mhurhangee/patent-ind-claim-en huggingface dataset:
An estimation processing program comprising software code, which, when executed on a computer, causes the computer to perform a process comprising: inputting (S12) an input-image (2; 115) obtained by photographing a target to each of a first estimation model that performs segmentation for masking a first region of an annular face of the target, a second estimation model that performs segmentation for masking a second region in an outer circumference of the annular face and a third estimation model that performs segmentation for masking a third region in an inner circumference of the annular face; and outputting (S13) a region image , as a new estimated region of the annular face of the target in the input-image in response to inputting of the input-image, the region image being obtained by: i) excluding the third region from a region resulting from the sum of the first region and the second region ; or ii) summing the first region with a region obtained by excluding the third region from the second region . inputting (S12) an input-image (2; 115) obtained by photographing a target to each of a first estimation model that performs segmentation for masking a first region of an annular face of the target, a second estimation model that performs segmentation for masking a second region in an outer circumference of the annular face and a third estimation model that performs segmentation for masking a third region in an inner circumference of the annular face; and outputting (S13) a region image , as a new estimated region of the annular face of the target in the input-image in response to inputting of the input-image, the region image being obtained by: i) excluding the third region from a region resulting from the sum of the first region and the second region ; or ii) summing the first region with a region obtained by excluding the third region from the second region . i) excluding the third region from a region resulting from the sum of the first region and the second region ; or ii) summing the first region with a region obtained by excluding the third region from the second region .
In vitro use of a cyclic peptide comprising the cyclic peptide of formula C-S-F-E-E-C (SEQ ID NO: 1) with a cyclization linkage between the two end cysteines reproducing a binding site of fertilin beta to the oocyte integrin, for the in vitro maturation of immature oocytes.
System comprising a nebulizer , preferably forming an inhaler, for a fluid , and a packaging for receiving and holding the nebulizer in a delivery state, wherein the nebulizer comprises a container containing the fluid , the container being pre-installed in the nebulizer in the delivery state, wherein the packaging prevents fluidic connection of the container to a pressure generator of the nebulizer in the delivery state and prevents completely closing of a housing of the nebulizer in the delivery state.
A battery module comprising: a cell assembly including a plurality of battery cells stacked side by side in horizontal direction, each battery cell standing erect in up-down direction; and an end plate having a support part to support a bottom of the cell assembly , an outer side part bent in upward direction from each of one end and the other end of the support part , and an inner side part bent down in inward direction from a top of the outer side part , wherein the support part , the outer side part and the inner side part are integrally formed, and wherein the inner side part includes a first inner side part and a second inner side part , and a distance between a bottom of the first inner side part and a bottom of the second inner side part is less than a horizontal direction width of the cell assembly ; wherein a distance between a top of the first inner side part and a top of the second inner side part of the inner side part is equal to or larger than a horizontal direction width of the cell assembly . a cell assembly including a plurality of battery cells stacked side by side in horizontal direction, each battery cell standing erect in up-down direction; and an end plate having a support part to support a bottom of the cell assembly , an outer side part bent in upward direction from each of one end and the other end of the support part , and an inner side part bent down in inward direction from a top of the outer side part , wherein the support part , the outer side part and the inner side part are integrally formed, and wherein the inner side part includes a first inner side part and a second inner side part , and a distance between a bottom of the first inner side part and a bottom of the second inner side part is less than a horizontal direction width of the cell assembly ; wherein a distance between a top of the first inner side part and a top of the second inner side part of the inner side part is equal to or larger than a horizontal direction width of the cell assembly .
A method of increasing retention of an intravascular device on a balloon catheter, comprising: a first stage of crimping the intravascular device onto a balloon of the balloon catheter; a second stage of heating and pressurizing the balloon; and a third stage of re-crimping the intravascular device onto the balloon of the balloon catheter including heating the intravascular device and the balloon catheter in the range of about 70 degrees to 250 degrees Fahrenheit (21 to 121 degrees Celsius). a first stage of crimping the intravascular device onto a balloon of the balloon catheter; a second stage of heating and pressurizing the balloon; and a third stage of re-crimping the intravascular device onto the balloon of the balloon catheter including heating the intravascular device and the balloon catheter in the range of about 70 degrees to 250 degrees Fahrenheit (21 to 121 degrees Celsius).
A swirler assembly for swirling fluid in a nozzle comprising: a swirler comprising a swirler body defining: an inlet end ; an outlet end opposed to the inlet end; and a circumferential periphery extending axially from the inlet end to the outlet end, wherein the outlet end defines a first swirl chamber , and the inlet end defines a second swirl chamber ; characterized by a cap engaged with the inlet end of the swirler body for closing off the second swirl chamber, wherein the cap includes a swirl chamber insert for mating engagement with the second swirl chamber to close off the second swirl chamber. an inlet end ; an outlet end opposed to the inlet end; and a circumferential periphery extending axially from the inlet end to the outlet end, wherein the outlet end defines a first swirl chamber , and the inlet end defines a second swirl chamber ; characterized by a cap engaged with the inlet end of the swirler body for closing off the second swirl chamber, wherein the cap includes a swirl chamber insert for mating engagement with the second swirl chamber to close off the second swirl chamber.
A display device comprising: a light source ; a reflector arranged adjacent to the light source at a first side of the light source and at a second side of the light source opposite to the first side to reflect at least a part of light emitted from the light source ; a reflective sheet arranged adjacent to a first side of the reflector ; and a diffusion sheet arranged adjacent to a second side of the reflector opposite to the first side of the reflector , wherein the reflector is arranged between the reflective sheet and the diffusion sheet ; wherein a center axis (Cx) of the reflector is parallel to an optical axis (Rx) of the light source and is spaced apart from the optical axis (Rx) of the light source by a distance (g). a light source ; a reflector arranged adjacent to the light source at a first side of the light source and at a second side of the light source opposite to the first side to reflect at least a part of light emitted from the light source ; a reflective sheet arranged adjacent to a first side of the reflector ; and a diffusion sheet arranged adjacent to a second side of the reflector opposite to the first side of the reflector , wherein the reflector is arranged between the reflective sheet and the diffusion sheet ; wherein a center axis (Cx) of the reflector is parallel to an optical axis (Rx) of the light source and is spaced apart from the optical axis (Rx) of the light source by a distance (g).
A composition for use in a method of suppressing a mucosal epithelial carcinoma, the composition comprising (i) an mRNA encoding a polypeptide selected from calprotectin, S100A8, and S100A9, and (ii) a pharmaceutically acceptable in vivo delivery vehicle formulated for topical application to a mucosal epithelial cell; wherein the composition is administered topically to the mucosal epithelial cells.
A method of erecting a wind power installation which has an aerodynamic rotor blade having rotor blade connections , comprising the steps: fixing a ballast unit to a lifting beam , fixing the lifting beam with the ballast unit to a crane hook of a crane , fixing a rotor blade by means of lifting cables to a second crane hook at an underside of the ballast unit , and lifting the lifting beam with the ballast unit and the rotor blade by the crane for mounting the rotor blade at one of the rotor blade connections , wherein the ballast unit has at least one ballast weight and the ballast weight is so selected that the ratio in m 2 /t between the wind attack area of the rotor blade and the sum of the ballast weight and the weight of the rotor blade is < 1. fixing a ballast unit to a lifting beam , fixing the lifting beam with the ballast unit to a crane hook of a crane , fixing a rotor blade by means of lifting cables to a second crane hook at an underside of the ballast unit , and lifting the lifting beam with the ballast unit and the rotor blade by the crane for mounting the rotor blade at one of the rotor blade connections , wherein the ballast unit has at least one ballast weight and the ballast weight is so selected that the ratio in m 2 /t between the wind attack area of the rotor blade and the sum of the ballast weight and the weight of the rotor blade is < 1.
Method for selecting a powdery mildew resistant rose plant, the method comprising the steps of: a) isolating nuclear genomic DNA from a rose plant; b) establishing the presence of SEQ ID No. 1 and SEQ ID No. 2 in the isolated nuclear genomic DNA; c) establishing the powdery mildew phenotype of said rose plant wherein the presence of SEQ ID No. 1 and SEQ ID No. 2 indicates a powdery mildew resistant phenotype. a) isolating nuclear genomic DNA from a rose plant; b) establishing the presence of SEQ ID No. 1 and SEQ ID No. 2 in the isolated nuclear genomic DNA; c) establishing the powdery mildew phenotype of said rose plant wherein the presence of SEQ ID No. 1 and SEQ ID No. 2 indicates a powdery mildew resistant phenotype.
An aqueous disinfecting composition comprising (a) 0.01 to 15 wt% of an antimicrobial agent; (b) 0.1 to 7 wt% of a carboxylic acid or its salt having a pKa value in the range from 1.0 to 5.5; (c) 0.01 to 15 wt% of a clouding agent comprising: i) polypropylene butyl glycol ether; and, ii) at least one more clouding agent selected from fatty alcohol having 6 to 20 carbon atoms, fatty acid, and diethyl hexyl malate; (d) 1 to 30 wt% of an alcohol having 1 to 4 carbon atoms; and (e) 0.01 to 10 wt% of a non-ionic surfactant. (a) 0.01 to 15 wt% of an antimicrobial agent; (b) 0.1 to 7 wt% of a carboxylic acid or its salt having a pKa value in the range from 1.0 to 5.5; (c) 0.01 to 15 wt% of a clouding agent comprising: i) polypropylene butyl glycol ether; and, ii) at least one more clouding agent selected from fatty alcohol having 6 to 20 carbon atoms, fatty acid, and diethyl hexyl malate; i) polypropylene butyl glycol ether; and, ii) at least one more clouding agent selected from fatty alcohol having 6 to 20 carbon atoms, fatty acid, and diethyl hexyl malate; (d) 1 to 30 wt% of an alcohol having 1 to 4 carbon atoms; and (e) 0.01 to 10 wt% of a non-ionic surfactant.
A computer-implemented method of detecting elongation of an elastic bandage on a mobile computing device having a processor and graphical user interface comprising receiving (100; 150) image data that includes a digital photograph of an elongated tension indicator of an elastic bandage that is spirally wound about a three-dimensional member; analyzing (600; 610) the image data with the processor to determine elongation of the elastic bandage by comparing geometric features of the elongated tension indicator to model geometric features that define a predetermined elongation state; providing (700; 710) output indicia associated with the determined elongation.
A scroll compressor comprising: a partition wall that divides a sealed vessel into a high-pressure space and a low-pressure space ; a non-orbiting scroll provided in the low-pressure space , the non-orbiting scroll being disposed adjacent to the partition wall ; an orbiting scroll that engages with the non-orbiting scroll with a compression chamber defined between the orbiting scroll and the non-orbiting scroll ; a rotational shaft that orbits the orbiting scroll ; a main bearing that supports the orbiting scroll ; a plurality of elastic bodies that bias one of the non-orbiting scroll and the orbiting scroll so as to separate the non-orbiting scroll from the orbiting scroll ; and a plurality of columnar members that are fixed at one ends of the columnar members and are movable at the other ends of the columnar members with respect to the main bearing and the non-orbiting scroll , the columnar members being disposed in a circumferential direction; wherein the non-orbiting scroll or the orbiting scroll biased by the elastic bodies is movable between the partition wall and the main bearing in an axial direction of the rotational shaft , characterized in that the elastic bodies are disposed between the plurality of columnar members in the circumferential direction; wherein one end of each of the plurality of elastic bodies and one end of each of the plurality of columnar members are disposed at the main bearing so as to be close to each other.
A method for deleting files, the method comprising: obtaining at least initial data about a file to be deleted in accordance with an instruction to remove the file from a data storage device ; analyzing the file to be deleted and the data storage device to determine at least deletion parameters of the file to be deleted, wherein the analysis of the file includes at least determining a context of the data storage device , the context including information about a type of the data storage device and a file system; performing a dynamic formation of a deletion algorithm, wherein the formation further includes the formation of a structure for writing and a determination of a location for the writing during the deletion of the file in accordance with the determined deletion parameters and rules of formation, wherein the structure for writing includes at least one of: signatures of files headers of predetermined files types and information indicating format of service structures of the file system contained on the data storage device ; deleting the file by applying the deletion algorithm; and deleting information from free space of the data storage device by applying the structure for writing, the free space corresponding to a type of file that needs to be deleted or a type of file that has been deleted. obtaining at least initial data about a file to be deleted in accordance with an instruction to remove the file from a data storage device ; analyzing the file to be deleted and the data storage device to determine at least deletion parameters of the file to be deleted, wherein the analysis of the file includes at least determining a context of the data storage device , the context including information about a type of the data storage device and a file system; performing a dynamic formation of a deletion algorithm, wherein the formation further includes the formation of a structure for writing and a determination of a location for the writing during the deletion of the file in accordance with the determined deletion parameters and rules of formation, wherein the structure for writing includes at least one of: signatures of files headers of predetermined files types and information indicating format of service structures of the file system contained on the data storage device ; deleting the file by applying the deletion algorithm; and deleting information from free space of the data storage device by applying the structure for writing, the free space corresponding to a type of file that needs to be deleted or a type of file that has been deleted.
A base station for communicating with a terminal in a cell using a sub-frame including a plurality of resource block pairs, comprising: a transmission unit configured to transmit control information for the terminal on a second control channel mapped to a second control channel region, the second control channel region being configured to be different from a first control channel region to which a first control channel is mapped; and a higher layer unit configured to configure a sub-frame, by using a bitmap in a radio resource control signalling, indicating the sub-frame in which the terminal monitors the second control channel, wherein the first control channel region is a region specific to the cell in the sub-frame, and the second control channel region is a region configured to be specific to the terminal in the sub-frame. a transmission unit configured to transmit control information for the terminal on a second control channel mapped to a second control channel region, the second control channel region being configured to be different from a first control channel region to which a first control channel is mapped; and a higher layer unit configured to configure a sub-frame, by using a bitmap in a radio resource control signalling, indicating the sub-frame in which the terminal monitors the second control channel, wherein the first control channel region is a region specific to the cell in the sub-frame, and the second control channel region is a region configured to be specific to the terminal in the sub-frame.
Method for creating magnetic resonance images of a target object with the method steps - Recording of a separate reference dataset for each slice of the target object to be imaged by means of a magnetic resonance system by carrying out a respective reference scan (16, 18, 20, 21, RE1) of the target object by means of a GRE sequence or a RARE sequence for each slice of the target object to be imaged, - Recording of a separate correction dataset for each slice of the target object to be imaged by means of the magnetic resonance system by carrying out a respective phase correction scan (23, 24, 26, 27, E1, E2, E3) of the target object by means of a non-phase-encoding EPI sequence for each slice of the target object to be imaged, - Recording of a measurement dataset of the target object by means of the magnetic resonance system by means of an SMS sequence , - Determination of slice-specific GRAPPA kernels from the reference dataset, and - Creation of the magnetic resonance images of the target object from the measurement dataset by a slice GRAPPA method by means of a data processing device , wherein - Data of the measurement dataset belonging to different slices of the slices imaged is separated from one another by means of the slice-specific GRAPPA kernels, and - Nyquist-N/2 ghost artifacts in the measurement dataset are corrected by means of the correction dataset. - Recording of a separate reference dataset for each slice of the target object to be imaged by means of a magnetic resonance system by carrying out a respective reference scan (16, 18, 20, 21, RE1) of the target object by means of a GRE sequence or a RARE sequence for each slice of the target object to be imaged, - Recording of a separate correction dataset for each slice of the target object to be imaged by means of the magnetic resonance system by carrying out a respective phase correction scan (23, 24, 26, 27, E1, E2, E3) of the target object by means of a non-phase-encoding EPI sequence for each slice of the target object to be imaged, - Recording of a measurement dataset of the target object by means of the magnetic resonance system by means of an SMS sequence , - Determination of slice-specific GRAPPA kernels from the reference dataset, and - Creation of the magnetic resonance images of the target object from the measurement dataset by a slice GRAPPA method by means of a data processing device , wherein - Data of the measurement dataset belonging to different slices of the slices imaged is separated from one another by means of the slice-specific GRAPPA kernels, and - Nyquist-N/2 ghost artifacts in the measurement dataset are corrected by means of the correction dataset. - Data of the measurement dataset belonging to different slices of the slices imaged is separated from one another by means of the slice-specific GRAPPA kernels, and - Nyquist-N/2 ghost artifacts in the measurement dataset are corrected by means of the correction dataset.
A coupling device for selectively coupling a dental handpiece to a dental base station , the coupling device comprising: • a first end selectively coupleable to the dental base station and configured to receive a gaseous or fluid medium from the dental base station ; • an electrical power source housed by the coupling device ; and • a second end selectively coupleable to the dental handpiece and configured to output the gaseous or fluid medium from the dental base station to the dental handpiece and to output electrical power from the electrical power source to the dental handpiece , characterized in that the electrical power source of the coupling device includes a rechargeable battery and a battery charger. • a first end selectively coupleable to the dental base station and configured to receive a gaseous or fluid medium from the dental base station ; • an electrical power source housed by the coupling device ; and • a second end selectively coupleable to the dental handpiece and configured to output the gaseous or fluid medium from the dental base station to the dental handpiece and to output electrical power from the electrical power source to the dental handpiece ,