mhurhangee/ep-ind-claims huggingface dataset:
A fluidic switch comprising: a power input path; a connecting power path connected to the power input path; a first power path connected to the connecting power path; a second power path connected to the connecting power path; a first trigger path connected to the connecting power path; a second trigger path connected to the connecting power path; a first feedback path connected to the connecting power path; and a second feedback path connected to the connecting power path. a power input path; a connecting power path connected to the power input path; a first power path connected to the connecting power path; a second power path connected to the connecting power path; a first trigger path connected to the connecting power path; a second trigger path connected to the connecting power path; a first feedback path connected to the connecting power path; and a second feedback path connected to the connecting power path.
Sealing profile for connecting a water tank cover to a window pane of a motor vehicle with a holding profile, comprising: - a holding leg which, in the mounted state, rests against the lower surface of the window pane, - a latching profile for accommodating a latching element of the water tank cover and - a supporting body arranged between the water tank cover and the pane, in the mounted state, wherein the supporting body comprises an abutment surface resting against the latching element in the mounted state, and a front surface directly adjacent the upper edge and facing the upper edge of the water tank cover in the mounted state, wherein in the unmounted state, abutment surface and front surface have a minimum distance parallel to the holding leg plane (x), characterized in that the supporting body, in the connecting region to the holding leg, has a thickness (d) of at least 1,3 mm and is formed to be solid in such a way, that a virtual cylinder with a diameter of 1.5 mm is completely enclosed by the supporting body, and thus the supporting body, due to a corresponding dimensioning, is configured as a rigid element in such a way, that the distance, when pressing the supporting body with a force of 100 N / 50 mm holding profile length against the lower pane edge, is reduced by less than 30 % to the distance (A'), whereby holding leg and supporting body together form a shape-retaining, L-shaped receptacle for the lower edge region of the window pane, so that the structural design of latching profile and supporting body also corresponds to the appearance of said elements (6, 8) that is actually present during the mounting of the water tank cover, and therefore ensures an easy latching of the latching element in the latching profile. - a holding leg which, in the mounted state, rests against the lower surface of the window pane, - a latching profile for accommodating a latching element of the water tank cover and - a supporting body arranged between the water tank cover and the pane, in the mounted state,
A program-controlled machine tool, comprising - a bed-type substructure (1,2), - a machine frame having two vertical and parallel side wails (6, 7), - a compound slide (11, 15), the longitudinal slide of which can be moved in the direction of the Y-coordinate axis on the two side walls (5, 7) of the machine frame by means of a motor and the cross slide of which is guided along the front side of the longitudinal slide so as to be movable in the direction of the X-coordinate axis by means of a motor, - a machining unit which is movable along the cross slide in the direction of the vertical Z-coordinate axis by means of a vertical slide using a motor and which has an integrated work spindle and - a workpiece table arrangement arranged on the substructure (1, 2) in front of the two side walls (6, 7) of the machine frame, characterized in that - the substructure is mode in the form of a flat base having cylindrical side and front walls and is firmly attached to the machine frame, - the workpiece table arrangement is arranged on the front section of the flat base, - the cross slide has a length in the direction of the Y-coordinate axis which corresponds approximately to the diameter of the workpiece table and/or the work space in the direction of the Y-coordinate axis, and - the cross slide has a trapezoidal shape in both the side view and the top view, and the vertical slide of the machining unit is guided along guides on the front narrow side of the ross slide. - a bed-type substructure (1,2), - a machine frame having two vertical and parallel side wails (6, 7), - a compound slide (11, 15), the longitudinal slide of which can be moved in the direction of the Y-coordinate axis on the two side walls (5, 7) of the machine frame by means of a motor and the cross slide of which is guided along the front side of the longitudinal slide so as to be movable in the direction of the X-coordinate axis by means of a motor, - a machining unit which is movable along the cross slide in the direction of the vertical Z-coordinate axis by means of a vertical slide using a motor and which has an integrated work spindle and - a workpiece table arrangement arranged on the substructure (1, 2) in front of the two side walls (6, 7) of the machine frame, characterized in that - the substructure is mode in the form of a flat base having cylindrical side and front walls and is firmly attached to the machine frame, - the workpiece table arrangement is arranged on the front section of the flat base, - the cross slide has a length in the direction of the Y-coordinate axis which corresponds approximately to the diameter of the workpiece table and/or the work space in the direction of the Y-coordinate axis, and - the cross slide has a trapezoidal shape in both the side view and the top view, and the vertical slide of the machining unit is guided along guides on the front narrow side of the ross slide.
A gear mounting, comprising a carrier having two opposing faces (2, 3) and at least one pair of spindles, each pair of spindles comprising a spindle on each face (2, 3) of the carrier, the spindles extending in opposing directions away from the carrier along an axis, in which the spindles are mounted on the carrier so as to be capable of radial movement relative to the axis, characterised in that each spindle comprises a tube positioned along the axis, each tube flexes in order to resist radial movement of the spindle, and in which there is provided a common inner member for each pair which passes through the tube of each spindle and the carrier and acts to compress the spindles against the carrier.
An inhibitor of glucosphingolipid synthesis for use in treating a fatty liver disease in a mammal in need of the treatment, wherein the glucosphingolipid whose synthesis is inhibited is glucosylceramide and the inhibitor inhibits glucosylceramide synthase enzymatic activity.
Method for adhesively bonding two surfaces by means of a reactive adhesive film system comprising at least two adhesive films (F1 and F2), the adhesive films each comprising at least one reactive component (R1 and R2), adhesive bonding being effected by a reaction which requires the presence of both reactive components (R1 and R2), characterized in that, prior to adhesive bonding, a separating layer which is impermeable to the reactive components (R1 and R2) is provided between the adhesive films (F1 and F2) which are to be brought into contact with one another for the reaction, and the separating layer is removed at least in part by means of a laser in order to effect adhesive bonding, so that the adhesive films (F1 and F2) come into direct contact with one another and the reaction begins in the presence of both reactive components (R1 and R2).
Optical sensor arrangement, in particular an optical proximity sensor arrangement, comprising a three-dimensional integrated circuit further comprising: - a first layer comprising a light-emitting device, - a second layer comprising a light-detector and a driver circuit electrically connected to the light-emitting device and to the light-detector and configured to control the operation of the light-emitting device and the light-detector, and - a mold layer comprising a first light-barrier between the light-emitting device and the light-detector configured to block light from being transmitted directly from the light-emitting device to the light-detector; wherein - the second layer comprises a substrate into which the light-detector and the driver circuit are integrated, characterised in that the second layer comprises a second light barrier further comprising through silicon vias designed into the substrate. - a first layer comprising a light-emitting device, - a second layer comprising a light-detector and a driver circuit electrically connected to the light-emitting device and to the light-detector and configured to control the operation of the light-emitting device and the light-detector, and - a mold layer comprising a first light-barrier between the light-emitting device and the light-detector configured to block light from being transmitted directly from the light-emitting device to the light-detector; - the second layer comprises a substrate into which the light-detector and the driver circuit are integrated,
A system comprising at least a transmitting device and a receiving device, each device comprising a time reference and being arranged for transmitting and receiving radio signals that include a plurality of chirps, wherein each chirp is limited in time between an initial instant ( T 0), at which the signal has an initial instantaneous frequency ( f 0) and a final instant ( T 1) at which the signal has a final instantaneous frequency ( f 1), said initial and final instants and said initial and final frequencies being determined by the time reference, said devices having a ranging mode, in which a ranging request is transmitted from the transmitting device to the receiving device, and wherein the receiving device is arranged for receiving the ranging request and for determining the time and frequency shifts of the time reference of the receiving device with respect to the time reference of the transmitting device (350, 359, 362), based on the time and frequency of chirps contained in the ranging request, characterised in that the ranging request comprises a series of identical chirps, and the receiving device is arranged for performing a dechirp operation, in which each received chirp is multiplied by a locally-generated conjugate chirp, and a FFT is executed on the result, whereupon the peak of the FFT is an indication of the time shift between the received chirps and the locally generated ones, and the receiving device is arranged for performing an adjusted dechirp, in which a different locally-generated chirp is used at each received chirp in order to adjust for said timing and frequency shifts of the time reference.
Door check assembly for a vehicle door, comprising a first door check part which contains a body mounting part designed for mounting the first door check part to a body of the vehicle and a second door check part which contains a door mounting part designed for mounting the second door check part to the door of the vehicle, wherein the first door check part comprises a first disk part and the second door check part comprises a second disk part, wherein the first disk part is pivotally connected to the second disk part about a common center axis of the first and second disk part (4, 1), wherein the first disk part and the second disk part are spring loaded against each other in the direction of the common center axis, wherein the first disk part has indentations as latching marks and the second disk part has a rotationally fixed pin which is moved into the indentations during a pivoting movement between the first and second disk part (4, 1) during opening or closing of the vehicle door, wherein the first disk part is non-rotatably mounted to the body mounting part, characterized in that the pin is oriented diagonally with respect to the direction of the common center axis, wherein the second door check part contains an elongated link member, wherein a first end of the link member is pivotally connected to the second disk part and the second end of the link member, opposite the first end of the link member, is pivotally connected to the door mounting part.
A compound represented by the formula 1: wherein X is -C (R 6)-; R 1, R 2, R 3, R 4 and R 6 are each a hydrogen atom; and R 5 is a C6-14 aryl group, or a salt thereof. X is -C (R 6)-; R 1, R 2, R 3, R 4 and R 6 are each a hydrogen atom; and R 5 is a C6-14 aryl group,
Electrical appliance comprising a housing, a main cover closing the housing, and a second cover closing a lateral opening of the housing, the electrical appliance allowing by latching means to latch the second cover to the main cover in a normal direction to the bottom of the main cover, the bottom of the main cover, in which a receiving groove is formed, has a flange provided with hooking protrusions and at least one wall (20, 21) of the second cover comprises flexible fastening tabs which extend in its thickness.
A method for exchanging data within a robotic system comprising a mobile field robot for operating in a field and a mobile service robot, the field robot and the service robot each comprising a buffer for storing data and a first communication device with a short-range communication reach for exchanging data with each other, the method comprising the steps: - commanding the field robot to operate in the field using data stored in the buffer of the field robot, - detecting that one of the robots (4, 6) is covered by the short-range communication reach of the other robot (4, 6), - initiating a data transfer between the field robot and the service robot characterized in that the field robot is configured to operate in a subfield (7.4) of the field and the service robot is configured to operate exclusively out of the subfield (7.4); and the method comprising the steps: - commanding the service robot to approach to the field robot, - determining a dead zone being characterized in that the field robot and the service robot each are not coverable by the short-range communication reach of the other robot when the field robot is located in the dead zone, - recognizing a necessity of a data transfer for the field robot if the free buffer space of the buffer of the field robot is insufficient for a field operation of the field robot in the dead zone. - commanding the field robot to operate in the field using data stored in the buffer of the field robot, - detecting that one of the robots (4, 6) is covered by the short-range communication reach of the other robot (4, 6), - initiating a data transfer between the field robot and the service robot the field robot is configured to operate in a subfield (7.4) of the field and the service robot is configured to operate exclusively out of the subfield (7.4); and the method comprising the steps: - commanding the service robot to approach to the field robot, - determining a dead zone being characterized in that the field robot and the service robot each are not coverable by the short-range communication reach of the other robot when the field robot is located in the dead zone, - recognizing a necessity of a data transfer for the field robot if the free buffer space of the buffer of the field robot is insufficient for a field operation of the field robot in the dead zone. - commanding the service robot to approach to the field robot, - determining a dead zone being characterized in that the field robot and the service robot each are not coverable by the short-range communication reach of the other robot when the field robot is located in the dead zone, - recognizing a necessity of a data transfer for the field robot if the free buffer space of the buffer of the field robot is insufficient for a field operation of the field robot in the dead zone.
A method for calibrating an output quantity of a dispenser, the dispenser, after activation, dispensing a hygiene fluid, preferably a disinfectant, with said output quantity and comprising means configured to change the output quantity, wherein the method comprises the following steps: • dispensing the output quantity of hygiene fluid from the dispenser into a measuring container; • measuring the quantity of hygiene fluid present in the measuring container, preferably by measuring the volume of the hygiene fluid in the measuring container or the mass of the hygiene fluid in the measuring container; • introducing the measured amount into a calibration device; • comparing, in the calibration device, whether the measured amount corresponds to a reference amount and determining a calibration value if the measuring amount does not correspond to the reference amount; • sending the calibration value from the calibration device to the dispenser; and • storing the calibration value in the dispenser, wherein said means use the calibration value for further outputs of the hygiene fluid in order to adjust the output quantity of the dispenser. • dispensing the output quantity of hygiene fluid from the dispenser into a measuring container; • measuring the quantity of hygiene fluid present in the measuring container, preferably by measuring the volume of the hygiene fluid in the measuring container or the mass of the hygiene fluid in the measuring container; • introducing the measured amount into a calibration device; • comparing, in the calibration device, whether the measured amount corresponds to a reference amount and determining a calibration value if the measuring amount does not correspond to the reference amount; • sending the calibration value from the calibration device to the dispenser; and • storing the calibration value in the dispenser, wherein said means use the calibration value for further outputs of the hygiene fluid in order to adjust the output quantity of the dispenser.
Device for moulding containers made of thermoplastic material, in particular by blow moulding, comprising: - at least one shell carrier on which there is intended to be mounted an interchangeable moulding shell (12A, 12B, 12C) comprising an inner face equipped with a moulding cavity and an outer bearing face that bears against an inner support face of the shell carrier, - at least one cold moulding shell whose bearing face is shaped to be in direct contact with the support face of the shell carrier when the shell is mounted, - means (28, 30) for cooling each shell carrier, serving to cool the associated cold moulding shell by thermal conduction between the support face and the bearing face; characterized in that it comprises: - at least one hot moulding shell (12B, 12C) which is intended to replace the cold moulding shell on the shell carrier, each hot moulding shell (12B, 12C) being equipped with means for heating the cavity, which means heat at least one heated region of its bearing face; - thermal insulation means (33, 34) that are interposed between at least the heated region of the bearing face of the hot moulding shell (12B, 12C) and the support face of the shell carrier. - at least one shell carrier on which there is intended to be mounted an interchangeable moulding shell (12A, 12B, 12C) comprising an inner face equipped with a moulding cavity and an outer bearing face that bears against an inner support face of the shell carrier, - at least one cold moulding shell whose bearing face is shaped to be in direct contact with the support face of the shell carrier when the shell is mounted, - means (28, 30) for cooling each shell carrier, serving to cool the associated cold moulding shell by thermal conduction between the support face and the bearing face; - at least one hot moulding shell (12B, 12C) which is intended to replace the cold moulding shell on the shell carrier, each hot moulding shell (12B, 12C) being equipped with means for heating the cavity, which means heat at least one heated region of its bearing face; - thermal insulation means (33, 34) that are interposed between at least the heated region of the bearing face of the hot moulding shell (12B, 12C) and the support face of the shell carrier.
An image forming apparatus comprising: a transfer section (421, 423b 424) configured to transfer an image to a sheet; a sheet conveying member that is provided on an upstream side of the transfer section (421, 423b 424) in a conveying direction of the sheet and that is configured to convey the sheet; and a control section that is configured to control displacement of the sheet conveying member such that the sheet is displaced in a width direction orthogonal to the conveying direction of the sheet, characterized in that: the control section is configured to cause a detection section to detect an edge of the sheet in the width direction to detect the edge of the sheet after displacement of the sheet conveying member has been started, i.e., during movement of the sheet in the width direction, and to cause the displacement to be terminated once it is detected that the edge of the sheet reaches a target position. a transfer section (421, 423b 424) configured to transfer an image to a sheet; a sheet conveying member that is provided on an upstream side of the transfer section (421, 423b 424) in a conveying direction of the sheet and that is configured to convey the sheet; and a control section that is configured to control displacement of the sheet conveying member such that the sheet is displaced in a width direction orthogonal to the conveying direction of the sheet,
A method of hermetically sealing a container comprising a plurality of luminescent nanocrystals, wherein the container is a glass tube, the method comprising introducing a matrix comprising the luminescent nanocrystals to the glass tube and sealing the glass tube.
Method of controlling the ignition of stop lights of an automotive vehicle, comprising: - a first step of acquisition, by a first electronic control device, of a first input signal representative of a mechanical loading on a pedal for actuating a device for braking the vehicle, characterized in that it comprises: - a second step of acquisition, by a second electronic control device, of a second input signal representative of a mechanical loading on the actuation pedal, independent of the first input signal, this second acquisition step being a direct acquisition step, and - a step of ignition of the stop lights which comprises: - a phase of transmission, by the first electronic control device, of an order of ignition of the stop lights which is representative of the first input signal to the second electronic control device by a multiplexed information network, - and then a phase of emission, by the second electronic control device, of an output signal ensuring command of the ignition of the stop lights by regulation of the electrical voltage or power applied to their terminals as a function of the order of ignition and/or as a function of the second input signal obtained with said direct acquisition. - a first step of acquisition, by a first electronic control device, of a first input signal representative of a mechanical loading on a pedal for actuating a device for braking the vehicle, - a second step of acquisition, by a second electronic control device, of a second input signal representative of a mechanical loading on the actuation pedal, independent of the first input signal, this second acquisition step being a direct acquisition step, and - a step of ignition of the stop lights which comprises: - a phase of transmission, by the first electronic control device, of an order of ignition of the stop lights which is representative of the first input signal to the second electronic control device by a multiplexed information network, - and then a phase of emission, by the second electronic control device, of an output signal ensuring command of the ignition of the stop lights by regulation of the electrical voltage or power applied to their terminals as a function of the order of ignition and/or as a function of the second input signal obtained with said direct acquisition.