mhurhangee/ep-ind-claims huggingface dataset:
Method for checking measurement parameter settings for the operation of a coordinate measuring machine, wherein the coordinate measuring machine is configured to measure a workpiece in accordance with at least one settable measurement parameter, and wherein the method is carried out in an automated manner and comprises: a) repeatedly measuring a workpiece using the coordinate measuring machine and with a defined setting of the measurement parameter, wherein spatial coordinates of measurement points on the workpiece surface are determined; b) calculating a value of a variable which describes a reproducibility of measurement results determined with the measurements from a); c) changing the setting of the measurement parameter and carrying out a) and b) again. wherein the coordinate measuring machine is configured to measure a workpiece in accordance with at least one settable measurement parameter, and wherein the method is carried out in an automated manner and comprises: a) repeatedly measuring a workpiece using the coordinate measuring machine and with a defined setting of the measurement parameter, wherein spatial coordinates of measurement points on the workpiece surface are determined; b) calculating a value of a variable which describes a reproducibility of measurement results determined with the measurements from a); c) changing the setting of the measurement parameter and carrying out a) and b) again. a) repeatedly measuring a workpiece using the coordinate measuring machine and with a defined setting of the measurement parameter, wherein spatial coordinates of measurement points on the workpiece surface are determined; b) calculating a value of a variable which describes a reproducibility of measurement results determined with the measurements from a); c) changing the setting of the measurement parameter and carrying out a) and b) again.
An injector for implanting a sensor implant in a human or animal eye, namely for suprachoroidally implanting a pressure sensor for wirelessly measuring the internal eye pressure, the injector comprising an injection chamber and a pusher, by means of which a sensor implant can be pressed out of the injection chamber through an injection opening, characterized in that the injector comprises a tube-shaped injection chamber for receiving a sensor implant, the inner wall surfaces (9, 10) thereof having a rotationally asymmetric oval or rectangular cross section, in that the injection chamber has an injection opening at a free end, through which a sensor implant can slide out during implanting and can slide into a scleral incision in the eye, wherein the inner wall surfaces (9, 10) of the injection chamber enclose the also rotationally asymmetric cross section of a sensor implant and prevent rotating of the sensor implant about an axis of rotation in the direction of injection, and in that a first chamber segment of the injection chamber present between the injection opening and a second chamber segment of the injection chamber further away from the injection opening is filled with a viscoelastic material, and in that a sensor implant initially placed in the second chamber segment can be pressed out of the injection chamber through the filled, first chamber segment.
A method for rendering a vacuum conveyor inert with an intake device for the intake of material to be conveyed into a separating vessel, which can be emptied via an emptying device, by means of a vacuum generated by a vacuum pump device, characterised in that, for the inertisation, an inert fluid is fed into the separating vessel below the free surface of a separated material, and that the emptying device, after the rinsing with the inert fluid, is actuated for the emptying of the separating vessel.
A turbomachine compressor rotor blade comprising an upper surface, a lower surface, a blade root and a blade tip spaced apart by a blade height (h) along the direction of a radial axis, at least one intermediate segment presenting a negative tangential slope, towards the upper surface, and a distal segment situated between the intermediate segment and the blade tip and presenting a positive tangential slope, towards the lower surface; wherein the distal segment extends over at most 30% of said blade height (h); and characterized in that the projection onto a radial plane of the line passing through the centers of gravity of each tangential section of the blade possesses, in the intermediate segment of the blade, a segment that is substantially rectilinear and that extends over at least 40% of the blade height (h).
A power tool comprising: a tool housing; an output spindle; a motor received in the tool housing; a transmission coupled to the motor and configured to transmit torque from the motor to the output spindle (20; and a hammer assembly including a hammer mechanism configured to apply axial impacts to the output spindle when the hammer mechanism is engaged, and a hammer housing supporting at least a portion of the hammer mechanism, wherein the power tool further comprises a clutch assembly including a clutch mechanism configured to interrupt torque transmission from the transmission to the output spindle when an output torque exceeds a threshold, and a clutch housing supporting at least a portion of the clutch mechanism; characterised in that the hammer housing is composed of a heat conductive material and the clutch housing is composed of a non-metallic material; in that the hammer housing is at least partially disposed inside of a portion of the clutch housing; and in that there is an annular cap disposed over the rear portion of the clutch housing, wherein at least a portion of the annular cap is exposed to an exterior of the power tool. a tool housing; an output spindle; a motor received in the tool housing; a transmission coupled to the motor and configured to transmit torque from the motor to the output spindle (20; and a hammer assembly including a hammer mechanism configured to apply axial impacts to the output spindle when the hammer mechanism is engaged, and a hammer housing supporting at least a portion of the hammer mechanism, wherein the power tool further comprises a clutch assembly including a clutch mechanism configured to interrupt torque transmission from the transmission to the output spindle when an output torque exceeds a threshold, and a clutch housing supporting at least a portion of the clutch mechanism; characterised in that the hammer housing is composed of a heat conductive material and the clutch housing is composed of a non-metallic material; in that the hammer housing is at least partially disposed inside of a portion of the clutch housing; and in that there is an annular cap disposed over the rear portion of the clutch housing, wherein at least a portion of the annular cap is exposed to an exterior of the power tool.
A control apparatus comprising: a first controller configured to generate control signals for controlling a machine; a second controller configured to generate the control signals for controlling the machine; a transfer circuit coupled between the machine and respective control outputs of the first controller and the second controller, wherein the transfer circuit is configured to switch from a first state, where the transfer circuit passes the control signals from the first controller to the machine, to a second state, where the transfer circuit passes the control signals from the second controller to the machine, responsive to receiving a first failure signal from the first controller; and an arbiter circuit operably coupled to the transfer circuit and having at least three arbiters (422, 424, 426), wherein the arbiter circuit is configured to control the transfer circuit from the first state to the second state responsive to any two or more of the at least three arbiters (422, 424, 426) generating second failure signals wherein the arbiters are configured to generate the second failure signals responsive to determining that the first controller has failed, entered into a fault state of condition, or is otherwise not functioning nominally based on comparing a sensed operational condition of the machine to a commanded operational condition of the machine. a first controller configured to generate control signals for controlling a machine; a second controller configured to generate the control signals for controlling the machine; a transfer circuit coupled between the machine and respective control outputs of the first controller and the second controller, wherein the transfer circuit is configured to switch from a first state, where the transfer circuit passes the control signals from the first controller to the machine, to a second state, where the transfer circuit passes the control signals from the second controller to the machine, responsive to receiving a first failure signal from the first controller; and an arbiter circuit operably coupled to the transfer circuit and having at least three arbiters (422, 424, 426), wherein the arbiter circuit is configured to control the transfer circuit from the first state to the second state responsive to any two or more of the at least three arbiters (422, 424, 426) generating second failure signals wherein the arbiters are configured to generate the second failure signals responsive to determining that the first controller has failed, entered into a fault state of condition, or is otherwise not functioning nominally based on comparing a sensed operational condition of the machine to a commanded operational condition of the machine.
A positive electrode active material, comprising: a first compound enabling lithium intercalation/deintercalation; and a coating layer present on at least a part of the surface of the first compound, and comprising a second compound, wherein the second compound is represented by Formula 2 below: [Formula 2] Li a Co b M3 c (P β O γ) d Here, M3 is at least one selected from Ni, Mn, Fe, Cu, Nb, Mo, Ti, Al, Cr, Zr, Zn, Na, K, Ca, Mg, Pt, Au, B, P, Eu, Sm, W, Ce, V, Ba, Ta, Sn, Hf, Ce, Gd and Nd, 0≤a≤10, 0≤b≤8, 0≤c≤8, 0<d≤13, 0<β≤4, and 0<γ≤10, and wherein the second compound comprises a first oxide represented by Formula 3 below and a second oxide represented by Formula 4 below: [Formula 3] Li a' CO b' M3' c' (P β' O γ') d' Here, M3' is at least one selected from Ni, Mn, Fe, Cu, Nb, Mo, Ti, Al, Cr, Zr, Zn, Na, K, Ca, Mg, Pt, Au, B, P, Eu, Sm, W, Ce, V, Ba, Ta, Sn, Hf, Ce, Gd and Nd, 0<a'≤10, 0≤b'≤8, 0≤c'≤8, 0<d'≤13, 0≤β'≤4, and 0<γ'≤10; and [Formula 4] CO b" M3" c" (P β" O γ") d" Here, M3" is at least one selected from Ni, Mn, Fe, Cu, Nb, Mo, Ti, Al, Cr, Zr, Zn, Na, K, Ca, Mg, Pt, Au, B, P, Eu, Sm, W, Ce, V, Ba, Ta, Sn, Hf, Ce, Gd and Nd, 0≤b"≤8, 0≤c"≤8, 0<d"≤13, 0≤β"≤4, and 0<γ"≤10. a first compound enabling lithium intercalation/deintercalation; and a coating layer present on at least a part of the surface of the first compound, and comprising a second compound, wherein the second compound is represented by Formula 2 below: [Formula 2] Li a Co b M3 c (P β O γ) d Here, M3 is at least one selected from Ni, Mn, Fe, Cu, Nb, Mo, Ti, Al, Cr, Zr, Zn, Na, K, Ca, Mg, Pt, Au, B, P, Eu, Sm, W, Ce, V, Ba, Ta, Sn, Hf, Ce, Gd and Nd, 0≤a≤10, 0≤b≤8, 0≤c≤8, 0<d≤13, 0<β≤4, and 0<γ≤10, and M3 is at least one selected from Ni, Mn, Fe, Cu, Nb, Mo, Ti, Al, Cr, Zr, Zn, Na, K, Ca, Mg, Pt, Au, B, P, Eu, Sm, W, Ce, V, Ba, Ta, Sn, Hf, Ce, Gd and Nd, 0≤a≤10, 0≤b≤8, 0≤c≤8, 0<d≤13, 0<β≤4, and 0<γ≤10, and wherein the second compound comprises a first oxide represented by Formula 3 below and a second oxide represented by Formula 4 below: [Formula 3] Li a' CO b' M3' c' (P β' O γ') d' Here, M3' is at least one selected from Ni, Mn, Fe, Cu, Nb, Mo, Ti, Al, Cr, Zr, Zn, Na, K, Ca, Mg, Pt, Au, B, P, Eu, Sm, W, Ce, V, Ba, Ta, Sn, Hf, Ce, Gd and Nd, 0<a'≤10, 0≤b'≤8, 0≤c'≤8, 0<d'≤13, 0≤β'≤4, and 0<γ'≤10; and [Formula 4] CO b" M3" c" (P β" O γ") d" Here, M3" is at least one selected from Ni, Mn, Fe, Cu, Nb, Mo, Ti, Al, Cr, Zr, Zn, Na, K, Ca, Mg, Pt, Au, B, P, Eu, Sm, W, Ce, V, Ba, Ta, Sn, Hf, Ce, Gd and Nd, 0≤b"≤8, 0≤c"≤8, 0<d"≤13, 0≤β"≤4, and 0<γ"≤10. M3' is at least one selected from Ni, Mn, Fe, Cu, Nb, Mo, Ti, Al, Cr, Zr, Zn, Na, K, Ca, Mg, Pt, Au, B, P, Eu, Sm, W, Ce, V, Ba, Ta, Sn, Hf, Ce, Gd and Nd, 0<a'≤10, 0≤b'≤8, 0≤c'≤8, 0<d'≤13, 0≤β'≤4, and 0<γ'≤10; and M3" is at least one selected from Ni, Mn, Fe, Cu, Nb, Mo, Ti, Al, Cr, Zr, Zn, Na, K, Ca, Mg, Pt, Au, B, P, Eu, Sm, W, Ce, V, Ba, Ta, Sn, Hf, Ce, Gd and Nd, 0≤b"≤8, 0≤c"≤8, 0<d"≤13, 0≤β"≤4, and 0<γ"≤10.
A method comprising: receiving a data transmission from a prior point in a wireless transmission path; determining if the received data is corrupt; forwarding the received data to the next point in the transmission path; transmitting a transmission message to the next point in the transmission path indicating whether or not the received data was corrupt; and if the data is not corrupt, transmitting a receipt message to the prior point indicating that the data was uncorrupt when received; wherein the wireless transmission path that includes a user equipment, a base station, and at least one relay station as an intermediate point; and wherein forwarding the received data includes forwarding the received data to the next point in the transmission path, before it has been fully determined whether or not the received data is corrupt. receiving a data transmission from a prior point in a wireless transmission path; determining if the received data is corrupt; forwarding the received data to the next point in the transmission path; transmitting a transmission message to the next point in the transmission path indicating whether or not the received data was corrupt; and if the data is not corrupt, transmitting a receipt message to the prior point indicating that the data was uncorrupt when received; wherein the wireless transmission path that includes a user equipment, a base station, and at least one relay station as an intermediate point; and wherein forwarding the received data includes forwarding the received data to the next point in the transmission path, before it has been fully determined whether or not the received data is corrupt.
Multifunctional unit for the analysis and calibration of devices and components of a vehicle and, in particular, of a motor vehicle, comprising a moveable trolley of support, wherein a base is placed above said trolley which carries a screen or panel,said multifunctional unit using a portable display unit which is connected to a vehicle electronic system by means of an OBD device installed on board of the vehicle in a specific OBD diagnostic socket, so as to allow a two-way functional dialogue between said portable display unit and the electronic control units of the driver assistance systems in general and in particular of the digital optical groups of the vehicle, in order to activate the procedures envisaged for the necessary adjustments and to guarantee a correct configuration, control and regulation procedure of the driver assistance systems of the vehicle based on additional support parameters, such as, for example, vehicle tire pressure, vehicle steering position and/or battery voltage, characterized in that a video projector is placed at the top of said screen or panel, said video projector being configured to project simulation images and/or graphic images representing panels of calibration used for the regulation and control of said driver assistance systems of the vehicle.
A press comprising: a die in which pellets (6, 91) can be shaped by compression; a first punch called an upper punch and a second punch called a lower punch, the upper punch and the lower punch being aligned with the die and penetrating the die by opposite ends of the die to compress the pellets (6, 91) and extract them from the die; a lower platen to which the lower punch is fastened; parallel columns, also fastened to the lower platen; a die platen and an upper punch platen to which the die and the upper punch are respectively fastened, and which are slidingly placed onto the columns; an upper motor displacing the upper punch platen and a lower motor displacing the die platen by actuating parts (16, 20); characterised in that the actuating parts (16, 20) of the motors (15, 17) are joined to the die platen and to the upper punch platen by detachable connections comprising screws, the upper punch is joined to the upper punch platen by detachable connections comprising screws, the lower punch is joined to the lower platen by detachable connections comprising screws and in that the actuating part of the lower motor comprises an actuating rod, and a knuckle connector joined to the die platen and to the actuating rod of the lower motor, the actuating rod being at a non-zero angle with the columns.
A method for user authentication of a voice controlled device, the method comprising: receiving a voice command from a user at a voice controlled device; determining a presence of the user to the device using a plurality of microphones by microphone based proximity analysis; determining a confidence measure for the voice command based on the presence measurement; converting the voice command to a device specific command; and if the confidence measure is above a threshold value, performing the device specific command using the device in response to the determined presence. receiving a voice command from a user at a voice controlled device; determining a presence of the user to the device using a plurality of microphones by microphone based proximity analysis; determining a confidence measure for the voice command based on the presence measurement; converting the voice command to a device specific command; and if the confidence measure is above a threshold value, performing the device specific command using the device in response to the determined presence.
A liquid ejecting apparatus comprising: a nozzle column (K, C, M, Y) in which a plurality of nozzles ejecting liquid cured by receiving an irradiation of light is arranged in a predetermined direction; an irradiation section (42a, 42b, 44) that is disposed along the predetermined direction corresponding to the nozzle column and irradiates the light to dots formed on the medium by the nozzle column; and a controller that performs control of ejecting of the liquid from the nozzle column, wherein the controller changes a nozzle region (N1, N2) used in the nozzle column according to an irradiance distribution of the light of the predetermined irradiation section, and a print quality designated by the user. a nozzle column (K, C, M, Y) in which a plurality of nozzles ejecting liquid cured by receiving an irradiation of light is arranged in a predetermined direction; an irradiation section (42a, 42b, 44) that is disposed along the predetermined direction corresponding to the nozzle column and irradiates the light to dots formed on the medium by the nozzle column; and a controller that performs control of ejecting of the liquid from the nozzle column, wherein the controller changes a nozzle region (N1, N2) used in the nozzle column according to an irradiance distribution of the light of the predetermined irradiation section, and a print quality designated by the user.
Multi-purpose safety shoe, comprising an upper assembly, provided, at the shoe toe, with a safety toe cap and a layered sole associated with said upper assembly, said layered sole comprising a lower layer adapted to come into contact with the ground, an intermediate layer associated with said upper assembly and said lower layer, respectively, and an upper layer, characterized in that there is, below said upper layer and in said intermediate layer, exclusively at the rear zone of said multi-purpose safety shoe, an antifatigue insert made of a material having a resilience greater than 25% and less than 35% measured according to the measurement standard DIN 53512, said intermediate layer being made of polyurethane having a resilience greater than 35% and less than 45% measured according to the measurement standard DIN 53512.
Building construction comprising a wooden wall, a concrete foundation or slab and a multi purpose support structure interposed in a wooden-cement interface between the wooden wall and the concrete foundation or slab, said support structure comprising a quadrilateral-shaped metal section with an isosceles trapezoidal cross section having a flat base provided with slots for fixing means and having upwardly protruding, inwardly inclined side walls, the upper part of which provides flat coplanar supports delimiting an open upper interspace, whereby said open upper interspace is occluded by the base of said wooden wall resting on said coplanar supports of the section so as to create a continuous air chamber which runs along the entire perimeter of the wall for circulation of air touching the base of said wooden wall.
A cam follower comprising: a shaft extending from a first axial shaft end to a second axial shaft end, the shaft having a first groove proximate to the first axial shaft end, a shoulder formed in the shaft between the first groove and the second axial shaft end, and a first clip radially engaged in the first groove; a first cam follower segment comprising a first tire defining a first interior area and the first cam follower segment having a first ball bearing and a second ball bearing partially disposed in the first interior area; characterized in that the cam follower comprises: a second cam follower segment comprising a second tire (100") defining a second interior area, the second cam follower segment having a third ball bearing (30") and a fourth ball bearing (60") partially disposed in the second interior area, a spacer disposed on the shaft between the second ball bearing and the third ball bearing (30"); wherein the first cam follower segment and the second cam follower segment are axially retained on the shaft by the first clip, the spacer and the shoulder. a shaft extending from a first axial shaft end to a second axial shaft end, the shaft having a first groove proximate to the first axial shaft end, a shoulder formed in the shaft between the first groove and the second axial shaft end, and a first clip radially engaged in the first groove; a first cam follower segment comprising a first tire defining a first interior area and the first cam follower segment having a first ball bearing and a second ball bearing partially disposed in the first interior area; characterized in that the cam follower comprises: a second cam follower segment comprising a second tire (100") defining a second interior area, the second cam follower segment having a third ball bearing (30") and a fourth ball bearing (60") partially disposed in the second interior area, a spacer disposed on the shaft between the second ball bearing and the third ball bearing (30"); wherein the first cam follower segment and the second cam follower segment are axially retained on the shaft by the first clip, the spacer and the shoulder.
A compressor end head for providing a thermal barrier to a mechanical seal, the end head comprising: an inner end head having an opening in a center, an inlet, grooves in the opening for enclosing an end portion of a compressor shaft, the compressor end head being characterised in that the inner end head comprises a flow path along an outer surface; the compressor end head further comprising an outer end head having an opening in a center for enclosing the inner end head, an outlet and grooves alongside surfaces radially adjacent the opening. an inner end head having an opening in a center, an inlet, grooves in the opening for enclosing an end portion of a compressor shaft, the compressor end head being characterised in that the inner end head comprises a flow path along an outer surface; the compressor end head further comprising an outer end head having an opening in a center for enclosing the inner end head, an outlet and grooves alongside surfaces radially adjacent the opening.