mhurhangee/patent-ind-claim-en huggingface dataset:
Security device adapted to be coupled to a European cylinder lock, said device comprising a security escutcheon (105; 205) including an opening (110; 210) adapted to allow insertion of said cylinder lock (101; 201; 301) which comprises at least a first module (102; 202; 302) and a second module (103; 203; 303) mutually linked by a connecting bar (104; 204; 304) forming part of the security device, whereby it further comprises a security complementary body (106; 206; 306) associable or associated at an end of said connecting bar (104; 204; 304) and adapted to be rendered integral with said cylinder lock (101; 201; 301), said security complementary body (106; 206; 306) consists essentially of an enlarged head that is enlarged with respect to said connecting bar (104; 204; 304), said enlarged head being adapted to be coupled, jointly with said cylinder lock (101; 201; 301), to said security escutcheon (105; 205) at a recessed blind housing (107; 207) provided on said security escutcheon (105; 205), said recessed blind housing (107; 207) having a complementary shape in respect to said enlarged head of said security complementary body (106; 206; 306).
A plug-integrating container , comprising: a container body including a cylindrically formed opening part extending in an axial direction, the opening part having external threads formed on an outer circumferential surface thereof; a cylindrically formed plug extending in the axial direction and having around the axis a groove part for connection to a socket for filling in or extracting a liquid; and a cap cylindrically formed with a closed top surface , and having formed on an inner circumferential surface thereof internal threads fastened to the external threads formed on the opening part , wherein the cap is able to be removed from the container body so that the socket is attached to the plug , wherein the container body includes a first annular part formed at an end of the opening part in the axial direction, wherein the plug includes a second annular part formed at an end in the axial direction and having the same diameter as that of the first annular part , wherein the first annular part butts the second annular part such that there is a joint between the first annular part and the second annular part , wherein the joint is of welded construction or of heat bonded construction, and wherein the opening part , the plug joined to the opening part , and the joint are accommodated inside the cap when the external threads and the internal threads are fastened together. a container body including a cylindrically formed opening part extending in an axial direction, the opening part having external threads formed on an outer circumferential surface thereof; a cylindrically formed plug extending in the axial direction and having around the axis a groove part for connection to a socket for filling in or extracting a liquid; and a cap cylindrically formed with a closed top surface , and having formed on an inner circumferential surface thereof internal threads fastened to the external threads formed on the opening part , wherein the cap is able to be removed from the container body so that the socket is attached to the plug , wherein the container body includes a first annular part formed at an end of the opening part in the axial direction, wherein the plug includes a second annular part formed at an end in the axial direction and having the same diameter as that of the first annular part , wherein the first annular part butts the second annular part such that there is a joint between the first annular part and the second annular part , wherein the joint is of welded construction or of heat bonded construction, and wherein the opening part , the plug joined to the opening part , and the joint are accommodated inside the cap when the external threads and the internal threads are fastened together.
A pencil lead, comprising: a porous lead body having fine pores therein; and a silica-organic hybrid resin inside the fine pores of the porous lead body. a porous lead body having fine pores therein; and a silica-organic hybrid resin inside the fine pores of the porous lead body.
A mask assembly comprising: a mask frame ; at least two mask sheets installed on the mask frame , each of the mask sheets having the shape of an extended strip and comprising a plurality of openings (152-1A, 152-1B, 152_A1, 152-B1, 152-B3); and at least two thin shielding plates having the form of a plate with a flat shape and installed on the mask frame such that the thin shielding plates are spaced apart from each other in a lengthwise direction of the mask sheet and shield a portion of the plurality of openings (152-1A, 152-1B, 152_A1, 152-B1, 152-B3) of each mask sheet , wherein at least one of the mask sheets and the thin shielding plates comprises a shielding portion (153-2, 153B-2, 152A-3, 152B-3) between the thin shielding plates spaced apart from each other, the shielding portion (153-2, 153B-2, 152A-3, 152B-3) selectively blocking at least portions of the openings (152-1A, 152-1B, 152_A1, 152-B1, 152-B3) so as to form a deposition region (S) having a shape other than a rectangle or a square. a mask frame ; at least two mask sheets installed on the mask frame , each of the mask sheets having the shape of an extended strip and comprising a plurality of openings (152-1A, 152-1B, 152_A1, 152-B1, 152-B3); and at least two thin shielding plates having the form of a plate with a flat shape and installed on the mask frame such that the thin shielding plates are spaced apart from each other in a lengthwise direction of the mask sheet and shield a portion of the plurality of openings (152-1A, 152-1B, 152_A1, 152-B1, 152-B3) of each mask sheet , wherein at least one of the mask sheets and the thin shielding plates comprises a shielding portion (153-2, 153B-2, 152A-3, 152B-3) between the thin shielding plates spaced apart from each other, the shielding portion (153-2, 153B-2, 152A-3, 152B-3) selectively blocking at least portions of the openings (152-1A, 152-1B, 152_A1, 152-B1, 152-B3) so as to form a deposition region (S) having a shape other than a rectangle or a square.
A method for providing personalised augmented information to a user, the method comprising: displaying a first information on a display arrangement, the display arrangement being adapted to detect presence of a portable communication device, or vice versa, wherein the portable communication device is adapted to store or to have access to information concerning the user or the user's identified intentions; establishing a communication link between the display arrangement and the portable communication device; assessing, by the display arrangement and/or the portable communication device, if a piece of information concerning the user or the user's identified intentions pertains to a specific piece of the first information; and if said piece of information concerning the user or the user's identified intentions pertains to said specific piece of the first information, displaying on the display arrangement the first information and a second information, wherein the second information comprises an identifier associated with the user. displaying a first information on a display arrangement, the display arrangement being adapted to detect presence of a portable communication device, or vice versa, wherein the portable communication device is adapted to store or to have access to information concerning the user or the user's identified intentions; establishing a communication link between the display arrangement and the portable communication device; assessing, by the display arrangement and/or the portable communication device, if a piece of information concerning the user or the user's identified intentions pertains to a specific piece of the first information; and if said piece of information concerning the user or the user's identified intentions pertains to said specific piece of the first information, displaying on the display arrangement the first information and a second information, wherein the second information comprises an identifier associated with the user.
A method for preparing cerium oxide particles, comprising at least the steps of: (a) providing a cerium salt solution comprising anions and cations, wherein between 90 and 100 mol % of the cerium cations are tetravalent cerium cations; (b) heating said cerium salt solution at a temperature comprised between 60 and 220°C in order to obtain a suspension comprising a liquid medium and a precipitate; (c) decreasing the concentration of anions from the cerium salt present in the liquid medium between 10 and 90 mol %, in comparison with said anions comprised in the liquid medium in step (b); (d) heating the suspension obtained in step (c) at a temperature comprised between 100 and 300°C; (e) optionally cooling the suspension obtained in the step (d); (f) bringing said suspension into contact with a basic compound; (g) optionally separating off the precipitate from the liquid medium; (h) adding an organic texturing agent to the suspension obtained in step (f) or the precipitate obtained in step (g), the organic texturing agent being selected in the group of carboxylic acids and their salts ; (i) optionally separating off the precipitate from the liquid medium; and (j) calcining the precipitate obtained at the end of step (h) or obtained at step (i) to obtain cerium oxide particles; said process of the invention comprising at least said step (g) and/or at said step (i). (a) providing a cerium salt solution comprising anions and cations, wherein between 90 and 100 mol % of the cerium cations are tetravalent cerium cations; (b) heating said cerium salt solution at a temperature comprised between 60 and 220°C in order to obtain a suspension comprising a liquid medium and a precipitate; (c) decreasing the concentration of anions from the cerium salt present in the liquid medium between 10 and 90 mol %, in comparison with said anions comprised in the liquid medium in step (b); (d) heating the suspension obtained in step (c) at a temperature comprised between 100 and 300°C; (e) optionally cooling the suspension obtained in the step (d); (f) bringing said suspension into contact with a basic compound; (g) optionally separating off the precipitate from the liquid medium; (h) adding an organic texturing agent to the suspension obtained in step (f) or the precipitate obtained in step (g), the organic texturing agent being selected in the group of carboxylic acids and their salts ; (i) optionally separating off the precipitate from the liquid medium; and (j) calcining the precipitate obtained at the end of step (h) or obtained at step (i) to obtain cerium oxide particles; said process of the invention comprising at least said step (g) and/or at said step (i).
A method for providing vapor for a discontinuous process, the method comprising: evaporating a liquid in a direct evaporator for generating vapor; transporting the vapor from the direct evaporator to a process region via a storage volume , wherein the temperature of the storage device is controllable; wherein the fluid connection between the storage volume and the process region is interrupted by an automatically controlled valve if no vapor is required in the process region , and wherein vapor continues to be generated and transported into the storage volume at least temporarily during the interruption so that the pressure within the storage volume increases during the interruption. evaporating a liquid in a direct evaporator for generating vapor; transporting the vapor from the direct evaporator to a process region via a storage volume , wherein the temperature of the storage device is controllable; wherein the fluid connection between the storage volume and the process region is interrupted by an automatically controlled valve if no vapor is required in the process region , and wherein vapor continues to be generated and transported into the storage volume at least temporarily during the interruption so that the pressure within the storage volume increases during the interruption.
A touch controller comprising: sense circuitry configured to: perform, during a plurality of self-capacitance scan steps of a touch frame , first plurality of self-capacitance scans associated with a first plurality of touch pixels on a touch sensor panel to generate self-capacitance measurement associated with the first plurality of touch pixels, wherein each of the plurality of first self-capacitance scans is used to generate self-capacitance measurements for different touch pixels of the first plurality of touch pixels, and perform, during a mutual capacitance scan step of the touch frame, different than the plurality of self-capacitance scan steps of the touch frame, first one or more mutual capacitance scans associated with the first plurality of touch pixels to generate mutual capacitance measurement associated with the first plurality of touch pixels; and a touch processor configured to use the self-capacitance measurement associated with the first plurality of touch pixels and the mutual capacitance measurement to sense a single touch event associated with the touch frame. sense circuitry configured to: perform, during a plurality of self-capacitance scan steps of a touch frame , first plurality of self-capacitance scans associated with a first plurality of touch pixels on a touch sensor panel to generate self-capacitance measurement associated with the first plurality of touch pixels, wherein each of the plurality of first self-capacitance scans is used to generate self-capacitance measurements for different touch pixels of the first plurality of touch pixels, and perform, during a mutual capacitance scan step of the touch frame, different than the plurality of self-capacitance scan steps of the touch frame, first one or more mutual capacitance scans associated with the first plurality of touch pixels to generate mutual capacitance measurement associated with the first plurality of touch pixels; and perform, during a plurality of self-capacitance scan steps of a touch frame , first plurality of self-capacitance scans associated with a first plurality of touch pixels on a touch sensor panel to generate self-capacitance measurement associated with the first plurality of touch pixels, wherein each of the plurality of first self-capacitance scans is used to generate self-capacitance measurements for different touch pixels of the first plurality of touch pixels, and perform, during a mutual capacitance scan step of the touch frame, different than the plurality of self-capacitance scan steps of the touch frame, first one or more mutual capacitance scans associated with the first plurality of touch pixels to generate mutual capacitance measurement associated with the first plurality of touch pixels; and a touch processor configured to use the self-capacitance measurement associated with the first plurality of touch pixels and the mutual capacitance measurement to sense a single touch event associated with the touch frame.
A device for dispensing a mist of an ophthalmic liquid fluid, comprising: a spray nozzle for generating said mist, an air chamber for holding a volume of air, a first drive operable to expel air from said air chamber , a fluid chamber for holding a volume of said liquid fluid and communicating with said nozzle , a second drive comprising a pump and in fluid communication with said fluid chamber , for delivering a predetermined dose of said liquid fluid to said fluid chamber , said pump being configured for communicating with a supply of said liquid fluid, such as a container, said air chamber being in fluid communication with said fluid chamber , said device being configured for establishing a flow of said expelled air flowing into said fluid chamber , to force said volume of fluid, or essentially all of said volume of fluid therein, from said fluid chamber towards said nozzle . a spray nozzle for generating said mist, an air chamber for holding a volume of air, a first drive operable to expel air from said air chamber , a fluid chamber for holding a volume of said liquid fluid and communicating with said nozzle , a second drive comprising a pump and in fluid communication with said fluid chamber , for delivering a predetermined dose of said liquid fluid to said fluid chamber , said pump being configured for communicating with a supply of said liquid fluid, such as a container, said air chamber being in fluid communication with said fluid chamber , said device being configured for establishing a flow of said expelled air flowing into said fluid chamber , to force said volume of fluid, or essentially all of said volume of fluid therein, from said fluid chamber towards said nozzle .
An electrical actuator for an electro mechanical brake , comprising: a motor housing ; a motor provided inside the motor housing ; and a control module for controlling the motor , wherein the control module is inside the motor housing , the control module comprising at least a first printed circuit board provided with a control circuit for controlling the motor , characterized in that the or each printed circuit board has an annular shape with a center through-hole through which a drive shaft of the motor extends. a motor housing ; a motor provided inside the motor housing ; and a control module for controlling the motor , wherein the control module is inside the motor housing , the control module comprising at least a first printed circuit board provided with a control circuit for controlling the motor , characterized in that the or each printed circuit board has an annular shape with a center through-hole through which a drive shaft of the motor extends.
Device for removing abdominal fat from abdominal skin of a slaughtered bird suspended by the legs , comprising a scraping tool (4', 4") having a first vertically movable part and a second vertically movable part (4") that is tiltable towards the first part , wherein the first part and the second part (4") are arranged to execute a concerted operation in an abdominal cavity of the slaughtered bird for removal of said abdominal fat from the bird , wherein the first vertically movable part and the second vertically movable part (4") are arranged to clamp the abdominal skin with the abdominal fat in between said parts (4', 4"), and wherein the device is arranged to remove thereafter the first movable part and the second movable part (4") together from the abdominal cavity of the bird to detach the abdominal fat from the abdominal skin, wherein the first movable part and the second movable part (4") are arranged to move in unison, that is with the same speed out of the abdominal cavity of the bird to detach the abdominal fat from the abdominal skin characterized in that the first vertically movable part is embodied with a central aperture and the second vertically movable part (4") is dimensioned to loosely fit in said central aperture of the first part to provide some play between both movable parts (4', 4").
A rotating module, wherein the rotating module comprises: a support ; a rotating member, comprising a first rotating member and a second rotating member , the first rotating member and the second rotating member being connected to the support respectively; and a damping member , a first end of the damping member being fixed to the support , a second end of the damping member being in contact with the rotating member to provide the first rotating member and the second rotating member with a damping force for relative rotation of the first rotating member and the second rotating member , the second end being an opposite end of the first end ; characterised in that the support is disposed between the rotating member and the damping member ; and in that the second end of the damping member comprises: at least one elastic arm , protruding towards the rotating member, the at least one elastic arm being in contact with at least one of the first rotating member or the second rotating member . a support ; a rotating member, comprising a first rotating member and a second rotating member , the first rotating member and the second rotating member being connected to the support respectively; and a damping member , a first end of the damping member being fixed to the support , a second end of the damping member being in contact with the rotating member to provide the first rotating member and the second rotating member with a damping force for relative rotation of the first rotating member and the second rotating member , the second end being an opposite end of the first end ; characterised in that the support is disposed between the rotating member and the damping member ; and in that the second end of the damping member comprises: at least one elastic arm , protruding towards the rotating member, the at least one elastic arm being in contact with at least one of the first rotating member or the second rotating member .
A composition comprising: a polymer; a tackifier; and an olefin wax, wherein, if the tackifier includes polar groups, the polar groups are present at 2 wt% or less based on the weight of the tackifier, and wherein the polymer is an ethylene-based polymer which includes more than 50 wt% ethylene-derived units and from 1 wt% to 49.9 wt % of units derived from at least one alpha-olefin comonomer. a polymer; a tackifier; and an olefin wax, wherein, if the tackifier includes polar groups, the polar groups are present at 2 wt% or less based on the weight of the tackifier, and wherein the polymer is an ethylene-based polymer which includes more than 50 wt% ethylene-derived units and from 1 wt% to 49.9 wt % of units derived from at least one alpha-olefin comonomer.
A connecting device for a gas bottle storing pressurized fluid , and the gas bottle with a valve , the connecting device at least comprising a connecting line with a valve tappet , a holding device pivotable between a first position and a second position and having a coupling , wherein the gas bottle is connectable to the coupling via a threaded receptacle of the coupling ; wherein, when the holding device is pivoted from the first position towards the second position , the coupling and the gas bottle connected thereto are pivoted with the holding device relative to the connecting line and the valve tappet in such a manner that the coupling is displaced relative to the valve tappet along an axial direction and the valve tappet actuates the valve of the gas bottle and thus establishes a fluid connection between the gas bottle and the connecting line .
Lock for a motor vehicle comprising a locking mechanism with a rotary latch and at least one pawl and a lock case , wherein the locking mechanism is accommodated in the lock case in a pivotably mounted manner, the lock case comprises, in particular over its entire extension, areas of different material thicknesses , and the lock case is produced by means of an extrusion process. the locking mechanism is accommodated in the lock case in a pivotably mounted manner, the lock case comprises, in particular over its entire extension, areas of different material thicknesses , and the lock case is produced by means of an extrusion process.