mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a cooking system comprising at least one cooking utensil and at least one hob device , the hob device comprising at least one support surface for placing cooking utensils on, at least one heating device and at least one control device , and the cooking utensil comprising at least one base and at least one wall , at least one receiving volume being delimited by the base and the wall and at least two temperature sensors being assigned to the wall , a first temperature sensor being provided at a first height and a second temperature sensor being provided at a second height at a predetermined distance from the first temperature sensor , characterised by the following steps in a suitable number and order: - heating the cooking utensil at a predetermined power (L) of the heating device until a predetermined first threshold value (S1) of a temperature difference (K) between at least two temperature sensors is reached; - reducing the power (L) of the heating device until a predetermined second threshold value (S2) of a temperature difference (K) between at least two temperature sensors is reached. the cooking utensil comprising at least one base and at least one wall , at least one receiving volume being delimited by the base and the wall and at least two temperature sensors being assigned to the wall , a first temperature sensor being provided at a first height and a second temperature sensor being provided at a second height at a predetermined distance from the first temperature sensor , characterised by the following steps in a suitable number and order: - heating the cooking utensil at a predetermined power (L) of the heating device until a predetermined first threshold value (S1) of a temperature difference (K) between at least two temperature sensors is reached; - reducing the power (L) of the heating device until a predetermined second threshold value (S2) of a temperature difference (K) between at least two temperature sensors is reached. - heating the cooking utensil at a predetermined power (L) of the heating device until a predetermined first threshold value (S1) of a temperature difference (K) between at least two temperature sensors is reached; - reducing the power (L) of the heating device until a predetermined second threshold value (S2) of a temperature difference (K) between at least two temperature sensors is reached.
Control module for a modular electrical switching device (1A, 1B, 1C, 1D, IE), said modular electrical switching device being obtained by juxtaposing said control module and at least one switching module , said control module comprising a control casing containing an actuating mechanism that rotates about a rotation axis, said actuating mechanism being provided with two coupling end pieces accessible on the sides of the control casing , , said control module moreover comprising a control rod coupled on the one hand to said actuating mechanism through a front side of the control casing and on the other hand to an operating element located outside of said control casing , said actuating mechanism being provided with a front entry opening accessible through the front side of said control casing to receive an end of said control rod and realize a front control of said control module , characterized in that said actuating mechanism comprises two side entry openings accessible on the sides of said control casing , aligned on the rotation axis (A) of said actuating mechanism , and arranged to receive an end of said control rod and realize a right side control or a left side control of said control module , respecting a same direction of operation on the right and on the left of said control module .
A thermal transfer sheet comprising a transfer layer provided on one surface of a substrate, wherein the transfer layer includes one or two or more layers, among the layers constituting the transfer layer, the layer located nearest the substrate comprises 50% by mass or more of a homopolymer of isobutyl (meth)acrylate or a copolymer having a copolymerization ratio of isobutyl (meth)acrylate of 50% or more on a molar basis, based on the total mass of said layer located nearest the substrate. the transfer layer includes one or two or more layers, among the layers constituting the transfer layer, the layer located nearest the substrate comprises 50% by mass or more of a homopolymer of isobutyl (meth)acrylate or a copolymer having a copolymerization ratio of isobutyl (meth)acrylate of 50% or more on a molar basis, based on the total mass of said layer located nearest the substrate.
A method performed by an enhanced Node B, eNB , to provide system information updates to a user equipment, UE , in sleep or idle mode with an extending paging cycle , the method comprising: transmitting a paging message ; wherein system information updates are transmitted by the eNB during a system information modification period that is shorter than a period of the extending paging cycle ; characterized in that the paging message includes an optional field to indicate whether there has been a system information update since a last paging occasion for the UE in sleep or idle mode with an extending paging cycle ; wherein the optional field is a system information modification for extended paging cycle, SIMExtPC, field. transmitting a paging message ; wherein system information updates are transmitted by the eNB during a system information modification period that is shorter than a period of the extending paging cycle ; characterized in that the paging message includes an optional field to indicate whether there has been a system information update since a last paging occasion for the UE in sleep or idle mode with an extending paging cycle ; wherein the optional field is a system information modification for extended paging cycle, SIMExtPC, field.
Assembly of frames for a smoke evacuation damper with shutter, for installing the damper in a smoke evacuation shaft, comprising - a sub-frame for installing the damper in the shaft ∘ with a covering part for coming to bear against the wall; ∘ and an insertion part , perpendicular with respect to the covering part , for penetrating into the shaft; - and a main frame for assembling on the sub-frame ∘ with a covering part resting against the covering part of the sub-frame ; ∘ and an insertion part resting against the insertion part of the sub-frame ; characterized in that the assembly comprises - a first fastening piece , provided on the insertion part of the sub-frame , raised with respect to this part so as to extend into the shaft; - a second fastening piece , provided on the insertion part of the main frame , raised with respect to this part so as to extend into the shaft, this second fastening piece in assembled state being positioned not as far from the covering part of the sub-frame as the first fastening piece ; - fastening means for assembling the second fastening piece on the first fastening piece . - a sub-frame for installing the damper in the shaft ∘ with a covering part for coming to bear against the wall; ∘ and an insertion part , perpendicular with respect to the covering part , for penetrating into the shaft; ∘ with a covering part for coming to bear against the wall; ∘ and an insertion part , perpendicular with respect to the covering part , for penetrating into the shaft; - and a main frame for assembling on the sub-frame ∘ with a covering part resting against the covering part of the sub-frame ; ∘ and an insertion part resting against the insertion part of the sub-frame ; ∘ with a covering part resting against the covering part of the sub-frame ; ∘ and an insertion part resting against the insertion part of the sub-frame ; - a first fastening piece , provided on the insertion part of the sub-frame , raised with respect to this part so as to extend into the shaft; - a second fastening piece , provided on the insertion part of the main frame , raised with respect to this part so as to extend into the shaft, this second fastening piece in assembled state being positioned not as far from the covering part of the sub-frame as the first fastening piece ; - fastening means for assembling the second fastening piece on the first fastening piece .
An aircraft structure component for laminar flow, the aircraft structure component having an outer skin with an aerodynamic surface , wherein the aerodynamic surface has a leading edge portion and a downstream portion adjacently downstream from the leading edge portion , and wherein the downstream portion of the aerodynamic surface comprises a paint layer or a foil layer that is not present in the leading edge portion , so that an edge line is formed between the leading edge portion and the downstream portion by the beginning of the paint layer or foil layer, characterized in that the edge line has a ramp-shaped cross section , wherein the thickness of the paint layer or foil layer increases from a starting point over a predetermined ramp length to a saturation point where the full thickness of the paint layer or foil layer is reached. wherein the aerodynamic surface has a leading edge portion and a downstream portion adjacently downstream from the leading edge portion , and wherein the downstream portion of the aerodynamic surface comprises a paint layer or a foil layer that is not present in the leading edge portion , so that an edge line is formed between the leading edge portion and the downstream portion by the beginning of the paint layer or foil layer, characterized in that the edge line has a ramp-shaped cross section , wherein the thickness of the paint layer or foil layer increases from a starting point over a predetermined ramp length to a saturation point where the full thickness of the paint layer or foil layer is reached.
Method for transferring a domestic appliance into an assembly state of the domestic appliance, the domestic appliance comprising a housing having a housing lid , a housing front wall , a housing rear wall and two external housing walls, a control panel arranged on the housing front wall , a housing opening arranged on the housing front wall , a guide arranged in the housing and a component that can be inserted into the housing having a gripping device arranged on the component for handling the component, the component being partially inserted into the housing by means of the housing opening and the guide when transferred into an insertion position of the component, and the housing having a width running in the Y direction, a depth running in the X direction and a height running in the Z direction, characterised in that the guide is floatingly mounted on the housing rear wall in a first assembly step when the domestic appliance is transferred into an assembly state of the domestic appliance, is floatingly mounted on the housing front wall in a second assembly step that temporally follows the first assembly step, is positioned relative to the control panel in a third assembly step that temporally follows the second assembly step, and is positioned relative to the housing lid in a fourth assembly step that temporally follows the third assembly step, the guide being spatially secured to the housing temporally after the fourth assembly step.
A method for feeding products from a first process to a second process in a packaging plant, wherein a buffer device is provided between the first process and the second process, wherein the buffer device has a closed conveying section having a receiving position for receiving products in receiving groups from the first process, and having a transfer position for transferring products in transfer groups to the second process, and a plurality of conveying units which at least in portions along the conveying section can be driven in a mutually independent manner, and wherein the products from the first process are in each case provided in receiving groups with a first placing pattern, the method comprising the following steps: a) providing empty conveying units for receiving the receiving groups at the receiving position of the buffer device , wherein conveying units which in terms of their number and arrangement correspond to the associated first placing pattern are provided for each receiving group to be relocated, wherein the products from the first process are in each case provided in receiving groups with a variable first placing pattern, wherein all first placing patterns of the receiving groups are represented by a matrix having at least one column and at least one row, and wherein, depending on the current placing pattern, all positions of the matrix are occupied or individual or a plurality of positions of the matrix have a gap, and wherein the method further comprises: b) displacing loaded conveying units along the buffer device downstream of the receiving position so as to form a product stream while ungrouping the receiving groups , c) providing loaded conveying units at the transfer position of the buffer device , wherein loaded conveying units which in terms of their number and arrangement correspond to an associated second placing pattern are provided for each transfer group to be relocated. a) providing empty conveying units for receiving the receiving groups at the receiving position of the buffer device , wherein conveying units which in terms of their number and arrangement correspond to the associated first placing pattern are provided for each receiving group to be relocated, b) displacing loaded conveying units along the buffer device downstream of the receiving position so as to form a product stream while ungrouping the receiving groups , c) providing loaded conveying units at the transfer position of the buffer device , wherein loaded conveying units which in terms of their number and arrangement correspond to an associated second placing pattern are provided for each transfer group to be relocated.
Installation for separating flexibly rolled strip material, comprising: a buffer device for temporarily buffering the flexibly rolled strip material ; a first feed device which is arranged in feed direction (R) of the strip material downstream the buffer device ; at least one length measuring device for continuously measuring a length (L3) of the strip material ; a thickness measuring device for continuously measuring a thickness (D3) of the strip material along the length (L3); a second feed device arranged downstream the first feed device ; a separating device which is arranged in the feed direction (R) of the strip material downstream the second feed device ; wherein the first feed device and the second feed device are configured to move the strip material depending on the thickness measurement and the length measurement from the buffer device to the separating device ; characterized in that the thickness measuring device is arranged in the feed direction of the strip material between the buffer device and the first feed device ; and that the at least one length measuring device is arranged in the feed direction of the strip material downstream the first feed device . a buffer device for temporarily buffering the flexibly rolled strip material ; a first feed device which is arranged in feed direction (R) of the strip material downstream the buffer device ; at least one length measuring device for continuously measuring a length (L3) of the strip material ; a thickness measuring device for continuously measuring a thickness (D3) of the strip material along the length (L3); a second feed device arranged downstream the first feed device ; a separating device which is arranged in the feed direction (R) of the strip material downstream the second feed device ; wherein the first feed device and the second feed device are configured to move the strip material depending on the thickness measurement and the length measurement from the buffer device to the separating device ; characterized in that the thickness measuring device is arranged in the feed direction of the strip material between the buffer device and the first feed device ; and that the at least one length measuring device is arranged in the feed direction of the strip material downstream the first feed device .
A method for forming a mold for casting a titanium-containing article, comprising: mixing calcium aluminate and silicon carbide with a liquid to produce a slurry, wherein the percentage of solids in the slurry is 60% to 80% by weight of the slurry and a viscosity of the slurry is 30 to 1500 mPa·s (30 to 1500 centipoise); introducing the slurry into a mold cavity that contains a fugitive pattern; and allowing the slurry to cure in the mold cavity to form the mold for casting the titanium-containing article, characterized in that the calcium aluminate comprises more than 20% by weight of the slurry and wherein the particle size of the calcium aluminate is less than 50 microns in outside dimension, where the outside dimension refers to the longest distance between two points on a particle. mixing calcium aluminate and silicon carbide with a liquid to produce a slurry, wherein the percentage of solids in the slurry is 60% to 80% by weight of the slurry and a viscosity of the slurry is 30 to 1500 mPa·s (30 to 1500 centipoise); introducing the slurry into a mold cavity that contains a fugitive pattern; and allowing the slurry to cure in the mold cavity to form the mold for casting the titanium-containing article, characterized in that the calcium aluminate comprises more than 20% by weight of the slurry and wherein the particle size of the calcium aluminate is less than 50 microns in outside dimension, where the outside dimension refers to the longest distance between two points on a particle.
A method for loading a staple cartridge with staples , comprising the steps of: positioning a plurality of staples in a transfer plate , the transfer plate comprising a plurality of cavities configured to receive said staples; positioning a compressible staple cartridge body relative to said transfer plate; positioning a support plate against said compressible staple cartridge body; compressing said compressible staple cartridge body between said support plate and said transfer plate ; inserting the staples into the compressible staple cartridge body ; and said method being characterized in that it further comprises the step of inserting the compressible staple cartridge body into a sleeve . positioning a plurality of staples in a transfer plate , the transfer plate comprising a plurality of cavities configured to receive said staples; positioning a compressible staple cartridge body relative to said transfer plate; positioning a support plate against said compressible staple cartridge body; compressing said compressible staple cartridge body between said support plate and said transfer plate ; inserting the staples into the compressible staple cartridge body ; and said method being characterized in that it further comprises the step of inserting the compressible staple cartridge body into a sleeve .
A clothing treatment apparatus, comprising a cabinet , a washing tub arranged in the cabinet and an atomization generator , wherein the atomization generator comprises a shell and an atomization module , wherein the shell is provided therein with an atomization cavity capable of containing a liquid, and the shell is provided thereon with a liquid inlet , an air inlet and a mist outlet , all of which communicate with the atomization cavity , the liquid inlet communicates with a water source through a liquid inlet pipe and a solenoid valve , and the mist outlet communicates with the washing tub through a mist outlet pipe and wherein the atomization module comprises an ultrasonic atomization sheet , characterized in that the liquid inlet is provided on a bottom surface of the atomization cavity , a flow stabilizing plate corresponding to the liquid inlet is further provided in the atomization cavity , and the flow stabilizing plate isolates the liquid inlet from the ultrasonic atomization sheet ; when a liquid level of the liquid needs to be measured, the ultrasonic atomization sheet works at a lower working frequency, and emits pulsed ultrasonic waves which are reflected by a surface of the liquid and then received by the ultrasonic atomization sheet , and the height of the liquid level is calculated based on the time from emission to reception of the ultrasonic waves; when atomization is required, the ultrasonic atomization sheet works at a higher frequency to atomize the liquid. the liquid inlet is provided on a bottom surface of the atomization cavity , a flow stabilizing plate corresponding to the liquid inlet is further provided in the atomization cavity , and the flow stabilizing plate isolates the liquid inlet from the ultrasonic atomization sheet ; when a liquid level of the liquid needs to be measured, the ultrasonic atomization sheet works at a lower working frequency, and emits pulsed ultrasonic waves which are reflected by a surface of the liquid and then received by the ultrasonic atomization sheet , and the height of the liquid level is calculated based on the time from emission to reception of the ultrasonic waves; when atomization is required, the ultrasonic atomization sheet works at a higher frequency to atomize the liquid.
A method of tracking data associated with a creping process, the method comprising: measuring process data, wherein the process data includes vibration data, and wherein measuring process data includes measuring vibration data of a creping blade using one or more vibration sensors ; assigning a score for the process data, including assigning a vibration score for the vibration data; and generating an index score based on the score for the process data and the vibration score for the vibration data; and optionally wherein the process data further comprises product quality data. measuring process data, wherein the process data includes vibration data, and wherein measuring process data includes measuring vibration data of a creping blade using one or more vibration sensors ; assigning a score for the process data, including assigning a vibration score for the vibration data; and generating an index score based on the score for the process data and the vibration score for the vibration data; and optionally wherein the process data further comprises product quality data.