mhurhangee/patent-ind-claim-en huggingface dataset:
A micro-optical bench comprising: a substrate having a multi-layer trench comprising a first trench (102.1) and a second trench (102.2), the first trench and the second trench communicating with each other, the second trench being deeper than the first trench; and a micro-lens aligned by and mounted to the substrate in the multi-layer trench the micro-lens having: two parallel lateral side faces and two diced edges , each of the two diced edges forming an angle with one of the two parallel lateral side faces that is less than 90°; a patterned notch in a bottom one of the two diced edges, the patterned notch being adhered to the first trench; and a lens center that extends parallel to an upper one of the two diced edges and extends through the micro-lens from a first one of the two parallel lateral side faces (121.1) to a second one of the two parallel lateral side faces (121.2), wherein an upper surface of the patterned notch is not parallel to the lens center. a substrate having a multi-layer trench comprising a first trench (102.1) and a second trench (102.2), the first trench and the second trench communicating with each other, the second trench being deeper than the first trench; and a micro-lens aligned by and mounted to the substrate in the multi-layer trench the micro-lens having: two parallel lateral side faces and two diced edges , each of the two diced edges forming an angle with one of the two parallel lateral side faces that is less than 90°; a patterned notch in a bottom one of the two diced edges, the patterned notch being adhered to the first trench; and a lens center that extends parallel to an upper one of the two diced edges and extends through the micro-lens from a first one of the two parallel lateral side faces (121.1) to a second one of the two parallel lateral side faces (121.2), two parallel lateral side faces and two diced edges , each of the two diced edges forming an angle with one of the two parallel lateral side faces that is less than 90°; a patterned notch in a bottom one of the two diced edges, the patterned notch being adhered to the first trench; and a lens center that extends parallel to an upper one of the two diced edges and extends through the micro-lens from a first one of the two parallel lateral side faces (121.1) to a second one of the two parallel lateral side faces (121.2), wherein an upper surface of the patterned notch is not parallel to the lens center.
A power conversion device, comprising: a power converter including a switching element; and a control unit which controls the power converter , wherein the control unit calculates a torque electric current detection value (I qc ) and an excitation electric current detection value (I dc ) from an electric current flowing to an external device, calculates an absolute value of an effective power and a reactive power, characterized in that when an absolute value of the effective power (IP c I) is greater than or equal to an absolute value of the reactive power (IQ c I), performs control such that the absolute value of the reactive power follows the absolute value of the effective power. a power converter including a switching element; and a control unit which controls the power converter , wherein the control unit calculates a torque electric current detection value (I qc ) and an excitation electric current detection value (I dc ) from an electric current flowing to an external device, calculates an absolute value of an effective power and a reactive power, characterized in that when an absolute value of the effective power (IP c I) is greater than or equal to an absolute value of the reactive power (IQ c I), performs control such that the absolute value of the reactive power follows the absolute value of the effective power.
A method performed by a user equipment, UE , supporting registration using third generation partnership project, 3GPP, access and using non-3GPP access, the method comprising: storing , by the UE , first emergency information received , using first registration procedures with a first public land mobile network, PLMN, the first emergency information comprising a first extended local emergency number list, and the first emergency information received from the first PLMN; receiving, by the UE , a REGISTRATION ACCEPT message using second registration procedures with a second PLMN via non-3GPP access, wherein the REGISTRATION ACCEPT message does not contain an extended local emergency number list; and discarding, by the UE , the first emergency information after receiving the REGISTRATION ACCEPT message from the second PLMN if at least one condition of one or more conditions is met, wherein a first condition of the one or more conditions comprises the UE having received the REGISTRATION ACCEPT message from the second PLMN that is in a country different from the country of the first PLMN. storing , by the UE , first emergency information received , using first registration procedures with a first public land mobile network, PLMN, the first emergency information comprising a first extended local emergency number list, and the first emergency information received from the first PLMN; receiving, by the UE , a REGISTRATION ACCEPT message using second registration procedures with a second PLMN via non-3GPP access, wherein the REGISTRATION ACCEPT message does not contain an extended local emergency number list; and discarding, by the UE , the first emergency information after receiving the REGISTRATION ACCEPT message from the second PLMN if at least one condition of one or more conditions is met, wherein a first condition of the one or more conditions comprises the UE having received the REGISTRATION ACCEPT message from the second PLMN that is in a country different from the country of the first PLMN.
A method of data storage in a non-volatile memory , wherein the non-volatile memory is divided into: a first region in which each page comprises fields adapted to contain data and a field adapted to contain metadata; a second region in which each page comprises fields adapted to contain data and a field adapted to contain metadata; a third region adapted to contain indicators of the progress of an operation in the first and second regions, the metadata fields of the first and second regions being respectively adapted to contain, during an operation of data update in a page of the first region, the indexes of a page in the second region and of said page of the first region. a first region in which each page comprises fields adapted to contain data and a field adapted to contain metadata; a second region in which each page comprises fields adapted to contain data and a field adapted to contain metadata; a third region adapted to contain indicators of the progress of an operation in the first and second regions, the metadata fields of the first and second regions being respectively adapted to contain, during an operation of data update in a page of the first region, the indexes of a page in the second region and of said page of the first region.
A system comprising a three-dimensional printer and a printer cartridge , wherein the printer cartridge contains a spool that carries a polymeric material, wherein the polymeric material is formed from a thermoplastic composition containing a continuous phase that includes a matrix polymer, and further wherein a polymeric microinclusion additive and a nanoinclusion additive are dispersed within the continuous phase in the form of discrete domains; wherein the matrix polymer includes a polyester, a polyolefin, a styrenic polymer, or a polyamide; wherein a porous network is defined in the polymeric material.
TEST TUBE, of the type that is used for chemical and biological analysis, the test tube comprising: - an approximately cylindrical or approximately cone-shaped shape and an aperture at an upper area of the approximately cylindrical or approximately cone-shaped shape for facilitating the introduction of substances into the test tube; - characterizad in that said test tube is formed from a single piece of material which is a homogeneous and translucent-hued material; and - the single piece of material is made from a homogeneous mixture of: a base polymer of a metallocene polyolefins family, and a polypropylene-based masterbatch having a laser-sensitive additive that changes a color thereof to a contrast color, for instance a brown-black color, as a result of an excitation of a laser marker. - an approximately cylindrical or approximately cone-shaped shape and an aperture at an upper area of the approximately cylindrical or approximately cone-shaped shape for facilitating the introduction of substances into the test tube; - characterizad in that said test tube is formed from a single piece of material which is a homogeneous and translucent-hued material; and - the single piece of material is made from a homogeneous mixture of: a base polymer of a metallocene polyolefins family, and a polypropylene-based masterbatch having a laser-sensitive additive that changes a color thereof to a contrast color, for instance a brown-black color, as a result of an excitation of a laser marker. a base polymer of a metallocene polyolefins family, and a polypropylene-based masterbatch having a laser-sensitive additive that changes a color thereof to a contrast color, for instance a brown-black color, as a result of an excitation of a laser marker.
A heat curable silicone rubber composition comprising: (A) 100 parts by mass of an organopolysiloxane having an average polymerization degree of 50 to 10000 and containing at least two alkenyl groups bonded to a silicon atom in one molecule; (B) 10 to 400 parts by mass of a silicone resin which includes units selected from R 3 SiO1/2 unit (unit M), SiO4/2 unit (unit Q), R 2 SiO2/2 unit (unit D), and RSiO3/2 unit (unit T) (where R is a monovalent hydrocarbon group having 1 to 6 carbon atoms and at least two in one molecule are alkenyl groups) and in which a sum of the unit M, unit Q and unit T in the whole structural units is 80% by mole or more; (C) an organohydrogenpolysiloxane containing at least two hydrogen atoms bonded to a silicon atom in one molecule, in an amount such that the number of the hydrogen atoms bonded to a silicon atom per one alkenyl group bonded to a silicon atom in the component (A) and the component (B) is 1.0 to 10.0; (D) a hydrosilylation reaction catalyst, and (E) 30 to 3000 ppm of an ionic liquid serving as an antistatic agent, wherein the ionic liquid of the component (E) is one in which a difference of a refractive index from a refractive index of a cured product formed of a base silicone rubber mixture of the components (A), (B), (C) and (D) is within a range of ± 0. 04, and wherein the refractive index is measured using Abbe's refractometer in accordance with the description. (A) 100 parts by mass of an organopolysiloxane having an average polymerization degree of 50 to 10000 and containing at least two alkenyl groups bonded to a silicon atom in one molecule; (B) 10 to 400 parts by mass of a silicone resin which includes units selected from R 3 SiO1/2 unit (unit M), SiO4/2 unit (unit Q), R 2 SiO2/2 unit (unit D), and RSiO3/2 unit (unit T) (where R is a monovalent hydrocarbon group having 1 to 6 carbon atoms and at least two in one molecule are alkenyl groups) and in which a sum of the unit M, unit Q and unit T in the whole structural units is 80% by mole or more; (C) an organohydrogenpolysiloxane containing at least two hydrogen atoms bonded to a silicon atom in one molecule, in an amount such that the number of the hydrogen atoms bonded to a silicon atom per one alkenyl group bonded to a silicon atom in the component (A) and the component (B) is 1.0 to 10.0; (D) a hydrosilylation reaction catalyst, and (E) 30 to 3000 ppm of an ionic liquid serving as an antistatic agent,
A method for carrying out an application with the help of a portable data carrier , wherein via a first data channel formed via a first interface of the portable data carrier a data connection with a first external device is formed; with the help of the first data channel, involving the first external device , a first part of the application is executed on the data carrier ; a second part of the application, involving the first external device , is executed on the data carrier only after a release by a user, wherein into the first external device or into a second external device release data are entered, wherein as release data data are entered which are displayed on the display device of the first or of the second external device , via a second data channel formed via a second interface of the portable data carrier a second data connection with the first external device or with the second external device is formed; from the portable data carrier via the second data channel identification data, which were provided on the execution of the first part of the application, are transferred; the identification data are displayed at least partially on a display device of the first or of the second external device , wherein the identification data represent data characterizing a transaction and within the framework of the second part of the application the data characterizing the transaction are transferred from the portable data carrier via a network , in particular the Internet, to a server .
A method for synchronizing sample stage motion with a time delay integration (TDI) charge-coupled device (CCD) in a semiconductor inspection tool, comprising: measuring a lateral position of a stage holding a sample being inspected; measuring a vertical position of the stage ; determining a corrected lateral position of an imaged pixel of the sample based on the measured lateral and vertical positions; and synchronizing, using the corrected lateral position of the imaged pixel, charge transfer of the CCD . measuring a lateral position of a stage holding a sample being inspected; measuring a vertical position of the stage ; determining a corrected lateral position of an imaged pixel of the sample based on the measured lateral and vertical positions; and synchronizing, using the corrected lateral position of the imaged pixel, charge transfer of the CCD .
A storage system comprising: a storage device including a plurality of nonvolatile memories (2221-1 - 2221-n), the storage device configured to output storage throughput information; and a host device configured to change connection configurations for the storage device based on the storage throughput information, wherein the host device changes the connection configurations by changing configurations for a transmitter path and a receiver path between the storage device and the host device , such that a configuration for the transmitter path and a configuration for the receiver path are changed independently, wherein the storage device includes a storage controller , characterized in that said storage controller includes a descriptor storage , configured to store a plurality of descriptors corresponding to a plurality of return values for operations between the storage device and the host device , and a resource management intellectual property, IP, configured to output a resource descriptor including one of the return values corresponding to the storage throughput information, wherein the host device is configured to receive the resource descriptor and change the connection configurations based on the return value included in the resource descriptor. a storage device including a plurality of nonvolatile memories (2221-1 - 2221-n), the storage device configured to output storage throughput information; and a host device configured to change connection configurations for the storage device based on the storage throughput information, wherein the host device changes the connection configurations by changing configurations for a transmitter path and a receiver path between the storage device and the host device , such that a configuration for the transmitter path and a configuration for the receiver path are changed independently, wherein the storage device includes a storage controller , characterized in that said storage controller includes a descriptor storage , configured to store a plurality of descriptors corresponding to a plurality of return values for operations between the storage device and the host device , and a resource management intellectual property, IP, configured to output a resource descriptor including one of the return values corresponding to the storage throughput information, wherein the host device is configured to receive the resource descriptor and change the connection configurations based on the return value included in the resource descriptor.
A handle assembly for a surgical stapler, the handle assembly comprising: a handle body comprising a stationary handle and a trigger pivotably coupled to the handle body; an electric motor disposed within the handle body; an actuation shaft slidable within the handle body along a longitudinal axis and rotatable within the handle body about the longitudinal axis, the actuation shaft comprising a rack formed thereon; and a manual return mechanism ; characterised in that the actuation shaft is rotatable from a first position wherein the rack is operationally engaged with the electric motor to longitudinally slide the actuation shaft to a second position wherein the rack is disengaged from the electric motor and engaged with the manual return mechanism. a handle body comprising a stationary handle and a trigger pivotably coupled to the handle body; an electric motor disposed within the handle body; an actuation shaft slidable within the handle body along a longitudinal axis and rotatable within the handle body about the longitudinal axis, the actuation shaft comprising a rack formed thereon; and a manual return mechanism ; characterised in that the actuation shaft is rotatable from a first position wherein the rack is operationally engaged with the electric motor to longitudinally slide the actuation shaft to a second position wherein the rack is disengaged from the electric motor and engaged with the manual return mechanism.
Household electrical appliance for ironing and/or smoothing, comprising a body comprising a carrying strap , the strap comprising a first end fastened to a first side of the body and a second end fastened to a second side of the body , the strap being able to occupy a deployed position in which the strap extends at a distance from the body so as to be arranged on a shoulder in order to allow the appliance to be carried, characterised in that the body comprises a device for holding the strap in a storage position in which the strap extends along the body , the body comprising a guide element arranged on the first side of the body , the strap being able to slide under the guide element in order to be brought into the storage position, and in that , in the storage position, the strap comprises a first part extending along the body between the second end and the guide element , passing under the guide element , and comprises a second part, forming a loop which extends between the first end and the guide element , and which is folded up along the body , passing over the guide element .
A vapor jet system comprising: a container for storing a sublimable solid, the container comprising a vapor discharge port for discharging vapor generated by sublimation of the sublimable solid; a first heater for heating an inside of the container; a member comprising an opening for jetting out the vapor to an outside of the vapor jet system; a vapor flow path between the vapor discharge port and the opening; a filter for preventing passage of the sublimable solid and allowing the vapor to pass through, the filter being provided to the vapor flow path; at least one of a pressure sensor for measuring pressure inside the container and a first temperature sensor for measuring temperature inside the container; and a second temperature sensor for measuring temperature of the vapor flow path; characterised by : a second heater for heating at least a part of the vapor flow path; and a controller configured to: control, based on data from at least one of the pressure sensor and the first temperature sensor , and data from the second temperature sensor , the temperature of the vapor flow path to be the temperature inside the container or higher by causing heating of the second heater. a container for storing a sublimable solid, the container comprising a vapor discharge port for discharging vapor generated by sublimation of the sublimable solid; a first heater for heating an inside of the container; a member comprising an opening for jetting out the vapor to an outside of the vapor jet system; a vapor flow path between the vapor discharge port and the opening; a filter for preventing passage of the sublimable solid and allowing the vapor to pass through, the filter being provided to the vapor flow path; at least one of a pressure sensor for measuring pressure inside the container and a first temperature sensor for measuring temperature inside the container; and a second temperature sensor for measuring temperature of the vapor flow path; characterised by : a second heater for heating at least a part of the vapor flow path; and a controller configured to: control, based on data from at least one of the pressure sensor and the first temperature sensor , and data from the second temperature sensor , the temperature of the vapor flow path to be the temperature inside the container or higher by causing heating of the second heater. a second heater for heating at least a part of the vapor flow path; and a controller configured to: control, based on data from at least one of the pressure sensor and the first temperature sensor , and data from the second temperature sensor , the temperature of the vapor flow path to be the temperature inside the container or higher by causing heating of the second heater.
A method of forming pigment flakes comprising: providing a substrate with a surface having a plurality of regions, some of the regions raised or lowered with respect to an average level plane associated with the surface, wherein, for each two regions in an abutting relationship, a level of a first of the two regions is different from a level of a second of the two regions; providing a coating onto the substrate, wherein the thickness of the coating is greater than a difference between levels of regions of the substrate; and, removing the coating from the substrate and breaking the coating along region borders into the pigment flakes, wherein shapes of the pigment flakes are predetermined shapes corresponding to shapes of the regions. providing a substrate with a surface having a plurality of regions, some of the regions raised or lowered with respect to an average level plane associated with the surface, wherein, for each two regions in an abutting relationship, a level of a first of the two regions is different from a level of a second of the two regions; providing a coating onto the substrate, wherein the thickness of the coating is greater than a difference between levels of regions of the substrate; and, removing the coating from the substrate and breaking the coating along region borders into the pigment flakes, wherein shapes of the pigment flakes are predetermined shapes corresponding to shapes of the regions.