mhurhangee/patent-ind-claim-en huggingface dataset:
An article of footwear , comprising: a sole structure , including a sole plate , the sole plate including a first compartment ; an upper comprising an inner surface and forming an inner void configured to receive a foot of a wearer of the article of footwear; at least one bootie configured to be removable from and re-insertable within, the inner void after manufacture of the article of footwear, wherein a portion of the at least one bootie is fixedly attached to a portion of the upper and the bootie is configured to completely cover the foot; a tensioning system for tightening and loosening the upper around the foot, the tensioning system comprising: a motorized tensioning device removably contained in the first compartment, the motorized tensioning device comprising a motor and a power source, and a lace , wherein the motorized tensioning device is configured to apply tension to the lace to tighten or loosen the upper around the foot; wherein the first compartment comprises a cavity having a depth greater than a thickness of a housing of the motorized tensioning device and; wherein the removal of the at least one bootie provides access to the first compartment for removal of the motorized tensioning device through the inner void. a sole structure , including a sole plate , the sole plate including a first compartment ; an upper comprising an inner surface and forming an inner void configured to receive a foot of a wearer of the article of footwear; at least one bootie configured to be removable from and re-insertable within, the inner void after manufacture of the article of footwear, wherein a portion of the at least one bootie is fixedly attached to a portion of the upper and the bootie is configured to completely cover the foot; a tensioning system for tightening and loosening the upper around the foot, the tensioning system comprising: a motorized tensioning device removably contained in the first compartment, the motorized tensioning device comprising a motor and a power source, and a lace , wherein the motorized tensioning device is configured to apply tension to the lace to tighten or loosen the upper around the foot; a motorized tensioning device removably contained in the first compartment, the motorized tensioning device comprising a motor and a power source, and a lace , wherein the motorized tensioning device is configured to apply tension to the lace to tighten or loosen the upper around the foot; wherein the first compartment comprises a cavity having a depth greater than a thickness of a housing of the motorized tensioning device and; wherein the removal of the at least one bootie provides access to the first compartment for removal of the motorized tensioning device through the inner void.
A rolling mill for rolling metal strips comprising a roll stand and a roll stand casing which is at least partially disposed above a strip travel zone disposed in a strip travel plane , the strip travel plane being defined by a roll gap formed between working rolls of the roll stand , comprising a suction device having a hood device which is disposed on an inlet side E or an outlet side A of the roll stand above the strip travel plane , and comprising a strip inlet device or a strip outlet device disposed at the roll stand and formed at least partially above the strip travel plane , the roll stand casing , the hood device and the strip inlet device or the strip outlet device having wettable surfaces, characterized in that the wettability of the surface of the roll stand casing and the hood device is at least partially realized differently, in such a manner that covering surfaces facing toward the strip travel zone and realizing an oleophilic surface are formed at a plurality of casing elements and hood elements which are disposed in such a manner that they cover the strip travel zone and which are disposed above the strip travel plane , and non-covering surfaces realizing an oleophobic surface are formed at casing elements and hood elements which are disposed in such a manner that they do not cover the strip travel zone , the covering surfaces having a surface condition such that the covering surfaces form a contact angle θ 1 which is smaller than 20° when they are wetted with hexadecane, and the non-covering surfaces having a surface condition such that the covering surfaces form a contact angle θ 2 which is larger than 50° when they are wetted with hexadecane.
A method of de-toxicating a fly ash powder contaminated with a toxic gas, wherein de-toxicating comprises at least partially removing the toxic gas from the contaminated fly ash powder, and the method comprises the steps of: - providing a stripper assembly; - transporting the contaminated fly ash powder from the source to the stripper assembly; - stripping at least part of the toxic gas from a batch load of the contaminated fly ash powder in the stripper assembly; wherein the provided stripper assembly comprises two or more stripper vessels and wherein transporting the contaminated fly ash powder from the source to the stripper assembly includes: - selecting one or more of the stripper vessels; and - transporting the contaminated fly ash powder to the selected one or more stripper vessels, wherein the transport is gravity-driven. - providing a stripper assembly; - transporting the contaminated fly ash powder from the source to the stripper assembly; - stripping at least part of the toxic gas from a batch load of the contaminated fly ash powder in the stripper assembly; - selecting one or more of the stripper vessels; and - transporting the contaminated fly ash powder to the selected one or more stripper vessels, wherein the transport is gravity-driven.
A scaling tool for replicating filtration characteristics of a large-scale filtration device, wherein said scaling tool comprising a housing having a fluid inlet and a fluid outlet , and a filter receiving region (15") in fluid communication with said fluid inlet and said fluid outlet and configured to contain a pleated membrane comprising one or more pleats, said filter receiving region (15") being defined by a rigid wall framework with: (a) a base having a width proportional to said base width occupied by a pleat in said large scale device, (b) walls extending from said base at an angle corresponding to said determined angle of said adjacent pleat centers of said pleats of said large scale, and (c) a length of between about 1.2cm (1⁄2 inch) and about 2.5cm (1 inch), wherein said filter receiving region is wedge-shaped and is configured to compress said one or more pleats of said membrane in an amount effective to proportionally replicate the filtration performance of said large-scale filtration device. (a) a base having a width proportional to said base width occupied by a pleat in said large scale device, (b) walls extending from said base at an angle corresponding to said determined angle of said adjacent pleat centers of said pleats of said large scale, and (c) a length of between about 1.2cm (1⁄2 inch) and about 2.5cm (1 inch),
Method for operating a speech dialog system, comprising the following steps: - determining a vehicle context (S1) and - determining information (S3) which is stored in a control unit and is associated with the vehicle context, characterized by - checking whether the information has a period of validity less than a predefined reference value and should thus be classified as urgent (S4), and, if the information is urgent, - checking whether, for a vehicle user, the information has an importance value (S5), manually stored or learned from a user behavior, that exceeds a predetermined threshold value, - wherein, if the threshold value is also exceeded, a speech output adapted to a current communication status of the speech dialog system is automatically output (S11, S17, S19) to the vehicle user, wherein, if there is a communication status in which there is no communication between the vehicle user and the speech dialog system, the speech output is automatically output (S11) as a prosodically stressed first speech output, which is different from the information, in order to attract the attention of and establish the readiness to listen of the vehicle user. - determining a vehicle context (S1) and - determining information (S3) which is stored in a control unit and is associated with the vehicle context, characterized by - checking whether the information has a period of validity less than a predefined reference value and should thus be classified as urgent (S4), and, if the information is urgent, - checking whether, for a vehicle user, the information has an importance value (S5), manually stored or learned from a user behavior, that exceeds a predetermined threshold value, - wherein, if the threshold value is also exceeded, a speech output adapted to a current communication status of the speech dialog system is automatically output (S11, S17, S19) to the vehicle user, wherein, if there is a communication status in which there is no communication between the vehicle user and the speech dialog system, the speech output is automatically output (S11) as a prosodically stressed first speech output, which is different from the information, in order to attract the attention of and establish the readiness to listen of the vehicle user.
A culture medium comprising a WNT inhibitor selected from the group consisting of (i) Tankyrase inhibitor and (ii) a small molecule inhibitor for Porcupine enzyme, a SRC inhibitor, a protein kinase C (PKC) inhibitor and an ERK inhibitor, said medium does not contain more than 0.1 μM of a GSK3β inhibitor , and wherein said medium maintains human pluripotent stem cells in a naive, undifferentiated and pre-X-inactivation state for at least 2 passages, wherein said pre-X-inactivation is characterized by presence of two unmethylated alleles of an X-inactive specific transcript (XIST) gene in a female cell, and presence an unmethylated allele of the XIST gene in a male cell.
A method of mass and/or ion mobility spectrometry comprising: obtaining background reference sample spectra for one or more samples of each class of plural classes of sample; deriving background reference sample spectra noise profiles from the background reference sample spectra, wherein the background reference sample spectra noise profiles comprise one or more background reference sample spectra noise profiles for each class of the plural classes of sample, and wherein a background reference sample spectra noise profile for a class of the plural classes of sample is characteristic of a background noise profile when ionising samples of that class; and storing the background reference sample spectra noise profiles in a library in electronic storage for use when pre-processing and analysing one or more sample spectra obtained from a different sample to the one or more samples. obtaining background reference sample spectra for one or more samples of each class of plural classes of sample; deriving background reference sample spectra noise profiles from the background reference sample spectra, wherein the background reference sample spectra noise profiles comprise one or more background reference sample spectra noise profiles for each class of the plural classes of sample, and wherein a background reference sample spectra noise profile for a class of the plural classes of sample is characteristic of a background noise profile when ionising samples of that class; and storing the background reference sample spectra noise profiles in a library in electronic storage for use when pre-processing and analysing one or more sample spectra obtained from a different sample to the one or more samples.
Pelton turbine nozzle with a nozzle tip and an assembly comprising a main housing , a servomotor housing with a cylinder space and a rib connecting the servomotor housing to the main housing , wherein the servomotor housing comprises a guide bushing forming the cylinder space of the servomotor, and wherein the assembly comprises feed lines for hydraulic fluid which open out in the cylinder space of the servomotor and penetrate the main housing , at least one rib , the servomotor housing and the guide bushing , characterized in that the assembly is produced in one piece by means of an additive manufacturing process, and the feed lines open out at the end of the main housing facing away from the nozzle tip.
Method for determining an irradiation plan for a particle irradiation system , wherein the irradiation plan is provided for planning the irradiation of a target volume within a test object (14; 18) with the aid of a particle beam using the particle irradiation system , wherein the target volume and a predetermined dose distribution are prescribed, and wherein the irradiation plan is determined in order to apply the energy of the particle beam in accordance with the predetermined dose distribution in the target volume , characterized in that the irradiation plan is determined with the aid of an optimization method, in that the optimization method determines a measure as a function of a difference between the predetermined dose distribution and a dose distribution according to the irradiation plan and as a function of the irradiation time, in that the optimization method determines the irradiation plan with the aid of the best measure, and in that the measure is better, the better the predetermined dose distribution corresponds to the dose distribution according to the irradiation plan, and the shorter the irradiation time.
Guide vane segment for a turbomachine stage, which guide vane segment has an inner ring segment and a plurality of guide vanes which are arranged on the inner ring segment; characterized in that a detuning region (V) of the inner ring segment extends from a trailing edge of at least one guide vane , in particular of at least 50% of the guide vanes , axially towards a leading edge of the guide vane over at most 30% of an axial width (B) of the inner ring segment , on and/or in which region at least one cavity is arranged in which at least one impulse body having clearance of motion for impact contact is arranged.
An accessory , adapted for a portable electronic device , the portable electronic device comprising a display and a rear surface facing away from the display , the accessory comprising: a cover portion being transparent or semi-transparent and adaptable to cover the display of the portable electronic device ; a magnetic portion , disposed within the cover portion , wherein the magnetic portion is constituted by a transparent material and a magnetic material mixed therein; and a shielding portion , disposed within the cover portion , wherein when the cover portion covers the display of the portable electronic device , the magnetic portion is disposed between the shielding portion and the portable electronic device , and when the cover portion is flipped over to the rear surface of the portable electronic device , the shielding portion is disposed between the magnetic portion and the portable electronic device , wherein the magnetic portion is configured to produce a magnetic field being detectable by a sensor of the portable electronic device when the magnetic portion is disposed between the shielding portion and the portable electronic device , and wherein the shielding portion blocks the magnetic field of the magnetic portion from being detectable by the sensor of the portable electronic device when the shielding portion is between the magnetic portion and the portable electronic device . a cover portion being transparent or semi-transparent and adaptable to cover the display of the portable electronic device ; a magnetic portion , disposed within the cover portion , wherein the magnetic portion is constituted by a transparent material and a magnetic material mixed therein; and a shielding portion , disposed within the cover portion , wherein when the cover portion covers the display of the portable electronic device , the magnetic portion is disposed between the shielding portion and the portable electronic device , and when the cover portion is flipped over to the rear surface of the portable electronic device , the shielding portion is disposed between the magnetic portion and the portable electronic device , wherein the magnetic portion is configured to produce a magnetic field being detectable by a sensor of the portable electronic device when the magnetic portion is disposed between the shielding portion and the portable electronic device , and wherein the shielding portion blocks the magnetic field of the magnetic portion from being detectable by the sensor of the portable electronic device when the shielding portion is between the magnetic portion and the portable electronic device .
A method for deactivating a carrier, comprising: receiving, by a terminal from a network device, second information, wherein the second information is used to enable or disable a secondary carrier deactivation function, wherein when the second information corresponds to enabling the secondary carrier deactivation function, the terminal is enabled to deactivate one or more secondary carriers based on a default bandwidth part, BWP, and when the second information corresponds to disabling the secondary carrier deactivation function, the terminal is disabled to deactivate one or more secondary carriers based on a default bandwidth part, BWP; the method further comprising: when the secondary carrier deactivation function is enabled in the terminal: receiving , by the terminal from the network device, first information, wherein the first information indicates the default BWP; and deactivating , by the terminal, one or more secondary carriers that do not include the default BWP; wherein the default BWP is a BWP configured by a network device, or the default BWP is a BWP used by the terminal for initial access. receiving, by a terminal from a network device, second information, wherein the second information is used to enable or disable a secondary carrier deactivation function, wherein when the second information corresponds to enabling the secondary carrier deactivation function, the terminal is enabled to deactivate one or more secondary carriers based on a default bandwidth part, BWP, and when the second information corresponds to disabling the secondary carrier deactivation function, the terminal is disabled to deactivate one or more secondary carriers based on a default bandwidth part, BWP; the method further comprising: when the secondary carrier deactivation function is enabled in the terminal: receiving , by the terminal from the network device, first information, wherein the first information indicates the default BWP; and deactivating , by the terminal, one or more secondary carriers that do not include the default BWP; wherein the default BWP is a BWP configured by a network device, or the default BWP is a BWP used by the terminal for initial access. receiving , by the terminal from the network device, first information, wherein the first information indicates the default BWP; and deactivating , by the terminal, one or more secondary carriers that do not include the default BWP; wherein the default BWP is a BWP configured by a network device, or the default BWP is a BWP used by the terminal for initial access.
A wireless communication method, comprising: allocating, by an access point, AP, a resource group corresponding to a resource group index to a station, STA, wherein the resource group comprises an identifier sequence; broadcasting , by the AP, a trigger frame, wherein the trigger frame carries a preset condition to request a STA that meets the preset condition to send an uplink access signal in a specified time after receiving the trigger frame, wherein the trigger frame further comprises a resource group allocation table comprising a quantity of stations, STAs, a start STA identifier, STA ID, and a resource group index s allocated to the start STA, wherein resource groups are allocated to a STA corresponding to the start STA ID to a STA corresponding to the start STA ID+N-1, wherein a resource group index allocated to a STA corresponding to the start STA ID+1 is s+1, and a resource group index allocated to the STA corresponding to the start STA ID+N-1 is s+N-1; receiving , by the AP, an uplink access signal from at least one STA, wherein the uplink access signal includes an identifier sequence; determining , by the AP that the STA that sends the uplink access signal meets the preset condition when the identifier sequence included in a received uplink access signal is the same as an identifier sequence included in a resource group allocated by the AP to a STA. allocating, by an access point, AP, a resource group corresponding to a resource group index to a station, STA, wherein the resource group comprises an identifier sequence; broadcasting , by the AP, a trigger frame, wherein the trigger frame carries a preset condition to request a STA that meets the preset condition to send an uplink access signal in a specified time after receiving the trigger frame, wherein the trigger frame further comprises a resource group allocation table comprising a quantity of stations, STAs, a start STA identifier, STA ID, and a resource group index s allocated to the start STA, wherein resource groups are allocated to a STA corresponding to the start STA ID to a STA corresponding to the start STA ID+N-1, wherein a resource group index allocated to a STA corresponding to the start STA ID+1 is s+1, and a resource group index allocated to the STA corresponding to the start STA ID+N-1 is s+N-1; receiving , by the AP, an uplink access signal from at least one STA, wherein the uplink access signal includes an identifier sequence; determining , by the AP that the STA that sends the uplink access signal meets the preset condition when the identifier sequence included in a received uplink access signal is the same as an identifier sequence included in a resource group allocated by the AP to a STA.
A method of controlling at least part of a start-up or re-light process of a gas turbine engine having a first shaft arranged to drive a low pressure compressor ; a second shaft arranged to drive a high pressure compressor ; and a fan driven by the first shaft , the method comprising: determining when a flame in a combustion chamber of a gas turbine engine is extinguished, during a start-up process or re-light process or during operation; purging the combustion chamber by controlling rotation of the low pressure compressor using a first electrical machine , and controlling rotation of the high pressure compressor using a second electrical machine , the combustion chamber downstream of the low pressure compressor and high pressure compressor ; and controlling rotation of the low pressure compressor using the first electrical machine , and controlling rotation of the high pressure compressor using the second electrical machine to restart the start-up process or perform the re-light process, wherein determining when the flame is extinguished comprises measuring a change in one or more of: a torque applied by the first electrical machine ; and a torque applied by the second electrical machine . determining when a flame in a combustion chamber of a gas turbine engine is extinguished, during a start-up process or re-light process or during operation; purging the combustion chamber by controlling rotation of the low pressure compressor using a first electrical machine , and controlling rotation of the high pressure compressor using a second electrical machine , the combustion chamber downstream of the low pressure compressor and high pressure compressor ; and controlling rotation of the low pressure compressor using the first electrical machine , and controlling rotation of the high pressure compressor using the second electrical machine to restart the start-up process or perform the re-light process, wherein determining when the flame is extinguished comprises measuring a change in one or more of: a torque applied by the first electrical machine ; and a torque applied by the second electrical machine .