mhurhangee/patent-ind-claim-en huggingface dataset:
A memory device, comprising: a plurality of ports ; a plurality of memory banks , wherein each of the plurality of memory banks is coupled to its respective one of the plurality of ports, referred to as native memory banks ; and a plurality of bank/port circuits , wherein each of the plurality of bank/port circuits is coupled to a respective one of the plurality of ports and to the other ports of the plurality of ports and each bank/port circuit is configured to selectively map at least one native memory bank coupled to its respective one of the plurality of ports to another of the ports, wherein the at least one native memory bank mapped to the another of the ports is referred to as a non-native memory bank, wherein each bank/port circuit comprises a programmable configuration register coupled to receive from said respective one of the plurality of ports configuration data indicative of a manner in which each of the native memory banks coupled to said respective one of the plurality of ports should be mapped as a non-native memory bank to the another of the ports, the programmable configuration register being configured to store the received configuration data. a plurality of ports ; a plurality of memory banks , wherein each of the plurality of memory banks is coupled to its respective one of the plurality of ports, referred to as native memory banks ; and a plurality of bank/port circuits , wherein each of the plurality of bank/port circuits is coupled to a respective one of the plurality of ports and to the other ports of the plurality of ports and each bank/port circuit is configured to selectively map at least one native memory bank coupled to its respective one of the plurality of ports to another of the ports, wherein the at least one native memory bank mapped to the another of the ports is referred to as a non-native memory bank, wherein each bank/port circuit comprises a programmable configuration register coupled to receive from said respective one of the plurality of ports configuration data indicative of a manner in which each of the native memory banks coupled to said respective one of the plurality of ports should be mapped as a non-native memory bank to the another of the ports, the programmable configuration register being configured to store the received configuration data.
A system comprising a robot and a device for controlling the robot, wherein the robotic hand of the robot is connected to a nozzle for high-pressure cleaning by means of water , the device comprising - a retaining part , - a forearm panel , which is supported by the retaining part and is elastically biased into a zero position and can be moved from the zero position in the x-y-plane relative to the retaining part , - at least one sensor for detecting a movement of the forearm panel in the x-y-plane relative to the retaining part , - a control lever , which is supported by the forearm panel and which, starting from a neutral position in which it is elastically biased, executes at least one, preferably several of the following movements relative to the forearm panel : - a tilting movement about the x-direction and/or about the y-direction, - a sliding movement in the z-direction, and - a rotary movement about the z-direction, and - sensors for detecting the movements of the control lever relative to the forearm panel . - a retaining part , - a forearm panel , which is supported by the retaining part and is elastically biased into a zero position and can be moved from the zero position in the x-y-plane relative to the retaining part , - at least one sensor for detecting a movement of the forearm panel in the x-y-plane relative to the retaining part , - a control lever , which is supported by the forearm panel and which, starting from a neutral position in which it is elastically biased, executes at least one, preferably several of the following movements relative to the forearm panel : - a tilting movement about the x-direction and/or about the y-direction, - a sliding movement in the z-direction, and - a rotary movement about the z-direction, and - sensors for detecting the movements of the control lever relative to the forearm panel . - a tilting movement about the x-direction and/or about the y-direction, - a sliding movement in the z-direction, and - a rotary movement about the z-direction, and - sensors for detecting the movements of the control lever relative to the forearm panel .
A storage package holding one or more tubes comprising: a tray which is of rectangular or square outline having; a substantially flat bottom wall including one or more protrusions ; the protrusions having a base , a frusto-conical portion and a reverse frusto-conical portion having an end portion that is substantially flush with the bottom wall ; sidewalls , wherein at least one sidewall has an arcuate recess ; and a stabilizer which is shaped to nest around the periphery of the tray ; a cover which is of rectangular or square outline that is inter-connectable with the tray to form an interior compartment having; a substantially flat top wall including one or more cover protrusions ; sidewalls , wherein at least one sidewall has an arcuate recess controlling and maintaining the alignment and position of the tubes within the interior compartment ; and wherein the one or more tubes comprise a closed end and an open end , and are held in position at the closed end by the bottom wall and the end portions of the frusto-conical portions , and at the open end by a corresponding cover protrusion , which is one of the one or more cover protrusions , each cover protrusion being shaped to project into the open end of the tube , and along the side of the tubes by the stabilizer having an inner edge comprising arcuate recesses , which are sized to receive curved side portions of the tubes . a tray which is of rectangular or square outline having; a substantially flat bottom wall including one or more protrusions ; the protrusions having a base , a frusto-conical portion and a reverse frusto-conical portion having an end portion that is substantially flush with the bottom wall ; sidewalls , wherein at least one sidewall has an arcuate recess ; and a stabilizer which is shaped to nest around the periphery of the tray ; a cover which is of rectangular or square outline that is inter-connectable with the tray to form an interior compartment having; a substantially flat top wall including one or more cover protrusions ; sidewalls , wherein at least one sidewall has an arcuate recess controlling and maintaining the alignment and position of the tubes within the interior compartment ; and wherein the one or more tubes comprise a closed end and an open end , and are held in position at the closed end by the bottom wall and the end portions of the frusto-conical portions , and at the open end by a corresponding cover protrusion , which is one of the one or more cover protrusions , each cover protrusion being shaped to project into the open end of the tube , and along the side of the tubes by the stabilizer having an inner edge comprising arcuate recesses , which are sized to receive curved side portions of the tubes .
A biological electrode comprising: a conductive fabric formed of base fibers which are filled with a conductor and/or to which the conductor is adhered; a thin metallic wire formed into a spiral shape and covered with the conductive fabric from a side of a distal end in an axis direction; and a filling material with which a gap between the conductive fabric and the thin metallic wire is filled and which supports the conductive fabric and the thin metallic wire, wherein the conductor is electrically connected with the thin metallic wire. a conductive fabric formed of base fibers which are filled with a conductor and/or to which the conductor is adhered; a thin metallic wire formed into a spiral shape and covered with the conductive fabric from a side of a distal end in an axis direction; and a filling material with which a gap between the conductive fabric and the thin metallic wire is filled and which supports the conductive fabric and the thin metallic wire, wherein the conductor is electrically connected with the thin metallic wire.
A long-chain alkyl-etherified fullerene derivative, comprising: a fullerene skeleton formed of a spherical shell-shaped carbon molecule; and a long-chain alkyl group having 4 or more carbon atoms which is bonded to the fullerene skeleton through an ether bond, further comprising a hydroxy group which is bonded to the fullerene skeleton, wherein the fullerene derivative has a structure represented by the general formula : C n [O(CH 2 ) x CH 3 ] y (OH) z wherein n represents 60 or more, x represents 3 or more, y represents 1 or more, and z represents a positive number of 1 or more. a fullerene skeleton formed of a spherical shell-shaped carbon molecule; and a long-chain alkyl group having 4 or more carbon atoms which is bonded to the fullerene skeleton through an ether bond, further comprising a hydroxy group which is bonded to the fullerene skeleton, wherein the fullerene derivative has a structure represented by the general formula : C n [O(CH 2 ) x CH 3 ] y (OH) z wherein n represents 60 or more, x represents 3 or more, y represents 1 or more, and z represents a positive number of 1 or more.
A customized tissue thickness compensator for use with a surgical stapler , wherein said customized tissue thickness compensator is prepared by a process comprising the steps of: obtaining a tissue thickness compensator ; transitioning a portion of said tissue thickness compensator from an original state to a glassy state; manipulating said portion of said tissue thickness compensator ; allowing said portion of said tissue thickness compensator to return from said glassy state to a non-glassy state; and releasing said portion of said tissue thickness compensator , characterized in that the obtained tissue thickness compensator is of a first shape with a flat, top tissue contacting surface, and the manipulation step produces a concave top tissue contacting surface while the remainder of said tissue thickness compensator retains the flat surface. obtaining a tissue thickness compensator ; transitioning a portion of said tissue thickness compensator from an original state to a glassy state; manipulating said portion of said tissue thickness compensator ; allowing said portion of said tissue thickness compensator to return from said glassy state to a non-glassy state; and releasing said portion of said tissue thickness compensator , characterized in that the obtained tissue thickness compensator is of a first shape with a flat, top tissue contacting surface, and the manipulation step produces a concave top tissue contacting surface while the remainder of said tissue thickness compensator retains the flat surface.
A method of manufacturing an all-solid-state lithium-ion battery system, the all-solid-state lithium-ion battery system including an all-solid-state battery and a control device , the all-solid-state lithium-ion battery including a positive electrode active material layer , a solid electrolyte layer , and a negative electrode active material layer , the control device being configured to control a charge-discharge voltage during use of the all-solid-state lithium-ion battery , and the method comprising: a lamination step of laminating the positive electrode active material layer wherein the positive electrode active material layer has a positive electrode active material coated with a protective coating which is a lithium-containing metal oxide, the solid electrolyte layer , and the negative electrode active material layer containing alloy negative electrode active material particles; and an initial charging step of charging the all-solid-state lithium-ion battery to an initial charge voltage which is higher than the charge-discharge voltage. a lamination step of laminating the positive electrode active material layer wherein the positive electrode active material layer has a positive electrode active material coated with a protective coating which is a lithium-containing metal oxide, the solid electrolyte layer , and the negative electrode active material layer containing alloy negative electrode active material particles; and an initial charging step of charging the all-solid-state lithium-ion battery to an initial charge voltage which is higher than the charge-discharge voltage.
A method for producing metal-coated optical fiber , said method comprising: (a) feeding a length of glass fiber through a first solution bath so as to plate a first predetermined metal on the glass fiber via electroless deposition; and (b) passing said length of glass fiber continuously from said first solution bath to a second solution bath adapted to plate thereon a second predetermined metal via electrolytic plating such that said optical fiber contacts an electrode only after at least some of said second predetermined metal has been applied. (a) feeding a length of glass fiber through a first solution bath so as to plate a first predetermined metal on the glass fiber via electroless deposition; and (b) passing said length of glass fiber continuously from said first solution bath to a second solution bath adapted to plate thereon a second predetermined metal via electrolytic plating such that said optical fiber contacts an electrode only after at least some of said second predetermined metal has been applied.
Strip resonator for a mechanical movement of a watch arranged to be fixed to a plate of a said movement , said resonator including a structure , arranged to be fixed to said plate or to form said plate , and with respect to which structure at least one inertial element is arranged to vibrate and/or to oscillate, and said resonator including at least one elastic strip extending between, at a first end , a first anchorage arranged on said structure , and at a second end , a second anchorage arranged on a said at least one inertial element , and said strip being arranged to vibrate essentially in a main plane (PP), wherein said at least one strip forms a bearing for said inertial element in said main plane (PP), and wherein, for the anti-shock protection of said strips comprised therein, said resonator includes, on said first anchorage and/or on said second anchorage , at least one flat anti-shock device , arranged to protect each said at least one strip against rupture in the event of a shock, said flat, anti-shock device including at least a first prestressed flexible element , pretensioned with a prestressing force in said main plane (PP), set at a predetermined safe stress value, characterised in that , for the three-dimensional anti-shock protection of said strips comprised therein, said resonator includes, in an axial direction (Z) perpendicular to said main plane (PP), axial protection means , which include, on the one hand, axial banking members (401; 401A; 401B) for limiting the axial travel of said at least one inertial element , and on the other hand, an axial anti-shock device comprising a second axially prestressed flexible element .
Use of a material as a cushioning material for packing articles, the material comprising: a first fiber; and a second fiber having a core portion and a cover layer covering the core portion and containing a polyester, wherein the cover layer functions as a binder for melt-bonding a plurality of first fibers. a first fiber; and a second fiber having a core portion and a cover layer covering the core portion and containing a polyester, wherein having a core portion and a cover layer covering the core portion and containing a polyester, wherein the cover layer functions as a binder for melt-bonding a plurality of first fibers.
A solvent for recovery of carbon dioxide from gaseous mixture, comprising: N-methyldiethanolamine (MDEA) at a concentration from 10 wt% to 50 wt%, a promoter which is piperazine or N-methyl piperazine and is at a concentration from 0.5 wt% to 50 wt%, and a carbonate buffer consisting of potassium carbonate and potassium bicarbonate, at a concentration between 2 wt% and 25 wt%. N-methyldiethanolamine (MDEA) at a concentration from 10 wt% to 50 wt%, a promoter which is piperazine or N-methyl piperazine and is at a concentration from 0.5 wt% to 50 wt%, and a carbonate buffer consisting of potassium carbonate and potassium bicarbonate, at a concentration between 2 wt% and 25 wt%.
A surgical screw comprising a shaft having threads in a first direction, and a coil ; said coil wound around the screw shaft in an opposing second direction as to the first direction; said coil comprising a coil end , characterized in that the screw further comprises a head having a bottom face having a flange , wherein the coil end is defined to engage said flange ; wherein the end of the shaft and the coil are adapted to engage to a soft tissue.
An active pixel sensor array, comprising a plurality of pixel circuits arranged in multiple rows and one column or multiple rows and multiple columns, each of the pixel circuits comprising: a photoelectric conversion sub-circuit ; a resetting sub-circuit configured to reset the photoelectric conversion sub-circuit based on a received reset signal; a source following sub-circuit connected between the resetting sub-circuit and the photoelectric conversion sub-circuit ; a strobing sub-circuit connected to the source following sub-circuit and configured to switch an on/off state, based on a received strobe signal, to output, when it is in an on state, a voltage signal of the photoelectric conversion sub-circuit ; and a pre-discharging sub-circuit with one terminal connected between the source following sub-circuit and the strobing sub-circuit , and configured to switch the on/off state based on a received pre-discharge signal, wherein in a case that the plurality of pixel circuits are arranged in the multiple rows and multiple columns, both on time and off time of the strobing sub-circuit in a same row are same, and on time of the strobing sub-circuit in each row is same as on time of the pre-discharging sub-circuit in a next row, and off time of the strobing sub-circuit in each row is same as off time of the pre-discharging sub-circuit in a next row. a photoelectric conversion sub-circuit ; a resetting sub-circuit configured to reset the photoelectric conversion sub-circuit based on a received reset signal; a source following sub-circuit connected between the resetting sub-circuit and the photoelectric conversion sub-circuit ; a strobing sub-circuit connected to the source following sub-circuit and configured to switch an on/off state, based on a received strobe signal, to output, when it is in an on state, a voltage signal of the photoelectric conversion sub-circuit ; and a pre-discharging sub-circuit with one terminal connected between the source following sub-circuit and the strobing sub-circuit , and configured to switch the on/off state based on a received pre-discharge signal, wherein in a case that the plurality of pixel circuits are arranged in the multiple rows and multiple columns, both on time and off time of the strobing sub-circuit in a same row are same, and on time of the strobing sub-circuit in each row is same as on time of the pre-discharging sub-circuit in a next row, and off time of the strobing sub-circuit in each row is same as off time of the pre-discharging sub-circuit in a next row.
A flowmeter which includes: - a body defining a passageway for allowing fluid to flow therethrough, the passageway having inlet and outlet portions and arranged at opposing end regions of an intermediate portion of the passageway , which intermediate portion is arranged at an angle relative to central axes of the inlet and outlet portions and ; a sensing arrangement including a pair of sensors extending substantially inwardly from opposing end regions of the intermediate portion for sensing a flow of fluid therebetween ; characterised in that : the intermediate portion has a reduced cross-sectional area compared to the inlet and outlet portions and , and the sensing arrangement extends along an axis which is substantially parallel to the intermediate portion . a body defining a passageway for allowing fluid to flow therethrough, the passageway having inlet and outlet portions and arranged at opposing end regions of an intermediate portion of the passageway , which intermediate portion is arranged at an angle relative to central axes of the inlet and outlet portions and ; a sensing arrangement including a pair of sensors extending substantially inwardly from opposing end regions of the intermediate portion for sensing a flow of fluid therebetween ; characterised in that : the intermediate portion has a reduced cross-sectional area compared to the inlet and outlet portions and , and the sensing arrangement extends along an axis which is substantially parallel to the intermediate portion . the intermediate portion has a reduced cross-sectional area compared to the inlet and outlet portions and , and the sensing arrangement extends along an axis which is substantially parallel to the intermediate portion .
Polyamide powder for selective absorbing sintering, SAS, or selective inhibition sintering, SIS, where the polyamide is selected from nylon-6, -11, -12, -10,13, -10,12, -6,6, -4,6, -6,13, -10,6, -11/10,10, -12,12 and -12/10,12, where the polyamide has a solution viscosity in m-cresol to ISO 307 of 1.8 to 2 and a rise in the solution viscosity of 0% to 25%, preferably 5% to 15%, when it is subjected to a temperature 20°C below its melting temperature under air for 20 h, and where carboxylic acid end groups are present in excess in the polyamide, characterized in that the excess of the carboxylic acid end groups over the amine end groups is 20 to 60 mmol/kg of polyamide powder.
A device to inject a reducing gas into a shaft furnace , said device comprising: a. An external casing having a rear and a front face , 1, said front face being provided with an outlet for gas injection into the shaft furnace, b. An internal casing located inside the external casing and made of a steel able to resist to a temperature up to 1200°C, said internal casing having an opening matching the gas injection outlet of the front face of the external casing, said front face of the external casing having a triangular shape. a. An external casing having a rear and a front face , 1, said front face being provided with an outlet for gas injection into the shaft furnace, b. An internal casing located inside the external casing and made of a steel able to resist to a temperature up to 1200°C, said internal casing having an opening matching the gas injection outlet of the front face of the external casing, said front face of the external casing having a triangular shape.