mhurhangee/patent-ind-claim-en huggingface dataset:
A method for inspection of the panoramic camera splicing before mass production of a panoramic camera, wherein the method comprises: setting a calibration room for a to-be-produced camera; calculating a calibration parameter of the to-be-produced camera, and performing panoramic splicing of the to-be-produced camera according to the calibration parameter; determining whether the to-be-produced camera is qualified according to an effect of the panoramic splicing of the to-be-produced camera, and if there is no serious splicing seam in the effect of panoramic photo splicing, a mass production device would mass produce the to-be-produced camera; wherein the method step of setting the calibration room comprises: determining a ratio of length to width to height of the calibration room; and determining the number of calibration feature patterns and corresponding locations thereof; characterized in that the ratio of length to width to height of the calibration room is 4:4:3, and the number of the calibration feature patterns is 8; geometric centers of the 8 calibration feature patterns are located on the circumference of a same circle, and the geometric centers of the 8 calibration feature patterns are points at which the circumference of the circle intersects with an edge of a bisecting cross section of the calibration room. setting a calibration room for a to-be-produced camera; calculating a calibration parameter of the to-be-produced camera, and performing panoramic splicing of the to-be-produced camera according to the calibration parameter; determining whether the to-be-produced camera is qualified according to an effect of the panoramic splicing of the to-be-produced camera, and if there is no serious splicing seam in the effect of panoramic photo splicing, a mass production device would mass produce the to-be-produced camera; wherein the method step of setting the calibration room comprises: determining a ratio of length to width to height of the calibration room; and determining the number of calibration feature patterns and corresponding locations thereof; characterized in that the ratio of length to width to height of the calibration room is 4:4:3, and the number of the calibration feature patterns is 8; geometric centers of the 8 calibration feature patterns are located on the circumference of a same circle, and the geometric centers of the 8 calibration feature patterns are points at which the circumference of the circle intersects with an edge of a bisecting cross section of the calibration room. determining a ratio of length to width to height of the calibration room; and determining the number of calibration feature patterns and corresponding locations thereof; characterized in that the ratio of length to width to height of the calibration room is 4:4:3, and the number of the calibration feature patterns is 8; geometric centers of the 8 calibration feature patterns are located on the circumference of a same circle, and the geometric centers of the 8 calibration feature patterns are points at which the circumference of the circle intersects with an edge of a bisecting cross section of the calibration room.
A coating composition comprising: one or more radiation-curable acrylates having hydrophilic regions comprising one or more hydrophilic alkoxylate groups, the one or more hydrophilic alkoxylate groups having the formula -((CH2) n O-) m -, where n can be equal or greater than 1 and equal or less than 3 (1≤ n ≤ 3) and m can be equal or greater than 1 and equal or less than 10 (1≤ m≤ 10); a reactive surfactant comprising a reactive moiety; and a photoinitiator, wherein the one or more radiation-curable acrylates are capable of being cured to form a hydrophilic network with the reactive surfactant being bound to the network upon exposure of the photoinitiator to light energy by binding the reactive moiety of the surfactant to one or more acrylate groups in the hydrophilic regions of the one or more radiation-curable acrylates, and wherein the reactive surfactant comprises one or more reactive groups comprising an alkenyl group, acrylate group, thiol group or a combination thereof. one or more radiation-curable acrylates having hydrophilic regions comprising one or more hydrophilic alkoxylate groups, the one or more hydrophilic alkoxylate groups having the formula -((CH2) n O-) m -, where n can be equal or greater than 1 and equal or less than 3 (1≤ n ≤ 3) and m can be equal or greater than 1 and equal or less than 10 (1≤ m≤ 10); a reactive surfactant comprising a reactive moiety; and a photoinitiator, wherein the one or more radiation-curable acrylates are capable of being cured to form a hydrophilic network with the reactive surfactant being bound to the network upon exposure of the photoinitiator to light energy by binding the reactive moiety of the surfactant to one or more acrylate groups in the hydrophilic regions of the one or more radiation-curable acrylates, and wherein the reactive surfactant comprises one or more reactive groups comprising an alkenyl group, acrylate group, thiol group or a combination thereof.
Method for the digital documentation and simulation of a passenger transport installation by means of a detection apparatus , comprising: - a central position analysis device (PAG); - at least one local position detection device (PEG); - at least one portable tool (WZ) having technical means for recording data from connection components (VE) installed with this tool (WZ), together with their position (POS) and installation parameters (EP) which are measured by the portable tool (WZ) during installation; - a central data storage and data processing unit (ZD) in which parameters for the documentation and simulation of the passenger transport installation are stored, - wherein a communication connection (K1A, K1B, K2, K3) is set up between the tool (WZ), the at least one local position detection device (PEG), the central position analysis device (PAG) and the central data storage and data processing unit (ZD), - wherein, using data of the installed connection components (VE) which are transmitted from the tool (WZ) via the at least one local position detection device (PEG) and the central position analysis device (PAG) to the central data storage and data processing unit (ZD), installation data records (DS) are generated, - wherein an installation data record (DS) comprises at least one identifier (ID) for the assigned, installed connection component VE, its measured position (POS) and the installation parameters (EP) measured by the tool (WZ), and - wherein these installation data records (DS) are entered in a position-defined manner into a digital twin data record which maps the physical passenger transport installation . - a central position analysis device (PAG); - at least one local position detection device (PEG); - at least one portable tool (WZ) having technical means for recording data from connection components (VE) installed with this tool (WZ), together with their position (POS) and installation parameters (EP) which are measured by the portable tool (WZ) during installation; - a central data storage and data processing unit (ZD) in which parameters for the documentation and simulation of the passenger transport installation are stored, - wherein a communication connection (K1A, K1B, K2, K3) is set up between the tool (WZ), the at least one local position detection device (PEG), the central position analysis device (PAG) and the central data storage and data processing unit (ZD), - wherein, using data of the installed connection components (VE) which are transmitted from the tool (WZ) via the at least one local position detection device (PEG) and the central position analysis device (PAG) to the central data storage and data processing unit (ZD), installation data records (DS) are generated, - wherein an installation data record (DS) comprises at least one identifier (ID) for the assigned, installed connection component VE, its measured position (POS) and the installation parameters (EP) measured by the tool (WZ), and - wherein these installation data records (DS) are entered in a position-defined manner into a digital twin data record which maps the physical passenger transport installation .
A wearable apparatus , comprising a first wearable device and a second wearable device , the first wearable device and the second wearable device each comprising a control circuit and an input-output circuit, and the wearable apparatus being coupled with an electronic apparatus; the control circuit of the first wearable device being configured to control input-output circuit of the first wearable device and to send, via the input-output circuit of the first wearable device, a first control instruction to the electronic apparatus in response to a first input on the first wearable device, whereby the electronic apparatus executes the first control instruction to realize a first function; the control circuit of the second wearable device being configured to control input-output circuit of the second wearable device and to send, via the input-output circuit of the second wearable device, a second control instruction to the electronic apparatus in response to a second input on the second wearable device, whereby the electronic apparatus executes the second control instruction to realize a second function; and characterized in that a correspondence relationship between the first input and the first control instruction as well as a correspondence relationship between the second input and the second control instruction is preset, wherein when the first input and the second input both correspond to a same predetermined input, the first control instruction in response to the first input is different from the second control instruction in response to the second input, and the first function is different from the second function.
A laundry treating apparatus comprising: a housing ; a tub provided inside the housing , for storing washing water therein; a drum rotatably provided inside the tub , for storing laundry therein; a top cover provided above the housing to cover upper portions of the tub and the drum; a detergent box communicated with the tub and provided to put a detergent therein; a distributor for distributing washing water supplied from an external water supply source; a detergent water supply pipe connected with the distributor , supplying washing water to the detergent box ; and a tub water supply pipe connected with the distributor, supplying washing water to the tub , characterized in that the top cover includes: a distributor holder formed at the rear of the top cover to allow the distributor to be held therein; a detergent box holder formed at the front of the top cover to allow the detergent box to be held therein, the detergent box being arranged below the tub cover ; and a detergent water supply pipe pass through portion through which the detergent water supply pipe is extended from an upper portion of the top cover to a lower portion of the top cover . a housing ; a tub provided inside the housing , for storing washing water therein; a drum rotatably provided inside the tub , for storing laundry therein; a top cover provided above the housing to cover upper portions of the tub and the drum; a detergent box communicated with the tub and provided to put a detergent therein; a distributor for distributing washing water supplied from an external water supply source; a detergent water supply pipe connected with the distributor , supplying washing water to the detergent box ; and a tub water supply pipe connected with the distributor, supplying washing water to the tub , characterized in that the top cover includes: a distributor holder formed at the rear of the top cover to allow the distributor to be held therein; a detergent box holder formed at the front of the top cover to allow the detergent box to be held therein, the detergent box being arranged below the tub cover ; and a detergent water supply pipe pass through portion through which the detergent water supply pipe is extended from an upper portion of the top cover to a lower portion of the top cover . a distributor holder formed at the rear of the top cover to allow the distributor to be held therein; a detergent box holder formed at the front of the top cover to allow the detergent box to be held therein, the detergent box being arranged below the tub cover ; and a detergent water supply pipe pass through portion through which the detergent water supply pipe is extended from an upper portion of the top cover to a lower portion of the top cover .
An absorbent article having a longitudinal axis extending in a longitudinal direction and a transversal axis extending in a transversal direction perpendicular to the longitudinal direction, wherein the absorbent article comprises: - a fluid-permeable topsheet on the wearer-facing side of the article; - a lotion on the topsheet having a lotion pattern (100-105) covering a lotion pattern area; - a fluid-impermeable backsheet on the garment-facing side of the article; - an absorbent core between the topsheet and the backsheet, wherein the absorbent core comprises an absorbent material in a core wrap , the core wrap defining a footprint in a plane parallel to the longitudinal direction and the transversal direction; - an intermediate layer between the topsheet and the absorbent core, the intermediate layer comprising one or more longitudinally-extending channel(s) , preferably at least a pair of longitudinally-extending channels (86a, b) disposed symmetrically on each side of the longitudinal axis, wherein the topsheet is depressed in the channel(s) so that the wearer-facing side of the article has at least one depression(s) corresponding to at least one of the underlying channel(s); characterized in that the topsheet is adhesively directly or indirectly bonded to the absorbent core through the channel(s) in the intermediate layer, and the lotion-to-channel overlap ratio ranges from 0% to 20% of the area of the channel(s), wherein the lotion-to-channel overlap ratio is the percentage of the channel(s) of the intermediate layer overlapping with the lotion pattern. - a fluid-permeable topsheet on the wearer-facing side of the article; - a lotion on the topsheet having a lotion pattern (100-105) covering a lotion pattern area; - a fluid-impermeable backsheet on the garment-facing side of the article; - an absorbent core between the topsheet and the backsheet, wherein the absorbent core comprises an absorbent material in a core wrap , the core wrap defining a footprint in a plane parallel to the longitudinal direction and the transversal direction; - an intermediate layer between the topsheet and the absorbent core, the intermediate layer comprising one or more longitudinally-extending channel(s) , preferably at least a pair of longitudinally-extending channels (86a, b) disposed symmetrically on each side of the longitudinal axis, wherein the topsheet is depressed in the channel(s) so that the wearer-facing side of the article has at least one depression(s) corresponding to at least one of the underlying channel(s); characterized in that the topsheet is adhesively directly or indirectly bonded to the absorbent core through the channel(s) in the intermediate layer, and the lotion-to-channel overlap ratio ranges from 0% to 20% of the area of the channel(s), wherein the lotion-to-channel overlap ratio is the percentage of the channel(s) of the intermediate layer overlapping with the lotion pattern.
An annular combustion system segment, comprising: a first integrated combustor nozzle including an inner liner segment , an outer liner segment , a first side wall , a second side wall , a plurality of premixing channels defined therebetween, a plurality of injection outlets in fluid communication with the plurality of premixing channels , and a downstream end portion defining a first turbine nozzle ; a second integrated combustor nozzle adj acent to the first integrated combustor nozzle , the second integrated combustor nozzle including an inner liner segment , an outer liner segment , a first side wall , a second side wall , a plurality of premixing channels defined therebetween, a plurality of injection outlets in fluid communication with the plurality of premixing channels , and a downstream end portion defining a second turbine nozzle ; and a first fuel injection module including a fuel nozzle portion disposed between the second side wall of the first integrated combustor nozzle and the first side wall of the second integrated combustor nozzle, and at least one fuel injection lance in fluid communication with a fuel supply and at least one of the plurality of premixing channels of the first integrated combustor nozzle and the plurality of premixing channels of the second integrated combustor nozzle. a first integrated combustor nozzle including an inner liner segment , an outer liner segment , a first side wall , a second side wall , a plurality of premixing channels defined therebetween, a plurality of injection outlets in fluid communication with the plurality of premixing channels , and a downstream end portion defining a first turbine nozzle ; a second integrated combustor nozzle adj acent to the first integrated combustor nozzle , the second integrated combustor nozzle including an inner liner segment , an outer liner segment , a first side wall , a second side wall , a plurality of premixing channels defined therebetween, a plurality of injection outlets in fluid communication with the plurality of premixing channels , and a downstream end portion defining a second turbine nozzle ; and a first fuel injection module including a fuel nozzle portion disposed between the second side wall of the first integrated combustor nozzle and the first side wall of the second integrated combustor nozzle, and at least one fuel injection lance in fluid communication with a fuel supply and at least one of the plurality of premixing channels of the first integrated combustor nozzle and the plurality of premixing channels of the second integrated combustor nozzle.
A turbine comprising : - a shaft ; - a Kaplan runner which comprises a number of blades and a hub , located at the end of the shaft and bearing the blades, - means for generating dry air; - means for supplying the turbine with a flow of said dry air; - means for evacuating a flow of air out of said turbine after said flow of dry air has flowed at least through the hub . - a shaft ; - a Kaplan runner which comprises a number of blades and a hub , located at the end of the shaft and bearing the blades, - means for generating dry air; - means for supplying the turbine with a flow of said dry air; - means for evacuating a flow of air out of said turbine after said flow of dry air has flowed at least through the hub .
Refrigerator and/or freezer, comprising a carcass, a cooled interior space enclosed by the carcass, and a mist generator , which is arranged in the cooled interior space and has a piezoelectric element (P) and an outlet opening , through which the generated mist exits the mist generator , wherein the outlet opening lies in the direction of the sound waves emanating from the piezoelectric element (P), wherein the mist generator has a concentrator (K) for focusing the sound waves emanating from the piezoelectric element (P) onto a point or a region, and the concentrator (K) is designed such that the focusing takes place in a direction that is not in the direction in which the sound waves emanate from the piezoelectric element (P), wherein the mist generator has a deflection element, which is arranged so that the sound waves focused by the concentrator (K) or a water jet generated by the concentrator deflects by means of the deflection element in the direction of the outlet opening of the mist generator , wherein the mist generator has at least one tank , characterised in that the mist generator comprises at least one cover closing the tank and a seating , wherein the tank is removable from the seating and has means for filling level recognition such as steps, markings on the tank wall or float systems, and wherein the seating has all necessary elements for operation of the mist generator. a carcass, a cooled interior space enclosed by the carcass, and a mist generator , which is arranged in the cooled interior space and has a piezoelectric element (P) and an outlet opening , through which the generated mist exits the mist generator , wherein the outlet opening lies in the direction of the sound waves emanating from the piezoelectric element (P), wherein the mist generator has a concentrator (K) for focusing the sound waves emanating from the piezoelectric element (P) onto a point or a region, and the concentrator (K) is designed such that the focusing takes place in a direction that is not in the direction in which the sound waves emanate from the piezoelectric element (P), wherein the mist generator has a deflection element, which is arranged so that the sound waves focused by the concentrator (K) or a water jet generated by the concentrator deflects by means of the deflection element in the direction of the outlet opening of the mist generator , wherein the mist generator has at least one tank , characterised in that the mist generator comprises at least one cover closing the tank and a seating , wherein the tank is removable from the seating and has means for filling level recognition such as steps, markings on the tank wall or float systems, and wherein the seating has all necessary elements for operation of the mist generator.
A method for preparing a ganirelix precursor I, comprising the following steps: reacting Fmoc-D-Ala-OH with a resin to obtain a Fmoc-D-Ala-resin; coupling the Fmoc-D-Ala-resin to the other amino acids with Fmoc protecting group one by one, followed by acetylation, to obtain a ganirelix precursor I-peptide resin; and subjecting the ganirelix precursor I-peptide resin to a cleavage reaction to obtain the ganirelix precursor I; wherein the ganirelix precursor I has a structure as shown below: Ac-D-2-Nal-D-Phe(4-Cl)-D-3-Pal-Ser-Tyr-D-Lys-Leu-Lys-Pro-D-Ala-NH 2 ; and wherein the other amino acids with Fmoc protecting group in step are Fmoc-Pro-OH, Fmoc-Lys(Boc)-OH, Fmoc-Leu-OH, Fmoc-D-Lys(Boc)-OH, Fmoc-Tyr(tBu)-OH, Fmoc-Ser(tBu)-OH, Fmoc-D-Pal-OH, Fmoc-D-Cpa-OH and Fmoc-D-Nal-OH, respectively. reacting Fmoc-D-Ala-OH with a resin to obtain a Fmoc-D-Ala-resin; coupling the Fmoc-D-Ala-resin to the other amino acids with Fmoc protecting group one by one, followed by acetylation, to obtain a ganirelix precursor I-peptide resin; and subjecting the ganirelix precursor I-peptide resin to a cleavage reaction to obtain the ganirelix precursor I;