mhurhangee/patent-ind-claim-en huggingface dataset:
A vaccine or therapeutic agent comprising the peptide consisting of the amino acid sequence represented by SEQ ID NO: 28 for use in a method of preventing or treating an IgE mediated disease in human, dog or cat, wherein the peptide, when administered to a human, dog or cat, induces an anti-IgE antibody that specifically binds to a CH3 region of an IgE antibody of the human, dog or cat thereby blocking the binding of the IgE antibody to an IgE receptor, wherein the IgE-mediated disease is selected from the group consisting of atopic dermatitis, pollinosis, food allergy, allergic rhinitis, bronchial asthma, allergic conjunctivitis, mite allergy, hives, anaphylactic shock, and PIE (pulmonary infiltration with eosinophilia) syndrome.
A method, comprising: recognizing touch input sensor data as a series of components of a contact on a touch-screen display ; determining that the components correlate to the contact based on multi-pass nearest-neighbor contact mapping that includes forward nearest-neighbor contact mapping of the components and reverse nearest-neighbor contact mapping of the components; and associating the components to represent a tracking of the contact, characterized in that the reverse nearest-neighbor contact mapping is initiated when unmapped components remain after the forward nearest-neighbor contact mapping. recognizing touch input sensor data as a series of components of a contact on a touch-screen display ; determining that the components correlate to the contact based on multi-pass nearest-neighbor contact mapping that includes forward nearest-neighbor contact mapping of the components and reverse nearest-neighbor contact mapping of the components; and associating the components to represent a tracking of the contact, characterized in that the reverse nearest-neighbor contact mapping is initiated when unmapped components remain after the forward nearest-neighbor contact mapping.
Method for realizing a rod of the tobacco industry, by means of a machine of the tobacco industry, wherein the rod comprises a rope of material of the tobacco industry and a tubular wrapper that wraps the rope , the method comprising the steps of: - feeding a band of a wrapping material intended to form the tubular wrapper of the rod ; - forming a rope of a material of the tobacco industry; - wrapping the band of a wrapping material around the rope of material of the tobacco industry to form the rod of the tobacco industry; and - supplying a strip of fluid on the band of a wrapping material and/or on the rope of material of the tobacco industry; the method is characterized in that it comprises the step of detecting the presence and/or size of bubbles inside the fluid before supplying said strip on the band of a wrapping material and/or on the rope of a material of the tobacco industry. - feeding a band of a wrapping material intended to form the tubular wrapper of the rod ; - forming a rope of a material of the tobacco industry; - wrapping the band of a wrapping material around the rope of material of the tobacco industry to form the rod of the tobacco industry; and - supplying a strip of fluid on the band of a wrapping material and/or on the rope of material of the tobacco industry;
A system comprising: a first computing device configured to: receive, during a registration process for a device management service and from an entity associated with the device management service, one or more policies associated with the device management service; generate a virtual environment comprising a plurality of sessions where each session is specific to a different user and comprises at least one virtual instance of an application executed by the first computing device; generate, for first and second sessions of the plurality of sessions, a virtual instance of a device driver for each session, and a redirection layer for use with both virtual instances of the device driver and both sessions; use the redirection layer to re-route a message for controlling a peripheral device coupled to a second computing device that is being sent to the device driver to instead be sent to the virtual instance of the device driver for the first session, wherein the message is from virtual instance of the application for the first session; use the virtual instance of the device driver to transform the message into a format understandable by the peripheral device ; and send the transformed message to the peripheral device , and the second computing device, wherein the second computing device is communicatively coupled to the first computing device via a wide area network, and wherein the second computing device is associated with the first session, and configured to interact with a virtual instance of the application specific to the session. receive, during a registration process for a device management service and from an entity associated with the device management service, one or more policies associated with the device management service; generate a virtual environment comprising a plurality of sessions where each session is specific to a different user and comprises at least one virtual instance of an application executed by the first computing device; generate, for first and second sessions of the plurality of sessions, a virtual instance of a device driver for each session, and a redirection layer for use with both virtual instances of the device driver and both sessions; use the redirection layer to re-route a message for controlling a peripheral device coupled to a second computing device that is being sent to the device driver to instead be sent to the virtual instance of the device driver for the first session, wherein the message is from virtual instance of the application for the first session; use the virtual instance of the device driver to transform the message into a format understandable by the peripheral device ; and send the transformed message to the peripheral device , and the second computing device, wherein the second computing device is communicatively coupled to the first computing device via a wide area network, and wherein the second computing device is associated with the first session, and configured to interact with a virtual instance of the application specific to the session.
A method for automating a building, the method comprising the steps of acquiring at least one data time history (1a, 1b, 1c, 1d, ... 1n) from at least one input device, the method being characterized in : averaging the at least one data time history, arranging the at least one averaged data time history (1a, 1b, 1c, 1d, ... 1n) into at least one occupancy pattern , wherein the at least one occupancy pattern covers a given time span, determining at least one set point from said at least one occupancy pattern of a building or of a part thereof, feeding the at least one set point into a system for heating, ventilation, air-conditioning, the at least one data time history (1a, 1b, 1c, 1d, ... 1n) is acquired from at least one input device selected from an electricity meter, a water meter, a temperature sensor, a humidity sensor, a noise sensor, a light sensor, or an internet router the method further comprises a step of filtering sensor readings that relate to automated processes out of the at least one data time history (1a, 1b, 1c, 1d, ... 1n). averaging the at least one data time history, arranging the at least one averaged data time history (1a, 1b, 1c, 1d, ... 1n) into at least one occupancy pattern , wherein the at least one occupancy pattern covers a given time span, determining at least one set point from said at least one occupancy pattern of a building or of a part thereof, feeding the at least one set point into a system for heating, ventilation, air-conditioning, the at least one data time history (1a, 1b, 1c, 1d, ... 1n) is acquired from at least one input device selected from an electricity meter, a water meter, a temperature sensor, a humidity sensor, a noise sensor, a light sensor, or an internet router the method further comprises a step of filtering sensor readings that relate to automated processes out of the at least one data time history (1a, 1b, 1c, 1d, ... 1n).
A size measurement apparatus that a user wears on a body part to specify a size and a shape of the body part, comprising measurement sensors each configured to measure a physical change amount based on a change in electric characteristic, the measurement sensor measuring a degree of extension of a base material caused by the shape of the body of the user, characterized in that the measurement sensor comprises a pair of plate-like electrodes and a dielectric film arranged between the pair of electrodes and specifies a degree of extension of the electrodes caused by a shape of a body of a user based on a change in capacitance due to extension of the electrodes upon application of a tensile force.
A three-dimensional memory device comprising: a first tier structure including a first alternating stack of first insulating layers and first electrically conductive layers that is located over a top surface of a substrate and having a first terrace region containing first steps; a second tier structure including a second alternating stack of second insulating layers and second electrically conductive layers that overlies the first tier structure and having a second terrace region containing second steps that overlies the first steps in the first terrace region; a memory array region located adjacent to the first terrace region and the second terrace region and including memory stack structures that extend through the first alternating stack and the second alternating stack, wherein each of the memory stack structures comprises a memory film and a vertical channel; and first contact via structures extending into the first tier structure in the first terrace region, each first contact via structure contacting a respective one of the first electrically conductive layers, characterised in that the first contact via structures vertically extend through the second tier structure in the second terrace region. a first tier structure including a first alternating stack of first insulating layers and first electrically conductive layers that is located over a top surface of a substrate and having a first terrace region containing first steps; a second tier structure including a second alternating stack of second insulating layers and second electrically conductive layers that overlies the first tier structure and having a second terrace region containing second steps that overlies the first steps in the first terrace region; a memory array region located adjacent to the first terrace region and the second terrace region and including memory stack structures that extend through the first alternating stack and the second alternating stack, wherein each of the memory stack structures comprises a memory film and a vertical channel; and first contact via structures extending into the first tier structure in the first terrace region, each first contact via structure contacting a respective one of the first electrically conductive layers, characterised in that the first contact via structures vertically extend through the second tier structure in the second terrace region.
A door module for a motor vehicle, formed by a single part and from a single injected material, said module comprising a substantially flat supporting face and at least one guide rail of a window regulator system, such a rail being designed to guide and maintain a motor vehicle window supporting device (32 said rail forming at least one part of one of the lateral end parts of the supporting face , said rail extending continuously with the rest of the module and forming a projection in relation to the supporting face , said rail extending in at least two planes different from the plane of the supporting face , characterized in that the supporting face has a shape of a frame surrounding a central opening .
A method of normalizing a titer of a first stain within a query image to a titer of the first stain in a template image, the query image being of a biological sample stained with at least the first stain, comprising: deriving chromatic and density distribution coordinates in the query image within a color model which incorporates density information ; estimating a titer level of the first stain depicted in the query image, wherein the titer level identifies an amount of the first stain in the query image; accessing, from a parameter database, statistical parameters corresponding to the estimate titer level of the first stain; aligning, utilizing the statistical parameters, the derived chromatic distributions coordinates in the query image with template image chromatic distribution coordinates to provide transformed chromatic distribution coordinates ; scaling, utilizing the statistical parameters, the derived density distribution coordinates in the query image with template image density distribution coordinates to provide transformed density distribution coordinates ; and reconstructing an RGB image by inversely transforming the query image within the color model incorporating the density information using weighted transformed chromatic and density distribution coordinates . deriving chromatic and density distribution coordinates in the query image within a color model which incorporates density information ; estimating a titer level of the first stain depicted in the query image, wherein the titer level identifies an amount of the first stain in the query image; accessing, from a parameter database, statistical parameters corresponding to the estimate titer level of the first stain; aligning, utilizing the statistical parameters, the derived chromatic distributions coordinates in the query image with template image chromatic distribution coordinates to provide transformed chromatic distribution coordinates ; scaling, utilizing the statistical parameters, the derived density distribution coordinates in the query image with template image density distribution coordinates to provide transformed density distribution coordinates ; and reconstructing an RGB image by inversely transforming the query image within the color model incorporating the density information using weighted transformed chromatic and density distribution coordinates .
A method for generating an image that depicts blood flow in a subject from ultrasound data acquired using an ultrasound imaging system, the method comprising: (a) accessing ultrasound data acquired from a subject with the ultrasound imaging system; (b) generating a plurality of weighted ultrasound data sets, each weighted ultrasound data set being generated by applying a different weighting function to the ultrasound data, where each different weighting function applies a different spatial weighting to the ultrasound data; (c) estimating blood flow signal data for each weighted ultrasound data set by tissue clutter filtering that weighted ultrasound data set; and (d) generating a blood flow image from the estimated blood flow signal data, wherein the blood flow image depicts blood flow in the subject. (a) accessing ultrasound data acquired from a subject with the ultrasound imaging system; (b) generating a plurality of weighted ultrasound data sets, each weighted ultrasound data set being generated by applying a different weighting function to the ultrasound data, where each different weighting function applies a different spatial weighting to the ultrasound data; (c) estimating blood flow signal data for each weighted ultrasound data set by tissue clutter filtering that weighted ultrasound data set; and (d) generating a blood flow image from the estimated blood flow signal data, wherein the blood flow image depicts blood flow in the subject.
An apparatus for manufacturing a laminate for a secondary battery comprising: an electrode roll of a long electrode web rolled into a roll shape; a separator roll of a long separator web rolled into a roll shape; a lamination mechanism for laminating the separator web fed out from the separator roll and the electrode web fed out from the electrode roll while causing the separator web to be bent or curled to form a protruding portion extending across an entire width of the separator web so that the protruding portion is disposed so as to oppose to the electrode web; and a cutting mechanism for cutting at least the electrode web portion in a laminated article of the separator web and the electrode web at a position where the protruding portion has been provided, wherein the lamination mechanism comprises a pressing device comprising a separator web side holding member and an electrode web side holding member for sandwiching the separator web and the electrode web to laminate the separator web and the electrode web, and the separator web side holding member comprises a recessed portion shaped so as to correspond to the protruding portion, and a suctioning portion for suctioning to hold the separator web into the recessed portion. an electrode roll of a long electrode web rolled into a roll shape; a separator roll of a long separator web rolled into a roll shape; a lamination mechanism for laminating the separator web fed out from the separator roll and the electrode web fed out from the electrode roll while causing the separator web to be bent or curled to form a protruding portion extending across an entire width of the separator web so that the protruding portion is disposed so as to oppose to the electrode web; and a cutting mechanism for cutting at least the electrode web portion in a laminated article of the separator web and the electrode web at a position where the protruding portion has been provided, wherein the lamination mechanism comprises a pressing device comprising a separator web side holding member and an electrode web side holding member for sandwiching the separator web and the electrode web to laminate the separator web and the electrode web, and the separator web side holding member comprises a recessed portion shaped so as to correspond to the protruding portion, and a suctioning portion for suctioning to hold the separator web into the recessed portion.
A polar encoding method, comprising: performing cyclic redundancy check, CRC, encoding on an information block to obtain a CRC encoded block with a length of B, wherein a CRC length is Lcrc, an information block length is K, and B=K+Lcrc; interleaving the CRC encoded block, wherein Lpc CRC bits in an interleaved Z CRC encoded block are located between bits of the information block, each CRC bit of the Lpc CRC bits is located after all bits checked by using said each the CRC bit, and the Lcrc-Lpc CRC bits are located at the end of the interleaved CRC encoded block ; and mapping the interleaved CRC encoded block to positions of polar code information bits, setting a frozen bit to an agreed fixed value, and performing polar encoding on the polar code information bits and the frozen bit to obtain a polar encoded codeword, wherein positions of the polar code information bits are positions corresponding to B polarized channels with optimal reliability, a position of the frozen bit is a position corresponding to one of remaining N-B polarized channels, and N is a mother code length of a polar code, characterized in that Lcrc is 24 and Lpc is 6. performing cyclic redundancy check, CRC, encoding on an information block to obtain a CRC encoded block with a length of B, wherein a CRC length is Lcrc, an information block length is K, and B=K+Lcrc; interleaving the CRC encoded block, wherein Lpc CRC bits in an interleaved Z CRC encoded block are located between bits of the information block, each CRC bit of the Lpc CRC bits is located after all bits checked by using said each the CRC bit, and the Lcrc-Lpc CRC bits are located at the end of the interleaved CRC encoded block ; and mapping the interleaved CRC encoded block to positions of polar code information bits, setting a frozen bit to an agreed fixed value, and performing polar encoding on the polar code information bits and the frozen bit to obtain a polar encoded codeword, wherein positions of the polar code information bits are positions corresponding to B polarized channels with optimal reliability, a position of the frozen bit is a position corresponding to one of remaining N-B polarized channels, and N is a mother code length of a polar code, characterized in that Lcrc is 24 and Lpc is 6.
Device for adjusting the tension of the pile warp yarns, in a mobile breast-beam terrycloth weaving loom, comprising a pile warp roll assembly (G) with a warp tensioner roll provided with a negative compensation movement of the shed opening and of the reed beating-up for forming the pile and with a positive compensation movement of the alternate displacement of the pile warp yarns, wherein said positive compensation movement of the warp tensioner roll is operated, through a separate mechanism, by the same control (M) which drives the alternate movement of the breast-beam, characterised in that said mechanism causes the rotation of said warp tensioner roll around its own axis and said positive compensation movement is provided by a yarn-carrying bar integral with said warp tensioner roll .
method for controlling a sanitary room lighting system comprising a controller , at least one actuator acting on the controller and being adjustable by a user, wherein a user-defined control value (S) of the controller can be preset, and several light sources which can be controlled by the controller based on the control value (S) entered by the user via the actuator , characterized in that in the controller a predetermined function curve (fLF) between light color (LF) and control value (S) as well as a predetermined function curve (fLS) between luminous flux (LS) and control value (S) are stored for each light source, wherein the predetermined function curve (fLF) between light color (LF) and control value (S) and the predetermined function curve (fLS) between luminous flux (LS) and control value (S) each form a pair of function curves for a light source , wherein the function curves (fLF, fLS) are defined in such a way that with increasing control value (S), the light color (LF) and the luminous flux (LS) change, wherein, when the actuator is actuated, said at least one light source is controlled based on the predetermined function curves (fLF, fLS) such that, as the control value (S) increases, the light color (LF) and the luminous flux (LS) change, and wherein for at least two light sources , two different pairs of function curves are provided in such a way that each light source is assigned a suitable pair of function curves, wherein each of the different pairs of function curves is controlled with the same control value (S). a controller , at least one actuator acting on the controller and being adjustable by a user, wherein a user-defined control value (S) of the controller can be preset, and several light sources which can be controlled by the controller based on the control value (S) entered by the user via the actuator , in the controller a predetermined function curve (fLF) between light color (LF) and control value (S) as well as a predetermined function curve (fLS) between luminous flux (LS) and control value (S) are stored for each light source, wherein the predetermined function curve (fLF) between light color (LF) and control value (S) and the predetermined function curve (fLS) between luminous flux (LS) and control value (S) each form a pair of function curves for a light source , wherein the function curves (fLF, fLS) are defined in such a way that with increasing control value (S), the light color (LF) and the luminous flux (LS) change, wherein, when the actuator is actuated, said at least one light source is controlled based on the predetermined function curves (fLF, fLS) such that, as the control value (S) increases, the light color (LF) and the luminous flux (LS) change, and wherein for at least two light sources , two different pairs of function curves are provided in such a way that each light source is assigned a suitable pair of function curves, wherein each of the different pairs of function curves is controlled with the same control value (S).