mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fabricating a buried storage tank comprising at least the following steps: • forming below ground a structure comprising an outer wall forming a first enclosed periphery defining a first volume (V1), a raft , and an inner wall forming a second enclosed periphery defining a fluid-tight storage space (S) for a fluid inside the first volume (V1), so that the outer wall and the inner wall are spaced apart from each other, whereby a gap is formed between them; and • applying a prestressing force on the inner wall directed towards the inside of the storage space (S), filling the gap with at least one prestressing fluid (C), whereby the inner wall is subjected to compressive hoop stress, the prestressing fluid (C) exerting the prestressing force on the inner wall , the prestressing fluid (C) being a hardening material and comprising concrete, in particular slow-setting concrete; the method being characterized in that a second volume of concrete is introduced in the gap only once a first volume of concrete has already set within the gap. • forming below ground a structure comprising an outer wall forming a first enclosed periphery defining a first volume (V1), a raft , and an inner wall forming a second enclosed periphery defining a fluid-tight storage space (S) for a fluid inside the first volume (V1), so that the outer wall and the inner wall are spaced apart from each other, whereby a gap is formed between them; and • applying a prestressing force on the inner wall directed towards the inside of the storage space (S), filling the gap with at least one prestressing fluid (C), whereby the inner wall is subjected to compressive hoop stress, the prestressing fluid (C) exerting the prestressing force on the inner wall , the prestressing fluid (C) being a hardening material and comprising concrete, in particular slow-setting concrete; the method being characterized in that a second volume of concrete is introduced in the gap only once a first volume of concrete has already set within the gap.
Gearbox sensor connection system for connecting and making contact with a sensor which is positioned within a gearbox 1.1 having a sensor receptacle for receiving and positioning the sensor within the gear box ; having a sensor line , a sensor line duct and a flexible hose or a plastically deformable pipeline ; 1.2 having a housing feedthrough for feeding through the, in particular flexible, sensor line which is connected to the sensor, through a housing of the gearbox ; surrounding a gearbox interior of the gearbox ; 1.3 having a housing seal for sealing the housing feedthrough with respect to the housing ; wherein 1.4 the sensor receptacle is connected to the housing feedthrough via the sensor pipe duct , the sensor pipe duct has an interior for receiving the sensor line , and a seal is provided for oil-tight sealing of the interior with respect to the gearbox interior ; wherein 1.5 the sensor line is detachably connected to the sensor line duct in the region of the housing feedthrough by means of a plug-type connection or by means of a screw-type connection, and 1.6 in that the sensor line duct comprises at least one first pipe bend or one pipe element in the region of the housing feedthrough and at least one second pipe bend or one pipe element in the region of the sensor receptacle , wherein the first pipe bend or the pipe element is connected to the second pipe bend or the pipe element via the flexible hose or the plastically deformable pipe line in order to form the sensor line duct . 1.1 having a sensor receptacle for receiving and positioning the sensor within the gear box ; having a sensor line , a sensor line duct and a flexible hose or a plastically deformable pipeline ; 1.2 having a housing feedthrough for feeding through the, in particular flexible, sensor line which is connected to the sensor, through a housing of the gearbox ; surrounding a gearbox interior of the gearbox ; 1.3 having a housing seal for sealing the housing feedthrough with respect to the housing ; wherein 1.4 the sensor receptacle is connected to the housing feedthrough via the sensor pipe duct , the sensor pipe duct has an interior for receiving the sensor line , and a seal is provided for oil-tight sealing of the interior with respect to the gearbox interior ; wherein 1.5 the sensor line is detachably connected to the sensor line duct in the region of the housing feedthrough by means of a plug-type connection or by means of a screw-type connection, and 1.6 in that the sensor line duct comprises at least one first pipe bend or one pipe element in the region of the housing feedthrough and at least one second pipe bend or one pipe element in the region of the sensor receptacle , wherein the first pipe bend or the pipe element is connected to the second pipe bend or the pipe element via the flexible hose or the plastically deformable pipe line in order to form the sensor line duct .
A multi-modal gas delivery device for performing an endoscopic surgical procedure in a surgical cavity, comprising: a) an insufflation subunit for delivering insufflation gas from a gas source to the surgical cavity and for sensing pressure within the surgical cavity; b) a primary gas circulation pump for delivering pressurized gas to a gas sealed access port so as to generate a gaseous seal therein and thereby maintain a stable pressure within the surgical cavity and for receiving gas returning from the gas sealed access port that was used to form the gaseous seal; and c) a secondary gas circulation pump for continuously evacuating smoke filled gas from the surgical cavity, regardless of the sensed pressure within the surgical cavity. a) an insufflation subunit for delivering insufflation gas from a gas source to the surgical cavity and for sensing pressure within the surgical cavity; b) a primary gas circulation pump for delivering pressurized gas to a gas sealed access port so as to generate a gaseous seal therein and thereby maintain a stable pressure within the surgical cavity and for receiving gas returning from the gas sealed access port that was used to form the gaseous seal; and c) a secondary gas circulation pump for continuously evacuating smoke filled gas from the surgical cavity, regardless of the sensed pressure within the surgical cavity.
A packaged light emitting device comprising: a package body comprising reflective material and a profiled leadframe cooperating to define a continuous and flat mounting surface , wherein the profiled leadframe has a profile of varying thickness with at least one region of the profiled leadframe exposed at the upper mounting surface to define at least one solder bonding area surrounded by the reflective material , wherein all of the solder bonding area is used for solder, and the remainder of the mounting surface is of the reflective material ; solder covering the at least one solder bonding area but not the surrounding reflective material ; and a light emitting device die mounted to the at least one solder bonding area by the solder. a package body comprising reflective material and a profiled leadframe cooperating to define a continuous and flat mounting surface , wherein the profiled leadframe has a profile of varying thickness with at least one region of the profiled leadframe exposed at the upper mounting surface to define at least one solder bonding area surrounded by the reflective material , wherein all of the solder bonding area is used for solder, and the remainder of the mounting surface is of the reflective material ; solder covering the at least one solder bonding area but not the surrounding reflective material ; and a light emitting device die mounted to the at least one solder bonding area by the solder.
A method for operating a self-propelling and self-steering floor-cleaning device, wherein at least one map of at least one room to be cleaned is stored in a storage unit of the floor-cleaning device , as is a user-predeterminable cleaning plan having one or more cleaning tasks, wherein at least one cleaning task is associated with a particular room that is identifiable from the at least one map, and the floor-cleaning device is placed in a room , characterized in that the method comprises: - when the cleaning plan is executed, examining, by means of a control unit of the floor-cleaning device , at least one sensor signal of the sensor unit of the floor-cleaning device for features indicative of the room in which the floor-cleaning device is located; - checking whether the features are present in the map stored in the at least one storage unit ; - determining, before or during the performance of the cleaning task, whether the room in which the floor-cleaning device is placed is the particular room ; and, if the result of this determination is negative: - not carrying out, interrupting or ending the performance of the cleaning task associated with the particular room . - when the cleaning plan is executed, examining, by means of a control unit of the floor-cleaning device , at least one sensor signal of the sensor unit of the floor-cleaning device for features indicative of the room in which the floor-cleaning device is located; - checking whether the features are present in the map stored in the at least one storage unit ; - determining, before or during the performance of the cleaning task, whether the room in which the floor-cleaning device is placed is the particular room ; and, if the result of this determination is negative: - not carrying out, interrupting or ending the performance of the cleaning task associated with the particular room .
Dishwasher with a washing container and devices for rinsing dishes using washing liquor, wherein the dishwasher has a sorption column containing reversibly dehydratable material connected in an air-conducting manner to the washing container , wherein the sorption column can be used at least partially on the one hand in order to dry the dishes and on the other hand for the thermal energy used to desorb the sorption column in order to heat the washing liquor located in the washing container and the dishes, wherein the washing container has an outlet with a line to the sorption column , wherein the washing container has an inlet with a line from the sorption column , wherein a fan is arranged in the line to the sorption column , said fan at least temporarily introducing at least one part of the air in the washing container or from the ambient air of the sorption column , characterised in that in order to desorb the reversibly dehydratable material , a heating element in the line to the sorption column is arranged between the fan and the sorption column .
A method of modifying an element of a magnetic shape memory alloy being a composition of Ni, Mn and Ga, with an optional addition of at least one element selected from the group of Cr, Co, Cu, Fe, Ti, Al, In, Zr, Mo, Ta, W, V, Nb, Y and Pd and comprising a microstructure of twin variants and having a surface, said method comprising the step of modifying the surface layer of the element to stabilize or to activate and stabilize the twin variant structure of the element, wherein the surface modification is carried out on at least two opposite surfaces of the element, wherein said surface layer or surface region comprising 20 %, preferably less than 5 %, advantageously less than 1% at the most of the total thickness of the element at the site of the treatment and characterized in that the surface modification is carried out by surface bombardment and/or the surface treatment is carried out by Shot-Peening using Glass-beads, such as spherical glass-beads, said treatment preferably being carried out for a sample having a thickness at the treated portion of 1mm or more.
Method for detecting partial discharges for an electrical apparatus, in which a sensor device (9-14) is used to capture electromagnetic pulses (2-5), wherein a filter device is used to select a narrow frequency band from a frequency spectrum of the electromagnetic pulses, and an amplifier device is used to amplify the narrow frequency band each time, and an evaluation device is used to compare signals contained in the narrow frequency band with a threshold value for the amplitude (A), wherein a partial discharge is detected if the threshold value is exceeded, characterized in that the signal of a detected partial discharge is converted into a digital signal by means of a flipflop output, wherein the flipflop output used is a Schmitt trigger. a sensor device (9-14) is used to capture electromagnetic pulses (2-5), wherein a filter device is used to select a narrow frequency band from a frequency spectrum of the electromagnetic pulses, and an amplifier device is used to amplify the narrow frequency band each time, and an evaluation device is used to compare signals contained in the narrow frequency band with a threshold value for the amplitude (A), wherein a partial discharge is detected if the threshold value is exceeded, characterized in that the signal of a detected partial discharge is converted into a digital signal by means of a flipflop output, wherein the flipflop output used is a Schmitt trigger.
Wiping device , comprising a handle and a wiping plate connected to the handle via an articulation , a wiping material being arranged on the wiping plate on the side facing the floor to be cleaned, the wiping plate being settable in rotation along with the wiping material for rinsing and for removing excess cleaning fluid, a spindle drive being assigned to the handle , the spindle drive comprising a spindle and a sleeve , the spindle being integrated into the handle , characterised in that the handle comprises two handle portions (2, 2") which are interconnected via the spindle .
An electrodepositable coating composition comprising: (A) a polymer comprising a reactive functional group and/or a salt group or a salt-forming group; and (B) at least one component comprising: (b1) a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof; (b2) a polymerization reaction product of a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof; and/or (b3) an addition reaction product of the polymer component (A) and a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof, wherein the 1,1-di-activated vinyl compound comprises a methylene dicarbonyl compound. (A) a polymer comprising a reactive functional group and/or a salt group or a salt-forming group; and (B) at least one component comprising: (b1) a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof; (b2) a polymerization reaction product of a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof; and/or (b3) an addition reaction product of the polymer component (A) and a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof, wherein the 1,1-di-activated vinyl compound comprises a methylene dicarbonyl compound. (b1) a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof; (b2) a polymerization reaction product of a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof; and/or (b3) an addition reaction product of the polymer component (A) and a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof,
A supporting structure for phonic wheel sensor and brake caliper , comprising: • a main body fastened or which can be fastened to a stem of a fork (F) of a motorbike; • a wheel support connected to said main body for supporting a wheel of the motorbike; and • an extension which develops from said main body and comprises a fastening device for a brake caliper , characterized in that two through openings are formed in said extension , a first pass-through opening for housing the phonic wheel sensor and a second pass-through opening for the passage of a cable of the phonic wheel sensor . • a main body fastened or which can be fastened to a stem of a fork (F) of a motorbike; • a wheel support connected to said main body for supporting a wheel of the motorbike; and • an extension which develops from said main body and comprises a fastening device for a brake caliper ,
An unfolding mechanism for collapsible information carriers comprising two side working elements that contain: fastening elements for joining the mechanism with the information carrier , engaging elements , wherein the engaging elements are connected between them by means of at least one resilient element , the engaging elements are distant from the fastening elements , wherein between the fastening elements and the engaging elements is a compensation area of fixed length, while between the engaging elements is a compensation area (a) of a variable length, and the side working elements are equipped with positioning means within the compensation area (a) of the mechanism , which set the position of cooperating working elements , characterized by that it contains a central working element placed between the side working elements , equipped with positioning means that cooperate with the positioning means of the side working elements and that the respective positioning means have a shape of cooperating teeth placed in the compensation area (a) of a variable length, and the side working elements are positioned relative to each other in such a manner that the teeth are placed opposite each other and when the side working elements are shifted towards the centre of the compensation area (a) they interpenetrate. fastening elements for joining the mechanism with the information carrier , engaging elements , wherein the engaging elements are connected between them by means of at least one resilient element , the engaging elements are distant from the fastening elements , wherein between the fastening elements and the engaging elements is a compensation area of fixed length, while between the engaging elements is a compensation area (a) of a variable length, and the side working elements are equipped with positioning means within the compensation area (a) of the mechanism , which set the position of cooperating working elements , characterized by that it contains a central working element placed between the side working elements , equipped with positioning means that cooperate with the positioning means of the side working elements and that the respective positioning means have a shape of cooperating teeth placed in the compensation area (a) of a variable length, and the side working elements are positioned relative to each other in such a manner that the teeth are placed opposite each other and when the side working elements are shifted towards the centre of the compensation area (a) they interpenetrate.
A system comprising a universal mounting ring and an electronic device , the electronic device comprising a body, the universal mounting ring comprising: a. a planar U-shaped plate having a width, an outer perimeter edge and an inner perimeter edge; and b. at least one mounting tab comprising two parallel legs extending perpendicular to the U-shaped plate , a plurality of open-sided notches formed in each leg defining a plurality of mounting positions and frictionally engaging extensions extending outwardly from the body of the electronic device ; and wherein each mounting position is located a different distance from the U-shaped plate . a. a planar U-shaped plate having a width, an outer perimeter edge and an inner perimeter edge; and b. at least one mounting tab comprising two parallel legs extending perpendicular to the U-shaped plate , a plurality of open-sided notches formed in each leg defining a plurality of mounting positions and frictionally engaging extensions extending outwardly from the body of the electronic device ; and wherein each mounting position is located a different distance from the U-shaped plate .
A method comprising: setting a maximum average grain size for a cathode plate comprising titanium in an ion pump, the maximum average grain size having an ASTM grain number of 9; and building the ion pump using said cathode plate that has an average grain size that is less than or equal to the maximum grain size. setting a maximum average grain size for a cathode plate comprising titanium in an ion pump, the maximum average grain size having an ASTM grain number of 9; and building the ion pump using said cathode plate that has an average grain size that is less than or equal to the maximum grain size.
A process for making isoidide, comprising: providing a feed including dextrose; providing hydrogen; providing a catalyst; producing an iditol-enriched mixture of hexitols from the dextrose-containing feed; dehydrating the iditol-enriched mixture of hexitols to provide an isohexides product mixture including isoidide; and recovering isoidide from the isohexides product mixture; characterized in that the iditol-enriched mixture of hexitols is produced from the dextrose-containing feed through reaction of the feed with hydrogen in the presence of the catalyst by contacting the dextrose-containing feed with the catalyst and with the hydrogen; wherein the catalyst is a sulfided ruthenium on carbon catalyst or a sponge nickel catalyst; and wherein hydrogen is provided at from 11.0 to 13.8 MPa, gauge, and the feed is reacted with the hydrogen at a temperature between 130 degrees Celsius and 180 degrees Celsius. providing a feed including dextrose; providing hydrogen; providing a catalyst; producing an iditol-enriched mixture of hexitols from the dextrose-containing feed; dehydrating the iditol-enriched mixture of hexitols to provide an isohexides product mixture including isoidide; and recovering isoidide from the isohexides product mixture;
A method for the treatment of a flue gas stream for reducing the SO x content in said flue gas by using absorbents based on suspensions that contain calcium compounds, wherein the flue gas initially streams through a first section and then through a second section of a flue gas scrubber, wherein the flue gas is sprayed with absorbent in the first section and in the following second section, wherein the pH of the absorbent sprayed in the first section is lower than the pH of the absorbent sprayed in the second section, and that the absorbent sprayed in the first and second section is collected together, wherein, in a first loop, the flue gas in the flue gas scrubber is sprayed with absorbent in a first section of the flue gas stream, the absorbent then enters an absorber sump and a first partial stream of the absorbent is conducted directly from the absorber sump to the first section of the flue gas scrubber in order to be sprayed again, characterized in that said method contains a second absorbent loop, wherein a second partial stream of the absorbent is conducted from the absorber sump into a second absorbent receptacle downstream of said absorber sump, and subsequently sprayed in the second section of the flue gas stream, and the absorbent reenters the absorber sump together with the absorbent that was sprayed in the first section, and in that at least one of the following measures is carried out: i. wherein the pH of the absorbent sprayed in the first section is from 4.5 to 5.9, and the pH of the absorbent sprayed in the second section is from 5.0 to 6.8, and/or ii. the pH of the absorbent in the absorber sump is from 4.5 to 5.9, and the pH of the absorbent in the second absorbent receptacle is from 5.0 to 6.8. i. wherein the pH of the absorbent sprayed in the first section is from 4.5 to 5.9, and the pH of the absorbent sprayed in the second section is from 5.0 to 6.8, and/or ii. the pH of the absorbent in the absorber sump is from 4.5 to 5.9, and the pH of the absorbent in the second absorbent receptacle is from 5.0 to 6.8.