mhurhangee/patent-ind-claim-en huggingface dataset:
A computing system, comprising: a storage system (200; 1300a, 1300b; 2200) configured to store data; and a host (100; 2100; 3100) configured to compress (S810; S930) a data block (DATA BLOCK 1) of a preset size (L1) loaded to a memory (130; 1200a, 1200b; 2120; 3140), generate (S820; S950) a merged block (m_Block) of the preset size (L1) by merging a compressed block (c_BLOCK) corresponding to the data block (DATA BLOCK 1), an identifier (N1) of a node block referring the data block (DATA BLOCK 1), and an offset (ofs) indicating an index of the data block (DATA BLOCK 1) among at least one data block referred by the node block , and provide (S830) the merged block (m_Block) to the storage system (200; 1300a, 1300b; 2200). a storage system (200; 1300a, 1300b; 2200) configured to store data; and a host (100; 2100; 3100) configured to compress (S810; S930) a data block (DATA BLOCK 1) of a preset size (L1) loaded to a memory (130; 1200a, 1200b; 2120; 3140), generate (S820; S950) a merged block (m_Block) of the preset size (L1) by merging a compressed block (c_BLOCK) corresponding to the data block (DATA BLOCK 1), an identifier (N1) of a node block referring the data block (DATA BLOCK 1), and an offset (ofs) indicating an index of the data block (DATA BLOCK 1) among at least one data block referred by the node block , and provide (S830) the merged block (m_Block) to the storage system (200; 1300a, 1300b; 2200).
A composition for use as a machine dishwashing detergent or additive, preferably rinse aid, comprising: from 25 to 80 wt% of at least one vinyl acetate-vinyl alcohol copolymer, where the at least one copolymer has a degree of hydrolysis of 95 to 99 mol %; from 1 to 25 wt% of at least one polyhydric alcohol; and from 5 to 50 wt% of a first active agent which is: a polymer comprising a monomer having at least one carboxylic acid group or a salt or ester thereof; a polymer comprising a monomer having at least one imine group or a salt thereof; or a polymer comprising a monomer having at least one aspartic acid group or a salt or ester thereof, and wherein the composition gradually dissolves and/or disperses over a plurality of wash programs in a machine dishwasher. from 25 to 80 wt% of at least one vinyl acetate-vinyl alcohol copolymer, where the at least one copolymer has a degree of hydrolysis of 95 to 99 mol %; from 1 to 25 wt% of at least one polyhydric alcohol; and from 5 to 50 wt% of a first active agent which is: a polymer comprising a monomer having at least one carboxylic acid group or a salt or ester thereof; a polymer comprising a monomer having at least one imine group or a salt thereof; or a polymer comprising a monomer having at least one aspartic acid group or a salt or ester thereof, and wherein the composition gradually dissolves and/or disperses over a plurality of wash programs in a machine dishwasher.
A filter assembly comprising: (a) a filter cartridge comprising a closed end and an open end ; a handle attached to the closed end, at least one filter module interposed between the closed end and the open end ; and a first coupling member attached to the open end , the first coupling member having a central lumen therethrough and an external surface , and at least one lug extending from the exterior surface, the lug having an outer diameter (II); and, (b) a support comprising a second coupling member , the second coupling member having a central lumen therethrough and a side wall having at least one channel for receiving the lug , the channel having corresponding parallel channel walls , a terminal section including a closed end and a horizontal axis (H), and an angled section (A), angled from the horizontal axis, the angled section (A) having an open end , the terminal section including a lug retaining section having a cross-sectional area (I) narrower than the outer diameter of the lug , the lug retaining section providing resistance as the lug passes through the narrower cross-sectional area, whereas the walls and of the angled section of the channel are parallel to each other as continuous straight walls, and the walls and in the terminal section are parallel to each other as continuous straight walls; wherein the filter cartridge is engageable with the support by coupling the first and second coupling members (100; 200) together such that the lug is rotated in the channel from the angled section (A), through the lug retaining section , into the terminal section , the lug retaining section preventing the lug from rotating out of the terminal section . (a) a filter cartridge comprising a closed end and an open end ; a handle attached to the closed end, at least one filter module interposed between the closed end and the open end ; and a first coupling member attached to the open end , the first coupling member having a central lumen therethrough and an external surface , and at least one lug extending from the exterior surface, the lug having an outer diameter (II); and, (b) a support comprising a second coupling member , the second coupling member having a central lumen therethrough and a side wall having at least one channel for receiving the lug , the channel having corresponding parallel channel walls , a terminal section including a closed end and a horizontal axis (H), and an angled section (A), angled from the horizontal axis, the angled section (A) having an open end , the terminal section including a lug retaining section having a cross-sectional area (I) narrower than the outer diameter of the lug , the lug retaining section providing resistance as the lug passes through the narrower cross-sectional area, whereas the walls and of the angled section of the channel are parallel to each other as continuous straight walls, and the walls and in the terminal section are parallel to each other as continuous straight walls;
An epoxy composition comprising a) an epoxy resin; b) a curing agent; and c) a bio-based epoxy compound having a structure I: wherein said bio-based epoxy compound having a structure I consists of 100% bio-based carbon atoms according ASTM D6866. a) an epoxy resin; b) a curing agent; and c) a bio-based epoxy compound having a structure I: wherein said bio-based epoxy compound having a structure I consists of 100% bio-based carbon atoms according ASTM D6866.
Tyre, the tread of which comprises a rubber composition based on at least: - a diene elastomer; - 50 to 150 phr of a reinforcing filler; - a crosslinking system; - a plasticizing system comprising at least more than 15 to 80 phr of a non-polymeric phenolic compound, the melting point of which is less than 170°C. - a diene elastomer; - 50 to 150 phr of a reinforcing filler; - a crosslinking system; - a plasticizing system comprising at least more than 15 to 80 phr of a non-polymeric phenolic compound, the melting point of which is less than 170°C.
A folding unit for folding sheet-like products (S) made of tissue paper or the like, comprising a first folding cylinder and a second folding cylinder mutually counter-rotating and tangentially cooperating in a release and pinch point to carry out the folding of said sheet-like products (S), said first folding cylinder comprising a work surface , paper material cutting means extending along respective generatrices of the first folding cylinder regularly spaced around the circumference, and vacuum means adapted to hold said sheet-like products (S) over said work surface , wherein said vacuum means comprise first vacuum means extensively distributed over said work surface adapted to transmit a high vacuum over a determined rotation angle of the first folding cylinder upstream of said release point, and to transmit a rough vacuum or no vacuum over a determined rotation angle downstream of said release point, characterized in that it further comprises second vacuum means , pneumatically independent with respect to said first vacuum means , arranged immediately upstream of respective cutting means and adapted to transmit a high vacuum at least over a determined rotation angle downstream of said release point.
Cover device , comprising: - a cover , suitable to assume a wound configuration and an outstretched configuration, - a hard case suitable to be placed on a stand keeping said case elevated with respect to a lower bottom surface , said case being suitable to assume a closed configuration, in which the cover is at least mostly contained in said case in a wound configuration, and an open configuration, in which the cover is suitable to come out, unwinding and outstretching itself around said case in a radial direction (K), passing from the wound configuration to the outstretched configuration to cover an area of space under the cover and comprised between the lower bottom surface and said cover ; characterized in that the cover comprises at least one inner chamber in a flexible material and sealing to fluid material and in that said cover device comprises an inflation device and a deflation device of the cover, said inflation and deflation device being in fluidic communication with the at least one inner chamber to inflate and deflate the cover by means of a fluid introduced to or removed from the inner chamber . - a cover , suitable to assume a wound configuration and an outstretched configuration, - a hard case suitable to be placed on a stand keeping said case elevated with respect to a lower bottom surface ,
Levelling system (10; 10') for a vehicle, in particular a rail vehicle , comprising at least one levelling cylinder and a levelling piston (16; 16'), wherein the levelling piston (16; 16') is at least partially provided in the levelling cylinder in a movable manner for setting the level of the rail vehicle , wherein the levelling system (10; 10') comprises at least one guiding element , which is arranged within the levelling piston (16; 16') and partially protrudes from the levelling piston (16; 16') into at least one recess of the levelling cylinder such that an end stop in a longitudinal direction is provided for the relative movement between the levelling piston (16; 16') and the levelling cylinder , characterized in that the at least one recess of the levelling cylinder is formed as a groove extending on an inner diameter of the levelling cylinder and along a part of the longitudinal extension of the levelling cylinder , wherein the levelling piston (16; 16') comprises a central hole (16a.1; 16'a.1) which is formed such that the at least one guiding element is able to be passed through. wherein the levelling piston (16; 16') is at least partially provided in the levelling cylinder in a movable manner for setting the level of the rail vehicle , wherein the levelling system (10; 10') comprises at least one guiding element , which is arranged within the levelling piston (16; 16') and partially protrudes from the levelling piston (16; 16') into at least one recess of the levelling cylinder such that an end stop in a longitudinal direction is provided for the relative movement between the levelling piston (16; 16') and the levelling cylinder , characterized in that the at least one recess of the levelling cylinder is formed as a groove extending on an inner diameter of the levelling cylinder and along a part of the longitudinal extension of the levelling cylinder , wherein the levelling piston (16; 16') comprises a central hole (16a.1; 16'a.1) which is formed such that the at least one guiding element is able to be passed through.
A method of producing high-cleanliness steel, the method comprising: adding Si and then adding Al to molten steel in a converter to subject the molten steel to deoxidation treatment; performing ladle refining of adding CaO-containing flux to the molten steel and of subjecting the molten steel to desulfurization treatment using a ladle furnace; thereafter subjecting the molten steel to vacuum degassing treatment using a vacuum degasser; thereafter adding Ca-containing metal to the molten steel; and thereafter continuously casting the molten steel, wherein Si is not added to the molten steel in the ladle refining, or wherein in a case of adding additional Si for adjusting a chemical composition of the molten steel, the additional Si is added in a first half of a treatment period of the ladle refining and is not added in a latter half of the treatment period of the ladle refining and in a period of the vacuum degassing treatment, and wherein a Ca concentration in the molten steel after the vacuum degassing treatment and before the addition of the Ca-containing metal is 0.0004 mass% or less, and an addition amount of the Ca-containing metal is set to satisfy the following Formula : 1.00 ≤ % Ca − 0.18 + 130 × % Ca × % O / 1.25 / % S ≤ 2.00 where [%Ca], [%O], and [%S] are respective concentrations of elements Ca, O, and S in the molten steel in a tundish, in mass%. adding Si and then adding Al to molten steel in a converter to subject the molten steel to deoxidation treatment; performing ladle refining of adding CaO-containing flux to the molten steel and of subjecting the molten steel to desulfurization treatment using a ladle furnace; thereafter subjecting the molten steel to vacuum degassing treatment using a vacuum degasser; thereafter adding Ca-containing metal to the molten steel; and thereafter continuously casting the molten steel, wherein Si is not added to the molten steel in the ladle refining, or wherein in a case of adding additional Si for adjusting a chemical composition of the molten steel, the additional Si is added in a first half of a treatment period of the ladle refining and is not added in a latter half of the treatment period of the ladle refining and in a period of the vacuum degassing treatment, and wherein a Ca concentration in the molten steel after the vacuum degassing treatment and before the addition of the Ca-containing metal is 0.0004 mass% or less, and an addition amount of the Ca-containing metal is set to satisfy the following Formula : 1.00 ≤ % Ca − 0.18 + 130 × % Ca × % O / 1.25 / % S ≤ 2.00 where [%Ca], [%O], and [%S] are respective concentrations of elements Ca, O, and S in the molten steel in a tundish, in mass%.
A method of producing a silicon/carbon composite material characterized in that it comprises the following successive steps: - providing a silicon/polymer composite material formed by silicon particles coated with a carbon-based polymer coating, a carbon precursor and capable of being crosslinked, the carbon-based polymer being polyvinyl alcohol (PVA), - performing at least partial crosslinking of the polymer of the silicon/polymer composite material so as to obtain a crosslinked silicon/polymer composite material, the polymer having a crosslinking rate greater than or equal to 50%, said crosslinking being carried out by oxidation in air at a temperature between 150 ° C and 210 ° C, for a period of at least 10 hours, and, - pyrolyzing the crosslinked silicon/polymer composite material until obtaining said silicon/carbon composite material, said silicon/carbon composite material being formed by silicon particles coated with a carbon layer. - providing a silicon/polymer composite material formed by silicon particles coated with a carbon-based polymer coating, a carbon precursor and capable of being crosslinked, the carbon-based polymer being polyvinyl alcohol (PVA), - performing at least partial crosslinking of the polymer of the silicon/polymer composite material so as to obtain a crosslinked silicon/polymer composite material, the polymer having a crosslinking rate greater than or equal to 50%, said crosslinking being carried out by oxidation in air at a temperature between 150 ° C and 210 ° C, for a period of at least 10 hours, and, - pyrolyzing the crosslinked silicon/polymer composite material until obtaining said silicon/carbon composite material, said silicon/carbon composite material being formed by silicon particles coated with a carbon layer.
An apparatus for therapeutic and/or cosmetic treatments, comprising at least one current and/or voltage generator with a control unit and an applicator handpiece having a head configured to be placed in contact with a zone to be treated of a body of a subject to be treated, wherein said at least one current and/or voltage generator is controlled by said control unit to send a first pulsed electrical signal and at least a second electrical signal, wherein said head comprises: - at least one piezoelectric transducer configured to receive said first pulsed electrical signal being configured to make said piezoelectric transducer generate shock waves of a pressure of 0.10 - 0.15 MPa (1 - 1.5 bars) to be directed on said zone to be treated, and - at least one pair of shaped plates configured to receive said at least a second electrical signal of frequency equal to or greater than 480 kHz to thus generate diathermic currents to be transferred to said zone to be treated. and wherein said first pulsed electrical signal for said piezoelectric transducer comprises a train of pulses in which each pulse has a rise time of about 0.5 s and a fall time of about 0.5 s. - at least one piezoelectric transducer configured to receive said first pulsed electrical signal being configured to make said piezoelectric transducer generate shock waves of a pressure of 0.10 - 0.15 MPa (1 - 1.5 bars) to be directed on said zone to be treated, and - at least one pair of shaped plates configured to receive said at least a second electrical signal of frequency equal to or greater than 480 kHz to thus generate diathermic currents to be transferred to said zone to be treated. and wherein said first pulsed electrical signal for said piezoelectric transducer comprises a train of pulses in which each pulse has a rise time of about 0.5 s and a fall time of about 0.5 s.
Sliding lacquer coating having at least 25% by volume of a binder and having filling materials which comprise zinc sulphide and barium sulphate and optionally additional filling materials, wherein the volume ratio of barium sulphate to zinc sulphide is between 0.1 and 15.7.
An aerodynamic system for a truck , comprising: a fairing that is carried by the truck , wherein the fairing has an outer surface that is an air flow surface across which air flows when the truck is moving forward, wherein the fairing has a tailing end that has a first kick out , wherein the first kick out has a first kick out exit surface oriented at a first angle with respect to the air flow surface , characterized in that the tailing end has a second kick out , wherein the second kick out has a second kick out exit surface oriented at a second angle with respect to the air flow surface , wherein the first angle is different than the second angle ; wherein the truck has a longitudinal axis , wherein the truck has a longitudinal direction and a vertical direction , wherein the air flow surface is located forward from the tailing end in the longitudinal direction , wherein the first kick out is located higher than the second kick out in the vertical direction , wherein the truck has wheels that roll on the ground , wherein of the wheels that roll on the ground the first and second kick out are located in the longitudinal direction farthest from a front truck wheel of the wheels that roll on the ground , wherein the wheels that roll on the ground each have an axis , and wherein a portion of the fairing is located at a height in the vertical direction from the ground that is the same as a height in the vertical direction from the ground as at least one of the axes of the wheels that roll on the ground . a fairing that is carried by the truck , wherein the fairing has an outer surface that is an air flow surface across which air flows when the truck is moving forward, wherein the fairing has a tailing end that has a first kick out , wherein the first kick out has a first kick out exit surface oriented at a first angle with respect to the air flow surface , characterized in that the tailing end has a second kick out , wherein the second kick out has a second kick out exit surface oriented at a second angle with respect to the air flow surface , wherein the first angle is different than the second angle ; wherein the truck has a longitudinal axis , wherein the truck has a longitudinal direction and a vertical direction , wherein the air flow surface is located forward from the tailing end in the longitudinal direction , wherein the first kick out is located higher than the second kick out in the vertical direction , wherein the truck has wheels that roll on the ground , wherein of the wheels that roll on the ground the first and second kick out are located in the longitudinal direction farthest from a front truck wheel of the wheels that roll on the ground , wherein the wheels that roll on the ground each have an axis , and wherein a portion of the fairing is located at a height in the vertical direction from the ground that is the same as a height in the vertical direction from the ground as at least one of the axes of the wheels that roll on the ground .
A mobile terminal , comprising: a hand-held portion comprising a first communication module, a first power supply module , and a display screen ; wherein the first power supply module is configured to be electrically connected to the first communication module and the display screen ; and a host portion comprising a camera module , a second communication module, a third communication module, and a second power supply module; wherein the second power supply module is configured to be electrically connected to the camera module , the second communication module, and the third communication module; the third communication module is configured for communication with an external equipment; the host portion has a front surface , a back surface opposite to the front surface , and a side surface connecting the front surface and the back surface ; the hand-held portion is detachable from the host portion , after the hand-held portion is detached from the host portion , the second communication module is configured to be communicated with the first communication module; characterized in that , the front surface is provided with a first installation slot , and the back surface is provided with a second installation slot ; a portion of the front surface is used as a light incident surface for the camera module and allows light to pass through and enter the camera module ; the hand-held portion is not only configured to be installed in the first installation slot , but also configured to be installed in the second installation slot . a hand-held portion comprising a first communication module, a first power supply module , and a display screen ; wherein the first power supply module is configured to be electrically connected to the first communication module and the display screen ; and a host portion comprising a camera module , a second communication module, a third communication module, and a second power supply module; wherein the second power supply module is configured to be electrically connected to the camera module , the second communication module, and the third communication module; the third communication module is configured for communication with an external equipment; the host portion has a front surface , a back surface opposite to the front surface , and a side surface connecting the front surface and the back surface ; the hand-held portion is detachable from the host portion , after the hand-held portion is detached from the host portion , the second communication module is configured to be communicated with the first communication module; characterized in that , the front surface is provided with a first installation slot , and the back surface is provided with a second installation slot ; a portion of the front surface is used as a light incident surface for the camera module and allows light to pass through and enter the camera module ; the hand-held portion is not only configured to be installed in the first installation slot , but also configured to be installed in the second installation slot .