mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a digital signature for a digital content by means of a computer and a trustworthy signature hardware connected thereto for data exchange by: - generating a message digest from the digital content by an application executed on the computer and a one-way function; - generating descriptive data relating to the digital signature; - transmitting the message digest and the descriptive data to the trustworthy signature hardware ; - outputting the descriptive data at an output device of the trustworthy signature hardware ; - carrying out a user interaction as precondition for the continuation of the method; - generating signature data from the message digest and the descriptive data by the trustworthy signature hardware , in which at least a part of the signature data is dependent both on the message digest and on the descriptive data, wherein the signature data are derived from a linking of the message digest and the descriptive data, which linking comprises the execution of a one-way function on the descriptive data and the message digest; and - transmitting the signature data from the trustworthy signature hardware to the computer and in particular the application . - generating a message digest from the digital content by an application executed on the computer and a one-way function; - generating descriptive data relating to the digital signature; - transmitting the message digest and the descriptive data to the trustworthy signature hardware ; - outputting the descriptive data at an output device of the trustworthy signature hardware ; - carrying out a user interaction as precondition for the continuation of the method; - generating signature data from the message digest and the descriptive data by the trustworthy signature hardware , in which at least a part of the signature data is dependent both on the message digest and on the descriptive data, wherein the signature data are derived from a linking of the message digest and the descriptive data, which linking comprises the execution of a one-way function on the descriptive data and the message digest; and - transmitting the signature data from the trustworthy signature hardware to the computer and in particular the application .
A pair of boards consisting of two boards joined together along their longitudinal narrow sides profiled in the longitudinal direction , the profiling being a profiling already carried out in the sawmill in the fresh state of the boards , characterized in that the boards originate from the same tree trunk, preferably from the same tree trunk cut to a standard raw wood length, with substantially the same moisture content and conicity and are cut from layers of the tree trunk corresponding to one another, opposite layers of the tree trunk in relation to a longitudinal axis of the tree trunk, wherein a guide chamfer is formed on the boards to be joined, wherein the two boards have been joined in the fresh state of the boards and wherein the two boards are arranged in a neutral growth ring position in relation to one another, wherein preferably the pair of boards is provided with guide chamfers parallel to one another on its two narrow longitudinal sides.
A display positioning system comprising: a display stand including a positioning portion and supports connected to the positioning portion, the supports configured to cooperatively support the positioning portion when situated on a support surface, the positioning portion having a first recess extending inwardly from a first side of the positioning portion; and a first insert including an elongated body configured to slidably insert into the inwardly extending first recess from the first side of the positioning portion, the first recess configured to receive and removably retain the first insert and the first insert and the first recess being correspondingly shaped, the elongated body of the first insert including an upwardly facing surface having a first concavity shaped to receive and removably retain at least an edge portion of a first computing device display when the first insert is inserted into the first recess of the display stand and equipped with the first computing device display. a display stand including a positioning portion and supports connected to the positioning portion, the supports configured to cooperatively support the positioning portion when situated on a support surface, the positioning portion having a first recess extending inwardly from a first side of the positioning portion; and a first insert including an elongated body configured to slidably insert into the inwardly extending first recess from the first side of the positioning portion, the first recess configured to receive and removably retain the first insert and the first insert and the first recess being correspondingly shaped, the elongated body of the first insert including an upwardly facing surface having a first concavity shaped to receive and removably retain at least an edge portion of a first computing device display when the first insert is inserted into the first recess of the display stand and equipped with the first computing device display.
A battery-powered blower , comprising: a housing assembly having a handle portion , the handle portion having an central longitudinal axis defining a plane; an outlet tube extending from a front portion of the housing assembly; a fan located within the housing assembly, and driven by a motor to blow air out of the outlet tube, the motor being provided within the housing assembly; characterised by a battery removably mounted to a side portion of the housing assembly, the battery being laterally offset from the handle portion, wherein a center of gravity of the blower is located below the handle portion. a housing assembly having a handle portion , the handle portion having an central longitudinal axis defining a plane; an outlet tube extending from a front portion of the housing assembly; a fan located within the housing assembly, and driven by a motor to blow air out of the outlet tube, the motor being provided within the housing assembly; characterised by a battery removably mounted to a side portion of the housing assembly, the battery being laterally offset from the handle portion, wherein a center of gravity of the blower is located below the handle portion.
An insulating panel comprising a wood wool layer secured to a thermal insulating layer , in which - the wood wool layer comprises wood wool fibres held together by an inorganic binder and arranged in an irregular geometry to form an open-pore, three-dimensional structure having a porosity of greater than 30% by volume; and - the thermal insulating layer comprises a foam layer, characterised in that a fire resistant material in a quantity of between 0.8 kg/m 2 and 8 kg/m 2 is positioned between the wood wool layer and the thermal insulating layer, notably a fire resistant material comprising cement, Portland cement, white cement, grey cement, magnesia, caustic magnesia, silicates, gypsum or combinations thereof. - the wood wool layer comprises wood wool fibres held together by an inorganic binder and arranged in an irregular geometry to form an open-pore, three-dimensional structure having a porosity of greater than 30% by volume; and - the thermal insulating layer comprises a foam layer,
A microalloyed magnesium material for absorption in the body of a human or animal, the microalloyed magnesium material consisting of: 0.85 to 1.4 percent by weight of zinc (Zn), 0.2 to 0.5 percent by weight of calcium (Ca), 0.2 to 0.5 percent by weight of manganese (Mn) with the remainder being magnesium (Mg) and inevitable impurities, wherein the combined percent of Zn, Ca and Mn microalloyed with Mg is in the range of 1.4 to 2.4 percent, preferably in the range of 1.5 to 2.4 percent.
A surgical guide for an orthopaedic procedure comprising: a shield including first and second shield portions; and a housing including a first housing portion pivotably coupled to a second housing portion ; and wherein the first and second shield portions are coupled to the respective first and second housing portions , the first and second shield portions are moveable relative to each other between a folded position and a deployed position in response to relative rotation between the first and second housing portions about an axis, the first and second shield portions are configured to bound a work area in the deployed position, the work area is dimensioned to receive a portion of bone, and the housing includes a resection slot extending from the work area. a shield including first and second shield portions; and a housing including a first housing portion pivotably coupled to a second housing portion ; and wherein the first and second shield portions are coupled to the respective first and second housing portions , the first and second shield portions are moveable relative to each other between a folded position and a deployed position in response to relative rotation between the first and second housing portions about an axis, the first and second shield portions are configured to bound a work area in the deployed position, the work area is dimensioned to receive a portion of bone, and the housing includes a resection slot extending from the work area.
A combined radiation and oxygen-blocking layer application system, comprising: one or more LED UV radiation sources , the one or more radiation sources configured to emit radiation toward a top surface of a printing plate having a LAMS layer, the printing plate having a leading edge (LE) and a trailing edge (TE); an oxygen-blocking layer application unit located with the one or more radiation sources , the oxygen-blocking layer application unit configured to dispose an oxygen-blocking layer over the surface of the LAMS layer; means for causing relative motion between the printing plate and the radiation sources and oxygen-blocking layer application unit in a first direction that causes the oxygen-blocking layer to be applied from the leading edge (LE) to the trailing edge (TE), the oxygen-blocking layer application unit positioned to apply the oxygen-blocking layer to the printing plate ahead of the one or more radiation sources in the first direction, wherein the means for causing relative motion causes the one or more radiation sources and the oxygen-blocking layer application unit to move and the printing plate is stationary. one or more LED UV radiation sources , the one or more radiation sources configured to emit radiation toward a top surface of a printing plate having a LAMS layer, the printing plate having a leading edge (LE) and a trailing edge (TE); an oxygen-blocking layer application unit located with the one or more radiation sources , the oxygen-blocking layer application unit configured to dispose an oxygen-blocking layer over the surface of the LAMS layer; means for causing relative motion between the printing plate and the radiation sources and oxygen-blocking layer application unit in a first direction that causes the oxygen-blocking layer to be applied from the leading edge (LE) to the trailing edge (TE), the oxygen-blocking layer application unit positioned to apply the oxygen-blocking layer to the printing plate ahead of the one or more radiation sources in the first direction, wherein the means for causing relative motion causes the one or more radiation sources and the oxygen-blocking layer application unit to move and the printing plate is stationary.
A terminal apparatus comprising: a reception unit configured to receive, from a base station apparatus , a radio resource control, RRC, message which indicates information for each of multiple downlink control channel resources, and receive, from the base station apparatus , a medium access control, MAC, control element which indicates one of the multiple downlink control channel resources; and a monitor unit configured to monitor a downlink control channel for decoding the one of the multiple downlink control channel resources based on the RRC message and the MAC control element, wherein the information includes an index which indicates frequency resource information, quasi-co-location, QCL, information and at least one of the multiple downlink control channel resources. a reception unit configured to receive, from a base station apparatus , a radio resource control, RRC, message which indicates information for each of multiple downlink control channel resources, and receive, from the base station apparatus , a medium access control, MAC, control element which indicates one of the multiple downlink control channel resources; and receive, from a base station apparatus , a radio resource control, RRC, message which indicates information for each of multiple downlink control channel resources, and receive, from the base station apparatus , a medium access control, MAC, control element which indicates one of the multiple downlink control channel resources; and a monitor unit configured to monitor a downlink control channel for decoding the one of the multiple downlink control channel resources based on the RRC message and the MAC control element, wherein the information includes an index which indicates frequency resource information, quasi-co-location, QCL, information and at least one of the multiple downlink control channel resources.
Drive apparatus comprising a superimposition transmission with a planetary transmission , a main drive machine which is connected to an input shaft of the superimposition transmission, two auxiliary drives (3.1, 3.2) which are connected via in each case one drive connection to the planetary transmission , an output shaft of the superimposition transmission, which output shaft can be connected to a mobile machine , the planetary transmission having an internal gear (6.1), a sun gear (6.2), a planetary carrier and a plurality of planetary gears (6.3), the said drive connections of the auxiliary drives (3.1, 3.2) being brought about in each case via a gear chain (9.1, 10.1, 9.2, 10.2) with in each case one stepped intermediate gear (10.1, 10.2), the input shaft being connected to the internal gear (6.1), the driven shaft being connected to the sun gear (6.2), and the auxiliary drives (3.1, 3.2) being connected via a drive connection (9.1, 10.1, 9.2, 10.2) with a constant transmission ratio to the planetary carrier , characterized in that there is a lubricating oil pump , arranged in an opening of the transmission housing , which can be driven via a spur gear on the input shaft , the spur gear being arranged between the main drive machine and the planetary transmission .
A packaging material (21; 31) for a retortable package, adapted for co-sterilization of the package and its contents, including a layer of a coated paperboard material, which is further laminated to outermost layers of plastics, wherein the coated paperboard material comprises a base board having a top side provided with a pigment coating to form a surface for printing, wherein the top side coated with the pigment coating is printed with a decorative artwork of printing ink, which pigment coating comprises a pigment mixture, at least one binder and a zirconium-based cross-linker, wherein the pigment mixture comprises at least 40 wt- % calcium carbonate and at least 10 wt- % clay.
An implantable stimulator device , comprising: a microcontroller ; a plurality of electrodes configured to provide electrical stimulation to a patient; and an impedance algorithm configured when operating in the microcontroller to determine impedances between a plurality of combinations of the electrodes at a plurality of different frequencies, and to determine a measured impedance fingerprint from the determined impedances, wherein the impedance algorithm is further configured when operating in the microcontroller to select a stimulation program to be provided to the electrodes in accordance with the measured impedance fingerprint. a plurality of electrodes configured to provide electrical stimulation to a patient; and an impedance algorithm configured when operating in the microcontroller to determine impedances between a plurality of combinations of the electrodes at a plurality of different frequencies, and to determine a measured impedance fingerprint from the determined impedances, wherein the impedance algorithm is further configured when operating in the microcontroller to select a stimulation program to be provided to the electrodes in accordance with the measured impedance fingerprint.
A system for measuring a vibrational response in an eye for determination of ocular parameters comprising: an air jet nozzle directed at the apex of the eye along the optical axis , for providing an excitation stimulus at a single frequency to cause vibration in the eye ; a sensor for emitting incident light that is directed to a point on the eye removed a distance from the apex of the eye, and for receiving the backscatter light from the point to measure a vibrational response of the eye to the excitation stimulus, and optionally, a camera disposed on the optical axis , wherein the incident light approaches the surface of the eye perpendicular to the surface tangent at the point. an air jet nozzle directed at the apex of the eye along the optical axis , for providing an excitation stimulus at a single frequency to cause vibration in the eye ; a sensor for emitting incident light that is directed to a point on the eye removed a distance from the apex of the eye, and for receiving the backscatter light from the point to measure a vibrational response of the eye to the excitation stimulus, and optionally, a camera disposed on the optical axis , wherein the incident light approaches the surface of the eye perpendicular to the surface tangent at the point.
A device comprising: a panel audio loudspeaker comprising a panel extending in a plane and an actuator coupled to the panel, the actuator comprising: a voice coil attached to and extending from the panel along an axis; a magnet assembly suspended from the panel via one or more springs ; characterised in that the actuator further comprises: a temperature sensor in electrical contact with the coil at three different axial locations, the temperature sensor being configured, during operation of the device, to measure a temperature of the coil based on voltage measurements at the three different axial locations. a voice coil attached to and extending from the panel along an axis; a magnet assembly suspended from the panel via one or more springs ; characterised in that the actuator further comprises: a temperature sensor in electrical contact with the coil at three different axial locations, the temperature sensor being configured, during operation of the device, to measure a temperature of the coil based on voltage measurements at the three different axial locations.
Transparent substrate bearing a solar control multilayer stack comprising at least n functional layers based on a material that reflects infrared radiation and (n+1) transparent dielectric coatings such that each functional layer is surrounded by transparent dielectric coatings, with n being greater than or equal to 3, wherein the stack comprises at least one absorbent layer of metallic nature that is absorbent in the visible radiation spectrum and is located on the inside of the stack, wherein the ratio of the optical thickness of the transparent dielectric coating disposed between the second and the third functional layer, starting from the substrate, to the optical thickness of the final transparent dielectric coating disposed beyond the last functional layer is between 1.25 and 3.0, and characterized in that the ratio of the optical thickness of the transparent dielectric coating disposed between the second and the third functional layer, starting from the substrate, to the geometric thickness of the third functional layer is between 6.4 and 11. wherein the stack comprises at least one absorbent layer of metallic nature that is absorbent in the visible radiation spectrum and is located on the inside of the stack, wherein the ratio of the optical thickness of the transparent dielectric coating disposed between the second and the third functional layer, starting from the substrate, to the optical thickness of the final transparent dielectric coating disposed beyond the last functional layer is between 1.25 and 3.0, and characterized in that the ratio of the optical thickness of the transparent dielectric coating disposed between the second and the third functional layer, starting from the substrate, to the geometric thickness of the third functional layer is between 6.4 and 11.
A ship comprising a hull and at least two decks (P1, P2, P3) including an upper deck (P1) and a lower deck (P2) extending below said upper deck (P1), said ship further comprising two reinforcing arches extending over each of the lateral edges of said ship along at least part of said at least two decks (P1, P2, P3), the ship comprising an interior space forming a structural void, said interior space extending over the entire width of the ship and leading to an opening on a side wall or the two opposite side walls of the hull of the ship , the two reinforcing arches extending on either side of said interior space along the longitudinal axis of the ship , a first portion of the reinforcing arches extending above said interior space and a second portion of the reinforcing arches extending from the first portion towards the rear of the ship , the first portion of the reinforcing arches extending at said upper deck (P1) of the ship located above said interior space and the second portion of the reinforcing arches extending at said lower deck (P2) of the ship located below said upper deck (P1), characterised in that each of said reinforcing arches extends from the lower deck (P2) and in that the area of the lower deck (P2) located between the second portions of the reinforcing arches has a bottom wall opening into said interior space via a bay which can be closed by at least one movable closing element. the ship comprising an interior space forming a structural void, said interior space extending over the entire width of the ship and leading to an opening on a side wall or the two opposite side walls of the hull of the ship , the two reinforcing arches extending on either side of said interior space along the longitudinal axis of the ship , a first portion of the reinforcing arches extending above said interior space and a second portion of the reinforcing arches extending from the first portion towards the rear of the ship , the first portion of the reinforcing arches extending at said upper deck (P1) of the ship located above said interior space and the second portion of the reinforcing arches extending at said lower deck (P2) of the ship located below said upper deck (P1), characterised in that each of said reinforcing arches extends from the lower deck (P2) and in that the area of the lower deck (P2) located between the second portions of the reinforcing arches has a bottom wall opening into said interior space via a bay which can be closed by at least one movable closing element.