mhurhangee/patent-ind-claim-en huggingface dataset:
An electric hair clipper comprising: a housing for containing an electrical source and drive-related components, said housing including two substantially opposed and substantially parallel sides and a bottom; a clipper mechanism located beneath said bottom of said housing and spaced therefrom; a central hub extending from said bottom of said housing to said clipper mechanism and connecting said clipper mechanism to said housing ; said clipper mechanism including a reciprocating clipper defining a line; characterized by : a first pair of elongated recesses formed on said sides of said housing , said first pair of elongated recesses being substantially parallel to each other and lying in a plane that is spaced apart from the line of said clipper, and a second set of elongated spaced apart recesses formed in said bottom of said housing, the recesses of said second set being located on opposite sides of said hub and extending perpendicular to said first pair of recesses . a housing for containing an electrical source and drive-related components, said housing including two substantially opposed and substantially parallel sides and a bottom; a clipper mechanism located beneath said bottom of said housing and spaced therefrom; a central hub extending from said bottom of said housing to said clipper mechanism and connecting said clipper mechanism to said housing ; said clipper mechanism including a reciprocating clipper defining a line; characterized by : a first pair of elongated recesses formed on said sides of said housing , said first pair of elongated recesses being substantially parallel to each other and lying in a plane that is spaced apart from the line of said clipper, and a second set of elongated spaced apart recesses formed in said bottom of said housing, the recesses of said second set being located on opposite sides of said hub and extending perpendicular to said first pair of recesses . a first pair of elongated recesses formed on said sides of said housing , said first pair of elongated recesses being substantially parallel to each other and lying in a plane that is spaced apart from the line of said clipper, and a second set of elongated spaced apart recesses formed in said bottom of said housing, the recesses of said second set being located on opposite sides of said hub and extending perpendicular to said first pair of recesses .
A method for marking an exit side of a motor vehicle , comprising the steps of: - determining, by an analysis unit, an exit side of the motor vehicle ; and - simulating, by a control unit, a door opening on the determined exit side , characterized in that for simulating the door opening, external noise is reproduced at least in a door area on the determined exit side or an air flow is generated at least in a door area on the determined exit side . - determining, by an analysis unit, an exit side of the motor vehicle ; and - simulating, by a control unit, a door opening on the determined exit side ,
Dishwasher , in particular household dishwasher, with a washing tank located in a carcass of the dishwasher for the purpose of cleaning dishes, glasses, cutlery or similar wash items to be cleaned, wherein on its front side (V) the washing tank can be closed by a door which is upright in a closed position and can be moved for its opening, and wherein a control panel is assigned to the door in its top region in the closed position, on the front side (V) of which control panel at least one display window is arranged, wherein the display window extends at least virtually across the entire width of the control panel and a metallic strip is arranged as a casing below the display window across the width of the control panel .
A method for transmitting an emergency call in a mobile terminal, comprising: displaying an emergency button in a screen-locked state; receiving an input of the emergency button in the screen-locked state; and in response to receiving the input of the emergency button, determining a number of contacts registered in a list of emergency contacts; characterized in that : only if the number of contacts registered in the list of emergency contacts is two or more, displaying a list of emergency contacts for selection by the user and transmitting the call to the one contact selected by the user; and if the number of contacts registered in the list of emergency contacts is one, a call is immediately transmitted to the one contact. displaying an emergency button in a screen-locked state; receiving an input of the emergency button in the screen-locked state; and in response to receiving the input of the emergency button, determining a number of contacts registered in a list of emergency contacts; characterized in that : only if the number of contacts registered in the list of emergency contacts is two or more, displaying a list of emergency contacts for selection by the user and transmitting the call to the one contact selected by the user; and if the number of contacts registered in the list of emergency contacts is one, a call is immediately transmitted to the one contact. only if the number of contacts registered in the list of emergency contacts is two or more, displaying a list of emergency contacts for selection by the user and transmitting the call to the one contact selected by the user; and if the number of contacts registered in the list of emergency contacts is one, a call is immediately transmitted to the one contact.
A Brillouin optical distributed sensing method, using a distributed sensor with a polarization maintaining sensing optical fiber having two birefringent axes, the method comprising the steps of: - using optical coupling means connected to a first end of said sensing optical fiber , (i) transferring into said sensing optical fiber at least one linearly polarized first optical probe wave aligned with a first birefringent axis and one linearly polarized optical pulsed pump wave aligned with a second birefringent axis, and (ii) transferring optical waves emerging from said sensing optical fiber toward detection means , - using a light reflecting means connected to a second end of the sensing optical fiber , reflecting the optical waves and shifting the direction of polarization of the reflected optical waves relative to the incident optical waves from one birefringent axis to the other. the method being characterized in that it further comprises the steps of: - relatively positioning in frequency the first optical probe wave and the optical pulsed pump wave so as to generate into the sensing optical fiber a first stimulated Brillouin scattering interaction between the reflected optical probe wave and the incident optical pulsed pump wave, and a second stimulated Brillouin scattering interaction between the incident optical probe wave and the reflected optical pulsed pump wave, - deducing distributed temperature and distributed strain information along the sensing optical fiber using said first stimulated Brillouin scattering interaction and said second stimulated Brillouin scattering interaction. - using optical coupling means connected to a first end of said sensing optical fiber , (i) transferring into said sensing optical fiber at least one linearly polarized first optical probe wave aligned with a first birefringent axis and one linearly polarized optical pulsed pump wave aligned with a second birefringent axis, and (ii) transferring optical waves emerging from said sensing optical fiber toward detection means , - using a light reflecting means connected to a second end of the sensing optical fiber , reflecting the optical waves and shifting the direction of polarization of the reflected optical waves relative to the incident optical waves from one birefringent axis to the other. - relatively positioning in frequency the first optical probe wave and the optical pulsed pump wave so as to generate into the sensing optical fiber a first stimulated Brillouin scattering interaction between the reflected optical probe wave and the incident optical pulsed pump wave, and a second stimulated Brillouin scattering interaction between the incident optical probe wave and the reflected optical pulsed pump wave, - deducing distributed temperature and distributed strain information along the sensing optical fiber using said first stimulated Brillouin scattering interaction and said second stimulated Brillouin scattering interaction.
An electrically heated aerosol-generating device for heating an aerosol-forming substrate that is capable to form an inhalable aerosol when heated, the device comprising: - a receiving cavity for removably receiving at least a portion of an aerosol-generating article including the aerosol-forming substrate; - an electrical heater for heating the aerosol-forming substrate when the article is received in the receiving cavity ; - a state detector for detecting the presence of at least one specific state in the receiving cavity , wherein the state detector comprises a radiation emitter arranged and configured to emit radiation into the receiving cavity , and a radiation sensor arranged and configured to detect a portion of the emitted radiation being reflected from the interior of the receiving cavity and indicative for the presence of the at least one specific state, wherein the radiation emitter and the radiation sensor are arranged outside the receiving cavity such that the radiation emitter and the radiation sensor are not in fluid communication with the interior of the receiving cavity , wherein at least a part of the state detector is arranged close to or adjacent to a distal end portion of the cavity . - a receiving cavity for removably receiving at least a portion of an aerosol-generating article including the aerosol-forming substrate; - an electrical heater for heating the aerosol-forming substrate when the article is received in the receiving cavity ; - a state detector for detecting the presence of at least one specific state in the receiving cavity , wherein the state detector comprises a radiation emitter arranged and configured to emit radiation into the receiving cavity , and a radiation sensor arranged and configured to detect a portion of the emitted radiation being reflected from the interior of the receiving cavity and indicative for the presence of the at least one specific state, wherein the radiation emitter and the radiation sensor are arranged outside the receiving cavity such that the radiation emitter and the radiation sensor are not in fluid communication with the interior of the receiving cavity , wherein at least a part of the state detector is arranged close to or adjacent to a distal end portion of the cavity .
A printing device comprising: a remote acquisition engine to acquire, from a remote printing service, a print-ready version of first print content of a remote printing request (180; 280) received by the remote printing service from a mobile device and determined, by the remote printing service, to be from a print request sender authorized to print on at least the printing device via the remote printing service; the remote acquisition engine further to acquire, from the remote printing service, a mobile device identifier associated with the mobile device and included in the remote print request; a print engine to print the print-ready version of the first print content ; a storage engine to store the acquired mobile device identifier in an authorization list in local memory of the printing device; a communication engine to acquire second print content and the mobile device identifier from the mobile device via direct wireless communication between the mobile device and the printing device; and an authorization engine to cause the print engine to print the second print content in response to a determination that at least the mobile device identifier , acquired with the second print content via the direct wireless communication, is stored in the authorization list. a remote acquisition engine to acquire, from a remote printing service, a print-ready version of first print content of a remote printing request (180; 280) received by the remote printing service from a mobile device and determined, by the remote printing service, to be from a print request sender authorized to print on at least the printing device via the remote printing service; the remote acquisition engine further to acquire, from the remote printing service, a mobile device identifier associated with the mobile device and included in the remote print request; a print engine to print the print-ready version of the first print content ; a storage engine to store the acquired mobile device identifier in an authorization list in local memory of the printing device; a communication engine to acquire second print content and the mobile device identifier from the mobile device via direct wireless communication between the mobile device and the printing device; and an authorization engine to cause the print engine to print the second print content in response to a determination that at least the mobile device identifier , acquired with the second print content via the direct wireless communication, is stored in the authorization list.
An imaging system for an aircraft, comprising: one or more image sensors configured to image a surrounding environment of the aircraft; a light source configured to emit light; a mask including one or more prisms (270 a-b) and one or more pinholes (290 a-b); wherein the one or more prisms are configured to direct the light from the light source to the one or more pinholes; wherein the one or more pinholes are configured to pass the light directed from the one or more prisms to the one or more image sensors; and characterized by : a controller communicatively coupled to the one or more image sensors, wherein the controller includes one or more processors configured to execute program instructions causing the one or more processors to: receive an image of the surrounding environment of the aircraft from the one or more image sensors, wherein the image comprises shadowed regions caused by the mask; wherein the image includes an artifact imposed on the shadowed regions based on the light passed by the one or more pinholes; determine extent data and centroid data of the artifact in the image; and determine an orientation of the artifact in the image with respect to a calibration artifact using the centroid data and the extent data. one or more image sensors configured to image a surrounding environment of the aircraft; a light source configured to emit light; a mask including one or more prisms (270 a-b) and one or more pinholes (290 a-b); wherein the one or more prisms are configured to direct the light from the light source to the one or more pinholes; wherein the one or more pinholes are configured to pass the light directed from the one or more prisms to the one or more image sensors; and characterized by : a controller communicatively coupled to the one or more image sensors, wherein the controller includes one or more processors configured to execute program instructions causing the one or more processors to: receive an image of the surrounding environment of the aircraft from the one or more image sensors, wherein the image comprises shadowed regions caused by the mask; wherein the image includes an artifact imposed on the shadowed regions based on the light passed by the one or more pinholes; determine extent data and centroid data of the artifact in the image; and determine an orientation of the artifact in the image with respect to a calibration artifact using the centroid data and the extent data. receive an image of the surrounding environment of the aircraft from the one or more image sensors, wherein the image comprises shadowed regions caused by the mask; wherein the image includes an artifact imposed on the shadowed regions based on the light passed by the one or more pinholes; determine extent data and centroid data of the artifact in the image; and determine an orientation of the artifact in the image with respect to a calibration artifact using the centroid data and the extent data.
An annular assembly for a dual-flow turbomachine having a longitudinal axis (A) and comprising a casing with an annular shell , one face of which supports a piece of annular equipment, a plurality of means of attachment for attaching the equipment to the annular shell being distributed around the longitudinal axis (A) and allowing the equipment a degree of freedom in the tangential direction relative to the annular shell , characterised in that each means of attachment comprises a rail integral with the annular equipment and arranged radially between a first radially internal plate and a second radially external plate and capable of sliding in the tangential direction between the first plate and the second plate , and in that a removable support element is securely connected to the annular shell and to the first plate and second plate , the annular shell being an external annular shell of an annular flow path of a secondary air stream, the equipment being carried by a radially internal face of the external shell, the equipment being a heat exchanger made of a material having a higher coefficient of thermal expansion than the material of the casing.
A method for preparing a bioactive composition, comprising: lysing platelets of a human blood-derived concentrate containing platelets and plasma, to form a lysed platelet preparation; forming a gel clot from the lysed platelet preparation by adding a clotting agent to convert fibrinogen to fibrin in the lysed platelet preparation; compressing the gel clot to express liquid from the gel clot and separate the liquid from solids of the gel clot, wherein the step of compressing comprises pressing the gel clot between two or more surfaces; wherein no heparin is added during preparation of the bioactive composition. lysing platelets of a human blood-derived concentrate containing platelets and plasma, to form a lysed platelet preparation; forming a gel clot from the lysed platelet preparation by adding a clotting agent to convert fibrinogen to fibrin in the lysed platelet preparation; compressing the gel clot to express liquid from the gel clot and separate the liquid from solids of the gel clot, wherein the step of compressing comprises pressing the gel clot between two or more surfaces; wherein no heparin is added during preparation of the bioactive composition.
A blocker for attaching a leap block to a machining reference point of a lens comprising: an illumination light source configured to emit illumination light that illuminates the lens (L); a light transmission and reflection device configured to reflect or transmit the illumination light; an image sensor configured to detect the illumination light reflected by the light transmission and reflection device to thereby obtain an image of the lens (L); a lens meter configured to detect the illumination light that has passed through the light transmission and reflection device to thereby measure characteristics of the lens (L); and a blocking member configured to attach the leap block (B) to the lens (L), characterized in that the light transmission and reflection device comprises: a first reflection plate having a central hole formed in a center thereof; a first rotating cylinder configured to be coupled to the first reflection plate and to rotate the first reflection plate ; a second rotating cylinder configured to be located inside the first rotating cylinder and to rotate the first rotating cylinder ; a second reflection plate , the position of which is adjusted by the second rotating cylinder and which is configured to open or block the central hole formed in the first reflection plate ; and driving means configured to drive the second rotating cylinder . an illumination light source configured to emit illumination light that illuminates the lens (L); a light transmission and reflection device configured to reflect or transmit the illumination light; an image sensor configured to detect the illumination light reflected by the light transmission and reflection device to thereby obtain an image of the lens (L); a lens meter configured to detect the illumination light that has passed through the light transmission and reflection device to thereby measure characteristics of the lens (L); and a blocking member configured to attach the leap block (B) to the lens (L), characterized in that the light transmission and reflection device comprises: a first reflection plate having a central hole formed in a center thereof; a first rotating cylinder configured to be coupled to the first reflection plate and to rotate the first reflection plate ; a second rotating cylinder configured to be located inside the first rotating cylinder and to rotate the first rotating cylinder ; a second reflection plate , the position of which is adjusted by the second rotating cylinder and which is configured to open or block the central hole formed in the first reflection plate ; and driving means configured to drive the second rotating cylinder .
Operation method for a numerical control tooling machine (MC) comprising a piece-carrying table rotatable about a - in use - vertical axis (Y1) and N machining stations , N ≥ 2, arranged around the table, with the steps of - rotating the table to bring a piece in front of a station, - disconnecting the piece from the table, - transferring the piece from the table to the station, - fixing the piece to the station, - processing the piece at the station, - disconnecting the piece from the station, - transferring the piece from the station to the table, - fixing the piece to the table, - rotating the table to bring the piece in front of a different station or unloading the piece from the table. characterized in that the piece is mounted on the table by applying it to a support that is translated radially towards and from a station , wherein the support is alternatively made integral either only to the table or only to one station . - rotating the table to bring a piece in front of a station, - disconnecting the piece from the table, - transferring the piece from the table to the station, - fixing the piece to the station, - processing the piece at the station, - disconnecting the piece from the station, - transferring the piece from the station to the table, - fixing the piece to the table, - rotating the table to bring the piece in front of a different station or unloading the piece from the table.
A computer-implemented method comprising: determining at least one first pixel of at least one image that geometrically corresponds to at least one second pixel of at least one rendered three-dimensional map; processing of (a) the at least one first pixel; (b) the at least one second pixel; (c) metadata associated with at least one of the at least one first pixel and the second pixel; or (d) a combination thereof to determine at least one confidence value, wherein the at least one confidence value is indicative of an estimated level of geometric distortion resulting from projecting the at least one first pixel onto the at least one second pixel; and determining whether to cause, at least in part, a rendering of the at least one first pixel onto the at least one rendered three-dimensional map based, at least in part, on whether the confidence value is above a threshold; and performing said rendering based on the determination. determining at least one first pixel of at least one image that geometrically corresponds to at least one second pixel of at least one rendered three-dimensional map; processing of (a) the at least one first pixel; (b) the at least one second pixel; (c) metadata associated with at least one of the at least one first pixel and the second pixel; or (d) a combination thereof to determine at least one confidence value, wherein the at least one confidence value is indicative of an estimated level of geometric distortion resulting from projecting the at least one first pixel onto the at least one second pixel; and determining whether to cause, at least in part, a rendering of the at least one first pixel onto the at least one rendered three-dimensional map based, at least in part, on whether the confidence value is above a threshold; and performing said rendering based on the determination.