mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a core plate having an annular core back and teeth extending from the annular core back toward the center (O), the method comprising: a step of punching out a core sheet strip from a grain-oriented electrical steel sheet which has an easy magnetization direction (Y) in a single direction on a sheet surface, the core sheet strip including a band-shaped core back extending in a direction (X) perpendicular to the easy magnetization direction, and parallel teeth extending parallel to the easy magnetization direction from the band-shaped core back; a step of winding the core sheet strip into an annular shape with the parallel teeth facing inward for obtaining the core plate having the annular core back and the teeth; a step of applying compressive strain in a plate thickness direction (Z) to the band-shaped core back of the core sheet strip or the annular core back of the core plate by shot peening, water jet peening, laser peening, or ultrasonic peening after the punching-out step; followed by a step of annealing the band-shaped core back or the annular core back at a temperature range of 700 to 1100 °C for a time range of 1 second to 2 hours to be selectively recrystallized after the applying of strain. a step of punching out a core sheet strip from a grain-oriented electrical steel sheet which has an easy magnetization direction (Y) in a single direction on a sheet surface, the core sheet strip including a band-shaped core back extending in a direction (X) perpendicular to the easy magnetization direction, and parallel teeth extending parallel to the easy magnetization direction from the band-shaped core back; a step of winding the core sheet strip into an annular shape with the parallel teeth facing inward for obtaining the core plate having the annular core back and the teeth; a step of applying compressive strain in a plate thickness direction (Z) to the band-shaped core back of the core sheet strip or the annular core back of the core plate by shot peening, water jet peening, laser peening, or ultrasonic peening after the punching-out step; followed by a step of annealing the band-shaped core back or the annular core back at a temperature range of 700 to 1100 °C for a time range of 1 second to 2 hours to be selectively recrystallized after the applying of strain.
A machine for peeling sausages , comprising: - a carriage assembly having a mounting plate adjustably connected to a frame ; - a mounting screw assembly adjustably connected to the frame and the mounting plate ; wherein the mounting screw assembly is configured to adjust the position for the carriage assembly based upon a diameter of a sausage to a precise and reproducible position; and - a knife holder assembly that is adjustably mounted to an elongated member of the carriage assembly having at least one blade holder , holding at least one knife , that is configured to adjust a height of the at least one blade holder independently of adjusting the height of the carriage assembly . - a carriage assembly having a mounting plate adjustably connected to a frame ; - a mounting screw assembly adjustably connected to the frame and the mounting plate ; wherein the mounting screw assembly is configured to adjust the position for the carriage assembly based upon a diameter of a sausage to a precise and reproducible position; and - a knife holder assembly that is adjustably mounted to an elongated member of the carriage assembly having at least one blade holder , holding at least one knife , that is configured to adjust a height of the at least one blade holder independently of adjusting the height of the carriage assembly .
A calculation system for a plaque stability index based on a medical image sequence, wherein the system comprises: an image acquisition module, mainly configured to acquire an image and generate a dynamic image sequence; an image receiving module, configured to receive the image sequence generated by the image acquisition module and transmit the image sequence to an image processing module; the image processing module, configured to process the received image sequence, wherein the processing comprises segmentation and registration of a lumen contour; the segmentation of the lumen contour comprises segmentation of a normal lumen and a stenotic lumen, and the registration of a lumen specifically refers to performing registration according to a feature space of the same vascular segment at different moments to generate a displacement field function; and a finite element calculation module, configured to perform finite element calculation on a two-dimensional vascular lumen by utilizing the above displacement field function and perform calculation by selecting a vascular lumen at a certain moment as an initial state to obtain a time-dependent parameter and cloud picture comprising a function that a lumen diameter sequence or area is changed with time, and a linear strain of the lumen contour. an image acquisition module, mainly configured to acquire an image and generate a dynamic image sequence; an image receiving module, configured to receive the image sequence generated by the image acquisition module and transmit the image sequence to an image processing module; the image processing module, configured to process the received image sequence, wherein the processing comprises segmentation and registration of a lumen contour; the segmentation of the lumen contour comprises segmentation of a normal lumen and a stenotic lumen, and the registration of a lumen specifically refers to performing registration according to a feature space of the same vascular segment at different moments to generate a displacement field function; and a finite element calculation module, configured to perform finite element calculation on a two-dimensional vascular lumen by utilizing the above displacement field function and perform calculation by selecting a vascular lumen at a certain moment as an initial state to obtain a time-dependent parameter and cloud picture comprising a function that a lumen diameter sequence or area is changed with time, and a linear strain of the lumen contour.
Electrical connection device intended to be connected to the electrical network via an embedding box , the connection device comprising: - a housing comprising a bottom , a side , and an opening defining together a receiving space , the housing being provided with electrical connection means , - a sleeve , suitable for inserting into the receiving space , the electrical connection means each comprising a connector capable of making a connection to the electrical network, and a terminal making a connection with the sleeve , the terminals extending within the receiving space , each of the connectors and the terminals being electrically connected, characterised in that the connectors protrude from the bottom by extending in a direction opposite to the terminals with respect to the bottom , the bottom comprising a first bottom wall and a second bottom wall , the first bottom wall and the second bottom wall being longitudinally offset from each other, so that the first bottom wall is arranged at a smaller distance from the opening than the second bottom wall , the connectors protruding from the second bottom wall in a radial direction perpendicular to the longitudinal direction corresponding to the sliding direction of the sleeve within the housing , the second bottom wall being surrounded by a side wall forming the side , so as to form a compartment , suitable for receiving the sleeve , a terminal extending within the compartment , a connector being in contact with the side wall . - a housing comprising a bottom , a side , and an opening defining together a receiving space , the housing being provided with electrical connection means , - a sleeve , suitable for inserting into the receiving space , the electrical connection means each comprising a connector capable of making a connection to the electrical network, and a terminal making a connection with the sleeve , the terminals extending within the receiving space , each of the connectors and the terminals being electrically connected,
Extinguishing lance for extinguishing electric devices that are burning, such as vehicles equipped with an electric motor, the extinguishing lance comprising a holding portion having a handle part for an operator, an extinguishing agent feed having a coupling device for connecting a pressure hose for liquid extinguishing agent, and a tubular extinguishing portion adjoining the holding portion and, optionally, the coupling device , from the free end of which extinguishing portion extinguishing agent can be introduced under pressure into a burning object, the handle part of the holding portion having a voltage-insulating coating which is designed so as to be electrically insulating even for electric voltages U ≥ 500 V, the tubular extinguishing portion being made of a material which has such a high tensile strength R m that it withstands a mechanical stress σ ≥ 500 N/mm 2 , and which has a melting temperature t s ≥ 650°C, the tubular extinguishing portion being designed so as to taper geometrically at its free end and having a constricted, hollow flow cross-section for the extinguishing agent conducted through under pressure, the tubular extinguishing portion and also the tapering free end of the tubular extinguishing portion being made of stainless steel, and the tapering free end of the tubular extinguishing portion additionally being hardened, characterized in that the tubular extinguishing portion also has, at least in the region of the holding portion, a voltage-insulating coating outside the grip part , which coating is designed to be electrically insulating for electrical voltages U ≥ 500 V, in that the free end of the tubular extinguishing portion is designed to taper conically and has a maximum outer diameter which is between 1/3 and 3/4 of the outer diameter of the tubular extinguishing portion , and in that a transition portion is arranged between the conically tapering free end and the adjoining tubular extinguishing portion , which transition portion is geometrically designed such that it transfers the maximum outer diameter of the conical free end at a cone angle of between 55° and 85° to the full outer diameter of the tubular extinguishing portion . the tubular extinguishing portion also has, at least in the region of the holding portion, a voltage-insulating coating outside the grip part , which coating is designed to be electrically insulating for electrical voltages U ≥ 500 V, in that the free end of the tubular extinguishing portion is designed to taper conically and has a maximum outer diameter which is between 1/3 and 3/4 of the outer diameter of the tubular extinguishing portion , and in that a transition portion is arranged between the conically tapering free end and the adjoining tubular extinguishing portion , which transition portion is geometrically designed such that it transfers the maximum outer diameter of the conical free end at a cone angle of between 55° and 85° to the full outer diameter of the tubular extinguishing portion .
Ultraviolet sensor device, comprising: - a semiconductor substrate , - a dielectric layer above the substrate , a surface of the dielectric layer being provided for the incidence of ultraviolet radiation, - a floating gate electrode (18, 18/19) in the dielectric layer , the floating gate electrode (18, 18/19) comprising a polysilicon layer , and - a control gate electrode formed by a doped well in the substrate near the floating gate electrode (18, 18/19), the control gate electrode being insulated from the floating gate electrode (18, 18/19), characterized in that - an electrically conductive further layer (17, 20, 19/20) is provided as a sensor layer dissipating charge carriers when irradiated by ultraviolet radiation, - the electrically conductive further layer (17, 20, 19/20) is arranged under the surface provided for the incidence of ultraviolet radiation, - the electrically conductive further layer (17, 20, 19/20) is electrically connected to the floating gate electrode (18, 18/19), - the control gate electrode is arranged outside a region that is located between the electrically conductive further layer (17, 20, 19/20) and the surface provided for the incidence of ultraviolet radiation, - a further doped well is arranged in the substrate near the floating gate electrode (18, 18/19), - an oxide layer is arranged between the doped well and the floating gate electrode (18, 18/19), and - a further oxide layer is arranged between the further doped well and the floating gate electrode (18, 18/19), the oxide layer being thicker than the further oxide layer . - a semiconductor substrate , - a dielectric layer above the substrate , a surface of the dielectric layer being provided for the incidence of ultraviolet radiation, - a floating gate electrode (18, 18/19) in the dielectric layer , the floating gate electrode (18, 18/19) comprising a polysilicon layer , and - a control gate electrode formed by a doped well in the substrate near the floating gate electrode (18, 18/19), the control gate electrode being insulated from the floating gate electrode (18, 18/19), characterized in that - an electrically conductive further layer (17, 20, 19/20) is provided as a sensor layer dissipating charge carriers when irradiated by ultraviolet radiation, - the electrically conductive further layer (17, 20, 19/20) is arranged under the surface provided for the incidence of ultraviolet radiation, - the electrically conductive further layer (17, 20, 19/20) is electrically connected to the floating gate electrode (18, 18/19), - the control gate electrode is arranged outside a region that is located between the electrically conductive further layer (17, 20, 19/20) and the surface provided for the incidence of ultraviolet radiation, - a further doped well is arranged in the substrate near the floating gate electrode (18, 18/19), - an oxide layer is arranged between the doped well and the floating gate electrode (18, 18/19), and - a further oxide layer is arranged between the further doped well and the floating gate electrode (18, 18/19), the oxide layer being thicker than the further oxide layer .
A system for blood treatment, the system comprising: a blood treatment machine comprising: a receiver , a user interface configured to display information related to blood pressure data received by the receiver, and a controller configured to generate a notification to notify a user of an upcoming blood pressure measurement before the blood pressure measurement occurs; and a blood pressure monitoring device connected to the blood treatment machine, wherein the blood pressure monitoring device is configured to send signals containing blood pressure information to the receiver of the blood treatment machine. a blood treatment machine comprising: a receiver , a user interface configured to display information related to blood pressure data received by the receiver, and a controller configured to generate a notification to notify a user of an upcoming blood pressure measurement before the blood pressure measurement occurs; and a receiver , a user interface configured to display information related to blood pressure data received by the receiver, and a controller configured to generate a notification to notify a user of an upcoming blood pressure measurement before the blood pressure measurement occurs; and a blood pressure monitoring device connected to the blood treatment machine, wherein the blood pressure monitoring device is configured to send signals containing blood pressure information to the receiver of the blood treatment machine.
An aluminum-based alloy plated steel having excellent corrosion resistance, comprising a base steel and an Fe-Al alloy plating layer formed on a surface of the base steel: wherein the base steel comprises, by wt%, 0.18 to 0.25% of C, 0.1 to 0.5% of Si, 0.9 to 1.5% of Mn, 0.03% or less excluding 0% of P, 0.01% or less excluding 0% of S, 0.01 to 0.05% of Al, 0.01 to 0.5% of Cr, 0.01 to 0.05% of Ti, 0.001 to 0.005% of B, 0.009% or less of N, and a balance of Fe and inevitable impurities, wherein the Fe-AI alloy plating layer comprises, by wt%, 8 to 11% of Si, 3% or less of Fe, a balance of Al and inevitable impurities, wherein the Fe-AI alloy plating layer comprises a middle layer concentrated with Si, and an average grain size of the middle layer is 2 μm or less, wherein a content of Si of the middle layer is 7 to 14 wt%, and wherein the base steel optionally further comprises, by wt%, one or more of Mo and W in a content of 0.001 to 0.5%, one or more of Nb, Zr, and V in a content of 0.001 to 0.4%, one or more of Cu and Ni in a content of 0.005 to 2.0% and one or more of Sb, Sn, and Si in a content of 0.03% or less. wherein the base steel comprises, by wt%, 0.18 to 0.25% of C, 0.1 to 0.5% of Si, 0.9 to 1.5% of Mn, 0.03% or less excluding 0% of P, 0.01% or less excluding 0% of S, 0.01 to 0.05% of Al, 0.01 to 0.5% of Cr, 0.01 to 0.05% of Ti, 0.001 to 0.005% of B, 0.009% or less of N, and a balance of Fe and inevitable impurities, wherein the Fe-AI alloy plating layer comprises, by wt%, 8 to 11% of Si, 3% or less of Fe, a balance of Al and inevitable impurities, wherein the Fe-AI alloy plating layer comprises a middle layer concentrated with Si, and an average grain size of the middle layer is 2 μm or less, wherein a content of Si of the middle layer is 7 to 14 wt%, and wherein the base steel optionally further comprises, by wt%, one or more of Mo and W in a content of 0.001 to 0.5%, one or more of Nb, Zr, and V in a content of 0.001 to 0.4%, one or more of Cu and Ni in a content of 0.005 to 2.0% and one or more of Sb, Sn, and Si in a content of 0.03% or less.
Actuating apparatus for a rotary switch with automatic resetting, comprising a handle , wherein the actuating apparatus has a mounting shaft and two springs , wherein, within the mounting shaft referred to above, provision is made for an interior space in which a circuit board is received, wherein, on the circuit board referred to above, provision is made for two Hall components , wherein one end of the handle referred to above has a passage opening for engagement around the mounting shaft , wherein the handle referred to above is rotatable in a circumferential direction around the mounting shaft referred to above, wherein two arcuate grooves provided in the circumferential direction are arranged between the handle referred to above and the mounting shaft referred to above, wherein the two springs referred to above are respectively fitted into the two arcuate grooves referred to above, wherein the springs referred to above are clamped between the mounting shaft referred to above and the handle , wherein provision is made for a slot in the handle referred to above, wherein, within the slot referred to above, provision is made for a magnetic component for triggering the Hall components referred to above, wherein, during a forward rotation around the mounting shaft referred to above, the handle referred to above compresses the one spring and carries along the magnetic component for triggering the one Hall component , while, during a backward rotation around the mounting shaft referred to above, the handle referred to above compresses the other spring and carries along the magnetic component for triggering the other Hall component .
A method of an electronic device comprising: acquiring an image including a marker, using a camera of the electronic device ; identifying first information optically transmitted by the marker, the first information indicating a request to transmit second information related to the electronic device ; transmitting the second information to the marker using a wireless communication interface of the electronic device ; identifying third information optically transmitted by the marker in response to transmission of the second information, the third information including at least one of content data, metadata, or server data; generating content based on the third information; and displaying, on a display of the electronic device , the content overlaying the image, wherein the content is displayed on at least one portion corresponding to a location in which the marker is located in the image. acquiring an image including a marker, using a camera of the electronic device ; identifying first information optically transmitted by the marker, the first information indicating a request to transmit second information related to the electronic device ; transmitting the second information to the marker using a wireless communication interface of the electronic device ; identifying third information optically transmitted by the marker in response to transmission of the second information, the third information including at least one of content data, metadata, or server data; generating content based on the third information; and displaying, on a display of the electronic device , the content overlaying the image, wherein the content is displayed on at least one portion corresponding to a location in which the marker is located in the image.
Method for capturing and analyzing process monitoring data of a measuring system , the measuring system • comprising one or more sensors ; and • being adapted for a measuring operation of a series of basically identical objects , the measuring operation comprising a multitude of measuring sequences, each measuring sequence comprising the measuring of values of features of an object of the series, the method comprising a multitude of monitoring operations, wherein each monitoring operation comprises capturing monitoring data during a measuring sequence, the monitoring data of each measuring sequence including at least one image comprising the measuring system and/or a measurement environment, characterized by • selecting a subset of measuring sequences from the multitude of measuring sequences; and • visualizing an image sequence comprising the images of the monitoring data of the measuring sequences of the subset, wherein the order of the images in the image sequence is optimized for determining changes occurring in the measuring system and/or in the measurement environment. • comprising one or more sensors ; and • being adapted for a measuring operation of a series of basically identical objects , the measuring operation comprising a multitude of measuring sequences, each measuring sequence comprising the measuring of values of features of an object of the series, • selecting a subset of measuring sequences from the multitude of measuring sequences; and • visualizing an image sequence comprising the images of the monitoring data of the measuring sequences of the subset, wherein the order of the images in the image sequence is optimized for determining changes occurring in the measuring system and/or in the measurement environment.
Coil of cutting wire for a vegetation cutting machine, wherein the wire is coiled on itself about an axis so as to form at least two temporarily bonded turns and a central void , characterized in that the surface of the wire portion forming the innermost turn of the coil facing the central void comprises a plurality of grooves creating a succession of protrusions and recesses extending parallel to said axis.