mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling earphone switching, being applicable to a first earphone and comprising: detecting whether the first earphone is put in a charging case, the first earphone being coupled with a second earphone and an electronic device and serving as a master earphone, and the second earphone serving as a slave earphone; and switching the first earphone to serve as the slave earphone and switching the second earphone to serve as the master earphone, upon detecting that the first earphone is put in the charging case; characterized in that : the method further comprises at least one of the following upon detecting that the first earphone is put in the charging case: detecting an operating mode of the first earphone, and proceeding to the switching when the operating mode is a non-speaker mode; or acquiring a volume of the first earphone, and proceeding to the switching when the volume is lower than a preset volume; or receiving an incoming call, acquiring identity information of the incoming call, and proceeding to the switching when the identity information satisfies a preset condition. detecting whether the first earphone is put in a charging case, the first earphone being coupled with a second earphone and an electronic device and serving as a master earphone, and the second earphone serving as a slave earphone; and switching the first earphone to serve as the slave earphone and switching the second earphone to serve as the master earphone, upon detecting that the first earphone is put in the charging case; characterized in that : the method further comprises at least one of the following upon detecting that the first earphone is put in the charging case: detecting an operating mode of the first earphone, and proceeding to the switching when the operating mode is a non-speaker mode; or acquiring a volume of the first earphone, and proceeding to the switching when the volume is lower than a preset volume; or receiving an incoming call, acquiring identity information of the incoming call, and proceeding to the switching when the identity information satisfies a preset condition. detecting an operating mode of the first earphone, and proceeding to the switching when the operating mode is a non-speaker mode; or acquiring a volume of the first earphone, and proceeding to the switching when the volume is lower than a preset volume; or receiving an incoming call, acquiring identity information of the incoming call, and proceeding to the switching when the identity information satisfies a preset condition.
A fastener comprising: a head ; a tip including interior surfaces defining a recess configured to removably receive an end of a drill bit , and wherein the interior surfaces are configured to engage the end of the drill bit; and a threaded shank connected to the head at a first end and the tip at a second end , the threaded shank having a longitudinal axis extending from the head to the tip and including a plurality of thread formations ; characterized in that the plurality of thread formations extend outwardly from at least a portion of the threaded shank adjacent to the tip ; in that the fastener further comprises one or more v-grooves defined in and by the thread formations , the one or more v-grooves extend along a portion of the thread formations; and in that the fastener includes a locking ribs under the head . a head ; a tip including interior surfaces defining a recess configured to removably receive an end of a drill bit , and wherein the interior surfaces are configured to engage the end of the drill bit; and a threaded shank connected to the head at a first end and the tip at a second end , the threaded shank having a longitudinal axis extending from the head to the tip and including a plurality of thread formations ; characterized in that the plurality of thread formations extend outwardly from at least a portion of the threaded shank adjacent to the tip ; in that the fastener further comprises one or more v-grooves defined in and by the thread formations , the one or more v-grooves extend along a portion of the thread formations; and in that the fastener includes a locking ribs under the head .
A method for interactive imaging on a cellular phone, comprising: rendering an image on a display for a cellular phone , the image having a plurality of icons corresponding to a plurality of active areas embedded therein; detecting that a user has selected at least one of the active areas indicated by at least one of the icons of the image using an input device for the cellular phone; and automatically activating a function of the cellular phone corresponding to the active area of the rendered image; wherein the image further comprises a selected one of: a map view showing at least a portion of a selected map including at least one of the active areas which, when selected by the user, activates a rendering function to display a corresponding eye view of a selected site in the map view; the corresponding eye view showing a finer detail map of the selected site and including at least one of the active areas which, when selected by the user, activates a rendering function to display a corresponding meta view regarding the selected site; and the corresponding meta view including at least one of the active areas associated with a telephone number of a service related to the selected site. rendering an image on a display for a cellular phone , the image having a plurality of icons corresponding to a plurality of active areas embedded therein; detecting that a user has selected at least one of the active areas indicated by at least one of the icons of the image using an input device for the cellular phone; and automatically activating a function of the cellular phone corresponding to the active area of the rendered image; wherein the image further comprises a selected one of: a map view showing at least a portion of a selected map including at least one of the active areas which, when selected by the user, activates a rendering function to display a corresponding eye view of a selected site in the map view; the corresponding eye view showing a finer detail map of the selected site and including at least one of the active areas which, when selected by the user, activates a rendering function to display a corresponding meta view regarding the selected site; and the corresponding meta view including at least one of the active areas associated with a telephone number of a service related to the selected site. a map view showing at least a portion of a selected map including at least one of the active areas which, when selected by the user, activates a rendering function to display a corresponding eye view of a selected site in the map view; the corresponding eye view showing a finer detail map of the selected site and including at least one of the active areas which, when selected by the user, activates a rendering function to display a corresponding meta view regarding the selected site; and the corresponding meta view including at least one of the active areas associated with a telephone number of a service related to the selected site.
Device for producing containers by shaping preforms made of a thermoplastic material, the device having a plurality of molding units , each of which has at least two molding inserts and a plurality of transfer units movable at least in a transfer region for removing the container or preform from the molding unit , the mold inserts being arranged inside the transfer region in an opening position for transferring a container or preform and forming a chamber outside the transfer region in a closing position for shaping the container from a preform, characterized in that at least one of the plurality of transfer units has a drying device with at least one nozzle connected to the transfer unit for discharging a drying gas stream for drying at least a partial region of inner regions , which form the chamber, of the mold inserts arranged in the transfer region .
A mobile robot configured to obtain route information from a route planning system , the route information being information on a planned movement route, the mobile robot comprising: a movement control unit configured to move based on the route information ; and a detection unit configured to detect any surrounding obstacles while the mobile robot moves under control of the movement control unit , wherein the mobile robot is further configured to obtain excluded object information from the route planning system , the excluded object information being information regarding any obstacles that have been excluded when planning the movement route due to having a degree of certainty of being present at their location which does not satisfy a predetermined standard, characterized in that the detection unit is configured to execute detection processing that is finer than regular detection processing, on any obstacle included in the excluded object information. a movement control unit configured to move based on the route information ; and a detection unit configured to detect any surrounding obstacles while the mobile robot moves under control of the movement control unit , wherein the mobile robot is further configured to obtain excluded object information from the route planning system , the excluded object information being information regarding any obstacles that have been excluded when planning the movement route due to having a degree of certainty of being present at their location which does not satisfy a predetermined standard, characterized in that the detection unit is configured to execute detection processing that is finer than regular detection processing, on any obstacle included in the excluded object information.
A display device comprising: a flexible display layer (FL), the flexible display layer (FL) comprising: a display area (AA) comprising: an upper flat area (FDA) extending along a first plane ; lower display areas (BDA) extending along a second plane , which is parallel to the first plane and separated from the first plane by a distance (d e ); and bent side display areas (SDA) connecting the upper flat area (FDA) and the lower display areas (BDA); and non-display areas (NA) extending from at least one edge of the lower display areas (BDA) at a location where the lower display areas (BDA) meet, wherein the non-display areas (NA) are bent to extend towards the first plane , and configured to receive a signal for displaying an image on the flexible display layer (FL), wherein the display area (AA) extends across an entire upper surface, lateral sides, and the bottom surface of the display device. an upper flat area (FDA) extending along a first plane ; lower display areas (BDA) extending along a second plane , which is parallel to the first plane and separated from the first plane by a distance (d e ); and bent side display areas (SDA) connecting the upper flat area (FDA) and the lower display areas (BDA); and non-display areas (NA) extending from at least one edge of the lower display areas (BDA) at a location where the lower display areas (BDA) meet, wherein the non-display areas (NA) are bent to extend towards the first plane , and configured to receive a signal for displaying an image on the flexible display layer (FL), wherein the display area (AA) extends across an entire upper surface, lateral sides, and the bottom surface of the display device.
- An insulating glazing pane comprising an assembly of parallel glazing panes, with two consecutive glazing panes in the assembly being separated by a cavity containing a gas cushion, said insulating glazing pane comprising at least one laminated glazing pane , the at least one laminated glazing pane comprising two glass sheets , between which an adhesive interlayer is laminated, characterized in that the mass per unit area of the adhesive interlayer is between 843 g/m 2 and 1211 g/m 2 , with the value of the glass-adhesive interlayer adhesion measured using the TCT method at 33 mm.s -1 and 20°C as defined in the description being strictly less than 20 kJ/m 2 .
System of a curved flange connection and a robot to move a support platform along a series of nuts pre-screwed on bolts arranged in the curved flange connection , which bolts project from the nuts pre-screwed in substantially a nut plane by a projection length , which robot comprises a drive to move the robot along the curved flange connection , which drive comprises at least one drive element and holding means both connected to the support platform , wherein the at least one drive element comprises a motor built to drive engage means, that engage into a space between neighbouring bolts of the curved flange connection to move the robot , characterized in that the holding means comprise at least one pair of guiding rails connected to the support platform in a distance from each other of more than the diameter (D) of the bolts and less than the width across flat (AF) of the nuts and projecting more than the projection length from the support platform .
An appliance (A) for recharging batteries of electric vehicles, comprising conversion means connectable at input to an alternating current power supply line (AC IN) and connected at output to a high-voltage electric battery (HVB) and to a low-voltage electric battery (LVB) of an electric vehicle, said conversion means being activatable for recharging said high-voltage electric battery (HVB) and said low-voltage electric battery (LVB), wherein said conversion means comprise: - at least an input stage (F IN , LIC, PFC/STU) connectable alternatively to said alternating current power supply line (AC IN) and to said high-voltage electric battery (HVB); - at least a first converter (CNV1) having an input connected to said input stage (F IN , LIC, PFC/STU) and an output connected to said high-voltage electric battery (HVB); - at least a second converter (CNV2) having an input connected to said input stage (F IN , LIC, PFC/STU) and an output connected to said low-voltage electric battery; said input stage (F IN , LIC, PFC/STU) comprises a single correction and stabilization unit (PFC/STU), said correction and stabilization unit (PFC/STU) being operable between a first mode, wherein said correction and stabilization unit (PFC/STU) operates as a power factor correction circuit, and a second mode, wherein said correction and stabilization unit (PFC/STU) operates as a step-up converter, said correction and stabilization unit (PFC/STU) comprises a first output connected to said first converter (CNV1) and a second output connected to said second converter (CNV2), wherein said first and second converter (CNV1, CNV2) are configured for the simultaneous recharging of said high-voltage electric battery (HVB) and of said low-voltage electric battery (LVB), and said appliance (A) comprises at least a control unit (U) connected to said correction and stabilization unit (PFC/STU) and to said first and second converter (CNV1, CNV2), wherein said control unit (U) is operatively connected to a central unit of said electric vehicle and said control unit (U) is configured to drive said appliance (A) for the simultaneous recharging of said high-voltage electric battery (HVB) and said low-voltage electric battery (LVB) and for the power supply of the low-voltage user points. - at least an input stage (F IN , LIC, PFC/STU) connectable alternatively to said alternating current power supply line (AC IN) and to said high-voltage electric battery (HVB); - at least a first converter (CNV1) having an input connected to said input stage (F IN , LIC, PFC/STU) and an output connected to said high-voltage electric battery (HVB); - at least a second converter (CNV2) having an input connected to said input stage (F IN , LIC, PFC/STU) and an output connected to said low-voltage electric battery;
Multistage pyrotechnic device comprising: - a launching tube (DD) provided with a bottom opening, an upper opening and an internal diameter (d3); - a cap (T) that closes said bottom opening of the launching tube (DD); - an upper pyrotechnic stage (ST) disposed inside the launching tube (DD) in the vicinity of the upper opening, and at least one lower pyrotechnic stage (ST) disposed inside the launching tube (DD) under the upper pyrotechnic stage (ST); going from the bottom opening towards the upper opening, each pyrotechnic stage (ST) comprises a launching charge (C) and effect means (M); - a separator disposed between said upper pyrotechnic stage (ST) and said at least one lower pyrotechnic stage (ST); said separator comprising an axial conduit that is disposed in the center of the separator in order to house a fuse (U); characterized in that said separator comprises a first thin end disk made of cardboard, a second thin end disk made of cardboard with a diameter (d1), and at least one spacing ring made of cardboard with a diameter (d2) disposed between said first thin end disk and said second thin end disk ; wherein the internal diameter (d3) of the launching tube (DD) is higher than the diameter (d2) of the spacing ring and lower than the diameter (d1) of the thin end disks ; said thin disks comprising a perimeter portion shaped like an annular crown that protrudes with respect to the spacing rings ; said perimeter portion comprising an edge suitable for adhering on the internal surface of the launching tube (DD). - a launching tube (DD) provided with a bottom opening, an upper opening and an internal diameter (d3); - a cap (T) that closes said bottom opening of the launching tube (DD); - an upper pyrotechnic stage (ST) disposed inside the launching tube (DD) in the vicinity of the upper opening, and at least one lower pyrotechnic stage (ST) disposed inside the launching tube (DD) under the upper pyrotechnic stage (ST); going from the bottom opening towards the upper opening, each pyrotechnic stage (ST) comprises a launching charge (C) and effect means (M); - a separator disposed between said upper pyrotechnic stage (ST) and said at least one lower pyrotechnic stage (ST); said separator comprising an axial conduit that is disposed in the center of the separator in order to house a fuse (U);
A prosthetic element (10; 10.1) for connecting the stapes footplate to a middle ear ossicular prosthesis (30; 40; 50), and in particular to the corresponding end, or foot, of said prostheses, the prosthetic connection element (10; 10.1) being of biocompatible material and forming part of said foot or being connected or connectable to said foot, and comprising a flat body having a substantially circular central part , from the two opposing sides of which there outwardly extend two substantially rectangular equal and symmetrical parts and provided with a flat lower surface intended to rest on the footplate, the flat body having a length of 1.200 mm and a width of 0.700 mm and being sized not to extend beyond edges of the stapes footplates when said surface comes into contact with the footplate, the foot of the ossicular prosthesis having a diameter comprised between 0.6 mm and 0.8 mm, such as to prevent reabsorption of the footplate osseous tissue, projections projecting from the flat surface , wherein the projections are distributed along the edges of the flat surface of the body , pointed in order to penetrate the footplate and are at least two.
A head joint for a transverse flute having a first leg and a second leg that is connectable to a tube of the transverse flute , wherein the two legs are arranged at an angle to one another, characterized in that the angle formed between the two legs is an acute angle.
A rare-earth doped optical fiber amplifier for providing optical signal amplification over a defined bandwidth of operation, the rare-earth doped optical fiber amplifier comprising a section of rare-earth doped optical fiber , fiber, the section of rare-earth doped optical fiber formed to include a continuous grating structure inscribed therein, and incorporated along at least a majority thereof, including along an output termination section thereof to minimize the opportunity for additional gain variations to be generated prior to exiting the section of rare-earth doped optical fiber; and a source for providing a pump beam at a wavelength appropriate for creating gain for an optical signal propagating through the section of rare-earth doped optical fiber, creating as an output an amplified optical output signal, wherein the continuous grating structure is configured to provide distributed spectral filtering within the defined bandwidth of operation of the rare-earth doped optical fiber amplifier. a section of rare-earth doped optical fiber , fiber, the section of rare-earth doped optical fiber formed to include a continuous grating structure inscribed therein, and incorporated along at least a majority thereof, including along an output termination section thereof to minimize the opportunity for additional gain variations to be generated prior to exiting the section of rare-earth doped optical fiber; and a source for providing a pump beam at a wavelength appropriate for creating gain for an optical signal propagating through the section of rare-earth doped optical fiber, creating as an output an amplified optical output signal, wherein the continuous grating structure is configured to provide distributed spectral filtering within the defined bandwidth of operation of the rare-earth doped optical fiber amplifier.
A coupling arrangement for fluid coupling a work tool to a machine comprising: a plurality of coupler assemblies slideably mounted in a plurality of cavities for coupling a machine fluid circuit and a work tool fluid circuit, the coupler assembles partitioning the cavities to form chambers ; a rail circuit connecting the chambers wherein the rail circuit comprises a single hydraulic line connected to each of the chambers through further hydraulic lines; and at least one actuator connected to the rail circuit for actuating the plurality of coupler assemblies between a connect position and a disconnect position. a plurality of coupler assemblies slideably mounted in a plurality of cavities for coupling a machine fluid circuit and a work tool fluid circuit, the coupler assembles partitioning the cavities to form chambers ; a rail circuit connecting the chambers wherein the rail circuit comprises a single hydraulic line connected to each of the chambers through further hydraulic lines; and at least one actuator connected to the rail circuit for actuating the plurality of coupler assemblies between a connect position and a disconnect position.
A positive electrode for a lithium ion secondary battery, comprising an electrode current collector where a positive electrode active material mixture for a lithium ion secondary battery is disposed, wherein the positive electrode active material mixture for a lithium ion secondary battery includes an positive electrode active material, a conductive agent containing carbon black, and a binder; wherein the positive electrode active material has a maximum particle diameter (D Max_EC ) and the carbon black has a maximum particle diameter (D Max_C ), each maximum particle diameter being determined in according to a sedimentation analysis based on Stokes' law; and wherein the maximum particle diameter of the carbon black is adjusted by using a classifier, a sieve, or a pulverizer with a built-in classifier so that the ratio of the maximum particle diameter (D Max_C ) of the carbon black to the maximum particle diameter (D Max_EC ) of the positive electrode active material is equal to or less than 0.91.