mhurhangee/patent-ind-claim-en huggingface dataset:
A probe device , configured to be used for detecting precision of a surgical robot positioning system, characterized in that the device comprises: a positioning part , provided with a support supporting three or more non-collinear positioning elements ; a guide detection part , connected with the support, having a first preset positional relation with the positioning elements , and having a cylindrical outer contour matched with a guide element of the positioning system; and a contact tip , wherein the contact tip is connected with the positioning part , has a second preset positional relation with the positioning elements , and is used for making contact with a mark point on a calibrator of the positioning system to acquire position information of the mark point ; wherein a contact ball is arranged at an end, away from the positioning part , of the contact tip and has a radius greater than or equal to 0.2mm and smaller than or equal to 0.5mm. a positioning part , provided with a support supporting three or more non-collinear positioning elements ; a guide detection part , connected with the support, having a first preset positional relation with the positioning elements , and having a cylindrical outer contour matched with a guide element of the positioning system; and a contact tip , wherein the contact tip is connected with the positioning part , has a second preset positional relation with the positioning elements , and is used for making contact with a mark point on a calibrator of the positioning system to acquire position information of the mark point ; wherein a contact ball is arranged at an end, away from the positioning part , of the contact tip and has a radius greater than or equal to 0.2mm and smaller than or equal to 0.5mm.
A broad band coaxial load includes a conductive rod being held coaxially within a coaxial support , the coaxial support comprising a body including a round hole with three axial sections , characterised in that a first section starting from a first side of the coaxial support comprises a funnel starting from a first diameter with decreasing diameter in a direction into the coaxial support to a second diameter matching to the diameter of the conductive rod , a second section comprising a plurality of radially oriented contact springs , having a diameter matching to the diameter of the conductive rod , and a third section comprising a cylindrical hole with a diameter matching to the diameter of the conductive rod . the coaxial support comprising a body including a round hole with three axial sections , characterised in that a first section starting from a first side of the coaxial support comprises a funnel starting from a first diameter with decreasing diameter in a direction into the coaxial support to a second diameter matching to the diameter of the conductive rod , a second section comprising a plurality of radially oriented contact springs , having a diameter matching to the diameter of the conductive rod , and a third section comprising a cylindrical hole with a diameter matching to the diameter of the conductive rod .
A compound of the formula (III): wherein R 1 -R 3 each are in the cis position relative to the bond to the carbonyl carbon attached to the cyclohexanediyl ring, and each independently are C 1-20 -alkyl or C 2-20 -alkenyl, each optionally substituted by one or more OH; C 2-20 -alkyl interrupted by O or S; C 1-20 -alkyl substituted by one or more halogens; halogen; trimethylsilyl or cyano.
A wax mold injection molding apparatus comprising: a vacuum chamber ; a nozzle connected to the vacuum chamber ; and a pressure sensor for measuring a pressure in the vacuum chamber , wherein: the wax mold injection molding apparatus is adapted for vacuuming of a mold using the vacuum chamber and wax injection to the mold after the vacuuming, through the nozzle , and characterized by further comprising an operation control unit adapted to control a time duration of performing the vacuuming and/or the wax injection based on a pressure in the vacuum chamber . a vacuum chamber ; a nozzle connected to the vacuum chamber ; and a pressure sensor for measuring a pressure in the vacuum chamber , wherein: the wax mold injection molding apparatus is adapted for vacuuming of a mold using the vacuum chamber and wax injection to the mold after the vacuuming, through the nozzle , and characterized by further comprising an operation control unit adapted to control a time duration of performing the vacuuming and/or the wax injection based on a pressure in the vacuum chamber . the wax mold injection molding apparatus is adapted for vacuuming of a mold using the vacuum chamber and wax injection to the mold after the vacuuming, through the nozzle , and characterized by further comprising an operation control unit adapted to control a time duration of performing the vacuuming and/or the wax injection based on a pressure in the vacuum chamber .
System 100, 200, 300, 400, 600, 700 for premises security, comprising: - a primary power input port for primary power 128, 214, 614 ; - a rechargeable power supply 106 ; - an injection device 104, 611, 711 include the rechargeable power supply 106 that automatically provides power to connected devices 124 on the DC side in the event of a loss of primary power 128, 214, 614 to the system; - a plurality of connected electronic premises security system devices 124, 212, 604, 606, 608, 702, 704, 706, 708, connected to said injection device as to receive uninterrupted Power over Ethernet (PoE); - a plurality of connected devices 618, 620, 718, 720 connected to said injection device; - a wireless device 110, 112, 116, 210, 218, 220, connected to the injection device and at least one connected electronic premises security system device of said plurality of connected electronic premises security system devices; and - a processor 126, 302, 404, 512, 612, 712 connected to the at least one connected electronic premises security system device of said plurality of connected electronic premises security system devices and at least one connected device of said plurality of connected devices so as to redirect network connectivity of the at least one connected electronic premises security system device from wired network connectivity to the wireless device when wired network connectivity is lost, before the at least one connected device. - a primary power input port for primary power 128, 214, 614 ; - a rechargeable power supply 106 ; - an injection device 104, 611, 711 include the rechargeable power supply 106 that automatically provides power to connected devices 124 on the DC side in the event of a loss of primary power 128, 214, 614 to the system; - a plurality of connected electronic premises security system devices 124, 212, 604, 606, 608, 702, 704, 706, 708, connected to said injection device as to receive uninterrupted Power over Ethernet (PoE); - a plurality of connected devices 618, 620, 718, 720 connected to said injection device; - a wireless device 110, 112, 116, 210, 218, 220, connected to the injection device and at least one connected electronic premises security system device of said plurality of connected electronic premises security system devices; and - a processor 126, 302, 404, 512, 612, 712 connected to the at least one connected electronic premises security system device of said plurality of connected electronic premises security system devices and at least one connected device of said plurality of connected devices so as to redirect network connectivity of the at least one connected electronic premises security system device from wired network connectivity to the wireless device when wired network connectivity is lost, before the at least one connected device.
A lamp for a vehicle , comprising: a housing in which an open surface is formed; a first substrate and a second substrate are electrically connected; a light source is mounted on the first substrate and which is disposed in the housing such that the light source faces the open surface; a terminal part coupled to an end portion of the second substrate to be in contact with a terminal of a socket connected to an external power source; and a lens coupled to the housing to cover the open surface, wherein the first substrate includes slots for electrical connection and the second substrate includes fins for electrical connection , wherein the second substrate is electrically connected to the first substrate and perpendicularly coupled to the first substrate as the slots connect to the fins , wherein the slots for electrical connection are disposed at both side surfaces of the first substrate and the fins for electrical connection are disposed to extend from an upper end portion the second substrate , and wherein the terminal part includes a terminal piece comprising: a contact surface to be in contact with the terminal of the socket; and a body surface disposed to extend from the contact surface , characterized in that the terminal piece comprises guide surfaces disposed to extend downward from both side surfaces of the contact surface . a housing in which an open surface is formed; a first substrate and a second substrate are electrically connected; a light source is mounted on the first substrate and which is disposed in the housing such that the light source faces the open surface; a terminal part coupled to an end portion of the second substrate to be in contact with a terminal of a socket connected to an external power source; and a lens coupled to the housing to cover the open surface, wherein the first substrate includes slots for electrical connection and the second substrate includes fins for electrical connection , wherein the second substrate is electrically connected to the first substrate and perpendicularly coupled to the first substrate as the slots connect to the fins , wherein the slots for electrical connection are disposed at both side surfaces of the first substrate and the fins for electrical connection are disposed to extend from an upper end portion the second substrate , and wherein the terminal part includes a terminal piece comprising: a contact surface to be in contact with the terminal of the socket; and a body surface disposed to extend from the contact surface , a contact surface to be in contact with the terminal of the socket; and a body surface disposed to extend from the contact surface , characterized in that the terminal piece comprises guide surfaces disposed to extend downward from both side surfaces of the contact surface .
A clot retrieval device for retrieving a clot from a blood vessel, comprising: a caged portion comprising: a distal end ; a proximal end ; an inner cage comprising a network of inner struts ; and an outer cage comprising a network of struts , the inner cage and outer cage comprising a delivery configuration within a microcatheter and a deployed configuration distal of the microcatheter operable to retrieve at least a portion of the clot; and a distal pinching portion located proximate the distal end of the caged portion, and a proximal pinching portion located proximate the proximal end of the caged portion, each pinching portion comprising at least one pinching cell comprising a collapsed state and an expanded state distal of the microcatheter operable to tweeze at least a portion of the clot, wherein each pinching cell further comprises: a plurality of at least three strut members configured to actuate and pinch the clot from the blood vessel between the plurality of strut members, wherein the plurality of strut members are positioned about a central strut member of the plurality of strut members, each strut member joined at common respective proximal and distal ends only. a caged portion comprising: a distal end ; a proximal end ; an inner cage comprising a network of inner struts ; and an outer cage comprising a network of struts , a distal end ; a proximal end ; an inner cage comprising a network of inner struts ; and an outer cage comprising a network of struts , the inner cage and outer cage comprising a delivery configuration within a microcatheter and a deployed configuration distal of the microcatheter operable to retrieve at least a portion of the clot; and a distal pinching portion located proximate the distal end of the caged portion, and a proximal pinching portion located proximate the proximal end of the caged portion, each pinching portion comprising at least one pinching cell comprising a collapsed state and an expanded state distal of the microcatheter operable to tweeze at least a portion of the clot, wherein each pinching cell further comprises: a plurality of at least three strut members configured to actuate and pinch the clot from the blood vessel between the plurality of strut members, wherein the plurality of strut members are positioned about a central strut member of the plurality of strut members, each strut member joined at common respective proximal and distal ends only.
A method of operating a system for providing hearing assistance to a user of a receiver unit , comprising: (a) capturing audio signals by a transmission unit comprising a user interface for a user of the transmission unit for manual control of the transmission unit and means for storing default values of the setting of at least one operating parameter of the transmission unit, and transmitting the audio signals from the transmission unit via a wireless audio link to a receiver unit , with the audio signals being processed in the receiver unit and/or in the transmission unit; (b) stimulating, via stimulation means , the hearing of the user of the receiver unit according to the audio signals from the receiver unit; (c) logging user preference data of the user of the transmission unit by recording data concerning the manual operation of the user interface of the transmission unit and by recording data concerning the respective use situation of the transmission unit; (d) evaluating, in the transmission unit, the logged user preference data in order to extract user preferences concerning the use of the transmission unit; and (e) adjusting, in the transmission unit, the stored default values of the setting of said at least one operating parameter of the transmission unit according to said extracted user preferences. (a) capturing audio signals by a transmission unit comprising a user interface for a user of the transmission unit for manual control of the transmission unit and means for storing default values of the setting of at least one operating parameter of the transmission unit, and transmitting the audio signals from the transmission unit via a wireless audio link to a receiver unit , with the audio signals being processed in the receiver unit and/or in the transmission unit; (b) stimulating, via stimulation means , the hearing of the user of the receiver unit according to the audio signals from the receiver unit; (c) logging user preference data of the user of the transmission unit by recording data concerning the manual operation of the user interface of the transmission unit and by recording data concerning the respective use situation of the transmission unit; (d) evaluating, in the transmission unit, the logged user preference data in order to extract user preferences concerning the use of the transmission unit; and (e) adjusting, in the transmission unit, the stored default values of the setting of said at least one operating parameter of the transmission unit according to said extracted user preferences.
An apparatus for applying a closure element to a receptacle body of a cartridge, particularly a cartridge for electronic cigarettes, comprising: - a conveying line comprising supports movable along said line, which are each provided with at least one seat for receiving a receptacle body , said mobile supports conveying a plurality of receptacle bodies along said line, - a gripping head for picking up at least one closure element from a line for supplying closure elements for closing said receptacle bodies ; - a centering unit which is positioned in a capping station of said apparatus, wherein: - said supports are movable along a reference plane (X, Y) for carrying said receptacle bodies to said centering unit ; - said gripping head is movable along said reference plane (X, Y) for carrying said at least one closure element to said centering unit , - said centering unit is carried by a structure that places said centering unit in a working position that is fixed, when defined with respect to said reference plane, said centering unit comprising a first and a second centering cavity , which are provided with guide surfaces configured to guide said receptacle body and said closure element , respectively, into a predetermined reciprocal position, for applying said closure element onto said receptacle body , as an effect of inserting said receptacle body and said closure element into said first and second cavities respectively; wherein said first and second cavities are aligned with one another along a reference axis (R) and communicate with one another; - at least one device for moving said supports and/or said gripping head and/or said centering unit for inserting said receptacle body and said closure element into said first and second cavities , respectively, and for bringing said closure element into a coupled condition with said receptacle body within said centering unit. - a conveying line comprising supports movable along said line, which are each provided with at least one seat for receiving a receptacle body , said mobile supports conveying a plurality of receptacle bodies along said line, - a gripping head for picking up at least one closure element from a line for supplying closure elements for closing said receptacle bodies ; - a centering unit which is positioned in a capping station of said apparatus, - said supports are movable along a reference plane (X, Y) for carrying said receptacle bodies to said centering unit ; - said gripping head is movable along said reference plane (X, Y) for carrying said at least one closure element to said centering unit , - said centering unit is carried by a structure that places said centering unit in a working position that is fixed, when defined with respect to said reference plane, - at least one device for moving said supports and/or said gripping head and/or said centering unit for inserting said receptacle body and said closure element into said first and second cavities , respectively, and for bringing said closure element into a coupled condition with said receptacle body within said centering unit.
A microfluidic probe head , comprising: a processing surface at one end of the microfluidic probe head , configured to interact with fluids within a processing region proximate to the processing surface ; one or more injection apertures in the processing surface ; one or more aspiration apertures in the processing surface ; wherein four posts are arranged equidistantly at the perimeter of the processing surface and extending outward from the perimeter of the processing surface , and being configured to establish a predetermined height of the processing region, wherein the one or more aspiration apertures are a plurality of circular holes arrayed along the perimeter of the processing surface , or wherein each of the four posts is paired with a single aspiration aperture positioned adjacent to each post on a side of the post facing the one or more injection apertures , and wherein the one or more injection apertures are located in or around a center of the processing surface . a processing surface at one end of the microfluidic probe head , configured to interact with fluids within a processing region proximate to the processing surface ; one or more injection apertures in the processing surface ; one or more aspiration apertures in the processing surface ; wherein four posts are arranged equidistantly at the perimeter of the processing surface and extending outward from the perimeter of the processing surface , and being configured to establish a predetermined height of the processing region, wherein the one or more aspiration apertures are a plurality of circular holes arrayed along the perimeter of the processing surface , or wherein each of the four posts is paired with a single aspiration aperture positioned adjacent to each post on a side of the post facing the one or more injection apertures , and wherein the one or more injection apertures are located in or around a center of the processing surface .
A wind turbine comprising a wind driven generator and a system for operating the wind turbine within an energy storage/discharge mode, the system comprising: a power convertor including a DC link coupled between a first converter and a second converter ; a switching module coupled to said DC link ; an energy storage device ; a resistive element; and a selector switch configured to selectively couple the switching module to the energy storage device or the resistive element ; and a filter coupled between said switching module and said energy storage device , wherein said filter comprises a normal mode filter having a series coupled inductor and capacitor corresponding to an inductor leg and a capacitor leg, and wherein said inductor leg is coupled to an output leg of said switching module and said capacitor leg is coupled directly to said DC link , and wherein said energy storage device comprises a plurality of batteries . a power convertor including a DC link coupled between a first converter and a second converter ; a switching module coupled to said DC link ; an energy storage device ; a resistive element; and a selector switch configured to selectively couple the switching module to the energy storage device or the resistive element ; and a filter coupled between said switching module and said energy storage device , wherein said filter comprises a normal mode filter having a series coupled inductor and capacitor corresponding to an inductor leg and a capacitor leg, and wherein said inductor leg is coupled to an output leg of said switching module and said capacitor leg is coupled directly to said DC link , and
A method of manufacturing a ceramic light transmitting barrier cell for enclosing a luminescent material in a cavity of the ceramic light transmitting barrier cell , the luminescent material being configured to absorb a portion of light impinging on the luminescent material according to an absorption color distribution and to convert a part of the absorbed light into light having an emission color distribution, the method comprises the stages of: - forming a part of a pre-formed barrier cell by providing a material mix into a first mold , the material mix comprising a binder and inorganic particles for forming a light transmitting ceramic material, - providing a sacrificial layer on the part for defining a cavity of the pre-formed barrier cell , the sacrificial layer comprising a sacrificial material for being sacrificed in the method of manufacturing the ceramic light transmitting barrier cell, - forming a remainder part of the pre-formed barrier cell by providing the material mix into a second mold , the second mold comprising the part with the sacrificial layer , - at least partially removing the sacrificial layer from the pre-formed barrier cell thereby obtaining the cavity of the pre-formed barrier cell . - forming a part of a pre-formed barrier cell by providing a material mix into a first mold , the material mix comprising a binder and inorganic particles for forming a light transmitting ceramic material, - providing a sacrificial layer on the part for defining a cavity of the pre-formed barrier cell , the sacrificial layer comprising a sacrificial material for being sacrificed in the method of manufacturing the ceramic light transmitting barrier cell, - forming a remainder part of the pre-formed barrier cell by providing the material mix into a second mold , the second mold comprising the part with the sacrificial layer , - at least partially removing the sacrificial layer from the pre-formed barrier cell thereby obtaining the cavity of the pre-formed barrier cell .