mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor system for fluids, comprising vertically arranged level sensors , characterized in that - two level sensors are arranged vertically one upon the other on and connected to an electronic circuit board , - four electrodes of four conductivity sensors which are arranged horizontally next to each other at the bottom of and connected to the electronic circuit board , wherein the four conductivity sensors are arranged below the lower level sensor ; and - a temperature sensor which is connected to the electronic circuit board ; - a connector for connecting the electronic circuit board to a controller; wherein the electronic circuit board is embedded in a hot melt compound which is surrounded by an injection molded housing . - two level sensors are arranged vertically one upon the other on and connected to an electronic circuit board , - four electrodes of four conductivity sensors which are arranged horizontally next to each other at the bottom of and connected to the electronic circuit board , wherein the four conductivity sensors are arranged below the lower level sensor ; and - a temperature sensor which is connected to the electronic circuit board ; - a connector for connecting the electronic circuit board to a controller;
A non-consumable electrode pulse arc welding control method for welding by conducting a welding current comprising a combination of a peak current during a peak period and a base current during a base period, characterised by the method comprising: setting a peak current setting signal Ipr, a base current setting signal Ibr, and a current slope factor G (G is a real number satisfying the equality 0 < G < 1.0); Setting a pulse frequency setting signal Fr; setting a duty setting signal Dr representing the percentage of the peak period in one pulse cycle; setting a control cycle value to a smaller value than the pulse cycle formed from the peak period and the base period; detecting the welding current and outputting a current detection signal Id; calculating, during the peak period, a first current setting signal based on a formula (Ipr-Id)×G+Id every control cycle and controlling the welding current based on the calculated first current setting signal; and calculating, during the base period, a second current setting signal based on a formula (Ibr-Id)×G+Id every control cycle and controlling the welding current based on the calculated second current setting signal, wherein the current slope factor G is set in accordance with an inductance value of a conduction path of the welding current, and/or the current slope factor G is set in accordance with a pulse frequency for defining repetition of the peak period and the base period. setting a peak current setting signal Ipr, a base current setting signal Ibr, and a current slope factor G (G is a real number satisfying the equality 0 < G < 1.0); Setting a pulse frequency setting signal Fr; setting a duty setting signal Dr representing the percentage of the peak period in one pulse cycle; setting a control cycle value to a smaller value than the pulse cycle formed from the peak period and the base period; detecting the welding current and outputting a current detection signal Id; calculating, during the peak period, a first current setting signal based on a formula (Ipr-Id)×G+Id every control cycle and controlling the welding current based on the calculated first current setting signal; and calculating, during the base period, a second current setting signal based on a formula (Ibr-Id)×G+Id every control cycle and controlling the welding current based on the calculated second current setting signal, wherein the current slope factor G is set in accordance with an inductance value of a conduction path of the welding current, and/or the current slope factor G is set in accordance with a pulse frequency for defining repetition of the peak period and the base period.
A plate for insertion into the palate, suitable for treating a cleft palate, the plate having wings on both sides of an imaginary center plane running perpendicular to the plate , the wings being designed such that they bear against the palate at least in regions, characterized by two webs which run on both sides of the center plane , so that a free space running between the webs is formed for receiving the vomer .
A dual bevel needle comprising: a hollow tube having a proximal end, a distal end, a first lateral side, and a second lateral side opposite the first lateral side; a first needle point at the distal end of the hollow tube ; a second needle point at the distal end of the hollow tube ; a first bevel on each of the first lateral side and the second lateral side, the first bevel comprising a first bevel angle relative to a longitudinal axis of the tube; and a second bevel on each of the first lateral side and the second lateral side, the second bevel having a second bevel angle relative to the longitudinal axis of the tube, wherein the second bevel angle is shallower than the first bevel angle and the second bevel is located adjacent the proximal end of the first bevel , wherein each of the first and second bevels form a portion of a respective ellipse, each ellipse having two portions of an inner cutting edge, and the inner cutting edge converging to a narrow heel , wherein the two portions of the inner cutting edge of the portion of the ellipse formed by the second bevel converge at a point or nearly a point at the heel 1 . a hollow tube having a proximal end, a distal end, a first lateral side, and a second lateral side opposite the first lateral side; a first needle point at the distal end of the hollow tube ; a second needle point at the distal end of the hollow tube ; a first bevel on each of the first lateral side and the second lateral side, the first bevel comprising a first bevel angle relative to a longitudinal axis of the tube; and a second bevel on each of the first lateral side and the second lateral side, the second bevel having a second bevel angle relative to the longitudinal axis of the tube, wherein the second bevel angle is shallower than the first bevel angle and the second bevel is located adjacent the proximal end of the first bevel , wherein each of the first and second bevels form a portion of a respective ellipse, each ellipse having two portions of an inner cutting edge, and the inner cutting edge converging to a narrow heel , wherein the two portions of the inner cutting edge of the portion of the ellipse formed by the second bevel converge at a point or nearly a point at the heel 1 .
A toggle release mechanism for a ram air turbine system , the toggle release mechanism comprising: a platform ; a toggle element comprising one or more rolling or sliding elements configured to move along a track between a first, locking position and a second, release position; and a solenoid configured to move the one or more rolling or sliding elements along the track between the first, locking position and the second, release position, wherein the track is located on a surface of the platform ; characterised by : one or more pivoting members rotatably mounted to the platform and connected to the toggle element such that the toggle element is attached to the platform via the pivoting members . a platform ; a toggle element comprising one or more rolling or sliding elements configured to move along a track between a first, locking position and a second, release position; and a solenoid configured to move the one or more rolling or sliding elements along the track between the first, locking position and the second, release position, wherein the track is located on a surface of the platform ; characterised by : one or more pivoting members rotatably mounted to the platform and connected to the toggle element such that the toggle element is attached to the platform via the pivoting members .
Method for detecting tampering with a document of value and/or security document, in which at least one image is applied to a data carrier by means of a laser device, which image consists of a multiplicity of round laser dots as pixels to which grey, brightness or colour values are assigned, at least one zone being formed in the image to be applied, which zone is free of pixels of the image and additional information with at least one security feature being introduced into the at least one zone , characterized in that the additional information with at least one security feature has one or more graphic or geometric laser structures which deviate from round laser dots as pixels of the image , and that the at least one graphic or geometric laser structure and the alignment of the graphic or geometric laser structures in the zone are optically detected and compared with the at least one security feature in an evaluation device , which was applied to the zone when the image was applied to produce the data carrier .
Valve drive for a cylinder head of an internal combustion engine, having a first camshaft , which is rotatably mounted in a first and a second camshaft bearing and which has at least one cam with a first cam curve and a second cam curve that differs from the first cam curve , wherein a gas exchange valve can be actuated by the first or the second cam curve , wherein a camshaft section is provided, by means of which the cam can be moved by an adjusting means in such a way that the gas exchange valve can be actuated either via the first or the second cam curve , wherein the first camshaft and the cam have a fixed position with respect to one another, and the first camshaft can be displaced axially in the first and the second camshaft bearing , wherein an axial locking means is provided for the camshaft , wherein the axial locking means is a slotted guide which runs radially around the cam shaft and has a first and a second slotted guide track which are axially adjacent with respect to one another and into which a locking element which is preloaded by a spring element engages, and characterized in that the first and the second slotted guide track are spaced apart from one another by a cylindrical section , and in that the slotted guide has an axial groove over the slotted guide tracks and the cylindrical section .
A device for optically analyzing food products , the device comprising: a first imaging device sensitive to first wavelengths; a second imaging device sensitive to second wavelengths, one of the first imaging device and the second imaging device comprising: a line-scan camera configured to acquire images of food products in a human-visible wavelength spectrum, at a line in a food-path-facing direction , and an other of the first imaging device and the second imaging device comprising: a line-scan spectrometer configured to acquire spectroscopic images of the food products from the line in the food-path-facing direction ; an optical filter configured to: convey the first wavelengths from the line to the first imaging device ; and convey the second wavelengths from the line to the second imaging device ; and a frame configured to align the optical filter and respective optical axes of the first imaging device and the second imaging device , relative to each other and the food-path-facing direction , such that the first imaging device and the second imaging device are optically aligned via the optical filter to image the line . a first imaging device sensitive to first wavelengths; a second imaging device sensitive to second wavelengths, one of the first imaging device and the second imaging device comprising: a line-scan camera configured to acquire images of food products in a human-visible wavelength spectrum, at a line in a food-path-facing direction , and an other of the first imaging device and the second imaging device comprising: a line-scan spectrometer configured to acquire spectroscopic images of the food products from the line in the food-path-facing direction ; an optical filter configured to: convey the first wavelengths from the line to the first imaging device ; and convey the second wavelengths from the line to the second imaging device ; and convey the first wavelengths from the line to the first imaging device ; and convey the second wavelengths from the line to the second imaging device ; and a frame configured to align the optical filter and respective optical axes of the first imaging device and the second imaging device , relative to each other and the food-path-facing direction , such that the first imaging device and the second imaging device are optically aligned via the optical filter to image the line .
A vortex tube comprising: a main body ; an inlet coupled to a back side of the main body and into which compressed air is introduced; an air circulating chamber in a type of hollow tube installed in the main body ; a passage channel disposed between an inner surface of the main body and an outer surface of the air circulating chamber and through which the air introduced through the inlet passes forwards; a vortex generator coupled to a front side of the air circulating chamber so as to enable the air being introduced through the passage channel to spin in the air circulating chamber ; a cold air-outlet coupled to a front side of the main body and through which cold air is discharged outside from the air circulating chamber ; and a hot air-outlet coupled to a back side of the air circulating chamber and through which hot air is discharged outside from the air circulating chamber , wherein the passage channel is ring-shaped, and the hot air-outlet is disposed at an end phase of the vortex tube in the area of the inlet for compressed air, characterized in that the air circulating chamber is provided on an outer surface on a front side thereof with a plurality of protrusions at regular angular intervals, wherein the compressed air passes through between the protrusions . a main body ; an inlet coupled to a back side of the main body and into which compressed air is introduced; an air circulating chamber in a type of hollow tube installed in the main body ; a passage channel disposed between an inner surface of the main body and an outer surface of the air circulating chamber and through which the air introduced through the inlet passes forwards; a vortex generator coupled to a front side of the air circulating chamber so as to enable the air being introduced through the passage channel to spin in the air circulating chamber ; a cold air-outlet coupled to a front side of the main body and through which cold air is discharged outside from the air circulating chamber ; and a hot air-outlet coupled to a back side of the air circulating chamber and through which hot air is discharged outside from the air circulating chamber , wherein the passage channel is ring-shaped, and the hot air-outlet is disposed at an end phase of the vortex tube in the area of the inlet for compressed air, characterized in that the air circulating chamber is provided on an outer surface on a front side thereof with a plurality of protrusions at regular angular intervals, wherein the compressed air passes through between the protrusions .
A drive mechanism for a drug delivery device, comprising: - a flexible advance cable bearing a coupling feature of longitudinal extension, - a guide means guiding the advance cable , - a drive means engaging the coupling feature and thus enabling an advancement of the advance cable according to the guide means , wherein the drive means is provided for a permanent engagement with the coupling feature , wherein the drive means is a worm or pinion , and the coupling feature is a screw thread, a sequence of annular protrusions or a rack, and - an end piece , which is provided to push a plug or bung of a cartridge containing a drug and which is driven by the advance cable , the advance cable being provided with beads or balls having an outer diameter that exceeds an outer diameter of the advance cable and corresponds to an inner diameter of the cartridge , wherein the end piece is pushed by a driving agent that enters the cartridge and is kept straight within the cartridge . - a flexible advance cable bearing a coupling feature of longitudinal extension, - a guide means guiding the advance cable , - a drive means engaging the coupling feature and thus enabling an advancement of the advance cable according to the guide means , wherein the drive means is provided for a permanent engagement with the coupling feature , wherein the drive means is a worm or pinion , and the coupling feature is a screw thread, a sequence of annular protrusions or a rack, and - an end piece , which is provided to push a plug or bung of a cartridge containing a drug and which is driven by the advance cable , the advance cable being provided with beads or balls having an outer diameter that exceeds an outer diameter of the advance cable and corresponds to an inner diameter of the cartridge , wherein the end piece is pushed by a driving agent that enters the cartridge and is kept straight within the cartridge .
A scroll compressor comprising: - a hermetic container ; - a compression mechanism disposed in the hermetic container and including a fixed scroll and an orbiting scroll each including a spiral body disposed on a baseplate , the spiral body of the fixed scroll and the spiral body of the orbiting scroll being combined together to form a plurality of chambers including a compression chamber ; - a motor mechanism configured to drive the orbiting scroll ; and - a rotation shaft coupled to the orbiting scroll , with the orbiting scroll being eccentric from the motor mechanism , the rotation shaft being configured to transmit torque of the motor mechanism to the orbiting scroll to cause the orbiting scroll to orbit, wherein a tooth tip of the spiral body of the orbiting scroll has a tip seal ; the baseplate of the fixed scroll has a first injection port intermittently opened and closed by the tooth tip of the spiral body of the orbiting scroll as the orbiting scroll orbits; and characterised in that the first injection port is open to a suction chamber of the plurality of chambers at some rotation phases, and is located within an angular range (α) defined by a line connecting a winding-end contact point of the orbiting scroll at a compression start phase with a base circle center of the fixed scroll and one of two lines tangent to a winding-end point locus of the tip seal at the tooth tip of the spiral body of the orbiting scroll and passing through the base circle center of the fixed scroll , the one being closer to the winding-end contact point , and the first injection port does not interfere with the tip seal at the tooth tip of the spiral body of the orbiting scroll . - a hermetic container ; - a compression mechanism disposed in the hermetic container and including a fixed scroll and an orbiting scroll each including a spiral body disposed on a baseplate , the spiral body of the fixed scroll and the spiral body of the orbiting scroll being combined together to form a plurality of chambers including a compression chamber ; - a motor mechanism configured to drive the orbiting scroll ; and - a rotation shaft coupled to the orbiting scroll , with the orbiting scroll being eccentric from the motor mechanism , the rotation shaft being configured to transmit torque of the motor mechanism to the orbiting scroll to cause the orbiting scroll to orbit,
A processing system comprising: a plurality of processor cores including an application core and a safety core , wherein the application core is configured to execute an application and the safety core is configured to execute a fault detection program , wherein the fault detection program is configured to verify the execution of the application; characterized by a fault detection circuit in communication with the plurality of processor cores, the fault detection circuit comprising: a progress register configured to store progress data of the application executed by the application core, wherein the application core is configured to write the progress data to the progress register, and wherein the safety core is configured to read the progress data for verifying the execution of the application; a status register (216a - 216c) configured to store an output of the fault detection program executed by the safety core, wherein the fault detection program is configured to generate the output based on the progress data, and wherein the safety core is configured to write the output to the status register; and a controller configured to read the output stored in the status register, wherein the controller is configured to generate a fault signal when the output indicates a fault in the execution of the application. a plurality of processor cores including an application core and a safety core , wherein the application core is configured to execute an application and the safety core is configured to execute a fault detection program , wherein the fault detection program is configured to verify the execution of the application; characterized by a fault detection circuit in communication with the plurality of processor cores, the fault detection circuit comprising: a progress register configured to store progress data of the application executed by the application core, wherein the application core is configured to write the progress data to the progress register, and wherein the safety core is configured to read the progress data for verifying the execution of the application; a status register (216a - 216c) configured to store an output of the fault detection program executed by the safety core, wherein the fault detection program is configured to generate the output based on the progress data, and wherein the safety core is configured to write the output to the status register; and a controller configured to read the output stored in the status register, wherein the controller is configured to generate a fault signal when the output indicates a fault in the execution of the application.
Shaped part for guiding water on window or door wings , wherein water can be guided from a groove of the shaped part away from one end of a window or door sill onto the window or door sill, characterized by a channel leading upwards from a groove , wherein the channel is open on its side facing the window or door wing in the position of use, the groove being open on its side facing the window or door wing in the position of use, wherein the channel is open towards the groove , wherein inclined tongues as guide surfaces being provided in the channel by a base plate pointing away from the groove , which in the position of use rests against the lower edge of the window or door wing , and by an installation which at least impedes an inflow from the groove into the channel and which is provided in the region of the end of the channel adjacent to the groove .
A machine for managing a connection with a portable terminal, said machine comprising: a detector configured to detect an approach of a person and the person remaining for a predetermined time within a predetermined range of the machine; a transmitter configured to transmit a wireless signal in response to the detector detecting the person within the predetermined range of the machine for the predetermined time; a receiver configured to receive a connection request signal from the portable terminal that has received the wireless signal; and an identification unit configured to (i) identify, in response to receiving the connection request signal, the portable terminal connecting to the machine, and (ii) establish a connection with the identified portable terminal. a detector configured to detect an approach of a person and the person remaining for a predetermined time within a predetermined range of the machine; a transmitter configured to transmit a wireless signal in response to the detector detecting the person within the predetermined range of the machine for the predetermined time; a receiver configured to receive a connection request signal from the portable terminal that has received the wireless signal; and an identification unit configured to (i) identify, in response to receiving the connection request signal, the portable terminal connecting to the machine, and (ii) establish a connection with the identified portable terminal.