mhurhangee/ep-ind-claims huggingface dataset:
A solar cell assembly having a flexible circuit comprising: a solar cell having a solar-facing surface and a non-solar-facing surface, the solar cell comprising a cell corner; a flexible circuit coupled to the non-solar-facing surface of the solar cell, wherein the flexible circuit is substantially coextensive with the solar cell, the flexible circuit comprising: a flexible insulator comprising a plurality of edges aligned with the solar cell, a flexible corner extending past the cell corner, and a flexible tab extending from an edge of the plurality of edges; and a circuit substantially embedded in the flexible insulator, wherein the circuit comprises a first electric contact exposed at a solar-facing side of the flexible corner, and a second electric contact exposed at a solar-facing side of the flexible tab. a solar cell having a solar-facing surface and a non-solar-facing surface, the solar cell comprising a cell corner; a flexible circuit coupled to the non-solar-facing surface of the solar cell, wherein the flexible circuit is substantially coextensive with the solar cell, the flexible circuit comprising: a flexible insulator comprising a plurality of edges aligned with the solar cell, a flexible corner extending past the cell corner, and a flexible tab extending from an edge of the plurality of edges; and a circuit substantially embedded in the flexible insulator, wherein the circuit comprises a first electric contact exposed at a solar-facing side of the flexible corner, and a second electric contact exposed at a solar-facing side of the flexible tab. a flexible insulator comprising a plurality of edges aligned with the solar cell, a flexible corner extending past the cell corner, and a flexible tab extending from an edge of the plurality of edges; and a circuit substantially embedded in the flexible insulator, wherein the circuit comprises a first electric contact exposed at a solar-facing side of the flexible corner, and a second electric contact exposed at a solar-facing side of the flexible tab.
A medical device operable electrically via a mains voltage connection, having a live element and an application part, wherein the application part is insulated by a basic insulation with respect to the live element and wherein an insulation monitor is provided which monitors the quality of the basic insulation of the application part with respect to the live element, characterized in that the insulation monitor determines a current flow and/or a resistance between the live element and the application part.
An electronic toothbrush system for monitoring brushing and compliance with a tooth brush regime, the electronic toothbrush system comprising: a toothbrush including a handle and a head; a motion sensor configured to output motion data related to motion of the toothbrush; a controller; a memory for storing the motion data output by the motion sensor, the memory being in data communication with the controller; the controller configured to calculate a value indicating the likelihood that the head of the toothbrush is brushing a specific section among sections of a mouth of a user of the toothbrush by determining the likelihood strokes correlate or relate to previously recorded calibration data in those sections by comparing the motion data to the calibration data using a statistical analysis. a toothbrush including a handle and a head; a motion sensor configured to output motion data related to motion of the toothbrush; a controller; a memory for storing the motion data output by the motion sensor, the memory being in data communication with the controller; the controller configured to calculate a value indicating the likelihood that the head of the toothbrush is brushing a specific section among sections of a mouth of a user of the toothbrush by determining the likelihood strokes correlate or relate to previously recorded calibration data in those sections by comparing the motion data to the calibration data using a statistical analysis.
Film with functional layer and haptic feedback, wherein the functional layer comprises at least two spaced-apart opposite electrodes (26, 28), wherein one electrode is arranged in or formed by a first electrically conductive layer and one electrode is arranged in or formed by a second electrically conductive layer, comprising the following layer construction: - a first surface layer; - the first electrically conductive layer; - a spacing layer; - the second electrically conductive layer; and - a second surface layer; wherein - the spacing layer comprises electroactive polymers, - the spacing layer is arranged between the first electrically conductive layer and the second electrically conductive layer, - by way of the electrodes (26, 28) of the first electrically conductive layer and the second electrically conductive layer user inputs are detectable through a capacitance change due to change in spacing of the electrically conductive layers (14, 18), and - the first surface layer and the first electrically conductive layer are deformable by way of the electroactive polymers for producing a haptic feedback, after a user input, for sensing of a successful actuation, wherein elevations and/or depressions are produced in the first surface layer by way of the electroactive polymers through application of a voltage. - a first surface layer; - the first electrically conductive layer; - a spacing layer; - the second electrically conductive layer; and - a second surface layer; - the spacing layer comprises electroactive polymers, - the spacing layer is arranged between the first electrically conductive layer and the second electrically conductive layer, - by way of the electrodes (26, 28) of the first electrically conductive layer and the second electrically conductive layer user inputs are detectable through a capacitance change due to change in spacing of the electrically conductive layers (14, 18), and - the first surface layer and the first electrically conductive layer are deformable by way of the electroactive polymers for producing a haptic feedback, after a user input, for sensing of a successful actuation, wherein elevations and/or depressions are produced in the first surface layer by way of the electroactive polymers through application of a voltage.
Surgical instrument comprising a handling part and a tool part, wherein the tool part comprises at least one movably mounted tool, which is actuable by means of a force-transmitting and/or actuating mechanism (92, 128) that is operable from the handling part, and that the force-transmitting and/or actuating mechanism (92, 128) comprises a fluid-operable drive unit, wherein with the drive unit in a first driving position the movably mounted tool can be subjected to a first actuating force and in at least a second driving position can be subjected to at least a second actuating force and wherein the drive unit comprises a linear drive, wherein the linear drive comprises two coupled fluid cylinders (98, 100), characterized in that the fluid cylinders are separately controllable.
A continuous inkjet printer having an ink circulation system and an ink module containing ink and one or more filters, said ink module being engaged with said ink circulation system, said printer being characterized in that the connection between said ink circulation system and said ink module comprises a plurality of substantially horizontally aligned, inter-engaging, sockets and spigots provided on facing surfaces of said ink circulation system and said ink module which are arranged to allow said ink module to be engaged with said ink circulation system by way of a linear, substantially horizontal, displacement, and wherein each of said spigots includes an upwardly facing fluid transfer port.
A wireless communication device comprising: a flow-rate measuring unit connected to a fluid pipe; a first antenna element that transmits and receives a radio wave, the first antenna element having a longer side orthogonal to an axis of the fluid pipe; a housing that accommodates the flow-rate measuring unit; and a circuit board including the first antenna element, wherein the housing has a surface that the fluid pipe penetrates, and the first antenna element is positioned on a side of the circuit board closer to the surface of the housing that the fluid pipe penetrates; wherein the circuit board includes a second antenna element that has a longer side orthogonal to the longer side of the first antenna element; and the circuit board has a single ground point electrically connected to the housing; characterized in that distances from the single ground point to a feeding point of the first antenna element and a feeding point of the second antenna element are set to be less than or equal to one fourth of a wavelength of a radio wave emitted from each of the antenna elements. a housing that accommodates the flow-rate measuring unit; and a circuit board including the first antenna element, wherein the housing has a surface that the fluid pipe penetrates, and the first antenna element is positioned on a side of the circuit board closer to the surface of the housing that the fluid pipe penetrates; wherein the circuit board includes a second antenna element that has a longer side orthogonal to the longer side of the first antenna element; and the circuit board has a single ground point electrically connected to the housing; characterized in that distances from the single ground point to a feeding point of the first antenna element and a feeding point of the second antenna element are set to be less than or equal to one fourth of a wavelength of a radio wave emitted from each of the antenna elements.
A computer-implemented method for controlling an unmanned aerial vehicle, UAV, comprising: detecting a target marker (112, 1902) based on a plurality of images captured by an imaging device (102, 1904) carried by the UAV (100, 1900); determining a spatial relationship between the UAV (100, 1900) and the target marker (112, 1902) based at least in part on the plurality of images; and controlling the UAV (100, 1900) to approach the target marker (112, 1902) based at least in part on the spatial relationship while controlling the imaging device (102, 1904) to track the target marker (112, 1902) such that the target marker (112, 1902) remains within a field of view of the imaging device (102, 1904); characterized in that the target marker (112, 1902) includes a landing marker (404, 406, 408, 414, 416, 418, 502, 506, 602, 606, 610, 614, 702, 706, 710, 714, 802, 806) indicating a location to land the UAV (100, 1900) and a security marker (804, 808, 814, 820) to authenticate the landing marker (404, 406, 408, 414, 416, 418, 502, 506, 602, 606, 610, 614, 702, 706, 710, 714, 802, 806) or a provider of the landing marker, and in that the method further comprises detecting the security marker (804, 808, 814, 820) and verifying the security marker (804, 808, 814, 820) prior to landing the UAV (100, 1900). detecting a target marker (112, 1902) based on a plurality of images captured by an imaging device (102, 1904) carried by the UAV (100, 1900); determining a spatial relationship between the UAV (100, 1900) and the target marker (112, 1902) based at least in part on the plurality of images; and controlling the UAV (100, 1900) to approach the target marker (112, 1902) based at least in part on the spatial relationship while controlling the imaging device (102, 1904) to track the target marker (112, 1902) such that the target marker (112, 1902) remains within a field of view of the imaging device (102, 1904); characterized in that the target marker (112, 1902) includes a landing marker (404, 406, 408, 414, 416, 418, 502, 506, 602, 606, 610, 614, 702, 706, 710, 714, 802, 806) indicating a location to land the UAV (100, 1900) and a security marker (804, 808, 814, 820) to authenticate the landing marker (404, 406, 408, 414, 416, 418, 502, 506, 602, 606, 610, 614, 702, 706, 710, 714, 802, 806) or a provider of the landing marker, and in that the method further comprises detecting the security marker (804, 808, 814, 820) and verifying the security marker (804, 808, 814, 820) prior to landing the UAV (100, 1900).
Flexible product, preferably an elastic product, particularly preferably an elastomeric product, comprising at least one first layer, which is at least partly, preferably completely, formed from a flexible material, preferably from an elastic material, particularly preferably from an elastomeric material, and comprising at least one recess in the first layer, which at least partly has an electrically conductive flexible filling, wherein at least one conductor track and/or at least one electrical component is/are formed by the recess having the electrically conductive flexible filling, characterized in that the recess was filled with the electrically conductive flexible filling by printing. at least one first layer, which is at least partly, preferably completely, formed from a flexible material, preferably from an elastic material, particularly preferably from an elastomeric material, and comprising at least one recess in the first layer, which at least partly has an electrically conductive flexible filling, wherein at least one conductor track and/or at least one electrical component is/are formed by the recess having the electrically conductive flexible filling, characterized in that the recess was filled with the electrically conductive flexible filling by printing.
A child play puzzle, comprising: a set of pieces each defining a non-circular aperture therethrough; a base; and a pole extending from the base along a pole axis, the pole configured to sequentially receive each piece of the set of pieces with the pole extending through the aperture of each piece to form a stack of the pieces along the pole, the pole comprising a plurality of sections spaced along its length, each section being of non-circular cross-section in a plane perpendicular to the pole axis, wherein at least one of the sections is rotatable about the pole axis with respect to an adjacent one of the sections, such that moving a piece from about the rotatable section to about the adjacent section requires rotationally aligning the rotatable section with the adjacent section, characterized in that the adjacent section is rotationally fixed with respect to the base. a set of pieces each defining a non-circular aperture therethrough; a base; and a pole extending from the base along a pole axis, the pole configured to sequentially receive each piece of the set of pieces with the pole extending through the aperture of each piece to form a stack of the pieces along the pole, the pole comprising a plurality of sections spaced along its length, each section being of non-circular cross-section in a plane perpendicular to the pole axis, wherein at least one of the sections is rotatable about the pole axis with respect to an adjacent one of the sections, such that moving a piece from about the rotatable section to about the adjacent section requires rotationally aligning the rotatable section with the adjacent section, characterized in that the adjacent section is rotationally fixed with respect to the base.
A wiper blade comprising: a wiper strip, a primary frame, having a top side and opposite ends, a connection device capable of connecting the wiper blade to a wiper arm disposed on the top side of the primary frame, and a connection structure disposed on each of the opposite ends of the primary frame; a pair of secondary frames each having a central pivot connection portion and two leg portions (33, 34) extending from the central pivot connection portion, a pivot structure disposed on the central pivot connection portion of the secondary frames; wherein the pivot structure comprises a turn-buckle holder comprising a unitary structure; and characterized in that the turn-buckle holder further comprise a channel that receives the central pivot connection portion of the respective secondary frame, the channel comprising an upper channel wall and a lower channel wall. a wiper strip, a primary frame, having a top side and opposite ends, a connection device capable of connecting the wiper blade to a wiper arm disposed on the top side of the primary frame, and a connection structure disposed on each of the opposite ends of the primary frame; a pair of secondary frames each having a central pivot connection portion and two leg portions (33, 34) extending from the central pivot connection portion, a pivot structure disposed on the central pivot connection portion of the secondary frames; wherein the pivot structure comprises a turn-buckle holder comprising a unitary structure; and characterized in that the turn-buckle holder further comprise a channel that receives the central pivot connection portion of the respective secondary frame, the channel comprising an upper channel wall and a lower channel wall.
An optoelectronic sensor for detecting an object in a monitoring region, the sensor having a light transmitter for transmitting a light signal into the monitoring region and a light receiver comprising receiving optics and a plurality of avalanche photodiode elements for detecting received light from the monitoring region, which are each biased with a bias voltage above a breakdown voltage and are thus operated in a Geiger mode, the light receiver being of digital design and thus enabling to activate or deactivate individual or groups of avalanche photodiode elements (28, 28a), and having a control and evaluation unit which is configured to evaluate a reception signal of the light receiver for determining a distance of the object from a light transit time between transmission of the light signal and reception of the remitted light signal remitted or reflected at the object as well as for activating those avalanche photodiode elements where a light spot of the remitted light signal remitted or reflected at the object is expected, characterized in that the receiving optics generate an elongated shape of the light spot.
A pulse generating system for a patient comprising: a pulse generating means configured to generate a pulse or pulses, and a controlling means configured to control the pulse generating means, wherein the pulse generating system is configured to work in at least a regular mode and a plurality of safety modes for a corresponding posture or orientation of the patient, wherein different baseline commands are provided for each of the plurality of safety modes, wherein, when the control unit operates the pulse generating system in one of the safety modes, the pulse generating means is configured to automatically switch to a corresponding baseline stimulation command, and wherein the control unit is configured operate the pulse generating system in the regular mode or in one of the safety modes based on a determined posture or orientation of the patient as a triggering event or condition. a pulse generating means configured to generate a pulse or pulses, and a controlling means configured to control the pulse generating means, wherein the pulse generating system is configured to work in at least a regular mode and a plurality of safety modes for a corresponding posture or orientation of the patient, wherein different baseline commands are provided for each of the plurality of safety modes, wherein, when the control unit operates the pulse generating system in one of the safety modes, the pulse generating means is configured to automatically switch to a corresponding baseline stimulation command, and wherein the control unit is configured operate the pulse generating system in the regular mode or in one of the safety modes based on a determined posture or orientation of the patient as a triggering event or condition.
A method of packaging an object, comprising: forming a package of heat-shrinkable film around an object, the heat-shrinkable film including a weakened portion; coupling a protective film to the heat-shrinkable film, wherein the protective film is positioned to cover the weakened portion in the heat-shrinkable film; and exposing the package of heat-shrinkable film and the protective film to a heat-shrink environment configured to cause the package of heat-shrinkable film to shrink and form a package of heat-shrunk film around the object; wherein the protective film is positioned to cover the weakened portion in the heat-shrunk film after exposing the package of heat-shrinkable film and the protective film to the heat-shrink environment; characterized in that forming the package of heat-shrinkable film around the object comprises: feeding the heat-shrinkable film in a Z-folded state having a major fold and a minor fold, and forming a longitudinal seal between a first end of the heat-shrinkable film and the minor fold to form a tunnel of the heat-shrinkable film; wherein the protective film is formed from the heat-shrinkable film between the minor fold and a second end of the heat-shrinkable film. forming a package of heat-shrinkable film around an object, the heat-shrinkable film including a weakened portion; coupling a protective film to the heat-shrinkable film, wherein the protective film is positioned to cover the weakened portion in the heat-shrinkable film; and exposing the package of heat-shrinkable film and the protective film to a heat-shrink environment configured to cause the package of heat-shrinkable film to shrink and form a package of heat-shrunk film around the object; wherein the protective film is positioned to cover the weakened portion in the heat-shrunk film after exposing the package of heat-shrinkable film and the protective film to the heat-shrink environment; characterized in that forming the package of heat-shrinkable film around the object comprises: feeding the heat-shrinkable film in a Z-folded state having a major fold and a minor fold, and forming a longitudinal seal between a first end of the heat-shrinkable film and the minor fold to form a tunnel of the heat-shrinkable film; feeding the heat-shrinkable film in a Z-folded state having a major fold and a minor fold, and forming a longitudinal seal between a first end of the heat-shrinkable film and the minor fold to form a tunnel of the heat-shrinkable film; wherein the protective film is formed from the heat-shrinkable film between the minor fold and a second end of the heat-shrinkable film.
Assembly having a side handle for a hand-held power tool and having an eyelet device which comprises an eyelet portion which is configured to be connected to a safety belt, wherein the side handle comprises a clamping ring which is configured to attach the side handle to a round portion of the hand-held power tool, and wherein the eyelet device is configured to be attached to the clamping ring, characterized in that the eyelet device comprises a fastening portion which is configured to be arranged at least partially between the round portion of the hand-held power tool and the clamping ring when the eyelet device is attached to the clamping ring and the side handle is attached to the round portion of the hand-held power tool.