mhurhangee/patent-ind-claim-en huggingface dataset:
Device for applying a material measure of a position measuring apparatus to a mounting surface of a carrier , comprising - a base body , - a punch , which can be displaced relative to the base body along an axis (Z) at right angles to the mounting surface , and which has a holding element for the detachable holding of the material measure , characterized by - a spring element , which is arranged between the base body and the punch in such a way that, during the application of the material measure to the mounting surface , the spring element exerts a compressive force (F) on the punch along the axis (Z) towards the mounting surface , wherein - at a first position along the axis (Z), the base body has a first abutment , on which the punch is supported when in the rest state, so that the punch is held on the base body in a defined position along the axis (Z), and wherein - at a second position along the axis (Z), the base body has a second abutment , which is formed as a stop surface and, during the application of the material measure to the carrier , is brought into contact with a reference surface of the carrier , and wherein - the holding element is a clamping mechanism, which is designed to hold the material measure on the punch in a clamping manner in such a way that the material measure is forced onto the mounting surface by the compressive force (F) during the application. - a base body , - a punch , which can be displaced relative to the base body along an axis (Z) at right angles to the mounting surface , and which has a holding element for the detachable holding of the material measure , - a spring element , which is arranged between the base body and the punch in such a way that, during the application of the material measure to the mounting surface , the spring element exerts a compressive force (F) on the punch along the axis (Z) towards the mounting surface , wherein - at a first position along the axis (Z), the base body has a first abutment , on which the punch is supported when in the rest state, so that the punch is held on the base body in a defined position along the axis (Z), and wherein - at a second position along the axis (Z), the base body has a second abutment , which is formed as a stop surface and, during the application of the material measure to the carrier , is brought into contact with a reference surface of the carrier , and wherein - the holding element is a clamping mechanism, which is designed to hold the material measure on the punch in a clamping manner in such a way that the material measure is forced onto the mounting surface by the compressive force (F) during the application.
A trimming system for trimming fish , the system comprising: • a supporting structure adapted to engage with the fish such that a first belly side of the fish extends along a first side of the supporting structure and a second belly side of the fish extends along a second side of the supporting structure , • a force supplying means for supplying opposite forces onto the first and the second belly sides towards the first and the second sides of the supporting structure , • an advancing means for advancing the fish from a first position to a second position , • a profile measuring means arranged at the first position for measuring, at the first and the second sides of the supporting structure, the profile of the first and the second belly sides of the fish, • a cutting means arranged at the second position, the cutting means being operable to trim the first and second belly sides of the fish, • a control unit operably connected to the profile measuring means for receiving profile data acquired by the profile measuring means and for controlling operation of the cutting means to trim the first and second belly sides of the fish, wherein the profile measuring means and the force supplying means are positioned and configured such that the opposite forces are supplied by the force supplying means at the first position while a lower edge of at least one of the first and the second belly sides is being measured by the profile measuring means . • a supporting structure adapted to engage with the fish such that a first belly side of the fish extends along a first side of the supporting structure and a second belly side of the fish extends along a second side of the supporting structure , • a force supplying means for supplying opposite forces onto the first and the second belly sides towards the first and the second sides of the supporting structure , • an advancing means for advancing the fish from a first position to a second position , • a profile measuring means arranged at the first position for measuring, at the first and the second sides of the supporting structure, the profile of the first and the second belly sides of the fish, • a cutting means arranged at the second position, the cutting means being operable to trim the first and second belly sides of the fish, • a control unit operably connected to the profile measuring means for receiving profile data acquired by the profile measuring means and for controlling operation of the cutting means to trim the first and second belly sides of the fish, wherein the profile measuring means and the force supplying means are positioned and configured such that the opposite forces are supplied by the force supplying means at the first position while a lower edge of at least one of the first and the second belly sides is being measured by the profile measuring means .
A device for monitoring production of a technical apparatus comprising a plurality of components , the device comprising a control circuitry configured to: - for each one of a plurality of production steps of a first component of the plurality of components : trigger deposition of a respective entry (671-673) in a first distributed ledger (600-609) associated with the first component , the respective entry (671-673) being associated with the respective production step, and - upon integration of the first component in a second component of the plurality of components : trigger encapsulation of the first distributed ledger (600-609) in a second distributed ledger (600-609) associated with the second component , wherein the first distributed ledger is a first blockchain comprising multiple first blocks, wherein the second distributed ledger is a second blockchain comprising multiple second blocks. - for each one of a plurality of production steps of a first component of the plurality of components : trigger deposition of a respective entry (671-673) in a first distributed ledger (600-609) associated with the first component , the respective entry (671-673) being associated with the respective production step, and - upon integration of the first component in a second component of the plurality of components : trigger encapsulation of the first distributed ledger (600-609) in a second distributed ledger (600-609) associated with the second component ,
A vacuum glass sealing device comprising an air extraction table , an upper pressing plate and a heating device , wherein the air extraction table is provided with an accommodating groove for placing glass plates to be sealed, the upper pressing plate is pressable on the glass plates to be sealed in the accommodating groove and air-tightly connected with the air extraction table around the periphery of the accommodating groove , and then the glass plates to be sealed are sealable in a closed space; and the air extraction table and/or the upper pressing plate are provided with air extraction ports , for vacuumizing the closed space and the glass plates to be sealed in the closed space, characterized in that the heating device is suitable for heating the parts to be sealed on the glass plates to be sealed from the exterior of one side of the upper pressing plate and/or the exterior of one side of the air extraction table so as to complete metal welding of the parts to be sealed.
An indicia reader with a user perceptible indicator of a software upgrade providing an additional capability to the indicia reader, comprising: an optical system comprising image receive optics and an image sensor, , wherein the image sensor is a two-dimensional CMOS image sensor having a global shutter operating mode; an illumination assembly that illuminates a target; an aiming pattern generator that projects an aiming light pattern; a housing for holding the optical system, the illumination assembly, the aiming pattern generator, and an electronics assembly; and an electroluminescent display positioned within a top panel of the housing, wherein said electroluminescent display comprises a plurality of individual icons, each individual icon corresponding to a capability of the indicia reader to function for a different scanning task, each capability being provided by a corresponding software upgrade, wherein in response to a software upgrade providing one of the capabilities the corresponding individual icon is illuminated. with a user perceptible indicator of a software upgrade providing an additional capability to the indicia reader, comprising: an optical system comprising image receive optics and an image sensor, , wherein the image sensor is a two-dimensional CMOS image sensor having a global shutter operating mode; an illumination assembly that illuminates a target; an aiming pattern generator an optical system comprising image receive optics and an image sensor, , wherein the image sensor is a two-dimensional CMOS image sensor having a global shutter operating mode; an illumination assembly that illuminates a target; an aiming pattern generator that projects an aiming light pattern; a housing for holding the optical system, the illumination assembly, the aiming pattern generator, and an electronics assembly; and an electroluminescent display positioned within a top panel of the housing, wherein said electroluminescent display comprises a plurality of individual icons, each individual icon corresponding to a capability of the indicia reader to function for a different scanning task, each capability being provided by a corresponding software upgrade, wherein in response to a software upgrade providing one of the capabilities the corresponding individual icon is illuminated. a housing for holding the optical system, the illumination assembly, the aiming pattern generator, and an electronics assembly; and an electroluminescent display positioned within a top panel of the housing, wherein said electroluminescent display comprises a plurality of individual icons, each individual icon corresponding to a capability of the indicia reader to function for a different scanning task, each capability being provided by a corresponding software upgrade, wherein in response to a software upgrade providing one of the capabilities the corresponding individual icon is illuminated.
A process for incorporating decellularized and deantigenated bone tissue on the surface of implants, plates, screws or prostheses made of titanium and its alloys, comprising preparing the bone tissue according to known methods until obtaining a powder that is suspended in an aqueous solution at 10-35% by volume of hydrogen peroxide, at a temperature ranging from 10 to 30°C, for a contact time ranging from 10 minutes to 4 hours, in a ratio of 1:1 by weight and characterized in that the titanium metal substrate is subsequently introduced into this solution for a maximum time of 5 minutes.
A disk array system comprising: at least one pair of mated disks , said mated disks are substantially parallel to each other, each disk having a top surface, a bottom surface, a waveform pattern (2642-2646) on at least one surface of the disk facing at least one neighboring disk such that the neighboring waveform patterns substantially form between said neighboring disks in said pair of mated disks a passageway , at least one mated disk in each pair of mated disks includes at least one opening passing through its height, and a fluid pathway exists for directing fluid from the at least one opening in said disks through the at least one passageway towards the periphery of the disks ; and each of said waveform patterns includes a plurality of at least one of protrusions and depressions, at least one of said plurality of at least one of protrusions and depressions forms a ring having a varying diameter around the at least one opening. at least one pair of mated disks , said mated disks are substantially parallel to each other, each disk having a top surface, a bottom surface, a waveform pattern (2642-2646) on at least one surface of the disk facing at least one neighboring disk such that the neighboring waveform patterns substantially form between said neighboring disks in said pair of mated disks a passageway , at least one mated disk in each pair of mated disks includes at least one opening passing through its height, and a fluid pathway exists for directing fluid from the at least one opening in said disks through the at least one passageway towards the periphery of the disks ; and
An optical waveguide for a head up display, the optical waveguide being configured to provide pupil expansion in two dimensions, the waveguide comprising a primary waveguide having an input end and an output end, and a secondary waveguide positioned on a face of the primary waveguide between the input end and the output end, there being an interface between the primary waveguide and secondary waveguide , characterised by the refractive index of the primary waveguide being lower than the refractive index of the secondary waveguide , and by comprising a main diffraction grating on a face of the secondary waveguide , which face is parallel and opposite to the interface with the primary waveguide , wherein the lines of the main diffraction grating are parallel with an axis from the input end to the output end of the waveguide. a primary waveguide having an input end and an output end, and a secondary waveguide positioned on a face of the primary waveguide between the input end and the output end, there being an interface between the primary waveguide and secondary waveguide , characterised by the refractive index of the primary waveguide being lower than the refractive index of the secondary waveguide , and by comprising a main diffraction grating on a face of the secondary waveguide , which face is parallel and opposite to the interface with the primary waveguide , wherein the lines of the main diffraction grating are parallel with an axis from the input end to the output end of the waveguide.
Arrangement for transmitting data in a home or building installation system having at least one installation device which is in the form of a flush-mounted or surface-mounted device and is in the form of a socket, a switch, a pushbutton, a dimmer, a smoke detector, a motion detector, a building automation device with operating units for sun protection apparatuses, door communication systems, security systems and heating and air-conditioning systems, wherein the at least one installation device is equipped with at least one light source which acts as an optical transmission unit and wirelessly communicates with at least one receiver unit arranged at a distance from the transmission unit of the installation device and integrated in a mobile device by means of the light beams (VL) emitted by the transmission unit , wherein the light source is modified in such a manner that data can be transmitted using the visible light beams (VL) emitted by the light source of the installation device , characterized in that the data transmission comprises an identification marker of the device , an indication of the activation state and a status display , and the lighting element of an installation device , which operates as a transmission and/or reception unit, receives, evaluates and/or processes signals from the lighting element of a respectively adjacent installation device, which operates as a transmission and/or reception unit, via the receiver unit of the mobile device and vice versa.
A module being connected to an automotive Audio Video Bridging, "AVB", network , the module comprising: at least one talker controller programmed to: transmit a talker advertisement message to at least one listener controller , the talker advertisement message being indicative of an available AVB stream of data for consumption by the at least one listener controller ; and receive a failure message from one of a bridge controller and the at least one listener controller ; characterized in that the failure message is indicative of the at least one listener not being able to receive the available AVB stream of data from the at least one talker controller with the quality of service parameters defined by the AVB data stream due to a failure of the AVB network ; and the at least one talker controller is further programmed to: in response to receiving the failure message, transmit the available AVB stream of data as a non-AVB stream of data to the at least one listener controller . at least one talker controller programmed to: transmit a talker advertisement message to at least one listener controller , the talker advertisement message being indicative of an available AVB stream of data for consumption by the at least one listener controller ; and receive a failure message from one of a bridge controller and the at least one listener controller ; transmit a talker advertisement message to at least one listener controller , the talker advertisement message being indicative of an available AVB stream of data for consumption by the at least one listener controller ; and receive a failure message from one of a bridge controller and the at least one listener controller ; characterized in that the failure message is indicative of the at least one listener not being able to receive the available AVB stream of data from the at least one talker controller with the quality of service parameters defined by the AVB data stream due to a failure of the AVB network ; and the at least one talker controller is further programmed to: in response to receiving the failure message, transmit the available AVB stream of data as a non-AVB stream of data to the at least one listener controller .
A method of operating a security system , the method comprising: (a) receiving by a security device a wireless signal from a mobile device ; (b) acquiring a mobile device identifier if the security device receives a wireless signal from the mobile device for a pre-determined duration of time; (c) determining whether the acquired mobile device identifier is one of a plurality of stored mobile device identifiers, and if the acquired mobile device identifier is not one of the plurality of stored mobile device identifiers, determining a signal strength of the wireless signal and using the signal strength to estimate a distance between the mobile device and the security device; and (d) transmitting an alarm signal based on the acquired mobile device identifier and the signal strength. (a) receiving by a security device a wireless signal from a mobile device ; (b) acquiring a mobile device identifier if the security device receives a wireless signal from the mobile device for a pre-determined duration of time; (c) determining whether the acquired mobile device identifier is one of a plurality of stored mobile device identifiers, and if the acquired mobile device identifier is not one of the plurality of stored mobile device identifiers, determining a signal strength of the wireless signal and using the signal strength to estimate a distance between the mobile device and the security device; and (d) transmitting an alarm signal based on the acquired mobile device identifier and the signal strength.
A tissue-targeting complex comprising a tissue targeting moiety, an octadentate hydroxypyridinone (HOPO)-containing ligand comprising four 3,2-HOPO and the ion of an alpha-emitting thorium radionuclide where all four HOPO moieties are substituted at the N-position with a hydroxyalkyl solubilising group.
A filling level measuring device with a single continuously measuring filling level sensor and at least one processor for controlling the filling level sensor and for evaluating the measurement results, the filling level measuring device has at least one first operating mode and one second operating mode for determining the filling level, wherein the measuring device has in the first operating mode a first measuring rate and a first measuring accuracy and in the second operating mode a second measuring rate and a second measuring accuracy, wherein the first measuring rate is lower than the second measuring rate and/or the first measurement accuracy is lower than the second measurement accuracy, characterized in that in a first alternative, the measuring device has a first processor and a second processor , wherein the first processor has a lower energy consumption than the second processor , and the first processor is activated in the first operating mode , and at least the second processor is activated in the second operating mode , or in a second alternative, the filling level measuring device has a processor with at least two operating states , wherein the processor has a lower energy consumption in the first operating state than in the second operating state , and the processor is in the first operating state in the first operating mode , and is in the second operating state in the second operating mode , wherein the first operating state of the processor is an energy-saving state with a reduced computing power, and the second operating state corresponds to a regular operation of the processor with the full computing power being available. in a first alternative, the measuring device has a first processor and a second processor , wherein the first processor has a lower energy consumption than the second processor , and the first processor is activated in the first operating mode , and at least the second processor is activated in the second operating mode , or in a second alternative, the filling level measuring device has a processor with at least two operating states , wherein the processor has a lower energy consumption in the first operating state than in the second operating state , and the processor is in the first operating state in the first operating mode , and is in the second operating state in the second operating mode , wherein the first operating state of the processor is an energy-saving state with a reduced computing power, and the second operating state corresponds to a regular operation of the processor with the full computing power being available.