mhurhangee/patent-ind-claim-en huggingface dataset:
A battery assembly , comprising a battery unit and a battery holding unit , the battery unit comprising a battery , a first engaging portion , and a second engaging portion , the first engaging portion and the second engaging portion disposed on an end portion of the battery , the second engaging portion being movable relative to the end portion , the battery unit removably held by the battery holding unit , the battery holding unit comprising a holding member , wherein the battery assembly is characterized in that : the second engaging portion and the first engaging portion are respectively disposed at an upstream and a downstream along a detachment direction (D2) along which the battery unit leaves the battery holding unit ; the holding member configured to engage with the first engaging portion to hold the battery unit at a first position or to engage with the second engaging portion to hold the battery unit at a second position, and when the holding member and the first engaging portion relatively move away from each other along a disengagement direction (D1), the battery unit moves along the detachment direction (D2) from the first position to the second position at which the holding member engages with the second engaging portion , and the second engaging portion is allowed to move relative to the end portion to disengage from the holding member , so that the battery unit moves again along the detachment direction (D2) to be removed from the battery holding unit . the second engaging portion and the first engaging portion are respectively disposed at an upstream and a downstream along a detachment direction (D2) along which the battery unit leaves the battery holding unit ; the holding member configured to engage with the first engaging portion to hold the battery unit at a first position or to engage with the second engaging portion to hold the battery unit at a second position, and when the holding member and the first engaging portion relatively move away from each other along a disengagement direction (D1), the battery unit moves along the detachment direction (D2) from the first position to the second position at which the holding member engages with the second engaging portion , and the second engaging portion is allowed to move relative to the end portion to disengage from the holding member , so that the battery unit moves again along the detachment direction (D2) to be removed from the battery holding unit .
Support apparatus for mounting valves in piping systems and a valve assembly, comprising: a valve assembly comprising a valve; a valve mount having a valve attachment assembly for affixing the valve assembly thereto, the valve mount defining a first mounting assembly spaced from the valve attachment assembly ; and a slide mount that defines a longitudinal axis (Lm), the slide mount having a second mounting assembly , the second mounting assembly couples to the first mounting assembly of the valve mount to secure the valve mount to the slide mount in such a manner that the valve mount has freedom of movement confined along the longitudinal axis (Lm), the slide mount further having a third mounting assembly spaced from the second mounting assembly of the slide mount , the third mounting assembly configured to couple to a base that defines a longitudinal axis (Lb) oriented orthogonally to the longitudinal axis (Lm), in which the slide mount can be moved along the longitudinal axis (Lb) between opposing ends of the base , wherein the valve attachment assembly of the valve mount is configured to secure the valve assembly so that a flow axis (Lf) of a valve is aligned with the longitudinal axis (Lm) of the slide mount . a valve mount having a valve attachment assembly for affixing the valve assembly thereto, the valve mount defining a first mounting assembly spaced from the valve attachment assembly ; and a slide mount that defines a longitudinal axis (Lm), the slide mount having a second mounting assembly , the second mounting assembly couples to the first mounting assembly of the valve mount to secure the valve mount to the slide mount in such a manner that the valve mount has freedom of movement confined along the longitudinal axis (Lm), the slide mount further having a third mounting assembly spaced from the second mounting assembly of the slide mount , the third mounting assembly configured to couple to a base that defines a longitudinal axis (Lb) oriented orthogonally to the longitudinal axis (Lm), in which the slide mount can be moved along the longitudinal axis (Lb) between opposing ends of the base , wherein the valve attachment assembly of the valve mount is configured to secure the valve assembly so that a flow axis (Lf) of a valve is aligned with the longitudinal axis (Lm) of the slide mount .
A dielectric film , comprising: an organic resin; and a plurality of fine particles containing a metal element, an average of diameters of the fine particles falling in a range of 0.5 nm to 50 nm, characterized in that the organic resin contains a resin material having polyester as main backbone, and the resin material has an alkoxy group. an organic resin; and a plurality of fine particles containing a metal element, an average of diameters of the fine particles falling in a range of 0.5 nm to 50 nm, characterized in that the organic resin contains a resin material having polyester as main backbone, and the resin material has an alkoxy group.
A painted surface finishing method, comprising: preparing a surface suitable for finish polishing by removing irregularities in the painted surface using a polishing material comprising a polishing layer having a structural surface where a plurality of three-dimensional elements are provided; and finish polishing the surface; the polishing layer comprising abrasive diamond particles, the method characterised by diamond particles with an average particle diameter of 0.5 to 5 μm and a binder containing an epoxy resin. preparing a surface suitable for finish polishing by removing irregularities in the painted surface using a polishing material comprising a polishing layer having a structural surface where a plurality of three-dimensional elements are provided; and finish polishing the surface; the polishing layer comprising abrasive diamond particles, the method characterised by diamond particles with an average particle diameter of 0.5 to 5 μm and a binder containing an epoxy resin.
A laundry care composition comprising: (a) at least one laundry care ingredient and (b) at least one fluorescent moiety covalently bound to at least one second moiety selected from the group consisting of leuco moieties, an oxidized form of a leuco moiety, or a mixture thereof.
A method of improving control of maize seed size in a hybrid seed production field, comprising: (i) determining the moisture content of seed in the field; and (ii) treating said field with a defoliation means, wherein timing of the treatment is based on the moisture content of the seed, wherein the % seed moisture is between 35% and 70% at the time of treating; thereby reducing the proportion of produced seed that passes through 16.5/64" in a round hole screen and that does not pass through 23/64" in a round hole screen. (i) determining the moisture content of seed in the field; and (ii) treating said field with a defoliation means, wherein timing of the treatment is based on the moisture content of the seed, wherein the % seed moisture is between 35% and 70% at the time of treating;
A vibratory sensor for measuring a property of a fluid material, comprising: a vibratory element configured to generate a vibration signal; and a meter electronics coupled to the vibratory element and receiving the vibration signal, with the meter electronics comprising: a gain stage coupled to the vibratory element and receiving the vibration signal, with the gain stage amplifying the vibration signal by a predetermined gain to generate a saturated vibration signal; and a signal processor coupled to the gain stage , with a first input of the signal processor receiving the saturated vibration signal and determining a vibration signal frequency from the saturated vibration signal and with a second input of the signal processor receiving the vibration signal and determining a vibration signal amplitude from the vibration signal; and a drive circuit , with the signal processor providing the vibration signal amplitude and the vibration signal frequency to the drive circuit , with the drive circuit generating a drive signal using the vibration signal amplitude and the vibration signal frequency. a vibratory element configured to generate a vibration signal; and a meter electronics coupled to the vibratory element and receiving the vibration signal, with the meter electronics comprising: a gain stage coupled to the vibratory element and receiving the vibration signal, with the gain stage amplifying the vibration signal by a predetermined gain to generate a saturated vibration signal; and a signal processor coupled to the gain stage , with a first input of the signal processor receiving the saturated vibration signal and determining a vibration signal frequency from the saturated vibration signal and with a second input of the signal processor receiving the vibration signal and determining a vibration signal amplitude from the vibration signal; and a drive circuit , with the signal processor providing the vibration signal amplitude and the vibration signal frequency to the drive circuit , with the drive circuit generating a drive signal using the vibration signal amplitude and the vibration signal frequency. a gain stage coupled to the vibratory element and receiving the vibration signal, with the gain stage amplifying the vibration signal by a predetermined gain to generate a saturated vibration signal; and a signal processor coupled to the gain stage , with a first input of the signal processor receiving the saturated vibration signal and determining a vibration signal frequency from the saturated vibration signal and with a second input of the signal processor receiving the vibration signal and determining a vibration signal amplitude from the vibration signal; and a drive circuit , with the signal processor providing the vibration signal amplitude and the vibration signal frequency to the drive circuit , with the drive circuit generating a drive signal using the vibration signal amplitude and the vibration signal frequency.
An absorbent structure for use as part of an absorbent article, wherein the absorbent structure is a heterogeneous mass comprising a longitudinal axis, a lateral axis, a vertical axis, a plurality of elements and a plurality of discrete open cell foam pieces wherein the discrete open cell foam pieces enrobe the elements , and wherein the elements are a web.
A method of forming a hollow structure (300; 400), the method comprising: forming a first weld joint (346; 446) internal to the hollow structure (300; 400) by: providing a first component (310; 410) having a base portion (311; 411) and a flange (312; 412) extending from the base portion (311; 411); providing a second component (330; 430); bringing the second component (330; 430) and the flange (312; 412) into abutment and applying a load to the flange (312; 412) via the second component (330; 430), wherein the flange (312; 412) is biased against the second component (330; 430) by a reaction of the first component (310; 410) to the load; and vibrating one of the first and the second components to form the first weld joint (347; 447) between at least a part of the second component (330; 430) and at least a part of the flange (312; 412), and characterised in that the method further comprises: forming a second weld joint (347; 447) between the second component (330; 430) and the first component (310; 410) to form the hollow structure (300; 400). forming a first weld joint (346; 446) internal to the hollow structure (300; 400) by: providing a first component (310; 410) having a base portion (311; 411) and a flange (312; 412) extending from the base portion (311; 411); providing a second component (330; 430); bringing the second component (330; 430) and the flange (312; 412) into abutment and applying a load to the flange (312; 412) via the second component (330; 430), wherein the flange (312; 412) is biased against the second component (330; 430) by a reaction of the first component (310; 410) to the load; and vibrating one of the first and the second components to form the first weld joint (347; 447) between at least a part of the second component (330; 430) and at least a part of the flange (312; 412), and providing a first component (310; 410) having a base portion (311; 411) and a flange (312; 412) extending from the base portion (311; 411); providing a second component (330; 430); bringing the second component (330; 430) and the flange (312; 412) into abutment and applying a load to the flange (312; 412) via the second component (330; 430), wherein the flange (312; 412) is biased against the second component (330; 430) by a reaction of the first component (310; 410) to the load; and vibrating one of the first and the second components to form the first weld joint (347; 447) between at least a part of the second component (330; 430) and at least a part of the flange (312; 412), and characterised in that the method further comprises: forming a second weld joint (347; 447) between the second component (330; 430) and the first component (310; 410) to form the hollow structure (300; 400).
Heat exchanger, of the type comprising side shoulders , between which the pack of fins and the heat exchange pipes are accommodated, wherein a section of said pipes is arranged protruding outside of at least one of said shoulders , joints also being provided for the connection between said pipe sections at respective widened portions of the latter, said pipe sections being provided with a sleeve having an inner longitudinal hole , said sleeve being arranged coaxially on a section of said pipes , protruding outside the shoulder of the exchanger , characterized in that at least one end of said sleeve has an inner ring-shaped fold , at which, before assembly, a narrowing of the cross section of said hole is formed, and in that said ring-shaped fold of said sleeve is placed at a distance (D1) from said widened portion of the pipe sections .
A system comprising: at least one processor configured to access at least one computer storage with instructions executable by the processor to: access at least one block chain storing video information; determine whether a first video sought to be added to the block chain is an altered copy of an original video represented in the block chain ; responsive to determining that the first video sought to be added to the block chain is an altered copy of the original video, add the first video to the block chain with an indication that the first video has been altered from the original video . access at least one block chain storing video information; determine whether a first video sought to be added to the block chain is an altered copy of an original video represented in the block chain ; responsive to determining that the first video sought to be added to the block chain is an altered copy of the original video, add the first video to the block chain with an indication that the first video has been altered from the original video .
A tool case for storing and transporting tools for a rotary tablet press comprising: - a portable tool case shell in which at least one tool insert is arranged, wherein - the at least one tool insert has a plurality of retaining seats for holding tools , wherein - the retaining seats are designed so that tools held in adjacent retaining seats are spaced from each other so that they do not touch each other, and - the retaining seats each have at least two retaining surfaces designed to accommodate tools with different dimensions, characterized in that the at least two retaining surfaces are formed by several support bars that each extend from an inner wall of the particular retaining surface and toward the center of the particular retaining surface . - a portable tool case shell in which at least one tool insert is arranged, wherein - the at least one tool insert has a plurality of retaining seats for holding tools , wherein - the retaining seats are designed so that tools held in adjacent retaining seats are spaced from each other so that they do not touch each other, and - the retaining seats each have at least two retaining surfaces designed to accommodate tools with different dimensions, characterized in that the at least two retaining surfaces are formed by several support bars that each extend from an inner wall of the particular retaining surface and toward the center of the particular retaining surface .
Orientable screw-in element including a cap formed of a cover integral with a lateral skirt , and a device to adjust the angular orientation of said cap relative to a watch middle part, characterized in that said device to adjust the angular orientation of said cap includes a first part provided with a first flat friction surface , a second part integral with said cap provided with a second flat friction surface and return means intended to cause said cap to rotate integrally with said first part, said cap and said first part being axially movable in relation to each other between a first position (P1), in which said first flat friction surface and said second flat friction surface are each pressed against each other by said return means, and a second position (P2), in which said first flat friction surface and said second flat friction surface are no longer in contact, wherein said return means, said first and second friction surfaces are arranged such that said cap rotates integrally with said first part in said first position (P1) and is free to rotate about the axis of rotation (A-A) of said orientable screw-in element in said second position (P2).
A polishing pad for polishing a substrate, the polishing pad comprising: a polishing body comprising a polymer matrix and a plurality of porogens dispersed throughout the polymer matrix , each of the plurality of porogens comprising a shell with a liquid filler , wherein the shell of each of the plurality of porogens is a polymeric shell comprising a material selected from the group consisting of a block-co-polymer, polyvinylidine chloride, an acrylic material, and acrylonitrile and characterised in that the liquid filler has a boiling point less than 100 degrees Celsius at a pressure of 1 atm.
A surgical stapler , comprising: a support jaw comprising a cartridge , the cartridge having an elongated body configured to removably house a plurality of B-form staples , an anvil movably coupled to the support jaw between a clamped configuration wherein the anvil and the support jaw are configured to clamp tissue positioned therebetween, and a closed configuration wherein a tissue clamping interface in the anvil abuts a tissue clamping interface in the cartridge ; wherein at least one of the plurality of B-form staples having a base length and a leg length, the cartridge further comprising a first slot shaped to receive a translating cutting mechanism , a second slot shaped to house at least a first one of the plurality of staples, and a third slot shaped to house at least a second one of the plurality of staples at an angle oblique to the first one of the plurality of staples ; the anvil and the support jaw comprising the cartridge are shaped to fit within a cannula when in the closed configuration; and an expandable cutting mechanism having a first member , the first member having a cutting portion , the cutting mechanism configured to move between a collapsed configuration wherein: the cutting mechanism is shaped to fit within the cannula and an expanded configuration wherein the cutting mechanism does not fit within the cannula and the first member is movable both longitudinally and transversely relative to the support jaw or cartridge . a support jaw comprising a cartridge , the cartridge having an elongated body configured to removably house a plurality of B-form staples , an anvil movably coupled to the support jaw between a clamped configuration wherein the anvil and the support jaw are configured to clamp tissue positioned therebetween, and a closed configuration wherein a tissue clamping interface in the anvil abuts a tissue clamping interface in the cartridge ; wherein at least one of the plurality of B-form staples having a base length and a leg length, the cartridge further comprising a first slot shaped to receive a translating cutting mechanism , a second slot shaped to house at least a first one of the plurality of staples, and a third slot shaped to house at least a second one of the plurality of staples at an angle oblique to the first one of the plurality of staples ; the anvil and the support jaw comprising the cartridge are shaped to fit within a cannula when in the closed configuration; and an expandable cutting mechanism having a first member , the first member having a cutting portion , the cutting mechanism configured to move between a collapsed configuration wherein: the cutting mechanism is shaped to fit within the cannula and an expanded configuration wherein the cutting mechanism does not fit within the cannula and the first member is movable both longitudinally and transversely relative to the support jaw or cartridge .
A device, comprising: a capacitance sensor layer ; a transparent conductive grounded layer , wherein the conductive grounded layer is placed above a backlight of the display device and under the capacitance sensor layer in a direction opposite to a targeted sensing direction of the device and under a thin film transistor, TFT, layer , and the capacitance sensor layer is placed above the TFT layer ; wherein the distance between the capacitance sensor layer and the conductive grounded layer is configured to remain within a threshold over a range of deformation; a first flexible printed circuit conductor , which is connected to the main ground of the device; and a second flexible printed circuit conductor , which is connected to the conductive grounded layer by a layer of conductive adhesive and to a LED , wherein the second flexible conductor includes a galvanic connection to the first flexible printed circuit and thereby provides a galvanic connection of the conductive grounded layer to the main ground of the device. a capacitance sensor layer ; a transparent conductive grounded layer , wherein the conductive grounded layer is placed above a backlight of the display device and under the capacitance sensor layer in a direction opposite to a targeted sensing direction of the device and under a thin film transistor, TFT, layer , and the capacitance sensor layer is placed above the TFT layer ; wherein the distance between the capacitance sensor layer and the conductive grounded layer is configured to remain within a threshold over a range of deformation; a first flexible printed circuit conductor , which is connected to the main ground of the device; and a second flexible printed circuit conductor , which is connected to the conductive grounded layer by a layer of conductive adhesive and to a LED , wherein the second flexible conductor includes a galvanic connection to the first flexible printed circuit and thereby provides a galvanic connection of the conductive grounded layer to the main ground of the device.