mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a multi-layer anodic coating on aluminium or an alloy thereof which comprises the steps of (i) placing the aluminium or alloy thereof in a first electrolytic solution and applying a current as a steady state current to form a first anodic layer having a barrier region, wherein the first electrolytic solution comprises phosphoric acid; (ii) reducing the applied current to cause a reduction in thickness of the barrier region; and (iii) placing the aluminium or alloy thereof in a second electrolytic solution and applying a current to form a second anodic layer, wherein the second electrolytic solution is selected from the group consisting of sulphuric acid solution, oxalic acid solution, tartaric acid solution, boric acid solution and mixtures thereof, wherein the multi-layer anodic coating comprises a first anodic layer and a second anodic layer, with the first anodic layer comprising pores having a diameter in the range 50 to 150 nm, preferably in the range 50 to 100 nm, most preferably in the range 75 to 100 nm; and the second anodic layer comprising pores having a diameter in the range 10 to 25 nm, preferably in the range 15 to 25 nm, and wherein step (i) and step (ii) define a first anodising process having a final forming voltage and step (iii) defines a second anodising process having an initial forming voltage; wherein following step (ii), the final forming voltage of the first anodising process is less than the initial forming voltage of the second anodising process; and wherein the final forming voltage after step (ii) is in the range 2V to 10V. (i) placing the aluminium or alloy thereof in a first electrolytic solution and applying a current as a steady state current to form a first anodic layer having a barrier region, wherein the first electrolytic solution comprises phosphoric acid; (ii) reducing the applied current to cause a reduction in thickness of the barrier region; and (iii) placing the aluminium or alloy thereof in a second electrolytic solution and applying a current to form a second anodic layer, wherein the second electrolytic solution is selected from the group consisting of sulphuric acid solution, oxalic acid solution, tartaric acid solution, boric acid solution and mixtures thereof,
A data storage device coupled to a host, comprising: a plality of flash memory devices , each of the flash memory devices being arranged into a plurality of blocks having a plurality of pages for storing data; and a memory controller operationally coupled with the flash memory devices, the memory controller being configured to: receive a virtual to physical memory address translation map from a host device , wherein a physical memory address includes a physical address for memory on the host device; store the virtual to physical memory address translation map in a memory module on the memory controller; receive commands directly from an application running on the host device such that the commands bypass a driver and kernel on the host device, wherein the commands include virtual memory addresses that refer to the memory on the host device; and translate the virtual memory addresses to physical memory addresses using the virtual to physical memory address translation map. a plality of flash memory devices , each of the flash memory devices being arranged into a plurality of blocks having a plurality of pages for storing data; and a memory controller operationally coupled with the flash memory devices, the memory controller being configured to: receive a virtual to physical memory address translation map from a host device , wherein a physical memory address includes a physical address for memory on the host device; store the virtual to physical memory address translation map in a memory module on the memory controller; receive commands directly from an application running on the host device such that the commands bypass a driver and kernel on the host device, wherein the commands include virtual memory addresses that refer to the memory on the host device; and translate the virtual memory addresses to physical memory addresses using the virtual to physical memory address translation map. receive a virtual to physical memory address translation map from a host device , wherein a physical memory address includes a physical address for memory on the host device; store the virtual to physical memory address translation map in a memory module on the memory controller; receive commands directly from an application running on the host device such that the commands bypass a driver and kernel on the host device, wherein the commands include virtual memory addresses that refer to the memory on the host device; and translate the virtual memory addresses to physical memory addresses using the virtual to physical memory address translation map.
An apparatus comprising means for: detecting a user input comprising one or more fingers ; identifying a tremor characteristic for each of the one or more fingers ; determining a correlation between the tremor characteristic of a first finger and another detected tremor characteristic wherein the another detected tremor characteristic corresponds to another part of a user's hand which is interacting with the apparatus wherein the interacting comprises at least one of: forming part of the user input or holding the apparatus in the user's hand; wherein if the correlation is above a threshold a first output signal is provided and if the correlation is below a threshold a second output signal is provided and wherein if the correlation is above a threshold it is determined that the first finger and the another part of the user's hand belong to the same hand and if the correlation is below a threshold it is determined that the first finger and the another part of the user's hand belong to different hands. detecting a user input comprising one or more fingers ; identifying a tremor characteristic for each of the one or more fingers ; determining a correlation between the tremor characteristic of a first finger and another detected tremor characteristic wherein the another detected tremor characteristic corresponds to another part of a user's hand which is interacting with the apparatus wherein the interacting comprises at least one of: forming part of the user input or holding the apparatus in the user's hand; wherein if the correlation is above a threshold a first output signal is provided and if the correlation is below a threshold a second output signal is provided and wherein if the correlation is above a threshold it is determined that the first finger and the another part of the user's hand belong to the same hand and if the correlation is below a threshold it is determined that the first finger and the another part of the user's hand belong to different hands.
In a network computing environment, a method of moving data from a first system to a second system remote from the first system and performing computations on the data, the method comprising: at the first system receiving from one or more users a plurality jobs , the one or more jobs specifying both data to be operated on and the operations to be performed on the data at the second system, the second system being remote from the first system; at a data service selecting one of the jobs to upload to the second system in priority over other jobs in the plurality of jobs; beginning to upload the prioritized job including staging data from the job, a data staging progress being reported back to a scheduler implemented in the first system so that the scheduler decides to start running the job in the second system; where after, at the second system, once a portion of the data has been received, the second system begins to perform the specified operation on the data for the prioritized job, wherein beginning to perform the specified operation is performed prior to all of the data from the prioritized job being uploaded to the second system. at the first system receiving from one or more users a plurality jobs , the one or more jobs specifying both data to be operated on and the operations to be performed on the data at the second system, the second system being remote from the first system; at a data service selecting one of the jobs to upload to the second system in priority over other jobs in the plurality of jobs; beginning to upload the prioritized job including staging data from the job, a data staging progress being reported back to a scheduler implemented in the first system so that the scheduler decides to start running the job in the second system; where after, at the second system, once a portion of the data has been received, the second system begins to perform the specified operation on the data for the prioritized job, wherein beginning to perform the specified operation is performed prior to all of the data from the prioritized job being uploaded to the second system.
A computer implemented method comprising: providing, by a computer system, digital video data comprising a set of image frames having associated time stamps and a set of camera orientation data having associated time stamps; and generating, by the computer system, a smoothed set of camera orientation data by minimizing a rate of rotation between successive image frames while minimizing an amount of empty regions in a resulting set of smoothed image frames reoriented based on the smoothed set of camera orientation data. providing, by a computer system, digital video data comprising a set of image frames having associated time stamps and a set of camera orientation data having associated time stamps; and generating, by the computer system, a smoothed set of camera orientation data by minimizing a rate of rotation between successive image frames while minimizing an amount of empty regions in a resulting set of smoothed image frames reoriented based on the smoothed set of camera orientation data.
A solid dosage form of rosuvastatin and ezetimibe combined in one bilayer tablet formulation comprising one solid layer of rosuvastatin formulated with microcrystalline cellulose, one separate solid layer of ezetimibe formulated without microcrystalline cellulose by dissolving ezetimibe and mounting it on lactose, and pharmaceutically acceptable additives suitable for the preparation of solid dosage forms of a combination of rosuvastatin and ezetimibe.
A composite-based preformed board comprising a first fiber ; a second fiber ; a binder for binding the first fiber and the second fiber to each other; and a thermally expandable particle , wherein the first fiber and the second fiber are bound to each other by the binder to form an irregularly networked structure containing a pore therein, wherein the second fiber includes a second thermoplastic resin, wherein the binder includes a third thermoplastic resin, wherein a melting point of the second thermoplastic resin is higher than a melting point of the third thermoplastic resin, characterized in that the first fiber includes a first thermoplastic resin having a melting point higher than a melting point of the third thermoplastic resin, the first fiber being a drawn fiber having elongation of 300% to 600%, wherein a total content of the second fiber and the binder is in a range of 30 to 50 parts by weight with respect to 100 parts by weight of the first fiber , wherein the second fiber is a non-drawn fiber having elongation 0% or a drawn fiber having elongation smaller than 300%, wherein the thermally expandable particle is a thermally expandable fine particle positioned in the pore, wherein the thermally expandable fine particle has a core-shell structure composed of a shell made of a fourth thermoplastic resin and a core containing hydrocarbon gas, and wherein the thermally expandable fine particle has a volume at a maximum expansion temperature (T2) 40 to 200 times larger than a volume before expansion. wherein the first fiber and the second fiber are bound to each other by the binder to form an irregularly networked structure containing a pore therein, wherein the second fiber includes a second thermoplastic resin, wherein the binder includes a third thermoplastic resin, wherein a melting point of the second thermoplastic resin is higher than a melting point of the third thermoplastic resin, characterized in that the first fiber includes a first thermoplastic resin having a melting point higher than a melting point of the third thermoplastic resin, the first fiber being a drawn fiber having elongation of 300% to 600%, wherein a total content of the second fiber and the binder is in a range of 30 to 50 parts by weight with respect to 100 parts by weight of the first fiber , wherein the second fiber is a non-drawn fiber having elongation 0% or a drawn fiber having elongation smaller than 300%, wherein the thermally expandable particle is a thermally expandable fine particle positioned in the pore, wherein the thermally expandable fine particle has a core-shell structure composed of a shell made of a fourth thermoplastic resin and a core containing hydrocarbon gas, and wherein the thermally expandable fine particle has a volume at a maximum expansion temperature (T2) 40 to 200 times larger than a volume before expansion.
A catheter device for implanting a leaflet anchor and a papillary anchor into the heart as part of a procedure for implanting an artificial chordae line that extends between the leaflet anchor and the papillary anchor , the catheter device comprising: a two-part housing section extending from a distal end of the catheter device along the length of the catheter device toward the proximal end of the catheter device , the two-part housing section being arranged to be placed between the papillary muscle and a leaflet of the heart during use of the catheter device , and the two-part housing section comprising a distal part at the distal end of the catheter device and a proximal part located on the proximal side of the distal part ; a leaflet anchor deployment mechanism at the proximal part of the housing section for deploying a leaflet anchor for attachment to the leaflet of the heart; and a papillary anchor deployment mechanism at the distal part of the housing section for deployment of a papillary anchor for attachment to the papillary muscle, wherein the papillary anchor deployment mechanism is arranged for deployment of the papillary anchor by moving it outward in the distal direction relative to the distal part ; characterised by : a flexible joint located between the proximal part and the distal part of the two-part housing section, wherein the flexible joint allows a centreline of the distal part to be angled relative to a centreline of the proximal part . a two-part housing section extending from a distal end of the catheter device along the length of the catheter device toward the proximal end of the catheter device , the two-part housing section being arranged to be placed between the papillary muscle and a leaflet of the heart during use of the catheter device , and the two-part housing section comprising a distal part at the distal end of the catheter device and a proximal part located on the proximal side of the distal part ; a leaflet anchor deployment mechanism at the proximal part of the housing section for deploying a leaflet anchor for attachment to the leaflet of the heart; and a papillary anchor deployment mechanism at the distal part of the housing section for deployment of a papillary anchor for attachment to the papillary muscle, wherein the papillary anchor deployment mechanism is arranged for deployment of the papillary anchor by moving it outward in the distal direction relative to the distal part ; characterised by : a flexible joint located between the proximal part and the distal part of the two-part housing section, wherein the flexible joint allows a centreline of the distal part to be angled relative to a centreline of the proximal part .
A method for the continuous manufacture of bisphenol A comprising: reacting phenol and acetone in the presence of an acidic catalyst to form a product mixture comprising bisphenol A and phenol; directing the product mixture to a crystallization unit comprising a crystallization vessel and a heat exchanger to form a cooled bisphenol A stream; and crystallizing bisphenol A-phenol adduct crystals from said product mixture in said crystallization unit to form a crystallized stream comprising a suspension of crystals; wherein a production rate of the bisphenol A through the heat exchanger is less than or equal to 18 kg bisphenol A per m 2 of a heat exchanging surface per hour. reacting phenol and acetone in the presence of an acidic catalyst to form a product mixture comprising bisphenol A and phenol; directing the product mixture to a crystallization unit comprising a crystallization vessel and a heat exchanger to form a cooled bisphenol A stream; and crystallizing bisphenol A-phenol adduct crystals from said product mixture in said crystallization unit to form a crystallized stream comprising a suspension of crystals; wherein a production rate of the bisphenol A through the heat exchanger is less than or equal to 18 kg bisphenol A per m 2 of a heat exchanging surface per hour.
A road making machine in the form of a road finishing machine for producing a paving layer from a laying material or a charger vehicle for supplying the road finishing machine with a laying material to be laid, wherein the road finishing machine or the charger vehicle comprises a material bunker for receiving the laying material arranged, as viewed in the direction of travel (F), at the front on a chassis of the road finishing machine or the charger vehicle , and a pushing means which is fixed, as viewed in the direction of travel (F), forward of the material bunker at the chassis such that pushing rollers mounted at the pushing means may dock to rear tires of a truck when the truck is pouring the laying material into the material bunker of the road finishing machine or the charger vehicle , wherein the pushing rollers comprise a pair of first pushing rollers which may be mounted in at least one first position (P1, P1'), as viewed longitudinally to the direction of travel (F), with respect to a traverse of the pushing means , in which position the first pushing rollers are fixed in a seat of the traverse , characterized in that the pushing means comprises a further pair of second pushing rollers which may be, as viewed in the horizontal plane of projection, selectively positioned forward of the first pushing rollers .
Device intended for underwater use and serving for compensating for the change in length (1, L) of a flexible line , able to be made to contact an element , between a compact use position and an extended use position, the device having the line , characterized in that the line has at least two elastically deformable spiral lines , wherein each spiral line consists of a respective winding with multiple pre-formed turns which are able to be deflected elastically relative to one another counter to a restoring force (F), wherein at least two spiral lines have oppositely directed slopes (s1, s2), and the windings of different spiral lines are arranged coaxially with respect to one another.
A process for the synthesis of aromatic carbamate comprises reacting amine with dialkyl carbonate in the presence of the binary or ternary mixed metal oxide catalyst at a temperature in the range of 100 to 220°C for a period in the range of 1 to 15 hrs to obtain corresponding aromatic carbamate.
A buckle-type closing device placed between two parts to be connected to one another, comprising a first component and a second component that can be associated with one another in a releasable way, wherein said first component of said closing device comprises a chamber in which a magnet is housed, and a support element , and wherein said second component comprises a ferromagnetic locking element adapted to interact, in operation, with said magnet , said locking element being movable between a first released position and a second locked position wherein it is attracted by said magnet against said support element , said locking element consisting of a lever that is rotatable with respect to a pin , said lever having a folded end forming a coupling element associable to said support element , said second component comprising a mechanical element adapted to act on said locking element to overcome the magnetic force of attraction of the magnet and return the locking element into the released position, characterised in that said mechanical element adapted to act on said locking element to overcome the magnetic force of attraction of the magnet comprises a pair of release components which are elastically opposing one another in a specular way with respect to the longitudinal centreline of said closing device , each release component comprising a respective inclined surface adapted to release the same locking element wedging itself between said rotatable lever and a fixed part, and distancing said rotatable lever with respect to said magnet and thus releasing said locking element from said support element .
A mechanical system for attaching a measuring probe to provide monitoring of transplanted organs, the mechanical system comprising the said measuring probe , where the measuring probe body is made of a soft biocompatible material, it is strip-shaped and it consists of a sensory part (1.1), which contains the measuring sensors and is to be placed onto a monitored organ , and of an output part (1.2) providing an output from a patient's body, while a guiding duct , where a fixing wire is placed, leads through the measuring probe body characterized by the fact that the mechanical system for attaching the measuring probe body to the monitored organ is placed in the sensory part (1.1) and it is formed by at least two grips in a form of a strip, specifically by a first grip (3.1), and a second grip (3.2), which are made of a soft and elastic biocompatible material, while first ends of the grips (3.1, 3.2) are fixed from one side to the sensory part (1.1) of the measuring probe body and where a second end of the first grip (3.1) fits into a first recess (1.3) and a second end of the second grip (3.2) fits into a second recess (1.4), while these recesses are created in the sensory part (1.1) of the measuring probe body at the side of the measuring probe body opposite to the side where the first ends of the grips (3.1, 3.2) are fixed, and in the part where the second ends of the grips (3.1, 3.2) fit into the recesses (1.3, 1.4), a first through-hole (4.1) is created in the first grip (3.1), and a second through-hole (4.2) is created in the second grip (3.2), and the guiding duct is created lengthwise through the measuring probe body at the edge with the recesses (1.3, 1.4), and it is terminated in the measuring probe body before the distal end of the sensory part (1.1), while the first through-hole (4.1), the second through-hole (4.2), and the guiding duct lead one into the other so that they can hold an extractable fixing wire .