mhurhangee/patent-ind-claim-en huggingface dataset:
A device for decoding magnetic patterns printed on documents, comprising: - a reading head movable along the documents in order to read the magnetic patterns printed on said documents and having a first magnetic reader comprising a first magnetic core and a first coil having a first inductance value and a first resistance value, wherein the first magnetic reader is arranged to read first magnetic signals, said first magnetic signals being related to the magnetic patterns and to electromagnetic noise due to sources internal and/or external to the device; - a second magnetic reader comprising a second magnetic core and a second coil having a second inductance value and a second resistance value, wherein the second magnetic reader is arranged to read only second magnetic signals belonging to the electromagnetic noise; - an adder component arranged to algebraically subtract said second magnetic signals from said first magnetic signals; and - a converter arranged to convert the resulting signal into a digital signal representing the read magnetic patterns, characterized in that the second magnetic reader is mounted on said movable reading head at a distance of 1-3 mm from the first magnetic reader , so as to be magnetically decoupled from first magnetic reader , and from the magnetic patterns, in that the first coil and the second coil have the same time constant τ = inductance resistance , in that the second inductance and the second resistance are lower than the first inductance and the first resistance, respectively, and in that the second coil is arranged substantially perpendicularly to the first coil . - a reading head movable along the documents in order to read the magnetic patterns printed on said documents and having a first magnetic reader comprising a first magnetic core and a first coil having a first inductance value and a first resistance value, wherein the first magnetic reader is arranged to read first magnetic signals, said first magnetic signals being related to the magnetic patterns and to electromagnetic noise due to sources internal and/or external to the device; - a second magnetic reader comprising a second magnetic core and a second coil having a second inductance value and a second resistance value, wherein the second magnetic reader is arranged to read only second magnetic signals belonging to the electromagnetic noise; - an adder component arranged to algebraically subtract said second magnetic signals from said first magnetic signals; and - a converter arranged to convert the resulting signal into a digital signal representing the read magnetic patterns, characterized in that the second magnetic reader is mounted on said movable reading head at a distance of 1-3 mm from the first magnetic reader , so as to be magnetically decoupled from first magnetic reader , and from the magnetic patterns, in that the first coil and the second coil have the same time constant τ = inductance resistance , in that the second inductance and the second resistance are lower than the first inductance and the first resistance, respectively, and in that the second coil is arranged substantially perpendicularly to the first coil .
A method for treating a metal surface, in particular of a medical device, comprising the following steps: - providing a colloid dispersed system comprising first particles; - applying a first layer by a plasma electrolytic oxidation wherein the first particles are deposited on the surface; - applying a second layer upon the first layer, wherein the second layer is applied by providing a colloid dispersed system comprising second particles and by converting the surface by a plasma electrolytic oxidation wherein the second particles are deposited. - providing a colloid dispersed system comprising first particles; - applying a first layer by a plasma electrolytic oxidation wherein the first particles are deposited on the surface; - applying a second layer upon the first layer, wherein the second layer is applied by providing a colloid dispersed system comprising second particles and by converting the surface by a plasma electrolytic oxidation wherein the second particles are deposited.
A method for generating a camshaft signature for camshaft positioning calibration for a camshaft comprised in an combustion engine , the camshaft is adapted to cause a valve to open and close an opening to a cylinder volume of the combustion engine, the combustion engine further comprises an intake surge tank adapted for receiving air from the outside environment, the intake surge tank is in fluid connection with the cylinder volume of the combustion engine for providing air for mixing with fuel injected into the cylinder, wherein the method comprises: - operating (S102) the combustion engine at a predetermined rotation speed; - providing (S104) a constant gas flow into the intake surge tank; - measuring (S106) a set of camshaft positions and a set of pressure values indicative of the pressure in the intake surge tank while the camshaft is rotated and the gas flow into the intake surge tank is maintained constant; and - providing (S108) a camshaft signature comprising the set of camshaft positions and the set of pressure values. - operating (S102) the combustion engine at a predetermined rotation speed; - providing (S104) a constant gas flow into the intake surge tank; - measuring (S106) a set of camshaft positions and a set of pressure values indicative of the pressure in the intake surge tank while the camshaft is rotated and the gas flow into the intake surge tank is maintained constant; and - providing (S108) a camshaft signature comprising the set of camshaft positions and the set of pressure values.
A hot beverage preparation machine comprising - a body ; - a water reservoir wherein water is filled; - a water heater enabling the water in the water reservoir to be heated; - a brewing chamber wherein the raw material of the beverage to be prepared is put and whereto the water heated in the water reservoir is transferred, wherein the brewing process is performed as a result of the interaction between the raw beverage material and water; - a cover for isolating the brewing chamber from the outer environment; - a housing which is situated on the body , under the brewing chamber ; - a pot which is placed into the housing , the top surface thereof being at least partially open and whereto the beverage brewed in the brewing chamber is transferred; and - a spraying member having a plurality of arms which have a plurality of holes thereon for delivering the water onto the raw beverage material, which is provided on the cover and which enables the raw beverage material put into the brewing chamber to be wetted, - characterized by the plurality of arms which, when the cover is closed, are inclined from the cover towards the brewing chamber , and the spraying member further having a headpiece which has holes thereon and whereto the arms are connected. - a body ; - a water reservoir wherein water is filled; - a water heater enabling the water in the water reservoir to be heated; - a brewing chamber wherein the raw material of the beverage to be prepared is put and whereto the water heated in the water reservoir is transferred, wherein the brewing process is performed as a result of the interaction between the raw beverage material and water; - a cover for isolating the brewing chamber from the outer environment; - a housing which is situated on the body , under the brewing chamber ; - a pot which is placed into the housing , the top surface thereof being at least partially open and whereto the beverage brewed in the brewing chamber is transferred; and - a spraying member having a plurality of arms which have a plurality of holes thereon for delivering the water onto the raw beverage material, which is provided on the cover and which enables the raw beverage material put into the brewing chamber to be wetted, - characterized by the plurality of arms which, when the cover is closed, are inclined from the cover towards the brewing chamber , and the spraying member further having a headpiece which has holes thereon and whereto the arms are connected.
A method of controlling a continuous inkjet printer configured to execute prints (A, E) with gaps (B, C, D) there-between and to undertake phase testing (C) between said prints (A, E), said printer comprising an amplifier configured to amplify charges measured during phase testing (C), characterized in that the amplifier comprises a first stage amplifier and a second stage amplifier configured to run as ac coupled differentiators, and said method comprises switching out at least one of said amplifiers when said printer is not undertaking phase testing (C).
An anhydrous composition in aerosol form, comprising: - at least 0.3% by weight of active material of magnesium salt(s) relative to the total weight of the composition; - at least one hydrocarbon-based plant oil; and - at least one fatty acid ester. - at least 0.3% by weight of active material of magnesium salt(s) relative to the total weight of the composition; - at least one hydrocarbon-based plant oil; and - at least one fatty acid ester.
A mixing syringe comprising: a fluid housing defining an internal housing chamber and a fluid outlet in communication with the internal housing chamber ; an outer plunger disposed within the internal housing chamber of the fluid housing, the outer plunger defining a cavity and comprising an outer plunger head defining a flow passage between the cavity and the internal housing chamber , wherein the outer plunger is configured to move relative to the fluid housing between a proximal position and a distal position, wherein the outer plunger head is configured to rotate within the internal housing chamber of the fluid housing , and wherein the outer plunger head includes at least one scraper element dimensioned to contact an inner housing wall of the fluid housing during rotational movement thereof; and an inner plunger at least partially disposed within the cavity defined by the outer plunger , the inner plunger being configured to move between a retracted position and an advanced position relative to the outer plunger , whereby, when the outer plunger is in the distal position and fluid is disposed in the cavity of the outer plunger , movement of the inner plunger toward the advanced position causes the inner plunger to force the fluid through the flow passage of the outer plunger head and through the fluid outlet of the fluid housing . a fluid housing defining an internal housing chamber and a fluid outlet in communication with the internal housing chamber ; an outer plunger disposed within the internal housing chamber of the fluid housing, the outer plunger defining a cavity and comprising an outer plunger head defining a flow passage between the cavity and the internal housing chamber , wherein the outer plunger is configured to move relative to the fluid housing between a proximal position and a distal position, wherein the outer plunger head is configured to rotate within the internal housing chamber of the fluid housing , and wherein the outer plunger head includes at least one scraper element dimensioned to contact an inner housing wall of the fluid housing during rotational movement thereof; and an inner plunger at least partially disposed within the cavity defined by the outer plunger , the inner plunger being configured to move between a retracted position and an advanced position relative to the outer plunger , whereby, when the outer plunger is in the distal position and fluid is disposed in the cavity of the outer plunger , movement of the inner plunger toward the advanced position causes the inner plunger to force the fluid through the flow passage of the outer plunger head and through the fluid outlet of the fluid housing .
A light source apparatus comprising: a beam introduction section that introduces an energy beam (EB); a plate member having a front surface and a back surface, being the main surfaces of a rotation body and disposed at a location where the introduced energy beam (EB) is incident, and being rotatable around a direction orthogonal to the front surface as its rotation axis direction; a raw material supply section that supplies plasma raw material to an incident area onto which the energy beam (EB) is incident to generate plasma; and a radiation extraction section that extracts and emits radiation (R) from the plasma generated by the energy beam (EB), characterized in that the plate member is disposed such that the introduced energy beam (EB) is incident onto the front surface and a normal axis (NA) of the incident area in the front surface is off from a between-axes area configured between an incident axis (lA) of the energy beam incident onto the incident area and an emission axis (EA) of the radiation extracted from the plasma generated in a plasma generation area corresponding to the position of the incident area of the rotation body . a beam introduction section that introduces an energy beam (EB); a plate member having a front surface and a back surface, being the main surfaces of a rotation body and disposed at a location where the introduced energy beam (EB) is incident, and being rotatable around a direction orthogonal to the front surface as its rotation axis direction; a raw material supply section that supplies plasma raw material to an incident area onto which the energy beam (EB) is incident to generate plasma; and a radiation extraction section that extracts and emits radiation (R) from the plasma generated by the energy beam (EB), characterized in that the plate member is disposed such that the introduced energy beam (EB) is incident onto the front surface and a normal axis (NA) of the incident area in the front surface is off from a between-axes area configured between an incident axis (lA) of the energy beam incident onto the incident area and an emission axis (EA) of the radiation extracted from the plasma generated in a plasma generation area corresponding to the position of the incident area of the rotation body .
A spinal implant comprising an implant body including titanium, wherein the implant body comprises: a frame , including a first vertebral engaging surface ; a second vertebral engaging surface ; and an inner wall and an outer wall extending between the surfaces and being spaced apart between the surfaces and define a cavity disposed between the walls ; and a lattice disposed in the cavity and adjacent the wall and extending between the surfaces , wherein the lattice includes a latticework having a plurality of nodes and openings disposed in rows and columns, characterized in that the lattice and the frame are fabricated from porous titanium. a frame , including a first vertebral engaging surface ; a second vertebral engaging surface ; and an inner wall and an outer wall extending between the surfaces and being spaced apart between the surfaces and define a cavity disposed between the walls ; and a first vertebral engaging surface ; a second vertebral engaging surface ; and an inner wall and an outer wall extending between the surfaces and being spaced apart between the surfaces and define a cavity disposed between the walls ; and a lattice disposed in the cavity and adjacent the wall and extending between the surfaces , wherein the lattice includes a latticework having a plurality of nodes and openings disposed in rows and columns, characterized in that the lattice and the frame are fabricated from porous titanium.
Container receiving device for receiving a container (B), the container receiving device having a first housing part in the form of a container carrier and a second housing part in the form of a cover part , wherein the container (B) can be accommodated in the container carrier and can be secured to the container carrier by the lid part which covers the front of the container (B) in the closed state, wherein the container carrier and the lid part have latching elements which interact with one another, which are designed as latching tabs and matching latching bearings , characterized in that at least one of the two housing parts has a plurality of latching elements arranged in a common alignment at a distance from one another , which are each designed for latching a pair of latching tabs and latching tabs , a first number of latching tabs is arranged in a common alignment at an equal distance between two adjacent latching lugs on the container carrier or on the lid part , and a number of latching bearings greater than the first number of latching lugs is arranged in a common alignment at an equal distance between two adjacent latching bearings on the respective other housing part and the cover part can optionally be plugged together in different combinations of a latching element of one housing part with the matching latching element of the latching elements of the other housing part arranged in an alignment at a distance from one another, so that the position of the upper edge of the lid part can be changed in relation to the upper edge of the container carrier in the direction of the alignment of the plurality of spaced-apart latching elements, and in that the lid part has a collar projecting towards the container carrier when it is fitted onto the container carrier and folded shut, in order to secure a container (B) received in the direction of the alignment.
An SMS processing method in an Internet of Things performed by a terminal device, wherein the method comprises: • sending (step 301) a non-combined registration request to a mobility management network element in a packet switched, PS, domain, wherein the non-combined registration request carries SMS only indication information, wherein the terminal device is an Internet of Things terminal device; characterized in that the method further comprises: • receiving (step 303), from the mobility management network element, an attach accept message or a location update accept message, wherein the attach accept message or the location update accept message comprises first indication information, wherein the first indication information is used to indicate that the mobility management network element in the PS domain cannot provide an SMS service for the terminal device; • after receiving the attach accept message or the location update accept message, performing public land mobile network, PLMN, selection to re-request to obtain the SMS service. • sending (step 301) a non-combined registration request to a mobility management network element in a packet switched, PS, domain, wherein the non-combined registration request carries SMS only indication information, wherein the terminal device is an Internet of Things terminal device; characterized in that the method further comprises: • receiving (step 303), from the mobility management network element, an attach accept message or a location update accept message, wherein the attach accept message or the location update accept message comprises first indication information, wherein the first indication information is used to indicate that the mobility management network element in the PS domain cannot provide an SMS service for the terminal device; • after receiving the attach accept message or the location update accept message, performing public land mobile network, PLMN, selection to re-request to obtain the SMS service.
A solid propellant auxiliary booster intended to be attached to the main body of a launcher, the booster comprising a cylindrical body extending in a longitudinal direction (X-X') between a rear zone in communication with a nozzle and a front face formed by a conical structure connected to the cylindrical body of the booster , the cylindrical body delimiting a first internal volume and the conical structure of the front face delimiting a second internal volume , said auxiliary booster containing a solid propellant charge , wherein the first internal volume of the cylindrical body communicates with the second internal volume of the conical structure , characterized in that the solid propellant charge is present both in the first and second internal volumes and in that the auxiliary booster also comprises an ignition device of the solid propellant charge present at the rear zone of the auxiliary booster.
A yeast that is not a Saccharomyces or Schizosaccharomyces species comprising a Cas endonuclease and a polynucleotide sequence comprising an RNA polymerase (II) promoter operably linked to at least one nucleotide sequence, wherein said nucleotide sequence comprises a DNA sequence encoding a ribozyme upstream of a DNA sequence encoding an RNA component and a transcription termination sequence downstream of the RNA component sequence, and does not comprise a ribozyme sequence located downstream from the ribozyme-RNA component, wherein said RNA component comprises a variable targeting domain complementary to a target site sequence on a chromosome or episome in the yeast, and wherein the RNA component and the Cas endonuclease can form a RNA-guided endonuclease (RGEN), wherein said RGEN can bind to the target site sequence.
A method for bonding a first semiconductor body having a plurality of electromagnetic radiation detectors to a second semiconductor body having read out integrated circuits for the detectors, comprising: aligning electrical contacts for the plurality of electromagnetic radiation detectors with electrical contacts of the read out integrated circuits; attaching the aligned electrical contacts for the plurality of electromagnetic radiation detectors with electrical contacts of the read out integrated circuits to form an intermediate stage structure ; packaging the intermediate stage structure into a vacuum sealed container having flexible walls; inserting the intermediate stage structure packaged in the vacuum sealed container into a pressure chamber ; applying isostatic pressure in the pressure chamber to the intermediate stage structure through the walls of the vacuum sealed container ; wherein the vacuum sealed container provides electrostatic shielding to the intermediate stage structure . aligning electrical contacts for the plurality of electromagnetic radiation detectors with electrical contacts of the read out integrated circuits; attaching the aligned electrical contacts for the plurality of electromagnetic radiation detectors with electrical contacts of the read out integrated circuits to form an intermediate stage structure ; packaging the intermediate stage structure into a vacuum sealed container having flexible walls; inserting the intermediate stage structure packaged in the vacuum sealed container into a pressure chamber ; applying isostatic pressure in the pressure chamber to the intermediate stage structure through the walls of the vacuum sealed container ; wherein the vacuum sealed container provides electrostatic shielding to the intermediate stage structure .
Profiled clamp having a profiled band , and an annular sealing element, wherein the profiled band has two tensioning heads which are connected to one another via a tensioning element , wherein the profiled band has at least one radially outer positioning aid which has a spring elastic bearing portion for clinging to a shape feature of a line end which can be coupled to the profiled clamp , the positioning aid being arranged with an axial offset to the profiled band and extending from the profiled band toward the line end by virtue of the axial offset, wherein the bearing portion extends obliquely to a circumferential direction (u) of the profiled band , wherein the bearing portion is bent or kinked radially inwardly and/or is bent or kinked in the axial direction.
A continuous method of forming a busbar, the method comprising continuously providing an electrically conductive material having a first major surface with longitudinal edges, continuously bringing an adhesive material into contact with the electrically conductive material and securing the adhesive material to the first major surface of the electrically conductive material such that the adhesive material is inboard of both of the longitudinal edges of the first major surface of the electrically conductive material and is able subsequently to secure the first major surface of the busbar at a site of use.