mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasonic flow meter comprising a flow tube for the fluid whose flow rate is to be determined, wherein the flow meter comprises a transmitting element for emitting ultrasonic waves, which is provided on the outer jacket of the flow tube , and wherein the flow meter comprises a receiving element for the ultrasonic waves, which is provided on the outer jacket of the flow tube , axially spaced from the transmitting element , wherein an influencing element is provided on at least the portion of the flow tube that extends from the transmitting element up to and including the receiving element , which influencing element functions to influence the velocity and/or the direction of at most a portion of the ultrasonic waves, wherein the influencing element is a material layer, characterized in that the material layer is an epoxy or an epoxy composite, and in that the assembly of the flow tube , the transmitting element and the receiving element is moulded in the epoxy or the epoxy composite in such a manner that the transmitting element and the receiving element are surrounded by the epoxy or the epoxy composite.
Timepiece which includes, in addition to a crystal, the following external elements: a back cover , a middle part , a dial , a bezel and two wristband strands , wherein at least the middle part is made of a metallic material, wherein the middle part and the bezel define an internal volume of the watch case which houses a watch movement (M), the timepiece including at least one light source housed in the internal volume of the watch case and producing a light, a through passage in which a transparent or translucent cylinder is engaged at the location or locations where the light is expected to escape from the internal volume of the watch case being provided in the middle part made of a metallic material, the timepiece further comprising a winding crown or push-button surrounded by the transparent or translucent cylinder , which acts as a light guide for the light that escapes from the internal volume of the watch case , the external diameter of the transparent or translucent cylinder being greater than the diameter of the crown or push-button .
Method for producing a component made of a steel product coated with an Al-Si protective coating, comprising the following steps: - providing a substrate consisting of a steel product coated with an Al-Si protective coating, - heating the substrate to a temperature T 1 such that the Al-Si protective coating is only partially pre-alloyed with Fe of the steel product, - cooling the pre-alloyed substrate to room temperature, - applying a corrosion protection oil to the surface of the pre-alloyed substrate, wherein the corrosion protection oil consists of a composition containing fatty acid ester, wherein the composition contains at least 98 % by weight fatty acid ester - transporting the pre-alloyed substrate to which the corrosion protection oil has been applied, - heating the pre-alloyed substrate to which the corrosion protection oil has been applied to a temperature T 2 such that the Al-Si protective coating is fully alloyed with Fe of the steel product and the corrosion protection oil is removed without residue, and - shaping the re-heated substrate to form the component. - providing a substrate consisting of a steel product coated with an Al-Si protective coating, - heating the substrate to a temperature T 1 such that the Al-Si protective coating is only partially pre-alloyed with Fe of the steel product, - cooling the pre-alloyed substrate to room temperature, - applying a corrosion protection oil to the surface of the pre-alloyed substrate, wherein the corrosion protection oil consists of a composition containing fatty acid ester, wherein the composition contains at least 98 % by weight fatty acid ester - transporting the pre-alloyed substrate to which the corrosion protection oil has been applied, - heating the pre-alloyed substrate to which the corrosion protection oil has been applied to a temperature T 2 such that the Al-Si protective coating is fully alloyed with Fe of the steel product and the corrosion protection oil is removed without residue, and - shaping the re-heated substrate to form the component.
A transparent, colorless and non-scattering glass-ceramic plate of lithium aluminosilicate type and containing crystals of β-quartz structure, the chemical composition of which does not contain oxides of arsenic, of antimony and of neodymium, and comprises the following constituents within the limits defined below, expressed as weight percentages: SiO 2 55-75%, in particular 60-70%, Al 2 O 3 12-25%, in particular 19-24%, Li 2 O 2-5%, in particular 3-4%, Na 2 O+K 2 O 0-<2%, in particular 0-1%, Li 2 O+Na 2 O+K 2 O 0-<7%, in particular 0-5%, CaO 0.3-5%, MgO 0-5%, in particular 0-1%, SrO 0-5%, in particular 0-1%, BaO 0.5-10%, in particular 1-5%, CaO+BaO >1%, in particular 3-5%, ZnO 0-5%, in particular 1-2%, TiO 2 ≤1.8%, ZrO 2 ≤3%, in particular 2-3%, TiO 2 +ZrO 2 >3.80%, SnO 2 ≥0.1%, SnO 2 / (SnO 2 +ZrO 2 +TiO 2 ) <0.1, in particular <0.06.
A container for collecting liquid drawn through a vacuum conduit from an oral cavity of a user by a vacuum pump of an oral negative-pressure therapy system , the container comprising: a container body having an interior surface defining an interior space ; a fluid inlet for fluidly connecting the vacuum conduit to the interior space ; a fluid outlet for fluidly connecting the vacuum pump to the interior space ; an interior baffle connected to the container body and disposed in the interior space , the interior baffle configured to support an absorbent insert received thereon; characterized in that the container further comprising a fluid passageway extending from the fluid inlet along the interior baffle , wherein the fluid passageway fluidly connects the fluid inlet to the interior space when the absorbent insert is received on the interior baffle ; wherein the interior baffle includes a baffle body and a plurality of baffle standoffs extending outward from the baffle body , wherein the baffle standoffs are configured to space the absorbent insert apart from the baffle body to define fluid flow paths between the baffle body and the absorbent insert that are in fluid communication with the fluid passageway and the outlet . a container body having an interior surface defining an interior space ; a fluid inlet for fluidly connecting the vacuum conduit to the interior space ; a fluid outlet for fluidly connecting the vacuum pump to the interior space ; an interior baffle connected to the container body and disposed in the interior space , the interior baffle configured to support an absorbent insert received thereon; characterized in that the container further comprising a fluid passageway extending from the fluid inlet along the interior baffle , wherein the fluid passageway fluidly connects the fluid inlet to the interior space when the absorbent insert is received on the interior baffle ; wherein the interior baffle includes a baffle body and a plurality of baffle standoffs extending outward from the baffle body , wherein the baffle standoffs are configured to space the absorbent insert apart from the baffle body to define fluid flow paths between the baffle body and the absorbent insert that are in fluid communication with the fluid passageway and the outlet .
A non-dairy creamer comprising a triglyceride composition, the triglyceride composition comprises triglycerides comprising a total fatty acid content, the triglycerides comprising: (A) a lauric acid content of from about 5wt% to about 30wt%, by weight of the total fatty acid content; (B) a palmitic acid content of from about 20wt% to about 45wt%, by weight of the total fatty acid content; (C) a myristic acid content of from about 2wt% to about 8wt%, by weight of the total fatty acid content; (D) a stearic acid content of from about 2wt% to about 6wt%, by weight of the total fatty acid content; (E) a linoleic acid content of from about 3wt% to about 10wt%, by weight of the total fatty acid content; and (F) an oleic acid content of from about 25wt% to about 40wt%, by weight of the total fatty acid content, wherein the triglyceride composition has a trans fatty acid value of from about 0 wt% to about 1 % by weight of the total fatty acid content, an oxidative stability index of greater than about 15h at a temperature of 120 °C and an airflow rate of 20L/h, a saturated fatty acid content of from about 55wt% to about 65wt% by weight of the total fatty acid content, a slip melting point of from about 22 °C to about 40 °C, and a total volatile aldehyde content of from about 1wt% to about 5wt% by weight of the triglyceride composition. (A) a lauric acid content of from about 5wt% to about 30wt%, by weight of the total fatty acid content; (B) a palmitic acid content of from about 20wt% to about 45wt%, by weight of the total fatty acid content; (C) a myristic acid content of from about 2wt% to about 8wt%, by weight of the total fatty acid content; (D) a stearic acid content of from about 2wt% to about 6wt%, by weight of the total fatty acid content; (E) a linoleic acid content of from about 3wt% to about 10wt%, by weight of the total fatty acid content; and (F) an oleic acid content of from about 25wt% to about 40wt%, by weight of the total fatty acid content,
Use of a benzoxazine resin for the bonding of a monofilament made of glass-resin composite including glass filaments embedded in a thermoset polyester resin , to a thermoplastic material .
A combination of REIC/Dkk-3 with an anti-PD-1 antibody for use in treating prostate cancer in a patient.
Metal-fixing-material leadthrough for igniters of airbags and/or belt tensioners, having at least one metal pin which is fused into a through-opening of a base body in a vitreous or glass-ceramic fixing material , wherein the at least one metal pin consists, at least in its core region, of a stainless steel according to EN 10020:2000, characterized in that the stainless steel is a ferritic stainless steel and is selected such that the at least one metal pin , converted to the standard dimensioning of a metal pin diameter of 1.00 ±0.03 mm and a metal pin length of 11.68 ±0.02 mm, has a maximum elastic bending W max of at least 0.13 mm, preferably at least 0.15 mm, particularly preferably at least 0.18 mm, more particularly preferably at least 0.24 mm.
Milling head for a ball track milling cutter , comprising - an imaginary centre axis (M), - a first, working-side end and a second, clamping-side end opposite the first end when viewed along the centre axis (M), and comprising - at least one geometrically defined cutting edge extending along a cutting edge profile of the cutting edge from a first cutting edge end facing the first end of the milling head in the direction of the second end of the milling head to a second cutting edge end facing the second end of the milling head , wherein - the at least one cutting edge is designed as an intersecting line between a rake face associated with the at least one cutting edge and a first flank face associated with the at least one cutting edge , wherein - a negative rake angle (α), a first clearance angle (β), and a wedge angle (γ) are assigned to the at least one cutting edge , wherein - an absolute value of the negative rake angle (α) has a different value in the region of the first cutting edge end than in the region of the second cutting edge end , und wherein - the first clearance angle (β) has a different value in the region of the first cutting edge end than in the region of the second cutting edge end , characterised in that - the wedge angle (γ) is constant along the cutting edge profile, and in that - a width of the rake face is greater in the region of the first cutting edge end than in the region of the second cutting edge end . - an imaginary centre axis (M), - a first, working-side end and a second, clamping-side end opposite the first end when viewed along the centre axis (M), and comprising - at least one geometrically defined cutting edge extending along a cutting edge profile of the cutting edge from a first cutting edge end facing the first end of the milling head in the direction of the second end of the milling head to a second cutting edge end facing the second end of the milling head , wherein - the at least one cutting edge is designed as an intersecting line between a rake face associated with the at least one cutting edge and a first flank face associated with the at least one cutting edge , wherein - a negative rake angle (α), a first clearance angle (β), and a wedge angle (γ) are assigned to the at least one cutting edge , wherein - an absolute value of the negative rake angle (α) has a different value in the region of the first cutting edge end than in the region of the second cutting edge end , und wherein - the first clearance angle (β) has a different value in the region of the first cutting edge end than in the region of the second cutting edge end , characterised in that - the wedge angle (γ) is constant along the cutting edge profile, and in that - a width of the rake face is greater in the region of the first cutting edge end than in the region of the second cutting edge end .
Rotor plate for a permanently excited electrical machine , which has a central recess for a shaft and is subdivided into a plurality of sectors , each having a first half-sector and a second half-sector delimited from the first half-sector by a radial central line , a first passage opening arrangement with a magnetic pocket through-opening being formed within the first half-sector , which has two parallel edge lines extending along an extension direction , and a further passage opening arrangement which is mirror-symmetrical with respect to the passage opening arrangement with respect to the central line being formed within the second half-sector , the first passage opening arrangement having a relief passage opening which is located completely in the first half-sector and the radially innermost point of which lies further inwards than a radially innermost point of the magnetic pocket through-opening , wherein the relief passage opening is formed into an incircle-free trapezium with two base sides , of which a first base side is closer to the center line than a second base side , a first leg extending on a first straight line having a first angular distance from the center line and a second leg extending on a second straight line having a second angular distance from the central line , wherein the first straight line and the second straight line intersect at an acute angle on sides of the first base side , and the first angular distance and the second angular distance are each greater than a magnetic pocket angular distance of the extension direction from the center line , characterized in that the relief passage opening has a first edge line extending along at least a portion of the first straight line and/or has a second edge line extending along at least a portion of the second straight line .
Roller for processing a plastic melt in the production of a plastic web or a plastic profile, having a core and at least one shell, channels being provided in the core for guiding a tempering medium, characterized in that the core consists of glass ceramic and the jacket of a metal.
A method of safeguarding a movable machine part of a machine , in particular of a robot arm, wherein a respective distance value is measured along a plurality of measurement beams by at least one contactless distance sensor moved along with the machine part and the measured distance values are compared with at least one distance threshold to decide whether a safety related response of the machine is initiated, with the functionality of the distance sensor being tested by comparison of a measured distance value with a reference value, characterized in that the movable machine part, and with it the distance sensor , is rotated in a different orientation to be able to test the functionality for other measurement beams , with the rotation in a different orientation being superposed on the actual work movement.
An information communication device for a vehicle including a determination processing section that brings transmission of vehicle information to an external information storage into a permission state with a user permission signal input state as a condition and that brings the transmission of the vehicle information to the external information storage into a non-permission state with a user non-permission signal input state as a condition, wherein on receipt of a specified trigger signal, the information communication device for a vehicle transmits the vehicle information, which includes information from a time period before an input time point of the specified trigger signal, to the external information storage in the case that transmission of vehicle information to an external information storage is currently in a transmission permission state, characterized in that under a condition that the user non-permission signal input state is switched to the user permission signal input state, the determination processing section maintains the transmission of the vehicle information to the external information storage in the non-permission state for a specified period, wherein the specified period is equal to or longer than the time period before the input time point of the specified trigger signal from which the vehicle information to be transmitted to the external information storage contains information. a determination processing section that brings transmission of vehicle information to an external information storage into a permission state with a user permission signal input state as a condition and that brings the transmission of the vehicle information to the external information storage into a non-permission state with a user non-permission signal input state as a condition, wherein on receipt of a specified trigger signal, the information communication device for a vehicle transmits the vehicle information, which includes information from a time period before an input time point of the specified trigger signal, to the external information storage in the case that transmission of vehicle information to an external information storage is currently in a transmission permission state, characterized in that under a condition that the user non-permission signal input state is switched to the user permission signal input state, the determination processing section maintains the transmission of the vehicle information to the external information storage in the non-permission state for a specified period, wherein the specified period is equal to or longer than the time period before the input time point of the specified trigger signal from which the vehicle information to be transmitted to the external information storage contains information.
An electronic apparatus, wherein the electronic apparatus comprises a housing , a metal heat dissipation member , an electrical connection member , and a circuit board , the metal heat dissipation member and the circuit board are located in the housing , the housing comprises a base plate , and the metal heat dissipation member is located between the base plate and the circuit board ; and the circuit board comprises a grounding layer and an electronic device , one end of the electrical connection member is electrically connected to the grounding layer , and the other end of the electrical connection member is electrically connected to the metal heat dissipation member , characterized in that the electrical connection member is integrally molded into the housing through injection and is fixedly connected to the housing .
A multi-function printer , comprising a controller configured to: identify a workflow associated with the scanned document, and to identify the metadata for the scanned document based on the workflow; generate a scan of a document for a user, and to hold the scanned document in a memory pending a data entry activity that assigns metadata to the scanned document; provide a notification to a remote computing device requesting the metadata for the scanned document, and to receive the metadata from the remote computing device ; assign the metadata to the scanned document, and to release the scanned document from the memory to a scan destination, wherein the multi-function printer is configured to dynamically generate a web page that identifies the metadata and allows the user to enter the metadata to be assigned to the scanned document, and the controller is configured to provide the notification to the remote computing device utilizing an email including a link to the web page. identify a workflow associated with the scanned document, and to identify the metadata for the scanned document based on the workflow; generate a scan of a document for a user, and to hold the scanned document in a memory pending a data entry activity that assigns metadata to the scanned document; provide a notification to a remote computing device requesting the metadata for the scanned document, and to receive the metadata from the remote computing device ; assign the metadata to the scanned document, and to release the scanned document from the memory to a scan destination, wherein the multi-function printer is configured to dynamically generate a web page that identifies the metadata and allows the user to enter the metadata to be assigned to the scanned document, and the controller is configured to provide the notification to the remote computing device utilizing an email including a link to the web page.
A method for multi-spectral imagery acquisition and analysis, the method comprising: acquiring multi-spectral aerial images at a pre-selected low resolution; identifying irregularities or regions of interest associated with a desired range of Normalized Difference of Vegetation Index, NDVI, values by automatically performing a preliminary analysis of the low resolution images using blob partitioning on a large scale, wherein the large scale is defined by the pixels per blob used, in real or near real time, and providing an output corresponding thereto; associating GPS data, synchronised with the capturing time of the multi-spectral aerial images, with the detected irregularities; and automatically determining, from said output, whether to perform a second stage of image acquisition at a higher resolution than said pre-selected low resolution and analysis using small scale blob partitioning, wherein the small scale is defined by the pixels per blob used, by determining whether the extent or size of the irregularities meets a pre-selected threshold. acquiring multi-spectral aerial images at a pre-selected low resolution; identifying irregularities or regions of interest associated with a desired range of Normalized Difference of Vegetation Index, NDVI, values by automatically performing a preliminary analysis of the low resolution images using blob partitioning on a large scale, wherein the large scale is defined by the pixels per blob used, in real or near real time, and providing an output corresponding thereto; associating GPS data, synchronised with the capturing time of the multi-spectral aerial images, with the detected irregularities; and automatically determining, from said output, whether to perform a second stage of image acquisition at a higher resolution than said pre-selected low resolution and analysis using small scale blob partitioning, wherein the small scale is defined by the pixels per blob used, by determining whether the extent or size of the irregularities meets a pre-selected threshold.