mhurhangee/patent-ind-claim-en huggingface dataset:
A lip gloss container, comprising: a cap of a cylindrical member, to a lower center of which a brush rod is fitted and at a lower inner circumference thereof a female screw is formed; a lower container of a cylindrical member, an upper portion of which is open and a bottom portion thereof is closed to contain cosmetic contents; a cylindrical tube having opened top and bottom portions, which is inserted through an upper opening of the lower container ; a shoulder member provided with a male screw which is coupled to an upper outer circumference of the cylindrical tube so as to be coupled with a female screw of the cap at the upper outer circumference, an expanded tube portion which is expanded and formed with a larger diameter at a lower portion of the male screw to be coupled to an upper outer circumference of the lower container , a circumferential valve which is fitted to the outer circumference of the cylindrical tube and descends to move the cosmetic contents in the lower container to a lower portion thereof when the cosmetic contents in the lower container are introduced into the cylindrical tube ; and a brush rod receiving member which is a cylindrical member with opened upper and lower portions and is vertically movable upward and downward in an inner circumference of the cylindrical tube , on the lower surface of which a fitting portion to which a valve body is fitted is formed, and a wiper member is inserted into an upper inner portion thereof. a cap of a cylindrical member, to a lower center of which a brush rod is fitted and at a lower inner circumference thereof a female screw is formed; a lower container of a cylindrical member, an upper portion of which is open and a bottom portion thereof is closed to contain cosmetic contents; a cylindrical tube having opened top and bottom portions, which is inserted through an upper opening of the lower container ; a shoulder member provided with a male screw which is coupled to an upper outer circumference of the cylindrical tube so as to be coupled with a female screw of the cap at the upper outer circumference, an expanded tube portion which is expanded and formed with a larger diameter at a lower portion of the male screw to be coupled to an upper outer circumference of the lower container , a circumferential valve which is fitted to the outer circumference of the cylindrical tube and descends to move the cosmetic contents in the lower container to a lower portion thereof when the cosmetic contents in the lower container are introduced into the cylindrical tube ; and a brush rod receiving member which is a cylindrical member with opened upper and lower portions and is vertically movable upward and downward in an inner circumference of the cylindrical tube , on the lower surface of which a fitting portion to which a valve body is fitted is formed, and a wiper member is inserted into an upper inner portion thereof.
Seat for bicycle saddles, comprising a first inner layer made of a rubber-type material, a second layer , made of a material of the natural or synthetic fabric, placed over said first layer , and a fourth outer layer , made of a material of the natural fabric, said first layer being cured together with said second layer and fourth layer so as to make a compact composite structure, characterized in that it further comprises a third layer , made of a material of the rubber type, placed over said second layer , wherein said fourth outer layer , made of a material of the natural fabric, is placed over said third layer .
Assembly comprising an upper cross-member of a front block for a motor vehicle and a lateral deflector , the upper cross-member comprising: - a prismatic member of longitudinal elongation and configured to extend between two lateral edges of the motor vehicle ; - a perforated grid projecting from an upper face of the prismatic member , the perforated grid being delimited laterally by the lateral deflector which extends to a front face of the prismatic member ; characterised in that a front end of the lateral deflector comprises a notch configured to house an electrical harness of the motor vehicle . - a prismatic member of longitudinal elongation and configured to extend between two lateral edges of the motor vehicle ; - a perforated grid projecting from an upper face of the prismatic member , the perforated grid being delimited laterally by the lateral deflector which extends to a front face of the prismatic member ;
A surgical stapling assembly , comprising: a cartridge jaw , comprising: a proximal end; a distal end positioned opposite said proximal end; a bottom wall; a lateral side wall extending from said bottom wall; and a plurality of jaw windows defined in said lateral side wall; a firing member movable toward said distal end during a firing stroke; and a staple cartridge removably positionable in said cartridge jaw, wherein said staple cartridge comprises: a cartridge body ; a plurality of cartridge windows defined in said cartridge body, wherein said cartridge windows are aligned with said jaw windows when said staple cartridge is positioned in said cartridge jaw; staples removably stored in said cartridge body; and a sled movable toward said distal end during said firing stroke to eject said staples from said cartridge body, wherein said sled is visible through the aligned cartridge windows and jaw windows as said sled passes the aligned cartridge windows and jaw windows during said firing stroke such that the progress of said sled during said firing stroke is observable through said cartridge windows and said jaw windows. a cartridge jaw , comprising: a proximal end; a distal end positioned opposite said proximal end; a bottom wall; a lateral side wall extending from said bottom wall; and a plurality of jaw windows defined in said lateral side wall; a proximal end; a distal end positioned opposite said proximal end; a bottom wall; a lateral side wall extending from said bottom wall; and a plurality of jaw windows defined in said lateral side wall; a firing member movable toward said distal end during a firing stroke; and a staple cartridge removably positionable in said cartridge jaw, wherein said staple cartridge comprises: a cartridge body ; a plurality of cartridge windows defined in said cartridge body, wherein said cartridge windows are aligned with said jaw windows when said staple cartridge is positioned in said cartridge jaw; staples removably stored in said cartridge body; and a sled movable toward said distal end during said firing stroke to eject said staples from said cartridge body, wherein said sled is visible through the aligned cartridge windows and jaw windows as said sled passes the aligned cartridge windows and jaw windows during said firing stroke such that the progress of said sled during said firing stroke is observable through said cartridge windows and said jaw windows. a cartridge body ; a plurality of cartridge windows defined in said cartridge body, wherein said cartridge windows are aligned with said jaw windows when said staple cartridge is positioned in said cartridge jaw; staples removably stored in said cartridge body; and a sled movable toward said distal end during said firing stroke to eject said staples from said cartridge body, wherein said sled is visible through the aligned cartridge windows and jaw windows as said sled passes the aligned cartridge windows and jaw windows during said firing stroke such that the progress of said sled during said firing stroke is observable through said cartridge windows and said jaw windows.
Method of manufacturing an atomising body for an atomising device, the method comprising the steps of: - providing a support element having a first layer on a first surface of the support element and a second layer on a second surface of the support element , the first layer comprising a first perforated membrane and the second layer comprising a process orifice and a second perforated membrane arranged adjacent the process orifice , - etching a cavity through the support element , the cavity forming a fluid connection from the process orifice to the first perforated membrane and from the first perforated membrane to the second perforated membrane , by providing an etching substance to the process orifice ; and - sealing the process orifice by a cover . - providing a support element having a first layer on a first surface of the support element and a second layer on a second surface of the support element , the first layer comprising a first perforated membrane and the second layer comprising a process orifice and a second perforated membrane arranged adjacent the process orifice , - etching a cavity through the support element , the cavity forming a fluid connection from the process orifice to the first perforated membrane and from the first perforated membrane to the second perforated membrane , by providing an etching substance to the process orifice ; and - sealing the process orifice by a cover .
A pouring spout for attachment to a container neck , comprising an outer tubular portion for enclosing an exterior surface of the neck and having a centre axis (A), and an inward extending projection for engaging an exterior flange of the neck for fastening the spout to the neck , wherein the spout also comprises an inner tubular portion extending in the axial direction for engaging an interior surface of the neck , wherein the inner tubular portion is spaced apart from the outer tubular portion in the radial direction to form a gap between the outer tubular portion and the inner tubular portion , characterised in that a surface of the inner tubular portion facing the outer tubular portion is formed with a plurality of radially displaced steps , such that the inner tubular portion is tapered downward toward a free end thereof.
A method implemented by a controller for controlling a print device comprising: comparing a length of an image with a threshold associated to the print device ; and in response to a determination that the length of the image is greater than the threshold: subdividing the image into a sequence of print frames, each print frame having length equal to or less than the threshold; defining respective overlapping portions of at least two consecutive print frames; performing a stitching operation to modify the respective overlapping portions of the at least two consecutive print frames; and controlling the print device to sequentially print the at least two consecutive print frames whereby the modified overlapping portions are at least partially superposed during printing of the at least two consecutive print frames. comparing a length of an image with a threshold associated to the print device ; and in response to a determination that the length of the image is greater than the threshold: subdividing the image into a sequence of print frames, each print frame having length equal to or less than the threshold; defining respective overlapping portions of at least two consecutive print frames; performing a stitching operation to modify the respective overlapping portions of the at least two consecutive print frames; and controlling the print device to sequentially print the at least two consecutive print frames whereby the modified overlapping portions are at least partially superposed during printing of the at least two consecutive print frames. subdividing the image into a sequence of print frames, each print frame having length equal to or less than the threshold; defining respective overlapping portions of at least two consecutive print frames; performing a stitching operation to modify the respective overlapping portions of the at least two consecutive print frames; and controlling the print device to sequentially print the at least two consecutive print frames whereby the modified overlapping portions are at least partially superposed during printing of the at least two consecutive print frames.
A personal care system comprising a personal care appliance , a monitor device , a primary accessory device , and a secondary accessory device , the monitor device comprising: a processor ; a memory connected to the processor; a first interface connected to the processor , the first interface configured for connecting the monitor device to the personal care appliance ; and a second interface comprising a transceiver module connected to the processor and configured for connecting the monitor device to the primary accessory device and the secondary accessory device , the primary accessory device being a first handheld device and the secondary accessory device being a second handheld device, wherein the monitor device is configured to: establish a primary connection between the monitor device 6) and the primary accessory device ; transmit primary monitor data (MD_1) to the primary accessory device via the primary connection; determine whether a first primary connection criterion (CC_1_1) based on a quality of the primary connection is satisfied; and wherein the monitor device is further configured to, in accordance with a determination that the first primary connection criterion is not satisfied, determine secondary monitor data (MD_2), and transmit the secondary monitor data (MD_2) to the secondary accessory device . a processor ; a memory connected to the processor; a first interface connected to the processor , the first interface configured for connecting the monitor device to the personal care appliance ; and a second interface comprising a transceiver module connected to the processor and configured for connecting the monitor device to the primary accessory device and the secondary accessory device , the primary accessory device being a first handheld device and the secondary accessory device being a second handheld device, establish a primary connection between the monitor device 6) and the primary accessory device ; transmit primary monitor data (MD_1) to the primary accessory device via the primary connection; determine whether a first primary connection criterion (CC_1_1) based on a quality of the primary connection is satisfied; and wherein the monitor device is further configured to, in accordance with a determination that the first primary connection criterion is not satisfied, determine secondary monitor data (MD_2), and transmit the secondary monitor data (MD_2) to the secondary accessory device .
A crimping structure comprising: a crimping terminal has a base plate and a crimping blade part on the base plate ; a coated electric wire that has a conductor which is electrically connected to the crimping blade part by crimping the coated electric wire to the crimping blade part by pressing the coated electric wire into a slit in the crimping blade part so that coatings of the coated electric wire are cut and the conductor contacts the crimping blade part , and is bend to be formed into a mountain-like shape whose top part is a connecting part where the conductor and the crimping blade part are connected; and an insulative resin part that covers a part of the coated electric wire from the top part to hem parts at two sides of the mountain-like shape below and the crimping blade part , wherein the insulative resin part includes the connecting part and is integrally molded to coat the crimping blade part and the coated electric wire around the connecting part , wherein the crimping blade part is a protruded piece protruding from one side part of the base plate , and wherein a terminal clamping space is concavely provided in the insulative resin part to expose base plate front and back surfaces at the other side part of the base plate , which is opposite to the one side part in order to perform a conduction inspection. a crimping terminal has a base plate and a crimping blade part on the base plate ; a coated electric wire that has a conductor which is electrically connected to the crimping blade part by crimping the coated electric wire to the crimping blade part by pressing the coated electric wire into a slit in the crimping blade part so that coatings of the coated electric wire are cut and the conductor contacts the crimping blade part , and is bend to be formed into a mountain-like shape whose top part is a connecting part where the conductor and the crimping blade part are connected; and an insulative resin part that covers a part of the coated electric wire from the top part to hem parts at two sides of the mountain-like shape below and the crimping blade part , wherein the insulative resin part includes the connecting part and is integrally molded to coat the crimping blade part and the coated electric wire around the connecting part , wherein the crimping blade part is a protruded piece protruding from one side part of the base plate , and wherein a terminal clamping space is concavely provided in the insulative resin part to expose base plate front and back surfaces at the other side part of the base plate , which is opposite to the one side part in order to perform a conduction inspection.
A glass composition comprising: (a) Al 2 O 3 , ZnO, and SiO 2 ; (b) TiO 2 , in the amount of at least 10 mol% and not greater than 20 mol%; (c) alkaline metal oxide selected from the group consisting of MgO, CaO, SrO, BaO, or any combination thereof, such that the molar sum of MgO, CaO, SrO, BaO, and ZnO, in the amount in the glass composition is least 20 mol% and not greater than 35 mol%, and such that: (i) the amount of BaO is 0 to 10 mol%; (ii) the amount of MgO is 0 to 10 mol% (iii) the amount of CaO is 0 to 10 mol%, and the molar sum of CaO and MgO in the glass composition is less than 12.5 mol%; (d) rare earth metal oxides (∑RE m O n ), in the amount of at least 1.5 mol% and not greater than 10 mol%; (e) alkali metal oxides (∑Alk 2 O), in the amount of greater than or equal to 0 mol% and less than or equal to 5 mol%; and (f) not greater than 5 mol% of other components; and wherein (g) -5 mol% ≤ Al 2 O 3 (mol%) - 1.5 ∑RE m O n (mol%) - ∑Alk 2 O (mol%) ≤ +5 mol%. (a) Al 2 O 3 , ZnO, and SiO 2 ; (b) TiO 2 , in the amount of at least 10 mol% and not greater than 20 mol%; (c) alkaline metal oxide selected from the group consisting of MgO, CaO, SrO, BaO, or any combination thereof, such that the molar sum of MgO, CaO, SrO, BaO, and ZnO, in the amount in the glass composition is least 20 mol% and not greater than 35 mol%, and such that: (i) the amount of BaO is 0 to 10 mol%; (ii) the amount of MgO is 0 to 10 mol% (iii) the amount of CaO is 0 to 10 mol%, and the molar sum of CaO and MgO in the glass composition is less than 12.5 mol%; (i) the amount of BaO is 0 to 10 mol%; (ii) the amount of MgO is 0 to 10 mol% (iii) the amount of CaO is 0 to 10 mol%, and the molar sum of CaO and MgO in the glass composition is less than 12.5 mol%; (d) rare earth metal oxides (∑RE m O n ), in the amount of at least 1.5 mol% and not greater than 10 mol%; (e) alkali metal oxides (∑Alk 2 O), in the amount of greater than or equal to 0 mol% and less than or equal to 5 mol%; and (f) not greater than 5 mol% of other components; and wherein (g) -5 mol% ≤ Al 2 O 3 (mol%) - 1.5 ∑RE m O n (mol%) - ∑Alk 2 O (mol%) ≤ +5 mol%.
A light-emitting device comprising: a main substrate that includes a central part and a peripheral part that surrounds the central part; a plurality of light sources that are each disposed on a light source substrate on the central part of the main substrate , the peripheral part being inclined relative to the central part ; a reflection sheet that covers the main substrate and the light source substrate; a plurality of lenses disposed to correspond to the plurality of light sources respectively, the plurality of lenses applying optical effects to beams of light from the plurality of light sources respectively; and one or more light reflection members (50A-D) that are each disposed on the peripheral part , the one or more light reflection members (50A-D) being sheet-shaped or film-shaped members, with the reflection sheet interposed between the one or more light reflection members (50A-D) and the peripheral part , the light reflection members each having reflectance that is higher than the reflectance of the main substrate, wherein the main substrate has a rectangular shape in which a first direction is set as a longitudinal direction, and wherein the light reflection members (50A-D) are each disposed on four corners of the peripheral part of the main substrate. a main substrate that includes a central part and a peripheral part that surrounds the central part; a plurality of light sources that are each disposed on a light source substrate on the central part of the main substrate , the peripheral part being inclined relative to the central part ; a reflection sheet that covers the main substrate and the light source substrate; a plurality of lenses disposed to correspond to the plurality of light sources respectively, the plurality of lenses applying optical effects to beams of light from the plurality of light sources respectively; and one or more light reflection members (50A-D) that are each disposed on the peripheral part , the one or more light reflection members (50A-D) being sheet-shaped or film-shaped members, with the reflection sheet interposed between the one or more light reflection members (50A-D) and the peripheral part , the light reflection members each having reflectance that is higher than the reflectance of the main substrate, wherein the main substrate has a rectangular shape in which a first direction is set as a longitudinal direction, and wherein the light reflection members (50A-D) are each disposed on four corners of the peripheral part of the main substrate.
A method of controlling a pneumatic or hydraulic actuator of a process device , preferably a control valve, in a process automation system, comprising controlling a pneumatic or hydraulic actuator of a process device by an actuator pressure outputted (C1, 10) to the actuator , and measuring the outputted actuator pressure, characterized by controlling a pneumatic or hydraulic actuator of a process device in a simulated feedback mode, wherein a simulated position feedback (hsim) of the actuator or the process device is derived from the measured outputted actuator pressure (p) by a simulation model , and a position (h) of the actuator or the process device is controlled by controlling the actuator pressure outputted (C1, 10) to the actuator based on a setpoint position (hsp) and the simulated position feedback (hsim). controlling a pneumatic or hydraulic actuator of a process device in a simulated feedback mode, wherein a simulated position feedback (hsim) of the actuator or the process device is derived from the measured outputted actuator pressure (p) by a simulation model , and a position (h) of the actuator or the process device is controlled by controlling the actuator pressure outputted (C1, 10) to the actuator based on a setpoint position (hsp) and the simulated position feedback (hsim).