mhurhangee/ep-ind-claims huggingface dataset:
A venetian blind, comprising: - guiding rails, which are arranged laterally; - a blind curtain which is arranged between the guiding rails, wherein the blind curtain comprises lamellas and a terminating bottom rail, wherein the bottom rail comprises guiding pins of a respective guiding element, wherein the guiding pins protrude laterally and are respectively engaged into the guiding rails; - a lifting device, comprising lifting ribbons which are arranged such to run in each of the guiding rails; wherein a carrier element is slidably arranged in at least one of the guiding rails, wherein the carrier element is connected to the respective lifting ribbon, characterized in that the guiding element comprises a first and second support area (61, 62) for being respectively supported onto a first and second counter support area (70, 71) of the carrier element, respectively, wherein the first support area corresponds to the contour of the bottom side of the guiding pin, and wherein the first counter support area corresponds to the contour of a recess which is opened to the top, and wherein the second support area and the second counter support area are formed planar. - guiding rails, which are arranged laterally; - a blind curtain which is arranged between the guiding rails, wherein the blind curtain comprises lamellas and a terminating bottom rail, wherein the bottom rail comprises guiding pins of a respective guiding element, wherein the guiding pins protrude laterally and are respectively engaged into the guiding rails; - a lifting device, comprising lifting ribbons which are arranged such to run in each of the guiding rails;
Sensor device for sensing a change in a magnetic field, which change is caused by an object approaching the sensor device in a longitudinal direction or moving past the sensor device in the longitudinal direction, wherein - the sensor device comprises a receiving coil, an AC-fed transmitting coil arranged upstream or downstream of the receiving coil based on the longitudinal direction and two compensation coils (11, 12), one of which is arranged upstream of the transmitting coil and the other of which is arranged downstream of the transmitting coil based on the longitudinal direction, - the two compensation coils (11,12) are each permeated by the magnetic field generated by the transmitting coil and are electrically connected in series in such a manner that the voltages induced in the two compensation coils (11, 12) by the magnetic field of the transmitting coil have different signs, and - the receiving coil and the two compensation coils (11, 12) are electrically connected in series, wherein the electrical polarity of the receiving coil and the two compensation coils is selected in such a manner that a magnetic interference field acting on the receiving coil and the two compensation coils (11, 12) induces a voltage in the receiving coil with a sign which differs from that altogether in the two compensation coils (11, 12). - the sensor device comprises a receiving coil, an AC-fed transmitting coil arranged upstream or downstream of the receiving coil based on the longitudinal direction and two compensation coils (11, 12), one of which is arranged upstream of the transmitting coil and the other of which is arranged downstream of the transmitting coil based on the longitudinal direction, - the two compensation coils (11,12) are each permeated by the magnetic field generated by the transmitting coil and are electrically connected in series in such a manner that the voltages induced in the two compensation coils (11, 12) by the magnetic field of the transmitting coil have different signs, and - the receiving coil and the two compensation coils (11, 12) are electrically connected in series, wherein the electrical polarity of the receiving coil and the two compensation coils is selected in such a manner that a magnetic interference field acting on the receiving coil and the two compensation coils (11, 12) induces a voltage in the receiving coil with a sign which differs from that altogether in the two compensation coils (11, 12).
Breast implant comprising an outer shell and at least one first gel-type filling and at least one second gel-type filling, wherein at least one first gel-type filling has a softer consistency than at least one second gel-type filling, characterized in that a) said at least one first gel-type filling extends predominantly along the posterior part of the implant and is allocated in the inferior part of the implant in the vicinity of the inferior pole, and b) said at least one second gel-type filling extends predominantly along the superior portion of the anterior surface of the implant without extending along the entirety of such anterior surface of the implant, wherein at least one of said first and second gel-type filling is bonded to a material forming the outer shell of the implant and/or wherein said at least one second gel-type filling extends around the upper edge of the implant and/or wherein the first gel-type filling and the second gel-type filling have a common contact area by which they are bonded to each other. a) said at least one first gel-type filling extends predominantly along the posterior part of the implant and is allocated in the inferior part of the implant in the vicinity of the inferior pole, and b) said at least one second gel-type filling extends predominantly along the superior portion of the anterior surface of the implant without extending along the entirety of such anterior surface of the implant,
A machine (1, 1') for filling containers having respective longitudinal axes, said machine (1, 1') comprising: - a conveying device; - at least one handling unit (12, 12') fed by the conveying device along a transfer path and comprising support means for receiving and retaining a relative container and at least one filling device selectively activated for feeding a pourable product into the container while the handling unit (12, 12') travels along said transfer path; - a pressurizing circuit selectively put into communication with said container advancing along said transfer path to feed an operative fluid, pressurized at a pressure higher than the atmospheric pressure, into the container itself; - a decompression circuit selectively put into communication with said container advancing along said transfer path to discharge excess pressure with respect to the atmospheric pressure, after completion of the filling of the container itself with the pourable product; - at least one actuating device selectively switched to an active state to rotate said container about its longitudinal axis while the container itself is advanced along said transfer path; and - a control unit configured to control activation/deactivation of said filling device and said actuating device as well as connection of said pressurization circuit and said decompression circuit with said container; characterized in that said control unit is configured to simultaneously maintain said actuating device in an active state while said decompression circuit is in communication with said container so as to rotate the container itself about its longitudinal axis during decompression thereof. - a conveying device; - at least one handling unit (12, 12') fed by the conveying device along a transfer path and comprising support means for receiving and retaining a relative container and at least one filling device selectively activated for feeding a pourable product into the container while the handling unit (12, 12') travels along said transfer path; - a pressurizing circuit selectively put into communication with said container advancing along said transfer path to feed an operative fluid, pressurized at a pressure higher than the atmospheric pressure, into the container itself; - a decompression circuit selectively put into communication with said container advancing along said transfer path to discharge excess pressure with respect to the atmospheric pressure, after completion of the filling of the container itself with the pourable product; - at least one actuating device selectively switched to an active state to rotate said container about its longitudinal axis while the container itself is advanced along said transfer path; and - a control unit configured to control activation/deactivation of said filling device and said actuating device as well as connection of said pressurization circuit and said decompression circuit with said container;
A hanger, comprising: a central wheel, at least one satellite gear wheel, at least one workpiece grip, a housing, wherein the central wheel is seated immovably on an upper end of a central wheel sleeve, where the central wheel sleeve in a bottom portion is secured to a carrier element, and a driving shaft is accommodated within the central wheel sleeve, and the driving shaft in a bottom portion is connected to a driving element and an upper portion of the driving shaft is secured immovably to the housing; wherein each of the at least one workpiece grip is fixed relative to a mounting roll of the satellite gear wheel which is bearing-seated in the housing; wherein each satellite gear wheel is secured immovably on a different mounting roll of the satellite gear wheel, and each satellite gear wheel interact with the central wheel. a central wheel, at least one satellite gear wheel, at least one workpiece grip, a housing, wherein the central wheel is seated immovably on an upper end of a central wheel sleeve, where the central wheel sleeve in a bottom portion is secured to a carrier element, and a driving shaft is accommodated within the central wheel sleeve, and the driving shaft in a bottom portion is connected to a driving element and an upper portion of the driving shaft is secured immovably to the housing; wherein each of the at least one workpiece grip is fixed relative to a mounting roll of the satellite gear wheel which is bearing-seated in the housing; wherein each satellite gear wheel is secured immovably on a different mounting roll of the satellite gear wheel, and each satellite gear wheel interact with the central wheel.
Method in a parking assistance system of a vehicle for continuously calculating, checking and/or adapting a parking trajectory, in which a movement of the vehicle is determined with the following steps: - capturing, by means of a vehicle camera, a sequence of chronologically successive images of the surroundings of the vehicle; - determining, on the basis of the image sequence, at least one movement flow with respect to an object (106, 108) in the surroundings of the vehicle; and - determining the movement of the vehicle on the basis of the at least one movement flow, - wherein in order to determine the movement of the vehicle, data is also used from vehicle sensors which measure an instantaneous speed and/or an instantaneous steering angle, and wherein a data fusion is carried out, in the course of which a movement of the vehicle which is determined independently of the surroundings by the vehicle sensors is corrected on the basis of the movement flows of the objects (106, 108) which are determined from the camera data; and - calculating a parking trajectory as a function of the determined movement of the vehicle. - capturing, by means of a vehicle camera, a sequence of chronologically successive images of the surroundings of the vehicle; - determining, on the basis of the image sequence, at least one movement flow with respect to an object (106, 108) in the surroundings of the vehicle; and - determining the movement of the vehicle on the basis of the at least one movement flow, - wherein in order to determine the movement of the vehicle, data is also used from vehicle sensors which measure an instantaneous speed and/or an instantaneous steering angle, and wherein a data fusion is carried out, in the course of which a movement of the vehicle which is determined independently of the surroundings by the vehicle sensors is corrected on the basis of the movement flows of the objects (106, 108) which are determined from the camera data; and - calculating a parking trajectory as a function of the determined movement of the vehicle.
An electronic apparatus comprising: a charger (52; 60) configured to determine a type of power source (20,30;22) to couple to the charger, and to adjust a power from the power source (20,30;22) based on the determined type of the power source; wherein the charger (52; 60) is configured to select a specific mode of the charger based on a battery charging status; wherein the power source is an alternative power source comprising one of a solar power source, a mechanical power source, a photovoltaic power source, a thermal power source, a radio frequency power source, a vibration power source, a biomechanical power source, a fuel cell; wherein the specific mode is a maximum power point tracking, MPPT, mode and the MPPT mode is selected if a maximum power of the power source is required for battery charging as indicated by the battery charging status. a charger (52; 60) configured to determine a type of power source (20,30;22) to couple to the charger, and to adjust a power from the power source (20,30;22) based on the determined type of the power source; wherein the charger (52; 60) is configured to select a specific mode of the charger based on a battery charging status; wherein the power source is an alternative power source comprising one of a solar power source, a mechanical power source, a photovoltaic power source, a thermal power source, a radio frequency power source, a vibration power source, a biomechanical power source, a fuel cell; wherein the specific mode is a maximum power point tracking, MPPT, mode and the MPPT mode is selected if a maximum power of the power source is required for battery charging as indicated by the battery charging status.
A physiological function detecting system, comprising: a sensing apparatus for sensing a posture change of a user's body, comprising: a base layer; and a plurality of sensors (A4, B4, C4, D4) disposed on the base layer, wherein the plurality of sensors are connected to form a circuit with two output terminals (91, 98) configured to output a sum circuit output value that varies according to a force applied on one or more different sensors(A4, B4, C4, D4); wherein each of the plurality of sensors (A4, B4, C4, D4) has a unique sensor output value that is different for each sensor, wherein the sum circuit output value is the sum of the unique sensor output values, and the sum circuit output value of any combination of one or more sensor output values is different from the sum circuit output value of any other combination of one or more sensor output values; at least one detector for detecting a physiological function; and a signal processor connected to the plurality of sensors (A4, B4, C4, D4) and the at least one detector for receiving the sum circuit output value from the one or more of the plurality of sensors (A4, B4, C4, D4), and activating the at least one detector to detect the physiological function according to a first criterion. a sensing apparatus for sensing a posture change of a user's body, comprising: a base layer; and a plurality of sensors (A4, B4, C4, D4) disposed on the base layer, wherein the plurality of sensors are connected to form a circuit with two output terminals (91, 98) configured to output a sum circuit output value that varies according to a force applied on one or more different sensors(A4, B4, C4, D4); wherein each of the plurality of sensors (A4, B4, C4, D4) has a unique sensor output value that is different for each sensor, wherein the sum circuit output value is the sum of the unique sensor output values, and the sum circuit output value of any combination of one or more sensor output values is different from the sum circuit output value of any other combination of one or more sensor output values; a base layer; and a plurality of sensors (A4, B4, C4, D4) disposed on the base layer, wherein the plurality of sensors are connected to form a circuit with two output terminals (91, 98) configured to output a sum circuit output value that varies according to a force applied on one or more different sensors(A4, B4, C4, D4); wherein each of the plurality of sensors (A4, B4, C4, D4) has a unique sensor output value that is different for each sensor, wherein the sum circuit output value is the sum of the unique sensor output values, and the sum circuit output value of any combination of one or more sensor output values is different from the sum circuit output value of any other combination of one or more sensor output values; at least one detector for detecting a physiological function; and a signal processor connected to the plurality of sensors (A4, B4, C4, D4) and the at least one detector for receiving the sum circuit output value from the one or more of the plurality of sensors (A4, B4, C4, D4), and activating the at least one detector to detect the physiological function according to a first criterion.
A method of mercury decontamination comprising: contacting elemental mercury with one or more crystal habit modifiers and a metal salt having a standard reduction potential sufficient to oxidize elemental mercury to an aqueous salt of mercury.
A track pin (300, 300', 300", 300''') for use with a track chain (200, 702) of a vehicle that includes a plurality of track pins (300, 300', 300", 300''') and bushings (210, 600), the track pin (300, 300', 300", 300''') comprising: a body that includes a generally cylindrical configuration defining an axis of rotation, a circumferential direction and a radial direction, the body defining a first end, a second end and a peripheral surface extending from the first end to the second end, the peripheral surface including a first lobed portion spaced axially away from the first end and the second end and including a series of convex arcuate segments and concave arcuate segments joined to each other tangentially, forming an undulating surface. a body that includes a generally cylindrical configuration defining an axis of rotation, a circumferential direction and a radial direction, the body defining a first end, a second end and a peripheral surface extending from the first end to the second end, the peripheral surface including a first lobed portion spaced axially away from the first end and the second end and including a series of convex arcuate segments and concave arcuate segments joined to each other tangentially, forming an undulating surface.
A method of changing user interfaces (131, 132, 133, 135, 137, 139) based on user motion information, wherein said user interfaces (131, 132, 133, 135, 137, 139) are used in a diagnostic device having a display unit for displaying a captured image and a control panel having a display function other than for displaying the captured image and wherein the user interfaces (131, 132, 133, 135, 137, 139) are displayed independently from the captured image via the control panel (130, 2500) having a display function, the method comprising: obtaining the user motion information regarding a user; changing one of the user interfaces (131, 132, 133, 135, 137, 139) based on obtained user motion information regarding the user; displaying the changed user interface (131, 132, 133, 135, 137, 139); characterized in that changing the user interface (131, 132, 133, 135, 137, 139) based on the obtained user motion information regarding the user comprises changing a size of the user interface (131, 132, 133, 135, 137, 139) based on frequency of accessing functions that are used during a diagnosis of a target object by the user, wherein changing the size of the user interface based on frequency of accessing functions that are used during the diagnosis of the target object by the user comprises increasing the size of the user interface if the user interface is frequently used during the diagnosis of the target object by the user; and omitting the user interface if the user interface is not used or less frequently used during the diagnosis of the target object by the user. obtaining the user motion information regarding a user; changing one of the user interfaces (131, 132, 133, 135, 137, 139) based on obtained user motion information regarding the user; displaying the changed user interface (131, 132, 133, 135, 137, 139); characterized in that changing the user interface (131, 132, 133, 135, 137, 139) based on the obtained user motion information regarding the user comprises changing a size of the user interface (131, 132, 133, 135, 137, 139) based on frequency of accessing functions that are used during a diagnosis of a target object by the user, wherein changing the size of the user interface based on frequency of accessing functions that are used during the diagnosis of the target object by the user comprises increasing the size of the user interface if the user interface is frequently used during the diagnosis of the target object by the user; and omitting the user interface if the user interface is not used or less frequently used during the diagnosis of the target object by the user.
A production method of a conjugated diene, comprising a step of dehydrating a γ,δ-unsaturated alcohol in the presence of a solid acid catalyst having a Hammett acidity function (H 0) of -12.2 or less, wherein the solid acid catalyst is a sulfuric acid-supported metal oxide selected from sulfated tin oxide (SO 4 /SnO 2, H 0 = -18.0), sulfated zirconia (SO 4 /ZrO 2, H 0 = -16.1), sulfated hafnia (SO 4 /HfO 2, H 0 = -16.0), sulfated titania (SO 4 /TiO 2, H 0 = -14.6), sulfated alumina (SO 4 /Al 2 O 3, H 0 = -14.6), sulfated iron oxide (SO 4 /Fe 2 O 3, H 0 = -13.0), and sulfated silica (SO 4 /SiO 2, H 0 = -12.2).
Connecting device having at least two substantially tubular device connections (3, 7) for a respective container (5, 9), each container having a respective container connection (25, 27) whose opening is sealed by a pierceable wall (11, 13), each device connection (3, 7) comprising a retaining device (41, 43) that is adapted to be coupled to the container connection (25, 27) in a first position in which the device connections (3, 7) form a substantially tight connection of the container (5, 9) with the connecting device, and each device connection (3, 7) comprising an opening device (15, 17, 41, 43) including an advancing device (41, 43) and a separating portion (15, 17), the opening device (15, 17, 41, 43) following the device connection (3, 7) and being adapted to allow a rotational movement of the container connection (25, 27) relative to the device connection that brings the pierceable wall (11, 13) into the effective area of the separating portion (15, 17) and moves it relative to the latter in such a manner that the pierceable wall (11, 13) is opened, so that at least two containers (5, 9) can be connected to the connecting device in the first position and by the rotational movement of the two containers (5, 9) the containers can be moved towards the connecting device and opened, whereby the contents of the at least two containers (5, 9) can be brought into contact with each other, characterised in that the rotational movement of the two containers (5, 9) is counter-directional and the separating portion (15, 17) is a straight blade (15, 17) that is integrally formed with the tubular part of the connecting device as plane side surfaces and is situated inside the device connection (3, 7) near the pierceable walls (11, 13) and axially aligned such as to be directed towards the opening of an attached container (5, 9) in order to allow the connecting device to be manufactured by a mass production process, more particularly by injection moulding.