mhurhangee/patent-ind-claim-en huggingface dataset:
A gear unit having at least one planetary gear stage, wherein the planetary gear stage has a pinion cage with two side pieces, wherein conveying means, in particular for oil, conveying cells for oil or scoops for conveying oil are arranged on the radial inner side of land regions which connect the side pieces, wherein a radiate depression is formed in the outer end face of the second side piece, wherein the radiate depression has radially extending ducts, each duct being embodied tapered with increasing radial distance, i.e. with a monotonically decreasing width in the peripheral direction, wherein the ducts are spaced apart regularly from each other, wherein the ducts extend in each case up to the radially outer edge of the pinion cage , characterised in that the respective conveying means has a respective supporting wall and respective scoop regions, the conveying means in the peripheral direction or counter to the peripheral direction being formed mirror-symmetrically to a radial plane passing centrally through the supporting wall. wherein the planetary gear stage has a pinion cage with two side pieces, wherein conveying means, in particular for oil, conveying cells for oil or scoops for conveying oil are arranged on the radial inner side of land regions which connect the side pieces, wherein a radiate depression is formed in the outer end face of the second side piece, wherein the radiate depression has radially extending ducts, each duct being embodied tapered with increasing radial distance, i.e. with a monotonically decreasing width in the peripheral direction, wherein the ducts are spaced apart regularly from each other, wherein the ducts extend in each case up to the radially outer edge of the pinion cage , characterised in that the respective conveying means has a respective supporting wall and respective scoop regions, the conveying means in the peripheral direction or counter to the peripheral direction being formed mirror-symmetrically to a radial plane passing centrally through the supporting wall.
A test panel for testing food intolerance in patients diagnosed with or suspected to have Gastroesophageal Reflux Disease, comprising: a plurality of distinct food preparations, wherein each food preparation is independently coupled to an individually addressable solid carrier; wherein the plurality of distinct food preparations consists of sunflower seed, chocolate, tobacco, malt, cane sugar, almond, barley, rye, green pepper, cola nut, green pea, broccoli, buck wheat, cantaloupe, orange, oyster, oat, safflower, black walnut, baker's yeast, cauliflower, cinnamon, lemon, sweet potato, mustard, lima bean, grapefruit, corn, string bean, brewer's yeast, cabbage, and honey.
A method of treating a semiconductor substrate in a semiconductor substrate processing apparatus comprising: loading the semiconductor substrate into the semiconductor substrate processing apparatus having a process chamber ; providing a supercritical fluid into the process chamber ; and treating the semiconductor substrate in the process chamber using the supercritical fluid, characterized in that the bottom portion of the process chamber is recessed to form a recess therein; the supercritical fluid is provided into the recess of the process chamber ; the semiconductor substrate processing apparatus further comprises a blocking plate provided in the process chamber to cover the recess ; and supporting parts disposed along a circumferential edge of the blocking plate to support the blocking plate at a predetermined distance above a bottom surface of the recess , and the supercritical fluid flows through a passage between the supporting parts adjacent to each other. loading the semiconductor substrate into the semiconductor substrate processing apparatus having a process chamber ; providing a supercritical fluid into the process chamber ; and treating the semiconductor substrate in the process chamber using the supercritical fluid, characterized in that the bottom portion of the process chamber is recessed to form a recess therein; the supercritical fluid is provided into the recess of the process chamber ; the semiconductor substrate processing apparatus further comprises a blocking plate provided in the process chamber to cover the recess ; and supporting parts disposed along a circumferential edge of the blocking plate to support the blocking plate at a predetermined distance above a bottom surface of the recess , and the supercritical fluid flows through a passage between the supporting parts adjacent to each other.
Circuit arrangement having a plurality of parallel-connected partial circuit arrangements for feeding at least one inverter circuit that is connectable to a power grid , wherein a partial circuit arrangement consists of an unregulated voltage source having an output DC voltage that varies over time, a synchronous converter having a first capacitor connected between the first terminals (42a/b) of a switching stage of the synchronous converter and a series circuit of second capacitors (50a/b) at the second terminals (44a/b) of said switching stage, wherein at least one coil is also provided in at least one lead between the first capacitor and the first terminals (42a/b), having a respective DC voltage source , which is embodied in redundant fashion and, for its supply, is connected to the first capacitor and one of the second capacitors (50a/b), for supplying a regulating circuit for driving the synchronous converter , which is configured to have at least a first operating mode, in which the series circuit of second capacitors (50a/b) is charged from the DC voltage present at the first terminals (42a/b), as up-converter and a second operating mode, in which the first capacitor is charged from the DC voltage present at the second terminals (44a/b), as down-converter, having a plurality of measuring devices , wherein the respective DC voltage source is configured, in both operating modes of the synchronous converter , to be charged by means of the first capacitor and/or said one of the second capacitors (50a/b) and in turn to supply the regulating circuit of the synchronous converter , and thus by means of the regulating circuit , upon a threshold value of the output voltage of the unregulated voltage source being exceeded, the respective synchronous converter to be switched over autonomously and directly from the second to the first operating mode.
A ground compaction machine, particularly a pneumatic-tyred roller , with a plurality of roller wheel pairs , with a machine frame in which, for each roller wheel pair , a wheel suspension with a steering arm pivotable around a steering axis , with a wheel bearing , and with a lifting means for the wheel bearing is mounted, wherein the wheel bearing can be moved up and down by means of a swing arm pivotable around a pivot axis , and the swing arm which is mounted in an articulated manner at one end on the steering arm , and is connected at the free end to the steering arm by means of the lifting means for height adjustment of the wheel bearing , wherein the wheel bearing can perform an oscillating movement around an oscillating axis arranged parallel to the swing arm , characterized in that the wheel bearing is integrated into the swing arm , and the roller wheel pair is mounted in the swing arm , wherein the swing arm is gimbal-mounted or spherically mounted in the steering arm of the wheel suspension , so that the swing arm is pivotable around the pivot axis and around the oscillating axis .
Process for purifying a gas stream (20; 60), wherein the gas stream (20; 60) is treated by means of regenerative thermal oxidation and/or regenerative catalytic oxidation in a purification apparatus and raw material is preheated in a preheater and/or deacidified in a calciner and the preheated and/or deacidified raw material is fired in a furnace to give cement clinker and the gas stream (20; 60) is formed by the exhaust gas stream of the furnace and/or of the calciner , and the process comprises at least the steps: - determination of the concentration of hydrocarbons and/or carbon monoxide in the gas stream (20; 60) and - introduction of heat into the gas stream (20; 60) by means of a burning device arranged within the purification apparatus , where the introduction of heat is controlled/regulated as a function of the measured concentration of hydrocarbons and/or carbon monoxide, - introduction of fuel into the furnace and/or the calciner and - control/regulation of the introduction of fuel into the furnace and/or the calciner as a function of the measured concentration of hydrocarbons and/or carbon monoxide in the gas stream (20; 60), where the measured concentration of hydrocarbons and/or carbon monoxide in the gas stream (20; 60) is compared with a predetermined limit value and if the limit value is exceeded the introduction of heat into the gas stream is increased and/or the carbon content of the raw material and/or of the fuel is decreased and/or the introduction of fuel into the furnace and/or the calciner is varied. - determination of the concentration of hydrocarbons and/or carbon monoxide in the gas stream (20; 60) and - introduction of heat into the gas stream (20; 60) by means of a burning device arranged within the purification apparatus , where the introduction of heat is controlled/regulated as a function of the measured concentration of hydrocarbons and/or carbon monoxide, - introduction of fuel into the furnace and/or the calciner and - control/regulation of the introduction of fuel into the furnace and/or the calciner as a function of the measured concentration of hydrocarbons and/or carbon monoxide in the gas stream (20; 60), where the measured concentration of hydrocarbons and/or carbon monoxide in the gas stream (20; 60) is compared with a predetermined limit value and if the limit value is exceeded the introduction of heat into the gas stream is increased and/or the carbon content of the raw material and/or of the fuel is decreased and/or the introduction of fuel into the furnace and/or the calciner is varied.
A computing system comprising: a processor ; memory coupled to the processor and storing instructions that, when executed by the processor cause the computing system to: generate a tracker query definition user interface having a threat parameter selection user interface element configured to receive a selection of a threat parameter, the tracker query definition user interface also having a threat value user interface element configured to receive input specifying a threat value to match for the selected threat parameter; save a tracker query based on the selection of the threat parameter and the threat value; access a threat data store that stores threat information of identified threats, the threats being identified based on detected threat signals indicative of computing system activity having relevance to a threat; and execute the tracker query against the threat data store to provide a tracker query result including a number of threats corresponding to the threat parameter and the threat value. a processor ; memory coupled to the processor and storing instructions that, when executed by the processor cause the computing system to: generate a tracker query definition user interface having a threat parameter selection user interface element configured to receive a selection of a threat parameter, the tracker query definition user interface also having a threat value user interface element configured to receive input specifying a threat value to match for the selected threat parameter; save a tracker query based on the selection of the threat parameter and the threat value; access a threat data store that stores threat information of identified threats, the threats being identified based on detected threat signals indicative of computing system activity having relevance to a threat; and execute the tracker query against the threat data store to provide a tracker query result including a number of threats corresponding to the threat parameter and the threat value. generate a tracker query definition user interface having a threat parameter selection user interface element configured to receive a selection of a threat parameter, the tracker query definition user interface also having a threat value user interface element configured to receive input specifying a threat value to match for the selected threat parameter; save a tracker query based on the selection of the threat parameter and the threat value; access a threat data store that stores threat information of identified threats, the threats being identified based on detected threat signals indicative of computing system activity having relevance to a threat; and execute the tracker query against the threat data store to provide a tracker query result including a number of threats corresponding to the threat parameter and the threat value.
A fluid printhead , comprising: a plurality of heater elements configured to be driven to nucleate bubbles in fluid so that the fluid is ejected from the printhead in the form of drops; a plurality of drive elements , each drive element configured to selectively drive a corresponding one of the plurality of heater elements in accordance with a printer controller ; and a drop detection system comprising a plurality of drop detection cells , each drop detection cell configured to detect a change in electrical resistance of a corresponding one of the plurality of heater elements that occurs upon drop formation, wherein each of the plurality of drive elements is a MOSFET drive element comprising a gate , a source and a drain , and each drop detection cell is electrically connected to the drain of a corresponding drive element , characterised in that each drop detection cell is configured to detect a voltage slope change at the drain of the corresponding drive element . a plurality of heater elements configured to be driven to nucleate bubbles in fluid so that the fluid is ejected from the printhead in the form of drops; a plurality of drive elements , each drive element configured to selectively drive a corresponding one of the plurality of heater elements in accordance with a printer controller ; and a drop detection system comprising a plurality of drop detection cells , each drop detection cell configured to detect a change in electrical resistance of a corresponding one of the plurality of heater elements that occurs upon drop formation, wherein each of the plurality of drive elements is a MOSFET drive element comprising a gate , a source and a drain , and each drop detection cell is electrically connected to the drain of a corresponding drive element , characterised in that each drop detection cell is configured to detect a voltage slope change at the drain of the corresponding drive element .
An apparatus comprising: a guidewire comprising an elongate body having a distal end and a proximal end; an expansible anchor disposed at the elongate body near said distal end thereof; wherein the expansible anchor is a radially expanding braid; and a tissue-penetrating tip disposed at the elongate body adjacent to the expansible anchor . a guidewire comprising an elongate body having a distal end and a proximal end; an expansible anchor disposed at the elongate body near said distal end thereof; wherein the expansible anchor is a radially expanding braid; and a tissue-penetrating tip disposed at the elongate body adjacent to the expansible anchor .
Device for trimming conductor pieces inserted in a stator core with a seat for the stator core with the conductor pieces inserted therein, the free ends of which protrude from the stator core in the inserted condition, and at least one trimming unit , which comprises at least two blade sections , which are configured and arranged in such a way that they can be moved towards one another to act in a cutting manner during a cutting process from two opposite sides upon at least one conductor piece to be trimmed and its longitudinal axis, characterized in that the trimming unit comprises two blade arms which are connected to one another pivotably supported at a common blade pivot point , wherein the blade arms each have on a first side one of the blade sections and on a second side opposite to the blade section an extension arm as well as a positioning arm , by means of which the blade sections can be brought in an operating position, wherein the blade pivot point has a fixed position with respect to the positioning arm . a seat for the stator core with the conductor pieces inserted therein, the free ends of which protrude from the stator core in the inserted condition, and at least one trimming unit , which comprises at least two blade sections , which are configured and arranged in such a way that they can be moved towards one another to act in a cutting manner during a cutting process from two opposite sides upon at least one conductor piece to be trimmed and its longitudinal axis, characterized in that the trimming unit comprises two blade arms which are connected to one another pivotably supported at a common blade pivot point , wherein the blade arms each have on a first side one of the blade sections and on a second side opposite to the blade section an extension arm as well as a positioning arm , by means of which the blade sections can be brought in an operating position, wherein the blade pivot point has a fixed position with respect to the positioning arm .
An apparatus for packaging a product of the tissue industry in a respective preformed wrapper , preferably made of a plastic film, and being in the form of a bag, the preformed wrapper having a respective open end , allowing the product to be inserted into the wrapper, and the product being in the form of a group of articles comprising one or more layers placed on top of each other, and especially being in the form of packets or rolls; the apparatus comprising: - means for feeding the preformed wrappers, - means for feeding the product, - means for inserting the product into the preformed wrapper through the open end , and - clamping means , configured for clamping the preformed wrapper at the open end when the product is inserted into the preformed wrapper ; the said clamping means , for clamping the preformed wrapper, comprising spreading means for spreading open the mouth for inserting the product, the spreading means including first and second spreading means operating on opposite sides of the wrapper, the said clamping means further comprising first and second external wrapper engagement means operating on opposite sides of the wrapper, wherein the wrapper external means operate in conjunction with the spreading means which internally engage the respective wrapper margin and clamp it against the wrapper external means , characterized in that the external wrapper engagement means extend vertically, in that said first and second external wrapper engagement means comprise first and a second clamping pad which are transversely spaced from each other such as to allow the product being inserted into the wrapper to pass through it, and being adapted to engage opposite side portions of the wrapper defining the bag, and in that said first and second means for spreading open the mouth through which the product can be inserted operate on opposite transversely sides of the wrapper, respectively pushing and clamping the respective wrapper margin against said first and second external wrapper engagement means operating on opposite transversely sides of the same wrapper. - means for feeding the preformed wrappers, - means for feeding the product, - means for inserting the product into the preformed wrapper through the open end , and - clamping means , configured for clamping the preformed wrapper at the open end when the product is inserted into the preformed wrapper ;
A method of controlling audio streams in a Universal Serial Bus, USB, system comprising an application processor and an audio digital signal processor , DSP, the application processor comprising a USB host driver and the audio DSP comprising a second USB driver , the method comprising: establishing a connection between the application processor and an external digital USB peripheral , the step of establishing said connection comprising the application processor enumerating and setting up a USB endpoint through USB hardware and a USB connector , and passing data about the USB endpoint to the audio DSP ; passing audio packets to the USB hardware through a system bus using the second USB driver in the audio DSP ; and passing the audio packets from the USB hardware to the external digital USB peripheral . establishing a connection between the application processor and an external digital USB peripheral , the step of establishing said connection comprising the application processor enumerating and setting up a USB endpoint through USB hardware and a USB connector , and passing data about the USB endpoint to the audio DSP ; passing audio packets to the USB hardware through a system bus using the second USB driver in the audio DSP ; and passing the audio packets from the USB hardware to the external digital USB peripheral .
A method implemented on a computer having at least one processor, storage, and communication platform for improving URLs, comprising the steps of: accessing from an Internet source, via a publicly available network path, web content in a first language represented by an original URL; dividing the web content in the first language into one or more segments of text; flagging search engine relevant segments of text for URL optimization via directive tags, wherein the directive tags are HTML comments; identifying, by a translation server and via the directive tags, one or more search engine relevant segments of text that are considered to characterize the web content; receiving a translation of the one or more search engine relevant segments of text into a second language; converting the translated one or more search engine relevant segments of text into a format suitable for being used to create an improved URL, wherein the conversion into the format derives a translated search engine optimized path; modifying the original URL based on the translated one or more search engine relevant segments of text in the converted format to generate the improved URL by incorporating the search engine optimized path into the original URL, the improved URL representing a web page in the second language; applying the improved URL to represent the web content in the second language to facilitate Internet search; and storing the original URL in association with the improved URL. accessing from an Internet source, via a publicly available network path, web content in a first language represented by an original URL; dividing the web content in the first language into one or more segments of text; flagging search engine relevant segments of text for URL optimization via directive tags, wherein the directive tags are HTML comments; identifying, by a translation server and via the directive tags, one or more search engine relevant segments of text that are considered to characterize the web content; receiving a translation of the one or more search engine relevant segments of text into a second language; converting the translated one or more search engine relevant segments of text into a format suitable for being used to create an improved URL, wherein the conversion into the format derives a translated search engine optimized path; modifying the original URL based on the translated one or more search engine relevant segments of text in the converted format to generate the improved URL by incorporating the search engine optimized path into the original URL, the improved URL representing a web page in the second language; applying the improved URL to represent the web content in the second language to facilitate Internet search; and storing the original URL in association with the improved URL.