mhurhangee/ep-ind-claims huggingface dataset:
Method for displaying a navigation map for a navigation appliance, wherein the navigation map displays location coordinates on which an elevation profile is overlaid, and wherein the navigation map furthermore has 3D landmarks that are displayed in conjunction with the elevation profile, wherein the method for displaying the map has at least the following steps: - reading an elevation model into a main memory of the navigation appliance, - ascertaining each of the outlines of the 3D landmarks, after which it is determined which grid points of the elevation model are covered by the relevant outline, characterized by at least the following steps: - correcting the elevation model at the points at which said grid points are covered by a 3D landmark, - reading off the elevation values of the grid points and of at least some of the eight further grid points surrounding the grid points, - calculating a mean value for the elevation value, - assigning the calculated elevation value to all grid points that are covered by the relevant 3D landmark, - assigning the calculated elevation value to all grid points that are adjacent to the covered grid points, so that all grid points below the relevant elevation model have a uniform elevation in order to smooth the level of said elevation model. - reading an elevation model into a main memory of the navigation appliance, - ascertaining each of the outlines of the 3D landmarks, after which it is determined which grid points of the elevation model are covered by the relevant outline, characterized by at least the following steps: - correcting the elevation model at the points at which said grid points are covered by a 3D landmark, - reading off the elevation values of the grid points and of at least some of the eight further grid points surrounding the grid points, - calculating a mean value for the elevation value, - assigning the calculated elevation value to all grid points that are covered by the relevant 3D landmark, - assigning the calculated elevation value to all grid points that are adjacent to the covered grid points, so that all grid points below the relevant elevation model have a uniform elevation in order to smooth the level of said elevation model. - correcting the elevation model at the points at which said grid points are covered by a 3D landmark, - reading off the elevation values of the grid points and of at least some of the eight further grid points surrounding the grid points, - calculating a mean value for the elevation value, - assigning the calculated elevation value to all grid points that are covered by the relevant 3D landmark, - assigning the calculated elevation value to all grid points that are adjacent to the covered grid points, so that all grid points below the relevant elevation model have a uniform elevation in order to smooth the level of said elevation model.
Photovoltaic cell comprising: • opposite main faces connected by side faces, • a block including at least one semiconductor substrate in which is formed at least one photovoltaic junction connected to a first electrical contact element with a first pole and to a second electrical contact element with a second pole, characterized in that it comprises: • a first electrically conducting wire element connected to the first electrical contact element or the second electrical contact element, • a first transparent cover arranged on a first main face of the block and delimiting with said block a first groove for housing the first electrically conducting wire element placed on an external side face of the photovoltaic cell. • opposite main faces connected by side faces, • a block including at least one semiconductor substrate in which is formed at least one photovoltaic junction connected to a first electrical contact element with a first pole and to a second electrical contact element with a second pole, • a first electrically conducting wire element connected to the first electrical contact element or the second electrical contact element, • a first transparent cover arranged on a first main face of the block and delimiting with said block a first groove for housing the first electrically conducting wire element placed on an external side face of the photovoltaic cell.
An optically variable element, in particular security element for a data carrier, having a substrate that has a motif-forming portion with a first partial region and a second partial region, which is not manufactured by means of intaglio printing, wherein the second partial region is perceptible as protruding and/or receding optically, the optically perceptible and the haptically detectable impressions of the first partial region match, and the optically perceptible and the haptically detectable impression of the second partial region do not match, characterized in that the first partial region is manufactured by means of intaglio printing, namely by blind embossing, and is perceptible as protruding and/or receding optically.
Arrangement for the treatment of a material (7, 8; 7', 8'; 7", 8"; 18) comprising at least two layers of material by means of an ultrasonic device comprising an ultrasonic horn arranged in conjunction with an abutment, for which purpose the aforementioned material (7, 8; 7', 8'; 7", 8"; 18) is positioned in a gap that is defined between the aforementioned ultrasonic horn and the aforementioned abutment, and the aforementioned ultrasonic horn and/or the aforementioned abutment is/are so arranged as to be capable of displacement to permit adjustment of the size of the gap, for which purpose the arrangement also comprises a control unit for the regulation of the size of the gap dependent on the energy supplied to the material in the course of the aforementioned treatment, the arrangement furthermore comprising a detection device for the determination of at least one predetermined dimension (b 1; d 1; b 3) of the aforementioned material (7, 8; 7', 8'; 7", 8"; 18), in conjunction with which the aforementioned control unit is arranged for the regulation of the size of the gap dependent on at least the aforementioned dimension (b 1; d 1; b 3), characterized in that the arrangement comprises a sensor for measurement of the force with which the aforementioned ultrasonic device acts upon the material and the abutment, in conjunction with which the control unit is arranged for the regulation of the size of the gap dependent on the aforementioned force, wherein the control unit is arranged for the conversion of the measured value for the width (b 1) to a correction factor (ΔF; ΔG) that is added to the value which corresponds to the aforementioned force during the aforementioned regulation.
A computer-implemented method for generating a radial alignment guide for more accurate positioning of an intraocular lens in an eye, comprising: collecting preoperative corneal topography data comprising a corneal vertex location and a pupil center location for an eye that is not dilated; locating a dilated pupil center for the eye after the eye is dilated, using a system that automatically locates the center of the pupil to re-assign a new coordinate system origin; determining an adjusted offset between the corneal vertex location and the dilated pupil center location; and displaying rotational alignment data on an image of the eye as a radial grid overlay, and applying the offset to imaging software that creates the radial grid overlay, to center the radial grid overlay on the corneal vertex based upon a pupil center that is located within the iinage of the eye. collecting preoperative corneal topography data comprising a corneal vertex location and a pupil center location for an eye that is not dilated; locating a dilated pupil center for the eye after the eye is dilated, using a system that automatically locates the center of the pupil to re-assign a new coordinate system origin; determining an adjusted offset between the corneal vertex location and the dilated pupil center location; and displaying rotational alignment data on an image of the eye as a radial grid overlay, and applying the offset to imaging software that creates the radial grid overlay, to center the radial grid overlay on the corneal vertex based upon a pupil center that is located within the iinage of the eye.
A network device discovery method, comprising: receiving, by a network device, a sensor signal sent by a sensor signal transmitter; and determining to send, by the network device, a signal to an alerter according to the sensor signal, so that the alerter sends an alert signal, wherein the alert signal is used to indicate a location of the network device and/or indicate that the network device exists within a preset range; characterized in that the alerter is integrated into the sensor signal transmitter. receiving, by a network device, a sensor signal sent by a sensor signal transmitter; and determining to send, by the network device, a signal to an alerter according to the sensor signal, so that the alerter sends an alert signal, wherein the alert signal is used to indicate a location of the network device and/or indicate that the network device exists within a preset range; characterized in that the alerter is integrated into the sensor signal transmitter.
An artificial heart valve comprising a support structure defining an aperture for blood flow and a flexible leaflet attached to the support structure along first and second at least partially straight lines of attachment and attached to the support structure along a base line of attachment which is adjacent to the aperture, wherein the leaflet is movable relative to the support structure between an open configuration in which the leaflet permits blood flow through the aperture and a closed configuration in which the leaflet restricts blood flow through the aperture, wherein the aperture defines an axis, wherein a first lateral cross-section taken through the leaflet in a first plane lateral to the axis defines an outwardly convex portion, an outwardly concave portion and a junction between the convex and concave portions (119, 120), and a second lateral cross-section taken through the leaflet in a second plane lateral to the axis defines an outwardly convex portion, an outwardly concave portion and a junction between the convex and concave portions (119, 120), wherein the first lateral plane is located axially closer to the base line of attachment than the second lateral plane such that the first lateral cross-section is closer to the base line of attachment than the second lateral cross-section, and characterised in that the convex portion of the first lateral cross-section is longer than the convex portion of the second lateral cross-section and the concave portion of the first lateral cross-section is shorter than the concave portion of the second lateral cross-section.
A method for allocating quotas to a communication, the quotas being representative of communication traffics being conducted during an allocation, comprising steps of: i) allocating (2.) a quota to the communication; characterized by ii) acquiring (5.) an actual quota consumption speed for the communication based on the allocated quota; and iii) allocating (6.) a new quota to the communication according to the actual quota consumption speed; wherein the step ii further comprises acquiring a consumption speed of a quota allocated in a latest time; and acquiring an average consumption speed of a certain number of quotas allocated before the latest time; and the step iii further comprises adjusting the quota allocated in the latest time, an amount of adjusting being dependent on the difference between the consumption speed of the quota allocated in the latest time and the average consumption speed of the certain number of quotas allocated before the latest time; and wherein the certain number includes one or more. i) allocating (2.) a quota to the communication; characterized by ii) acquiring (5.) an actual quota consumption speed for the communication based on the allocated quota; and iii) allocating (6.) a new quota to the communication according to the actual quota consumption speed;
A circuit, comprising: a local oscillator of a transmitter, the local oscillator configured to generate a transmitter local oscillator signal; a switch (402, 404, 406, 408) controlled by the transmitter local oscillator signal, the switch connected with an impedance element (410, 412, 414, 416) and configured to generate a notch frequency signal being representative of a down converted transmitter leakage signal; a buffer configured to store the notch frequency signal; and a digital to analog converter coupled to the buffer and configured to send a communication signal to the transmitter, wherein the stored notch frequency signal is added to communication information of the digital to analog converter to pre-distort the communication information. a local oscillator of a transmitter, the local oscillator configured to generate a transmitter local oscillator signal; a switch (402, 404, 406, 408) controlled by the transmitter local oscillator signal, the switch connected with an impedance element (410, 412, 414, 416) and configured to generate a notch frequency signal being representative of a down converted transmitter leakage signal; a buffer configured to store the notch frequency signal; and a digital to analog converter coupled to the buffer and configured to send a communication signal to the transmitter, wherein the stored notch frequency signal is added to communication information of the digital to analog converter to pre-distort the communication information.
An ultrasound probe, comprising: a body; a lens disposed in a cutout of the body designating a head portion of the ultrasound probe, the lens configured to pass ultrasound signals therethrough; one or more transducer elements in the head portion for emitting and receiving ultrasonic signals; a stabilizing portion composed of a longitudinal extension of the body extending away from the head portion of the ultrasound probe, the stabilizing portion of the ultrasound probe configured to stabilize the ultrasound probe on a skin surface of a patient without assistance from a user of the ultrasound probe, wherein the stabilizing portion of the ultrasound probe includes a latitudinal channel extending from side to side of two longitudinal sides of the ultrasound probe, thereby reducing a surface area of a generally flat surface of the stabilizing portion intended to face the skin surface of the patient; and a finger-grip portion composed of a generally transverse extension of the body extending away from the head portion of the ultrasound probe, the finger-grip portion of the ultrasound probe configured to enable the user to grasp and maneuver the ultrasound probe during use thereof with no more than two or three fingers of a single hand. a body; a lens disposed in a cutout of the body designating a head portion of the ultrasound probe, the lens configured to pass ultrasound signals therethrough; one or more transducer elements in the head portion for emitting and receiving ultrasonic signals; a stabilizing portion composed of a longitudinal extension of the body extending away from the head portion of the ultrasound probe, the stabilizing portion of the ultrasound probe configured to stabilize the ultrasound probe on a skin surface of a patient without assistance from a user of the ultrasound probe, wherein the stabilizing portion of the ultrasound probe includes a latitudinal channel extending from side to side of two longitudinal sides of the ultrasound probe, thereby reducing a surface area of a generally flat surface of the stabilizing portion intended to face the skin surface of the patient; and a finger-grip portion composed of a generally transverse extension of the body extending away from the head portion of the ultrasound probe, the finger-grip portion of the ultrasound probe configured to enable the user to grasp and maneuver the ultrasound probe during use thereof with no more than two or three fingers of a single hand.
Stacking crane for handling containers, in particular ISO containers, having at least one horizontal transverse girder, which can travel in a crane travel direction and along which a crane trolley can travel in and transverse to the crane travel direction, having a load picking-up means for a container,which load picking-up means is suspended on the crane trolley and can be raised and lowered, wherein at least one intermediate storage area for at least one container is disposed on the stacking crane, the intermediate storage area can be reached by the load picking-up means and can travel together with the stacking crane in the crane travel direction, characterised in that the intermediate storage area is designed in such a way that the intermediate storage area can move between an active position in which a container can be picked up, and a passive position in which no container can be picked up.
A display device, comprising: a plurality of main portions separated from each other; and a plurality of bridge portions respectively connecting adjacent main portions to each other, wherein a first main portion of the plurality of main portions comprises a transistor (Ti) and a light emitting element, a first bridge portion of the plurality of bridge portions comprises a wiring (WRi, WR2) that is electrically connected to the transistor or the light emitting element, the first bridge portion comprises a first curved part and a pair of second curved parts connected to respective ends of the first curved part, and a curve direction of the first curved part and a curve direction of the pair of second curved parts are different from each other, and characterised in that a curvature radius of an inner edge of the second curved part is larger than a curvature radius of an inner edge of the first curved part. a plurality of main portions separated from each other; and a plurality of bridge portions respectively connecting adjacent main portions to each other, wherein a first main portion of the plurality of main portions comprises a transistor (Ti) and a light emitting element, a first bridge portion of the plurality of bridge portions comprises a wiring (WRi, WR2) that is electrically connected to the transistor or the light emitting element, the first bridge portion comprises a first curved part and a pair of second curved parts connected to respective ends of the first curved part, and a curve direction of the first curved part and a curve direction of the pair of second curved parts are different from each other, and characterised in that a curvature radius of an inner edge of the second curved part is larger than a curvature radius of an inner edge of the first curved part.
A transporting device that comprises a pair of upstream side transporting rollers (20,24), which is disposed to face a front surface side and a back surface side of a sheet-like transportation target object and in which at least one of the upstream side transporting rollers receives supply of drive power and rotates to send the transportation target object to a downstream side, and a downstream side transporting roller, which is disposed on the downstream side of the upstream side transporting rollers, to thereby transport the transportation target object by means of the upstream side transporting rollers and the downstream side transporting roller, the device further comprising: a guide member that has a guide surface, which supports the transportation target object from the back surface side, and is disposed between the upstream side transporting rollers and the downstream side transporting roller; a sensor that measures a distance between the guide surface and the transportation target object; and an abnormality indication detection unit that detects that there is a transport abnormality indication in a case where the distance measured by the sensor is equal to or larger than a predetermined distance, wherein the upstream side transporting rollers send the transportation target object in a direction to which the transportation target object is pressed against the guide surface, and a transport path of the transportation target object is pushed and bent toward the front surface side of the transportation target object by the guide surface, the transporting device characterised by a transportation stopping unit that stops rotation of the upstream side transporting rollers (20,24) and the downstream side transporting roller to stop transportation of the transportation target object in a case where the transport abnormality indication is detected. a guide member that has a guide surface, which supports the transportation target object from the back surface side, and is disposed between the upstream side transporting rollers and the downstream side transporting roller; a sensor that measures a distance between the guide surface and the transportation target object; and an abnormality indication detection unit that detects that there is a transport abnormality indication in a case where the distance measured by the sensor is equal to or larger than a predetermined distance, wherein the upstream side transporting rollers send the transportation target object in a direction to which the transportation target object is pressed against the guide surface, and a transport path of the transportation target object is pushed and bent toward the front surface side of the transportation target object by the guide surface, the transporting device characterised by a transportation stopping unit that stops rotation of the upstream side transporting rollers (20,24) and the downstream side transporting roller to stop transportation of the transportation target object in a case where the transport abnormality indication is detected.
A composition for disinfecting a contact lens, comprising about 0.5 w/v% to about 6 w/v% by weight hydrogen peroxide and at least one poly(oxyethylene)-poly(oxybutylene) di-block copolymer, wherein the poly(oxyethylene)-poly(oxybutylene) di-block copolymer is of the formula m n, wherein EO is oxyethylene and BO is oxybutylene, wherein the composition is incapable of foaming at any time within a disinfection cycle carried out in a disinfection cup having a platinum-coated plastic disk that catalytically decomposes hydrogen peroxide generating oxygen gas bubbles excessively to cause overflow of the composition from the disinfection cup, wherein the foaming is measured as disclosed in the specification herein, characterized in that the average value of m is 10 and the average value of n is 5.
A reverse wheel set, applicable for a banknote separating device of a financial self-service equipment, the reverse wheel set comprising a reverse-wheel-set rotating shaft, a reverse wheel fixing frame, and a reverse wheel assembly, characterized in that one end of the reverse wheel assembly sequentially passes through an E-shaped snap ring, a flanged bearing, a one-way bearing stop ring and a one-way bearing to be mounted to the reverse wheel fixing frame, wherein the one-way bearing and the reverse wheel fixing frame are coupled by the one-way bearing stop ring to form a stationary rigid body, and the one-way bearing stop ring is in contact with only an outer ring of the flanged bearing.