mhurhangee/patent-ind-claim-en huggingface dataset:
Progressive addition lens comprising a first fitting point and a near vision reference point located on a first face of the lens , the first fitting point having an optical spherical power suitable for far vision in day light conditions, the first fitting point being positioned on a straight horizontal eye gaze direction when a user wears the progressive addition lens mounted in a frame with a null user head declination angle , the near vision reference point being positioned on a downward eye gaze direction when the user wears the progressive addition lens mounted in the frame , the progressive addition lens comprising a first optical spherical power variation between the first fitting point and the near vision reference point , wherein the progressive addition lens further comprises : a second fitting point and a night vision reference point located on a second face of the lens , the second fitting point being positioned on a straight horizontal eye gaze direction when the user wears the progressive addition lens mounted in the frame with a null user head declination angle , the night vision reference point having an optical spherical power suitable for far vision in night time conditions, the night vision reference point being positioned on an eye gaze direction inclined by an upward eye gaze declination angle when the user wears the progressive addition lens mounted in the frame with a downward head declination angle opposite to the upward eye gaze declination angle without moving the frame relatively to the user's face , the progressive addition lens comprising a second optical spherical power variation between the second fitting point and the night vision reference point , said night vision reference point having a lower optical spherical power than the second fitting point 18), characterised in that the first optical spherical power variation between the first fitting point and the near vision reference point is formed on the first face of the progressive addition lens and the second optical spherical power variation is formed on the second face of the progressive addition lens.
A climate system for a passenger vehicle for enabling a vehicle driver to leave the vehicle for a shorter period of time and keep the climate in the vehicle irrespective of ambient temperature and solar radiation, the climate system comprising at least one fan powered by an electric motor for providing an air flow in a duct, at least one air nozzle connected to the air duct for each seat of the vehicle , wherein the system further comprises at least one sensor for determining what part of the vehicle is occupied and connected to a control system connected to the fan and arranged to control the air flow such that it is directed to the occupied parts of the vehicle , wherein the system further comprises a timer arranged for extended drive of the climate system after the vehicle powertrain has been switched off, characterized in that : the system further comprises a screen, wherein the system further is configured for: - asking the driver by means of the screen if extended drive of climate system is desired, and - monitoring the reply from the driver, and - if extended drive of climate system is desired, setting the timer for extended drive of the climate system and activating the climate system, and - if the driver gets back to the vehicle and starts it before time is up on the timer, deactivating the extended operation mode and returning the climate system to normal operation, and otherwise deactivating the climate system at the time specified by the timer. - asking the driver by means of the screen if extended drive of climate system is desired, and - monitoring the reply from the driver, and - if extended drive of climate system is desired, setting the timer for extended drive of the climate system and activating the climate system, and - if the driver gets back to the vehicle and starts it before time is up on the timer, deactivating the extended operation mode and returning the climate system to normal operation, and otherwise deactivating the climate system at the time specified by the timer.
A catheter assembly, comprising: a catheter adapter having a distal end comprising an intravenous catheter, a proximal end configured to receive a needle assembly, and an interior lumen extending therebetween; and an extension tube comprising a first lumen and a second lumen, said first and second lumens being in fluid communication with the interior lumen at first end of the extension tube, a second end of the extension tube having an infusion port in fluid communication with the first lumen, and a blood collection port in fluid communication with the second lumen. a catheter adapter having a distal end comprising an intravenous catheter, a proximal end configured to receive a needle assembly, and an interior lumen extending therebetween; and an extension tube comprising a first lumen and a second lumen, said first and second lumens being in fluid communication with the interior lumen at first end of the extension tube, a second end of the extension tube having an infusion port in fluid communication with the first lumen, and a blood collection port in fluid communication with the second lumen.
A method of free radically (co)polymerizing ethylenically unsaturated materials to form an at least partially (co)polymerized (co)polymer, comprising: (a) providing a non-deaerated mixture comprising free radically (co)polymerizable ethylenically-unsaturated material in a batch reactor; (b) exposing the non-deaerated mixture to a source of ionizing radiation for a time sufficient to initiate (co)polymerization of at least a portion of the free radically (co)polymerizable ethylenically-unsaturated material; and (c) allowing the free radically (co)polymerizable ethylenically-unsaturated material to (co)polymerize under adiabatic conditions while continuing to expose the mixture to the source of ionizing radiation for a time sufficient to yield an at least partially (co)polymerized (co)polymer, wherein the mixture is non-heterogeneous and free of thermally-induced free radical (co)polymerization initiators. (a) providing a non-deaerated mixture comprising free radically (co)polymerizable ethylenically-unsaturated material in a batch reactor; (b) exposing the non-deaerated mixture to a source of ionizing radiation for a time sufficient to initiate (co)polymerization of at least a portion of the free radically (co)polymerizable ethylenically-unsaturated material; and (c) allowing the free radically (co)polymerizable ethylenically-unsaturated material to (co)polymerize under adiabatic conditions while continuing to expose the mixture to the source of ionizing radiation for a time sufficient to yield an at least partially (co)polymerized (co)polymer, wherein the mixture is non-heterogeneous and free of thermally-induced free radical (co)polymerization initiators.
A method of allocating an uplink data packet resource, applied to a user equipment, comprising: receiving at least one uplink grant "UL grant" sent by a network device, determining , according to Logical Channel Prioritization "LCP" restriction corresponding to a target object, correspondence relationship between the target object and the at least one UL grant; performing resource allocation on each of the at least one UL grant according to the correspondence relationship between the target object and the at least one UL grant; the method being characterized in that : the LCP restriction comprises at least mapping relationship between the target object and a type of UL grant, and the target object is a service type or a logical channel or a logical channel group, the type of UL grant is one of dynamic scheduling, grant-free scheduling, and semi-persistent scheduling. receiving at least one uplink grant "UL grant" sent by a network device, determining , according to Logical Channel Prioritization "LCP" restriction corresponding to a target object, correspondence relationship between the target object and the at least one UL grant; performing resource allocation on each of the at least one UL grant according to the correspondence relationship between the target object and the at least one UL grant; the method being characterized in that : the LCP restriction comprises at least mapping relationship between the target object and a type of UL grant, and the target object is a service type or a logical channel or a logical channel group, the type of UL grant is one of dynamic scheduling, grant-free scheduling, and semi-persistent scheduling. the LCP restriction comprises at least mapping relationship between the target object and a type of UL grant, and the target object is a service type or a logical channel or a logical channel group, the type of UL grant is one of dynamic scheduling, grant-free scheduling, and semi-persistent scheduling.
Apparatus for the post-cleaning of 3D objects , which are printed from a light-curing resin formulation and have uncured residues of the resin formulation, which adhere on the surface and have non-light-transmissive and insoluble particles, comprising a cleaning chamber , which can be filled with a liquid cleaning agent and has an agitator for receiving the 3D object to be cleaned, characterized in that a contamination detector , which is connected to a control unit and determines the optical density of the cleaning agent at at least one wavelength in the range of from 320 nm to 400 nm, is provided for checking the remaining cleaning capacity of the cleaning agent , the contamination detector being arranged in a region kept free of non-light-transmissive and insoluble particles above a predetermined size in the cleaning agent , and the control unit being configured to determine the cleaning capacity of the cleaning agent from the optical density which has been determined and to output a corresponding indication if a predetermined minimum cleaning capacity is fallen below.
A processing element for processing a material, such as a sonotrode or an anvil, comprising a substantially cylindrical or cylinder-segment-shaped carrier surface which is intended to come into contact with the material during processing, the processing element being intended to be rotated about its longitudinal axis during processing so that the carrier surface moves in a circumferential direction and rolls on the material to be processed, at least one structural element being arranged on the carrier surface , projecting in a radial direction above the carrier surface , the structural element having an upper side intended to come into contact with the material to be processed, characterized in that the upper side has a base section and at least one recess section which is at a smaller distance from the longitudinal axis than the base section, wherein in a sectional view perpendicular to the longitudinal axis the base section and recess section are arranged next to one another, wherein the recess formed by the recess section does not extend as far as the carrier surface , wherein preferably the recess has a depth of less than 1 mm and particularly preferably between 0.05 mm and 0.2 mm.
A yarn winding machine comprising: a plurality of winding units ; a plurality of section ducts through which rejection material generated in at least one of the winding units flows; a section suction device arranged in each of the section ducts that moves the rejection material from the winding units by generating a suction current in the section duct ; a filter member arranged between the section duct and the section suction device ; a main duct connected to the section ducts and through which the rejection material from the section ducts flows; a main suction device that generates a suction current in the main duct for moving the rejection material from the section duct ; an opening / closing member arranged in a flow path in which the suction current generated by at least one of the section suction device and the main suction device acts in each of the section ducts ; and a supporting member that openably / closably supports the opening / closing member to change an open / closed state of the flow path by means of a pressure difference between an upstream side and a downstream side of the opening / closing member , in a flow direction of the suction current, characterized in that the opening / closing member includes a first opening / closing member that changes an open / closed state of a first connection opening between the section duct and the main duct , and that the opening / closing member includes a second opening / closing member that changes an open / closed state of a second connection opening arranged between the filter member and the section suction device . a plurality of winding units ; a plurality of section ducts through which rejection material generated in at least one of the winding units flows; a section suction device arranged in each of the section ducts that moves the rejection material from the winding units by generating a suction current in the section duct ; a filter member arranged between the section duct and the section suction device ; a main duct connected to the section ducts and through which the rejection material from the section ducts flows; a main suction device that generates a suction current in the main duct for moving the rejection material from the section duct ; an opening / closing member arranged in a flow path in which the suction current generated by at least one of the section suction device and the main suction device acts in each of the section ducts ; and a supporting member that openably / closably supports the opening / closing member to change an open / closed state of the flow path by means of a pressure difference between an upstream side and a downstream side of the opening / closing member , in a flow direction of the suction current, characterized in that the opening / closing member includes a first opening / closing member that changes an open / closed state of a first connection opening between the section duct and the main duct , and that the opening / closing member includes a second opening / closing member that changes an open / closed state of a second connection opening arranged between the filter member and the section suction device .
Process for the preparation of a sterilized ceramic body comprising stabilized zirconia of a defined colour, the process comprising the subsequent steps of a) providing a ceramic primary body comprising stabilized zirconia of a first colour A, b) sterilizing the primary body using radiation sterilization whereby the primary body undergoes a colour change to a colour B, characterized in that it comprises the further step of c) irradiating the sterilized primary body with electromagnetic radiation of at least one wavelength lying in the wavelength band ranging from 150 nm to 700 nm to induce an at least partial reversal of the colour change of step b) to obtain a colour C of the sterilized ceramic body, said colour C complying with the following requirements in the CIELAB colour space: L* being from 54 to 95, a* being from -15 to 15 and b* being from -15 to 15. a) providing a ceramic primary body comprising stabilized zirconia of a first colour A, b) sterilizing the primary body using radiation sterilization whereby the primary body undergoes a colour change to a colour B, characterized in that it comprises the further step of c) irradiating the sterilized primary body with electromagnetic radiation of at least one wavelength lying in the wavelength band ranging from 150 nm to 700 nm to induce an at least partial reversal of the colour change of step b) to obtain a colour C of the sterilized ceramic body, said colour C complying with the following requirements in the CIELAB colour space: L* being from 54 to 95, a* being from -15 to 15 and b* being from -15 to 15. L* being from 54 to 95, a* being from -15 to 15 and b* being from -15 to 15.
A cooling apparatus comprising: - a cabinet defining a compartment for the storage of products to be cooled; and - a cooling system coupled to the cabinet for cooling an interior atmosphere of the compartment, wherein the cooling system comprises: - at least one compressor ; and - at least one condenser comprising at least a first condenser portion that lies in a first plane, and is adapted to define a support surface for the at least one compressor, wherein - the cabinet has a recess wherein the compressor is accommodated; - the first condenser portion covers a bottom of said recess; - the condenser comprises a second condenser portion lying in a second plane forming an angle with the first plane, the second condenser portion covering a rear of the recess, characterized in that the compressor is supported by and attached directly to said first condenser portion. - a cabinet defining a compartment for the storage of products to be cooled; and - a cooling system coupled to the cabinet for cooling an interior atmosphere of the compartment, wherein the cooling system comprises: - at least one compressor ; and - at least one condenser comprising at least a first condenser portion that lies in a first plane, and is adapted to define a support surface for the at least one compressor, - the cabinet has a recess wherein the compressor is accommodated; - the first condenser portion covers a bottom of said recess; - the condenser comprises a second condenser portion lying in a second plane forming an angle with the first plane, the second condenser portion covering a rear of the recess, characterized in that the compressor is supported by and attached directly to said first condenser portion.
A switching device comprising: - movable current path arms detachably coupled with one another, for controlling transfer of electrical current therebetween; - at least one insulator operably connected with the moveable current path arms ; and - a base frame supporting the at least one insulator and the moveable current path arms ; and - at least one rotary unit physically integrated with the base frame and configured to support said at least one insulator ; characterized by : - the rotary unit is configured as a concave polygon. - movable current path arms detachably coupled with one another, for controlling transfer of electrical current therebetween; - at least one insulator operably connected with the moveable current path arms ; and - a base frame supporting the at least one insulator and the moveable current path arms ; and - at least one rotary unit physically integrated with the base frame and configured to support said at least one insulator ; - the rotary unit is configured as a concave polygon.
A two-dimensional code card grabbing and storage device, characterized in that the device comprises a horizontal base plate , wherein first side plates and second side plates are sequentially disposed on a front side and a rear side of the horizontal base plate separately in the horizontal direction and perpendicularly fixed to an upper surface of the horizontal base plate , and the first side plates are lower than the second side plates ; first baffles extending inwards are oppositely and perpendicularly disposed on outer sides of the two first side plates , and second baffles extending inwards are oppositely and perpendicularly disposed on inner sides of the two second side plates ; a first guide plate used for storing tested two-dimensional code cards is obliquely disposed upward between the two first side plates , and a second guide plate used for storing to-be-tested two-dimensional code cards is obliquely disposed upward between the two second side plates ; the two-dimensional code card grabbing and storage device further comprises a grabbing plate used for grabbing the to-be-tested two-dimensional code cards , a nano micro-suction material adheres to one side of the grabbing plate , and the other side of the grabbing plate is fixedly connected with a mechanical claw controlled by a mechanical claw driving mechanism; the mechanical claw is disposed beside the second side plates ; and the distance between the two first baffles and the distance between the two second baffles are greater than the width of the grabbing plate and smaller than the width of the two-dimensional code cards .
A fuse production method comprising the steps of: forming (S102) a liquid film of a dispersion liquid, in which metal nanoparticles are dispersed in a solvent, on a principal surface of a substrate containing at least an organic substance; heating (S138) the liquid film so as to vaporize the solvent to melt or sinter the metal nanoparticles and to soften or melt the principal surface ; and forming (S140) a fuse film on the principal surface by fusing the melted or sintered metal nanoparticles and the softened or melted principal surface with each other. forming (S102) a liquid film of a dispersion liquid, in which metal nanoparticles are dispersed in a solvent, on a principal surface of a substrate containing at least an organic substance; heating (S138) the liquid film so as to vaporize the solvent to melt or sinter the metal nanoparticles and to soften or melt the principal surface ; and forming (S140) a fuse film on the principal surface by fusing the melted or sintered metal nanoparticles and the softened or melted principal surface with each other.
Shaft for a micro-invasive surgical instrument , having: a shaft tube with a proximal end portion and a distal end portion ; a coupling device for releasably mechanically coupling the shaft to a tool on the distal end portion of the shaft ; wherein the coupling device has a groove or a slot with an axial portion and with a circumferential portion for receiving a catch on a tool , characterized by a rotation bearing which mechanically connects the coupling device to the distal end portion of the shaft tube ; wherein the rotation bearing is designed to permit rotation of the coupling device relative to the shaft tube about the longitudinal axis of the distal end portion of the shaft . a shaft tube with a proximal end portion and a distal end portion ; a coupling device for releasably mechanically coupling the shaft to a tool on the distal end portion of the shaft ; wherein the coupling device has a groove or a slot with an axial portion and with a circumferential portion for receiving a catch on a tool , characterized by a rotation bearing which mechanically connects the coupling device to the distal end portion of the shaft tube ; wherein the rotation bearing is designed to permit rotation of the coupling device relative to the shaft tube about the longitudinal axis of the distal end portion of the shaft .
Method of communication between a first electronic circuit (BMS) and second electronic circuits (SC i ) via a bidirectional bus (BUS) allowing the full duplex communication, each second electronic circuit having a single identifier corresponding thereto, the method comprising the transmission by the first electronic circuit of first frames over the bus to the second electronic circuits, characterized in that each first frame comprising the same number of bits, the bits of each first frame being distributed in successive groups of bits, the positions of the groups being the same in each first frame, the first frames being such that, in each first frame, a first group of bits among the groups of bits indicates a corresponding first identifier among the identifiers, a second group of bits among the groups of bits indicates corresponding orders to be executed by the second electronic circuit corresponding to the first identifier of the first frame, and a third group of bits among the groups of bits indicates a corresponding second identifier among the identifiers, the method being such that, as a response to the first frame of the plurality of first frames, only the second electronic circuit indicated by the corresponding second identifier is authorized to transmit a second frame to the first electronic circuit over the bus.