mhurhangee/patent-ind-claim-en huggingface dataset:
A method for optical polymer sequencing with a channel molecule held in a membrane, comprising the optical detection of a modification in the flux of a signal molecule as it passes through the channel molecule by the action of a membrane potential, wherein the modification in the flux is caused by at least partial blockage of the channel molecule by the polymer during flux of the polymer through the channel molecule, and wherein the signal molecule is arranged to interact with one or more other signal associated molecules to cause or provide optical emission for optical detection after passing through the channel molecule.
Luminaire , comprising: a light source , the light source being divided into individually controllable light segments , a preliminary optical component having a first light coupling-in side for coupling in the light of each of the light segments of the light source and a first light coupling-out side for defined light outcoupling, and a coupling-out optical component downstream of the preliminary optical component and having a second light coupling-in side for coupling in the light coupled out of the preliminary optical component and a second light coupling-out side for defined light outcoupling, characterized in that the luminaire is designed such that a light distribution corresponding to the controlled light segments is imaged in an illumination plane (B) downstream of the coupling-out optical component , in that the light source has an elongate light mixing rod having a third light coupling-in side and a third light coupling-out side opposite the third light coupling-in side with respect to its elongate extension, the light mixing rod being divided into a plurality of segments which form the individually controllable light segments and each extend between the third light coupling-in side and the third light coupling-out side , and in that the segments have a central rod element , and ring elements and/or ring segments peripherally surrounding the central rod element . a light source , the light source being divided into individually controllable light segments , a preliminary optical component having a first light coupling-in side for coupling in the light of each of the light segments of the light source and a first light coupling-out side for defined light outcoupling, and a coupling-out optical component downstream of the preliminary optical component and having a second light coupling-in side for coupling in the light coupled out of the preliminary optical component and a second light coupling-out side for defined light outcoupling, characterized in that the luminaire is designed such that a light distribution corresponding to the controlled light segments is imaged in an illumination plane (B) downstream of the coupling-out optical component , in that the light source has an elongate light mixing rod having a third light coupling-in side and a third light coupling-out side opposite the third light coupling-in side with respect to its elongate extension, the light mixing rod being divided into a plurality of segments which form the individually controllable light segments and each extend between the third light coupling-in side and the third light coupling-out side , and in that the segments have a central rod element , and ring elements and/or ring segments peripherally surrounding the central rod element .
A flexible display apparatus, comprising: a flexible base layer having a bend allowance section between a first portion and a second portion of the flexible base layer; a plurality of organic light-emitting diode elements disposed on the first portion of the flexible base layer ; a polarization layer on the plurality of organic light-emitting diode elements; a printed circuit film attached to the second portion of the flexible base layer ; and a micro-coating layer disposed over the bend allowance section of the flexible base layer , characterized in that an end of the polarization layer facing the micro-coating layer is provided with an undercut portion. a flexible base layer having a bend allowance section between a first portion and a second portion of the flexible base layer; a plurality of organic light-emitting diode elements disposed on the first portion of the flexible base layer ; a polarization layer on the plurality of organic light-emitting diode elements; a printed circuit film attached to the second portion of the flexible base layer ; and a micro-coating layer disposed over the bend allowance section of the flexible base layer , characterized in that an end of the polarization layer facing the micro-coating layer is provided with an undercut portion.
A power electronics unit for an aircraft, comprising: an electric machine controller ; a heatsink arranged to conduct heat from the electric machine controller ; a housing comprising a sealed internal volume enclosing the electric machine controller and heatsink ; a dielectric liquid partially filling the internal volume to cover the electric machine controller ; and a gas pocket within the internal volume; characterized in that the power electronics unit further comprises: a pressure sensor arranged to measure a pressure of gas within the gas pocket ; a temperature sensor arranged to measure a temperature within the internal volume; and a controller configured to receive signals from the pressure sensor and temperature sensor , determine a pressure and temperature from the received signals and provide an output signal dependent on the determined temperature and pressure, the output signal being indicative of an integrity of the power electronics unit . an electric machine controller ; a heatsink arranged to conduct heat from the electric machine controller ; a housing comprising a sealed internal volume enclosing the electric machine controller and heatsink ; a dielectric liquid partially filling the internal volume to cover the electric machine controller ; and a gas pocket within the internal volume; characterized in that the power electronics unit further comprises: a pressure sensor arranged to measure a pressure of gas within the gas pocket ; a temperature sensor arranged to measure a temperature within the internal volume; and a controller configured to receive signals from the pressure sensor and temperature sensor , determine a pressure and temperature from the received signals and provide an output signal dependent on the determined temperature and pressure, the output signal being indicative of an integrity of the power electronics unit . a pressure sensor arranged to measure a pressure of gas within the gas pocket ; a temperature sensor arranged to measure a temperature within the internal volume; and a controller configured to receive signals from the pressure sensor and temperature sensor , determine a pressure and temperature from the received signals and provide an output signal dependent on the determined temperature and pressure, the output signal being indicative of an integrity of the power electronics unit .
An apparatus for preparing medicines comprising: a supporting part on which a medicine packet (P) with a pill is mounted; and a pressing part configured to press the medicine packet (P) with the pill to crush the pill, the pressing part comprises a pressure surface that comes in contact with and applies an impact to the medicine packet (P) when the medicine packet (P) is pressed, and wherein the pressure surface partially has different heights relative to the supporting part such that at least one portion of the medicine packet (P) is not in contact with the pressure surface when the medicine packet (P) is pressed through the pressing part , wherein the pressure surface has one or more steps and includes a plurality of impact surfaces with different heights, characterized in that the steps ascend or descend in one direction, and a distance between one of the impact surfaces and the supporting part sequentially increases or decreases in one direction. a supporting part on which a medicine packet (P) with a pill is mounted; and a pressing part configured to press the medicine packet (P) with the pill to crush the pill, the pressing part comprises a pressure surface that comes in contact with and applies an impact to the medicine packet (P) when the medicine packet (P) is pressed, and wherein the pressure surface partially has different heights relative to the supporting part such that at least one portion of the medicine packet (P) is not in contact with the pressure surface when the medicine packet (P) is pressed through the pressing part , wherein the pressure surface has one or more steps and includes a plurality of impact surfaces with different heights, characterized in that the steps ascend or descend in one direction, and a distance between one of the impact surfaces and the supporting part sequentially increases or decreases in one direction.
A dart game system including a dart game apparatus comprising: a dart target having a plurality of score areas; a sensing unit configured to sense hitting of a dart pin with respect to the dart target ; a lesson image generation unit configured to generate a lesson image; and a display area provided in a body structure of the dart game apparatus and configured to output the generated lesson image, said dart game system further including a touch unit provided on an exterior of the dart game apparatus configured to measure foot pressure information which is information on pressure applied by a foot of the dart game user when the dart game user throws the dart pin, whereby the dart game apparatus further comprises a foot pressure information obtaining unit configured to obtain said foot pressure information from said touch unit , and a throwing guide information generating unit that is configured to analyse the foot pressure information obtained through said foot pressure information obtaining unit and to generate a throwing guide information for the dart game user based on the analysis result, and whereby said lesson image generation unit is configured to generate a lesson image based on said throwing guide information generated by said throwing guide information generating unit . a dart target having a plurality of score areas; a sensing unit configured to sense hitting of a dart pin with respect to the dart target ; a lesson image generation unit configured to generate a lesson image; and a display area provided in a body structure of the dart game apparatus and configured to output the generated lesson image, said dart game system further including a touch unit provided on an exterior of the dart game apparatus configured to measure foot pressure information which is information on pressure applied by a foot of the dart game user when the dart game user throws the dart pin, whereby the dart game apparatus further comprises a foot pressure information obtaining unit configured to obtain said foot pressure information from said touch unit , and a throwing guide information generating unit that is configured to analyse the foot pressure information obtained through said foot pressure information obtaining unit and to generate a throwing guide information for the dart game user based on the analysis result, and whereby said lesson image generation unit is configured to generate a lesson image based on said throwing guide information generated by said throwing guide information generating unit .
A terminal comprising: a reception section configured to receive a synchronization signal and to receive a broadcast channel, in a resource located at a predetermined position relative to a resource for the synchronization signal; and a control section configured to determine an index, which indicates a time resource for the synchronization signal and the broadcast channel, based on the broadcast channel, wherein, in a Radio Resource Control, RRC, connected mode, the reception section is configured to receive measurement-object information that indicates a measurement frequency of the synchronization signal and a measurement timing of the synchronization signal, and the measurement timing includes a measurement periodicity and a time duration of a measurement window. a reception section configured to receive a synchronization signal and to receive a broadcast channel, in a resource located at a predetermined position relative to a resource for the synchronization signal; and a control section configured to determine an index, which indicates a time resource for the synchronization signal and the broadcast channel, based on the broadcast channel, wherein, in a Radio Resource Control, RRC, connected mode, the reception section is configured to receive measurement-object information that indicates a measurement frequency of the synchronization signal and a measurement timing of the synchronization signal, and the measurement timing includes a measurement periodicity and a time duration of a measurement window.
An intramedullary nail insertion system, comprising: a handle having a body that includes a distal body end , and a proximal body end that is spaced from the distal body end along a proximal direction (P), the proximal body end defining a proximal body opening , the distal body end defining a distal body opening , and the handle defining an aperture that extends through the body from the distal body opening to the proximal body opening ; a coupler sized to be at least partially received into the aperture , the coupler including a distal coupler end , and a proximal coupler end that is spaced from the distal coupler end, the distal coupler end including a first fastener configured to fasten to an intramedullary nail , and the proximal coupler end including a second fastener ; and a securement member having a third fastener configured to fasten to the second fastener of the coupler so as to capture the body between the securement member and the intramedullary nail when the proximal coupler end is received into the aperture and the first fastener of the coupler is fastened to the intramedullary nail , characterized in that the body includes an engagement feature that engages the coupler so as to limit translation of the handle relative to the coupler along the proximal direction (P) when the proximal coupler end is received through the distal body opening and before the securement member is fastened to the coupler . a handle having a body that includes a distal body end , and a proximal body end that is spaced from the distal body end along a proximal direction (P), the proximal body end defining a proximal body opening , the distal body end defining a distal body opening , and the handle defining an aperture that extends through the body from the distal body opening to the proximal body opening ; a coupler sized to be at least partially received into the aperture , the coupler including a distal coupler end , and a proximal coupler end that is spaced from the distal coupler end, the distal coupler end including a first fastener configured to fasten to an intramedullary nail , and the proximal coupler end including a second fastener ; and a securement member having a third fastener configured to fasten to the second fastener of the coupler so as to capture the body between the securement member and the intramedullary nail when the proximal coupler end is received into the aperture and the first fastener of the coupler is fastened to the intramedullary nail , characterized in that the body includes an engagement feature that engages the coupler so as to limit translation of the handle relative to the coupler along the proximal direction (P) when the proximal coupler end is received through the distal body opening and before the securement member is fastened to the coupler .
System for automatic recognition of work cycles of a civil engineering machine, comprising: - a data storage on which a classification model , generated automatically by a mathematical optimization method, is stored, - a detection device by means of which status data concerning a status of the civil engineering machine can be detected, - a cycle phase recognition device which has access to the data storage , which receives machine data based on the detected status data as input data and which is configured to automatically allocate machine data to a first cycle phase based on the classification model , wherein the first cycle phase corresponds to a defined work process of the civil engineering machine, - a cycle allocation device which receives the machine data allocated to the first cycle phase as input data and which is configured to automatically allocate these machine data to a work cycle of the civil engineering machine based on a defined allocation rule, wherein the work cycle is defined by start and end values of at least one measured variable represented by the machine data . - a data storage on which a classification model , generated automatically by a mathematical optimization method, is stored, - a detection device by means of which status data concerning a status of the civil engineering machine can be detected, - a cycle phase recognition device which has access to the data storage , which receives machine data based on the detected status data as input data and which is configured to automatically allocate machine data to a first cycle phase based on the classification model , wherein the first cycle phase corresponds to a defined work process of the civil engineering machine, - a cycle allocation device which receives the machine data allocated to the first cycle phase as input data and which is configured to automatically allocate these machine data to a work cycle of the civil engineering machine based on a defined allocation rule, wherein the work cycle is defined by start and end values of at least one measured variable represented by the machine data .
A method for determining a position and a direction of travel in each case for one or more watercraft travelling in water from interferometry radar data, in which the watercraft and the water surface surrounding the watercraft are depicted, comprising the following steps: a. providing the radar data as 2D interferogram data INT1(x,y); b. segmenting the 2D interferogram data INT1(x,y) for determining segmented 2D interferogram data INT2(x,y), wherein the segmented 2D interferogram data INT2(x,y) only comprise those 2D data areas B n of the 2D interferogram data INT1(x,y), which in each case reproduce a continuous fringe pattern, where n = 1, 2, ...; c. determining a contour for each of the 2D data areas B n ; d. determining a focus for each of the 2D data areas B n , wherein furthermore, for each of the 2D data areas B n , the position of a watercraft is determined on the basis of the focus; e. determining a geometric orientation of the fringe pattern depicted in the data of each 2D data area B n ; and f. determining the direction of travel of the respective watercraft for each of the 2D data areas B n depending on the determined orientation of the fringe pattern and the determined contour of the respective 2D data area B n . a. providing the radar data as 2D interferogram data INT1(x,y); b. segmenting the 2D interferogram data INT1(x,y) for determining segmented 2D interferogram data INT2(x,y), wherein the segmented 2D interferogram data INT2(x,y) only comprise those 2D data areas B n of the 2D interferogram data INT1(x,y), which in each case reproduce a continuous fringe pattern, where n = 1, 2, ...; c. determining a contour for each of the 2D data areas B n ; d. determining a focus for each of the 2D data areas B n , wherein furthermore, for each of the 2D data areas B n , the position of a watercraft is determined on the basis of the focus; e. determining a geometric orientation of the fringe pattern depicted in the data of each 2D data area B n ; and f. determining the direction of travel of the respective watercraft for each of the 2D data areas B n depending on the determined orientation of the fringe pattern and the determined contour of the respective 2D data area B n .
Surgical simulation apparatus for fixing organ and tissue preparations, having at least two holding elements which are fixed to a support surface , wherein, laterally on the holding elements , at at least one site, a bore for receiving a bearing pin is present, around which at least one perforated hoop movable on a circular or rectangular line is arranged coaxially and the support surface can be spanned in an arcuate manner by the movement of the hoop , wherein the movement of the hoop as a frame element on the holding elements makes it possible to adjust the size of a variable work field which delimits the surgical simulation apparatus towards the outside, wherein fastening elements and/or fixation elements for receiving organ and tissue preparations, surgical tools and surgical aids are arranged on the perforated holding elements or on the perforated hoops .
Electric heating device with a casing that forms inlet and outlet openings (10; 12) for the fluid to be heated and a circulation chamber as well as a connection chamber separated from said circulation chamber by way of a partition wall, where a heat-emitting surface of a PTC heating element is exposed in said circulation chamber and is coupled in a heat-conductive manner to said PTC element which is in electrically conductive contact via electrical conductor tracks with different polarities that are electrically connected in said connection chamber characterized in that said casing is a plastic casing provided with a shielding , which shielding encloses the casing substantially entirely circumferentially.
A fastening device for fastening lighting devices to T-shaped profiles of a false ceiling , comprising: - a base wall on which said lighting device is fastenable, wherein said base wall has two longitudinal opposite sides and two transversal opposite sides , - two longitudinal side walls rigidly connected along the longitudinal sides of said base wall , - a plurality of fastening elements provided along the longitudinal sides of said base wall , wherein said fastening elements are foldable in the direction of said base wall , for engaging said fastening device with said T-shaped profile , said device being characterized in that : - at least two spacer elements each located along a portion of a respective longitudinal side of said base wall , each spacer element being arranged between said base wall and the respective side wall in order to provide a gap between the side wall and the base wall , wherein said gap provides a passage for the electrical connections between said lighting device and a power supply source located above the false ceiling . - a base wall on which said lighting device is fastenable, wherein said base wall has two longitudinal opposite sides and two transversal opposite sides , - two longitudinal side walls rigidly connected along the longitudinal sides of said base wall , - a plurality of fastening elements provided along the longitudinal sides of said base wall , wherein said fastening elements are foldable in the direction of said base wall , for engaging said fastening device with said T-shaped profile , - at least two spacer elements each located along a portion of a respective longitudinal side of said base wall , each spacer element being arranged between said base wall and the respective side wall in order to provide a gap between the side wall and the base wall , wherein said gap provides a passage for the electrical connections between said lighting device and a power supply source located above the false ceiling .