mhurhangee/patent-ind-claim-en huggingface dataset:
Computer-generated hologram (CGH) for use in an interferometric measurement arrangement, having at least one used structure and a contamination marker arrangement for detecting contamination present on the CGH, wherein said contamination marker arrangement has: • a first contamination marker structure having a first substructure and a second substructure which differ from one another in terms of the wavefront change respectively caused by predefined contamination; and • at least one second contamination marker structure having a third substructure and a fourth substructure which differ from one another in terms of the wavefront change respectively caused by predefined contamination; • wherein each of the substructures has, in complex coding, at least one first partial grating for providing a first output wave contributing to interferogram generation and at least one dummy grating for generating an output wave not contributing to interferogram generation; • wherein the third substructure and/or the fourth substructure differ(s) both from the first substructure and from the second substructure in terms of the dummy grating and/or the relative weight of partial gratings and the dummy grating and/or the fill factor; • wherein the at least two contamination marker structures of the contamination marker arrangement are structures determined in each case by way of a model-based search, wherein the dummy structure is numerically optimized by the model-based search for a predefined first partial grating for providing a first output wave contributing to interferogram generation. • a first contamination marker structure having a first substructure and a second substructure which differ from one another in terms of the wavefront change respectively caused by predefined contamination; and • at least one second contamination marker structure having a third substructure and a fourth substructure which differ from one another in terms of the wavefront change respectively caused by predefined contamination; • wherein each of the substructures has, in complex coding, at least one first partial grating for providing a first output wave contributing to interferogram generation and at least one dummy grating for generating an output wave not contributing to interferogram generation; • wherein the third substructure and/or the fourth substructure differ(s) both from the first substructure and from the second substructure in terms of the dummy grating and/or the relative weight of partial gratings and the dummy grating and/or the fill factor; • wherein the at least two contamination marker structures of the contamination marker arrangement are structures determined in each case by way of a model-based search, wherein the dummy structure is numerically optimized by the model-based search for a predefined first partial grating for providing a first output wave contributing to interferogram generation.
A wrapper for an aerosol-generating article comprising at least one coated surface area coated with a heat-sensitive coating arranged for indicating heat application by permanent color change and at least one non-coated surface area , wherein the heat sensitive coating provides indication of a heat application by a permanent difference of brightness of the coated surface area , characterized in that the difference of brightness measured according to ISO 2469 after heating is at least 1%.
A lighting apparatus, comprising: a housing ; a heat sink disposed in the housing , wherein the heat sink has a proximal end and a distal end spaced apart by a length defining a length axis (L), the heat sink has a recess extending along a portion of the length; and a light emitting diode having a mounting plane (MP) located in the recess between the proximal end and the distal end of the heat sink , wherein the heat sink has a body located proximally of the recess ; the heat sink comprises a plurality of fins (60a - 60q) projecting away from the body , wherein the fins (60a - 60q) in the plurality of fins (60a - 60q) are spaced apart from one another along the length axis (L), wherein the plurality of fins (60a - 60q) includes a first subset of the fins (60f - 60q) and a second subset of the fins (60a - 60e), wherein the first subset of fins (60f - 60q) is located proximally of the light emitting diode , characterized in that the second subset of the fins (60a - 60e) is located between the light emitting diode and the distal end of the heat sink ; and a fan is disposed in the housing , wherein when the fan is activated, ambient air is drawn into the housing and exhausted from the housing such that a portion of the heat sink distal of a light emitting diode mounting plane (MP) and with it the second subset of the fins (60a - 60e) lies in a convective airflow path. a housing ; a heat sink disposed in the housing , wherein the heat sink has a proximal end and a distal end spaced apart by a length defining a length axis (L), the heat sink has a recess extending along a portion of the length; and a light emitting diode having a mounting plane (MP) located in the recess between the proximal end and the distal end of the heat sink , wherein the heat sink has a body located proximally of the recess ; the heat sink comprises a plurality of fins (60a - 60q) projecting away from the body , wherein the fins (60a - 60q) in the plurality of fins (60a - 60q) are spaced apart from one another along the length axis (L), wherein the plurality of fins (60a - 60q) includes a first subset of the fins (60f - 60q) and a second subset of the fins (60a - 60e), wherein the first subset of fins (60f - 60q) is located proximally of the light emitting diode , characterized in that the second subset of the fins (60a - 60e) is located between the light emitting diode and the distal end of the heat sink ; and a fan is disposed in the housing , wherein when the fan is activated, ambient air is drawn into the housing and exhausted from the housing such that a portion of the heat sink distal of a light emitting diode mounting plane (MP) and with it the second subset of the fins (60a - 60e) lies in a convective airflow path.
A coil for use in a non-contact power transmission system transmitting electric power via a non-contact method, the coil comprising: a first coil in which a wire is wound around at a center of a core , and a second coil placed at an end of the core or at each end of the core wound with the wire , wherein the winding axis of each second coil is perpendicular to the winding axis of the first coil , and characterized in that in each second coil , the wire is wound in a swirl pattern in a plan view on an end surface of the core . a first coil in which a wire is wound around at a center of a core , and a second coil placed at an end of the core or at each end of the core wound with the wire , wherein the winding axis of each second coil is perpendicular to the winding axis of the first coil , and characterized in that in each second coil , the wire is wound in a swirl pattern in a plan view on an end surface of the core .
A slide rail assembly , comprising: a first rail comprising a first wall , a second wall and a first middle wall connected between the first wall and the second wall , a passage being defined by the first wall , the second wall and the first middle wall ; a slide assisting device arranged in the passage of the first rail , and the slide assisting device comprising a first rolling member ; and a second rail movable relative to the first rail , the second rail comprising a first side wall , a second side wall and a second middle wall connected between the first side wall and the second side wall ; wherein the first middle wall of the first rail is formed with a first ball groove , the second rail further comprises a first extension wall , the first extension wall comprises a first extension section , a second extension section and a first middle section connected between the first extension section and the second extension section , the first extension section is extended from the first side wall of the second rail , the second extension section is extended toward the second middle wall of the second rail , and the first middle section is formed with a second ball groove ; wherein the first rolling member is located between the first ball groove and the second ball groove ; characterized in that the first extension section is reversely folded from the first side wall of the second rail with the first extension section abutting against the first side wall of the second rail , and the second extension section is configured to abut against the second middle wall of the second rail . a first rail comprising a first wall , a second wall and a first middle wall connected between the first wall and the second wall , a passage being defined by the first wall , the second wall and the first middle wall ; a slide assisting device arranged in the passage of the first rail , and the slide assisting device comprising a first rolling member ; and a second rail movable relative to the first rail , the second rail comprising a first side wall , a second side wall and a second middle wall connected between the first side wall and the second side wall ; wherein the first middle wall of the first rail is formed with a first ball groove , the second rail further comprises a first extension wall , the first extension wall comprises a first extension section , a second extension section and a first middle section connected between the first extension section and the second extension section , the first extension section is extended from the first side wall of the second rail , the second extension section is extended toward the second middle wall of the second rail , and the first middle section is formed with a second ball groove ; wherein the first rolling member is located between the first ball groove and the second ball groove ; characterized in that the first extension section is reversely folded from the first side wall of the second rail with the first extension section abutting against the first side wall of the second rail , and the second extension section is configured to abut against the second middle wall of the second rail .
A cleaning sheet for being replaceably attached to a flat cleaning tool comprising: a cleaning surface for covering the bottom surface of the cleaning tool and locked to the upper surface of the cleaning tool by bending along longitudinal edge sections of the cleaning tool; and embossed sections compressed in the thickness direction and uncompressed non-embossed sections that are arranged alternately along bent sections folding along the longitudinal edge sections, characterized in that the embossed sections are arranged over the entire area of the cleaning sheet except areas in which the non-embossed sections are arranged, and the non-embossed sections arranged along the bent section corresponding to one of the longitudinal edge sections of the cleaning tool and the non-embossed sections arranged along the bent section corresponding to the other longitudinal edge sections of the cleaning tool are arranged in the different positions with respect to the extending direction of the bent sections. a cleaning surface for covering the bottom surface of the cleaning tool and locked to the upper surface of the cleaning tool by bending along longitudinal edge sections of the cleaning tool; and embossed sections compressed in the thickness direction and uncompressed non-embossed sections that are arranged alternately along bent sections folding along the longitudinal edge sections, characterized in that the embossed sections are arranged over the entire area of the cleaning sheet except areas in which the non-embossed sections are arranged, and the non-embossed sections arranged along the bent section corresponding to one of the longitudinal edge sections of the cleaning tool and the non-embossed sections arranged along the bent section corresponding to the other longitudinal edge sections of the cleaning tool are arranged in the different positions with respect to the extending direction of the bent sections.
A distance detection apparatus comprising: a light output unit configured for outputting a light onto a detection target ; a light receiving unit configured for receiving the output light that is reflected by the detection target ; a computation unit configured for computing a distance to the detection target by using a time (Δt) until when the light output from the light output unit is received in the light receiving unit ; a deblurring optical system configured to be driven based on a detection result of a blurring and through which the output light is transmitted; a detection unit configured for detecting a position of the deblurring optical system ; a storage unit configured for storing a predetermined range; a determination unit configured for determining whether the position detected by the detection unit is included in the predetermined range; and a control unit configured for controlling a light output by the light output unit in accordance with a determination result of the determination unit , wherein the predetermined range is determined based on (i) an irradiating light region that the light output from the light output unit irradiates at a position of the detection target , and (ii) a light receiving region at the position of the detection target , light from which being capable of being taken in by the light receiving unit . a light output unit configured for outputting a light onto a detection target ; a light receiving unit configured for receiving the output light that is reflected by the detection target ; a computation unit configured for computing a distance to the detection target by using a time (Δt) until when the light output from the light output unit is received in the light receiving unit ; a deblurring optical system configured to be driven based on a detection result of a blurring and through which the output light is transmitted; a detection unit configured for detecting a position of the deblurring optical system ; a storage unit configured for storing a predetermined range; a determination unit configured for determining whether the position detected by the detection unit is included in the predetermined range; and a control unit configured for controlling a light output by the light output unit in accordance with a determination result of the determination unit , wherein the predetermined range is determined based on (i) an irradiating light region that the light output from the light output unit irradiates at a position of the detection target , and (ii) a light receiving region at the position of the detection target , light from which being capable of being taken in by the light receiving unit . (i) an irradiating light region that the light output from the light output unit irradiates at a position of the detection target , and (ii) a light receiving region at the position of the detection target , light from which being capable of being taken in by the light receiving unit .
A method for cross-terminal browsing, comprising: obtaining, by a second terminal , a 2D bar code generated by a first terminal corresponding to a web content currently being presented on a webpage on the first terminal, wherein after the first terminal receives an instruction of generating the 2D bar code from a user, the 2D bar code is generated when the web content is being presented on the webpage on the first terminal , and the 2D bar code includes at least presentation information of the web content; parsing, by the second terminal , the 2D bar code to obtain the presentation information of the web content contained in the 2D bar code; establishing, by the second terminal , a link using the presentation information of the web content to realize cross-terminal presentation of the web content on the second terminal ; and presenting, by the second terminal , the web content presented on the first terminal based on the link, wherein in a case that the web content is a currently playing video, the presentation information of the web content includes video playback information of the currently playing video; and in a case that the web content is a document, the presentation information of the web content includes document reading information of the currently displaying document. obtaining, by a second terminal , a 2D bar code generated by a first terminal corresponding to a web content currently being presented on a webpage on the first terminal, wherein after the first terminal receives an instruction of generating the 2D bar code from a user, the 2D bar code is generated when the web content is being presented on the webpage on the first terminal , and the 2D bar code includes at least presentation information of the web content; parsing, by the second terminal , the 2D bar code to obtain the presentation information of the web content contained in the 2D bar code; establishing, by the second terminal , a link using the presentation information of the web content to realize cross-terminal presentation of the web content on the second terminal ; and presenting, by the second terminal , the web content presented on the first terminal based on the link, wherein in a case that the web content is a currently playing video, the presentation information of the web content includes video playback information of the currently playing video; and in a case that the web content is a document, the presentation information of the web content includes document reading information of the currently displaying document.
Rotary tower crane having a tower structure , at the top end of which a boom is arranged, wherein at least a part of the tower structure is formed by at least three parallel tower pieces arranged side-by-side, characterised in that a transition piece is arranged above the at least three parallel tower pieces , which transition piece interconnects said tower pieces.
A medical connector for liquid infusion systems comprising: a body defining a first opening at a distal end , a second opening at a proximal end , and a passageway connecting the first and second openings ; a connector at the distal end ; a proximal region towards the proximal end of the body; a radial flange protruding from the body between the proximal region and the connector at the distal end , the radial flange structured and arranged to shield the connector from an operators fingers, and brace the medical connector when force is applied by an infusion system; and characterised by an in-line filter inserted in a distal section of the passageway and set in place against an interface between the distal section and an inner section of the passageway, wherein the distal section has a diameter to accommodate the filter , and wherein the interface between the distal section and the inner section comprises an annular surface and the filter sits on the annular surface . a body defining a first opening at a distal end , a second opening at a proximal end , and a passageway connecting the first and second openings ; a connector at the distal end ; a proximal region towards the proximal end of the body; a radial flange protruding from the body between the proximal region and the connector at the distal end , the radial flange structured and arranged to shield the connector from an operators fingers, and brace the medical connector when force is applied by an infusion system; and characterised by an in-line filter inserted in a distal section of the passageway and set in place against an interface between the distal section and an inner section of the passageway, wherein the distal section has a diameter to accommodate the filter , and wherein the interface between the distal section and the inner section comprises an annular surface and the filter sits on the annular surface .
Membrane valve assembly for a valve unit of a pneumatic brake system of a motor vehicle, comprising a disk-shaped valve membrane consisting of an elastic material as well as a disk with a central aperture , wherein the valve membrane is arranged with one of its two sides on the disk , wherein the valve membrane has, radially outward, a peripheral sealing bead , wherein the disk is arranged together with the valve membrane between a housing upper part and a housing lower part of the membrane valve assembly and the sealing bead is received between the housing upper part and the housing lower part , wherein the sealing bead of the valve membrane has at least one rib axially in the direction of the housing upper part and/or in the direction of the housing lower part , wherein the sealing bead of the valve membrane is received in an annular groove , which is formed by an L-shaped notch in the housing upper part and an annular, radial protrusion of the housing lower part radially encompassing it and the valve membrane is held between the housing upper part and the disk , characterized in that the disk comprises radially in the direction of the valve membrane a protrusion for bracing the valve membrane between the housing upper part and the disk .
An apparatus comprising: a hybrid memory module including a non-volatile memory and a volatile memory coupled to the non-volatile memory, the volatile memory comprising a plurality of I/O buffers , wherein the volatile memory is configured to communicate using a first subset of the plurality of I/O buffers while in a first mode of operation and configured to communicate using a second subset of the plurality of I/O buffers while in a second mode of operation; a control circuit coupled to the non-volatile memory and to the volatile memory, wherein the volatile memory is configured to communicate with the control circuit using the second subset of the plurality of I/O buffers; and a host configured to communicate with the hybrid memory module over the first subset of the plurality of I/O buffers and a host-control circuit (HCC) bus, wherein the host is configured to send a command to the control circuit via the HCC bus to transition the volatile memory to the second mode of operation. a hybrid memory module including a non-volatile memory and a volatile memory coupled to the non-volatile memory, the volatile memory comprising a plurality of I/O buffers , wherein the volatile memory is configured to communicate using a first subset of the plurality of I/O buffers while in a first mode of operation and configured to communicate using a second subset of the plurality of I/O buffers while in a second mode of operation; a control circuit coupled to the non-volatile memory and to the volatile memory, wherein the volatile memory is configured to communicate with the control circuit using the second subset of the plurality of I/O buffers; and a host configured to communicate with the hybrid memory module over the first subset of the plurality of I/O buffers and a host-control circuit (HCC) bus, wherein the host is configured to send a command to the control circuit via the HCC bus to transition the volatile memory to the second mode of operation.