mhurhangee/patent-ind-claim-en huggingface dataset:
Elevator cab comprising a pivotable balustrade that is attached to a roof of the elevator cab and can be pivoted, at least in portions, between a folded-down position and an erected position, characterized in that the balustrade comprises a locking mechanism for securing the erected position, by means of which locking mechanism the balustrade can be locked by a latching connection in the event of a pivot movement for establishing the erected position.
A method of using a charged particle microscope, the charged particle microscope equipped for inspecting a sample mounted on a sample holder with a primary beam of charged particles , the charged particle microscope equipped with a solid state detector for detecting secondary particles emanating from the sample in response to irradiation of the sample with the primary beam, the solid state detector in direct optical view of the sample, the method comprising providing the sample on a heater with a fast thermal response time, wherein the solid state detector is not only sensitive to secondary radiation from the group of secondary electrons, backscattered electrons and X-rays, but is also sensitive to photons in the range of visible light and/or infrared, wherein the method comprises the step of using exposure of the solid state detector to thermal radiation to contactlessly measure the temperature of the sample and/or sample holder when the sample is not irradiated by the primary beam using the solid state detector.
A cable entry sealing mechanism, comprising: an enclosure having a first enclosure half and a second enclosure half , the first enclosure half comprising at least one sidewall having an aperture therein, wherein the enclosure defines an interior; a cable entry positioned within the aperture , wherein said cable entry comprises a cable grommet support groove formed within the sidewall of the first enclosure half and framing the aperture; and a cable grommet , wherein the cable grommet is generally U-shaped, comprising a first portion and a second portion ; the first portion comprising a first lip , the first lip having a first outer edge and a first lip face , and the second portion comprising a second lip , the second lip having a second outer edge , a second lip face , and a projection extending beyond the first lip face, wherein a recess is formed between the first portion and the second portion; wherein the cable grommet support groove is shaped to receive and communicate with the cable grommet ; wherein the sidewall further comprises an offset face having a ledge ; wherein the offset face is configured to engage with the projection , such that when the cable grommet is installed within the cable grommet support groove , the projection and the offset face form a first contiguous portion of the sidewall; and the cable entry sealing mechanism further comprising a radial seal configured to abuttingly engage the first contiguous portion of the sidewall to provide a seal at the perimeter of the enclosure. an enclosure having a first enclosure half and a second enclosure half , the first enclosure half comprising at least one sidewall having an aperture therein, wherein the enclosure defines an interior; a cable entry positioned within the aperture , wherein said cable entry comprises a cable grommet support groove formed within the sidewall of the first enclosure half and framing the aperture; and a cable grommet , wherein the cable grommet is generally U-shaped, comprising a first portion and a second portion ; the first portion comprising a first lip , the first lip having a first outer edge and a first lip face , and the second portion comprising a second lip , the second lip having a second outer edge , a second lip face , and a projection extending beyond the first lip face, wherein a recess is formed between the first portion and the second portion; wherein the cable grommet support groove is shaped to receive and communicate with the cable grommet ; wherein the sidewall further comprises an offset face having a ledge ; wherein the offset face is configured to engage with the projection , such that when the cable grommet is installed within the cable grommet support groove , the projection and the offset face form a first contiguous portion of the sidewall; and the cable entry sealing mechanism further comprising a radial seal configured to abuttingly engage the first contiguous portion of the sidewall to provide a seal at the perimeter of the enclosure.
A scroll type electrostatic precipitator comprising: an electrode part comprising a high voltage electrode with voltage applied thereto and a ground electrode , the ground electrode being coiled about an axis (C) in a circumferential direction along with the high voltage electrode while being spaced apart from the high voltage electrode; and a plurality of spaced members arranged at an interval between the high voltage electrode and the ground electrode , wherein the plurality of spaced members are inclined with respect to the axial direction (C) of the electrode part characterized in that the plurality of spaced members are arranged at an interval on the high voltage electrode or on the ground electrode and in that the electrode part is configured to form a plurality of turning flow paths between the high voltage electrode 2. and the ground 2. electrode when receiving an air flow along the axial direction (C), the plurality of turning flow paths being inclined with respect to the axial direction (c) of the electrode part, wherein the plurality of turning flow paths are formed by the plurality of spaced members . an electrode part comprising a high voltage electrode with voltage applied thereto and a ground electrode , the ground electrode being coiled about an axis (C) in a circumferential direction along with the high voltage electrode while being spaced apart from the high voltage electrode; and a plurality of spaced members arranged at an interval between the high voltage electrode and the ground electrode , wherein the plurality of spaced members are inclined with respect to the axial direction (C) of the electrode part characterized in that the plurality of spaced members are arranged at an interval on the high voltage electrode or on the ground electrode and in that the electrode part is configured to form a plurality of turning flow paths between the high voltage electrode 2. and the ground 2. electrode when receiving an air flow along the axial direction (C), the plurality of turning flow paths being inclined with respect to the axial direction (c) of the electrode part, wherein the plurality of turning flow paths are formed by the plurality of spaced members .
A paper container comprising a container main body formed by folding a blank formed of a sheet-shaped material, wherein the container main body comprises: a bottom surface section; a plurality of side surface sections standing upward from the bottom surface section; joining sections formed between the side surface sections ; flange sections (31, 32, 33, 34 extending from the side surface sections toward circumferential edges of the container main body ; and assistant flanges extending from parts of the joining sections toward the circumferential edges of the container main body , the sheet-shaped material comprises: a base material of paper; a sealant layer formed of polypropylene as a main ingredient on the side of a first surface of the base material ; characterized by a heat seal layer formed on at least a part of the flange section above a second surface opposite to the first surface and containing acid-modified polypropylene, and a melting point of polypropylene in the heat seal layer is 100 °C or more. a bottom surface section; a plurality of side surface sections standing upward from the bottom surface section; joining sections formed between the side surface sections ; flange sections (31, 32, 33, 34 extending from the side surface sections toward circumferential edges of the container main body ; and assistant flanges extending from parts of the joining sections toward the circumferential edges of the container main body , the sheet-shaped material comprises: a base material of paper; a sealant layer formed of polypropylene as a main ingredient on the side of a first surface of the base material ; characterized by a heat seal layer formed on at least a part of the flange section above a second surface opposite to the first surface and containing acid-modified polypropylene, and a melting point of polypropylene in the heat seal layer is 100 °C or more. a base material of paper; a sealant layer formed of polypropylene as a main ingredient on the side of a first surface of the base material ; characterized by a heat seal layer formed on at least a part of the flange section above a second surface opposite to the first surface and containing acid-modified polypropylene, and a melting point of polypropylene in the heat seal layer is 100 °C or more.
Control system for a wind energy installation or for a wind farm, comprising a transformer controller , configured to process information about an actual state of an electrical grid in order to determine a control stipulation for a transformer having an adjustable transformation ratio, wherein the control stipulation is generated if the prerequisites for a switching process are present upon local consideration in the transformer controller , further comprising a superordinate controller , characterized in that the transformer controller is designed to withhold the control stipulation until the control stipulation is released by the superordinate controller .
Antenna for use in an RFID tag, wherein the antenna comprises an antenna yarn, wherein the antenna yarn comprises metal fibers ; wherein the metal fibers are stainless steel fibers; characterized in that the antenna yarn is wrapped by at least one wrapping yarn thereby covering the full surface of the antenna yarn; wherein the at least one wrapping yarn comprises electrically non-conductive fibers.
A ventilated type brake disc rotor comprising: an inboard sliding plate and an outboard sliding plate that are shaped annular and are disposed opposite to each other in an axle direction; and joints that are formed to connect between the inboard sliding plate and the outboard sliding plate , and are arranged along lines extending in a circumferential direction of the inboard sliding plate and the outboard sliding plate , wherein: the joints include first joints arranged along a first line and second joints arranged along a second line located in an outer side with respect to the first line in a radial direction of the inboard sliding plate and the outboard sliding plate ; each of the second joints includes a first width part and a second width part formed in an inner side with respect to the first width part in the radial direction; and the second width part is less in circumferential width than the first width part , and is shaped to decrease in circumferential width as going inwardly in the radial direction; characterized in that the first width part is constant in circumferential width, and has a substantially rectangular cross section. an inboard sliding plate and an outboard sliding plate that are shaped annular and are disposed opposite to each other in an axle direction; and joints that are formed to connect between the inboard sliding plate and the outboard sliding plate , and are arranged along lines extending in a circumferential direction of the inboard sliding plate and the outboard sliding plate , wherein: the joints include first joints arranged along a first line and second joints arranged along a second line located in an outer side with respect to the first line in a radial direction of the inboard sliding plate and the outboard sliding plate ; each of the second joints includes a first width part and a second width part formed in an inner side with respect to the first width part in the radial direction; and the second width part is less in circumferential width than the first width part , and is shaped to decrease in circumferential width as going inwardly in the radial direction; characterized in that the first width part is constant in circumferential width, and has a substantially rectangular cross section. the joints include first joints arranged along a first line and second joints arranged along a second line located in an outer side with respect to the first line in a radial direction of the inboard sliding plate and the outboard sliding plate ; each of the second joints includes a first width part and a second width part formed in an inner side with respect to the first width part in the radial direction; and the second width part is less in circumferential width than the first width part , and is shaped to decrease in circumferential width as going inwardly in the radial direction; characterized in that the first width part is constant in circumferential width, and has a substantially rectangular cross section.
A display comprising: a substrate ; a plurality of planar emission structures supported by the substrate ; an encapsulation layer extending across the plurality of planar emission structures ; and an optical component layer supported by the substrate , the optical component layer extending across the plurality of planar emission structures , the optical component layer being positioned relative to the plurality of planar emission structures such that light emitted by the plurality of planar emission structures encounters the optical component layer; wherein the encapsulation layer is positioned between the plurality of planar emission structures and the optical component layer; wherein the optical component layer comprises a plurality of discontinuities , each discontinuity of the plurality of discontinuities laterally positioned between a respective pair of adjacent planar emission structures of the plurality of planar emission structures , wherein: the substrate comprises a flexible substrate; each planar emission structure comprises a respective organic light emitting diode (OLED) structure supported by the flexible substrate; the encapsulation layer comprises a plurality of encapsulation layers extending across the plurality of OLED structures to encapsulate the plurality of OLED structures; including a first encapsulation layer of the plurality of encapsulation layers comprising a plurality of discontinuities , each discontinuity of the plurality of discontinuities laterally positioned between a respective pair of adjacent OLED structures of the plurality of OLED structures; and a second encapsulation layer of the plurality of encapsulation layers is not patterned to be discontinuous between each respective pair of adjacent OLED structures of the plurality of OLED structures; wherein at least one encapsulation layer comprises a continuous encapsulation layer; the continuous encapsulation layer is in contact with the plurality of OLED structures and wherein: the optical component layer comprises a plurality of optical component layers that extend across the plurality of planar emission structures; including a first optical component layer configured as a quarter-wave retarder; and a second optical component layer adjacent to the quarter-wave plate and configured to act as a linear polarizer; the first optical component layer is disposed between the second optical component layer and the plurality of encapsulation layers ; and the plurality of discontinuities extend through the second optical component layer .
A cosmetic container having a button-separable structure, the cosmetic container comprising: a lower container ; an upper container which opens and closes the lower container; a button installed on the upper container; wherein the upper container includes a connection member coupled to the lower container and a cover member detachably coupled to the connection member; characterized in that a mirror is formed on the upper container and the button is divided into an elastic locking member formed on the connection member and a pressing member formed on the cover member a lower container ; an upper container which opens and closes the lower container; a button installed on the upper container; wherein the upper container includes a connection member coupled to the lower container and a cover member detachably coupled to the connection member; characterized in that a mirror is formed on the upper container and the button is divided into an elastic locking member formed on the connection member and a pressing member formed on the cover member
Medium conduit suitable for transport of a medium using pressure and suitable for receiving a cable , which medium conduit comprises a pipe and is provided with a first cable passage at a first longitudinal position on the pipe and suitable for passage of the cable , so that a portion of the cable can lie outside the pipe at the first longitudinal position , characterized in that the cable passage forms part of a manifold which is rotatable relative to an axis through the pipe between a protected position and a servicing position.
A line blade for a rotating trimmer, the line blade comprising: a loading section securable for rotation on a cutting plane with a head of the rotating trimmer; and a living hinge extending from the loading section , characterized in that the line blade further comprises: a transition section extending from the living hinge and having a first cross-sectional shape, the transition section being oriented such that a height of the transition section is less than a width of the transition section relative to the cutting plane, the transition section spanning a majority of the length of the line blade ; and a cutting segment extending from the transition section , the cutting segment having a second cross-sectional shape that is different from the first cross-sectional shape of the transition section . a loading section securable for rotation on a cutting plane with a head of the rotating trimmer; and a living hinge extending from the loading section , characterized in that the line blade further comprises: a transition section extending from the living hinge and having a first cross-sectional shape, the transition section being oriented such that a height of the transition section is less than a width of the transition section relative to the cutting plane, the transition section spanning a majority of the length of the line blade ; and a cutting segment extending from the transition section , the cutting segment having a second cross-sectional shape that is different from the first cross-sectional shape of the transition section . a transition section extending from the living hinge and having a first cross-sectional shape, the transition section being oriented such that a height of the transition section is less than a width of the transition section relative to the cutting plane, the transition section spanning a majority of the length of the line blade ; and a cutting segment extending from the transition section , the cutting segment having a second cross-sectional shape that is different from the first cross-sectional shape of the transition section .
A stent-holder for a delivery device for delivering a stent-valve to an anatomical site for implantation, the stent-holder comprising at least one projection for engaging a complementary region of a stent-valve , the projection having a ramp portion , the projection further having a trunk portion , wherein the ramp portion extends laterally from the trunk portion and has a smaller thickness than a corresponding thickness of the trunk portion , and characterised in that the projection is positioned within an interstice of a body of the stent-holder . the projection further having a trunk portion , wherein the ramp portion extends laterally from the trunk portion and has a smaller thickness than a corresponding thickness of the trunk portion , and characterised in that the projection is positioned within an interstice of a body of the stent-holder .
A method for detecting the application of scratches and/or bumps to a vehicle using at least one acceleration sensor mounted to the vehicle, wherein signals which are output by the acceleration sensor are monitored and analyzed by means of an electronic device, the method comprising: - analyzing the envelope of the signals, - determining if a signal is to be evaluated based on the envelope analysis; and - if the signal is to be evaluated, - evaluating the signal on the basis of a duration and a frequency of the signal, wherein the signals are evaluated in a plurality of frequency bands, of e.g. 150 - 250 Hz, which are respectively filtered out from the total bandwidth of the signal. - analyzing the envelope of the signals, - determining if a signal is to be evaluated based on the envelope analysis; and - if the signal is to be evaluated, - evaluating the signal on the basis of a duration and a frequency of the signal, wherein the signals are evaluated in a plurality of frequency bands, of e.g. 150 - 250 Hz, which are respectively filtered out from the total bandwidth of the signal.
A surgical system for transecting osseous tissue in close proximity to vitally important structures, comprising: an ultrasonic waveform generator ; a control unit operatively connected to said ultrasonic waveform generator ; an ultrasonic instrument assembly including an electromechanical transducer and an ultrasonic blade , said ultrasonic waveform generator being operatively connected to said transducer for energizing same; a robotic subsystem including servomechanisms and a robotic arm movable by said servomechanisms ; and a load sensor or pickup component operatively connected to said electromechanical transducer and included in said ultrasonic waveform generator , said load sensor or pickup component being operatively connected to said control unit ; said ultrasonic instrument assembly being attached to said robotic arm ; said control unit being operatively connected to said servomechanisms and configured to actuate said robotic arm so as to move said ultrasonic blade at a constant forward feed rate through bone tissue during a cutting operation; said control unit being further configured to operate said servomechanisms , in response to a drop in load per unit time or a drop in applied power as detected by said load sensor or pickup component , to (a) at least reduce forward motion of said ultrasonic blade through the bone tissue automatically or (b) at least substantially reduce power output of said ultrasonic signal generator automatically. an ultrasonic waveform generator ; a control unit operatively connected to said ultrasonic waveform generator ; an ultrasonic instrument assembly including an electromechanical transducer and an ultrasonic blade , said ultrasonic waveform generator being operatively connected to said transducer for energizing same; a robotic subsystem including servomechanisms and a robotic arm movable by said servomechanisms ; and a load sensor or pickup component operatively connected to said electromechanical transducer and included in said ultrasonic waveform generator , said load sensor or pickup component being operatively connected to said control unit ; said ultrasonic instrument assembly being attached to said robotic arm ; said control unit being operatively connected to said servomechanisms and configured to actuate said robotic arm so as to move said ultrasonic blade at a constant forward feed rate through bone tissue during a cutting operation; said control unit being further configured to operate said servomechanisms , in response to a drop in load per unit time or a drop in applied power as detected by said load sensor or pickup component , to (a) at least reduce forward motion of said ultrasonic blade through the bone tissue automatically or (b) at least substantially reduce power output of said ultrasonic signal generator automatically.