of the image of the projected pattern with the templates and of determination of the presence or the absence of the platform as a function of the comparison and of the superposition.
An apparatus for detecting droops in a plurality of supply voltages, comprising: multiple means for detecting droop, each means for detecting droop is configured to receive a supply voltage of the plurality of supply voltages, each means for detecting droop includes an input tracking loop to detect the droop in the supply voltage; means for coupling the outputs of the multiple means for detecting droop; and means for comparing, coupled to the means for coupling configured to output a control voltage when the droop is detected in a supply voltage; characterized in that each means for detecting droop includes means for disconnecting each means for detecting droop from the means for coupling when no droop is detected on its respective supply voltage, while other means for detecting droop detect at least one droop on their respective supply voltage. multiple means for detecting droop, each means for detecting droop is configured to receive a supply voltage of the plurality of supply voltages, each means for detecting droop includes an input tracking loop to detect the droop in the supply voltage; means for coupling the outputs of the multiple means for detecting droop; and means for comparing, coupled to the means for coupling configured to output a control voltage when the droop is detected in a supply voltage; characterized in that each means for detecting droop includes means for disconnecting each means for detecting droop from the means for coupling when no droop is detected on its respective supply voltage, while other means for detecting droop detect at least one droop on their respective supply voltage.
Screen device, comprising: - a first screen roller with a first screen which can be rolled up onto and unrolled from the latter; - a second screen roller with a second screen which can be rolled up onto and unrolled from the latter; - a first joining strip on a lateral side of the first screen, adjacent to the second screen; - a second joining strip on a lateral side of the second screen, adjacent to the first screen; - a coupling piece which is arranged at a certain distance from the screen rollers (2, 3), comprising an upper body, a lower body and an intermediate piece, which together delimit a Y-shaped channel, in which the joining strips (6, 7) are fittable so as to be displaceable for coupling the joining strips (6, 7) when unrolling the screens (4, 5) and for uncoupling the joining strips (6, 7) when rolling up the screens (4, 5); - a guide element with a guide surface for guiding the joining strips (6, 7), characterized in that said guide surface viewed in the unrolling direction of the screens (4, 5) is arranged on a side of the Y-shaped channel opposite to the screen rollers (2, 3) connecting with the Y-shaped channel and/or partly delimiting this Y-shaped channel and, at least during the unrolling and rolling up of the screens (4, 5), is arranged gradually further away from each plane in which the screens (4, 5) substantially extend in their unrolled state. - a first screen roller with a first screen which can be rolled up onto and unrolled from the latter; - a second screen roller with a second screen which can be rolled up onto and unrolled from the latter; - a first joining strip on a lateral side of the first screen, adjacent to the second screen; - a second joining strip on a lateral side of the second screen, adjacent to the first screen; - a coupling piece which is arranged at a certain distance from the screen rollers (2, 3), comprising an upper body, a lower body and an intermediate piece, which together delimit a Y-shaped channel, in which the joining strips (6, 7) are fittable so as to be displaceable for coupling the joining strips (6, 7) when unrolling the screens (4, 5) and for uncoupling the joining strips (6, 7) when rolling up the screens (4, 5); - a guide element with a guide surface for guiding the joining strips (6, 7), characterized in that said guide surface viewed in the unrolling direction of the screens (4, 5) is arranged on a side of the Y-shaped channel opposite to the screen rollers (2, 3) connecting with the Y-shaped channel and/or partly delimiting this Y-shaped channel and, at least during the unrolling and rolling up of the screens (4, 5), is arranged gradually further away from each plane in which the screens (4, 5) substantially extend in their unrolled state.
A blade assembly for use with a gas turbine engine, the blade assembly comprising a blade configured to rotate about a center axis during operation of the gas turbine engine, the blade including a root and an airfoil that extends radially away from the root, a blade holder configured to support the blade as the blade rotates about the center axis, the blade holder including a base, a first post, and a second post that cooperate to define a blade receiver slot that extends axially through a fore face and an aft face of the blade holder and that receives the root of the blade such that the first post and the second post block radial movement of the root of the blade out of the blade receiver slot, and a blade retainer (130, 220) configured to block axial movement of the root of the blade out of the blade receiver slot, the blade retainer (130, 220) including an outer stop (190, 240) and a retainer insert (128, 222) that includes a web (132, 224) that extends axially between a fore end and an aft end thereof, a fore brace (136, 228) coupled to the fore end of the web (132, 224), and an inner stop that extends radially inward away from the web (132, 224) adjacent the aft end of the web (132, 224), wherein the outer stop (190, 240) is aligned axially with the inner stop and coupled to the web (132, 224) to cause the outer stop (190, 240) and the inner stop cooperate to provide an aft brace that is spaced apart axially from the fore brace (136, 228), the fore brace (136, 228) is configured to engage the root of the blade and the fore face of the blade holder, the aft brace is configured to engage the root of the blade and the aft face of the blade holder, and the web (132, 224) blocks relative movement between the fore brace (136, 228) and the aft brace so that the blade retainer (130, 220) blocks axial movement of the root of the blade out of the blade receiver slot, wherein the outer stop (190, 240) includes a radially extending abutment wall (192, 242) and a flange (200, 244) that extends axially away from the abutment wall (192, 242), the blade assembly being characterised in that the web (132, 224) is formed to include a channel that extends radially into the web (132, 224) and a portion of the abutment wall (192, 242) is received in the channel to locate the outer stop (190, 240) axially relative to the retainer insert (128, 222).