mhurhangee/patent-ind-claim-en huggingface dataset:
A silicon dioxide solar cell which has two substrates having electrical conductivity, the two substrates being arranged so that the respective conductive surfaces of the substrates are facing each other, at least one of the substrates being a transparent substrate on the light incident side, and which has a silicon dioxide particles compact having an electromotive ability and an electrolyte disposed between said two substrates, wherein: said silicon dioxide particles compact having an electromotive ability is disposed on the substrate arranged to face said substrate on the light incident side, with a space between said silicon dioxide compact having an electromotive ability and said substrate ; and the space between said silicon dioxide particles compact having an electromotive ability and said substrate on the light incident side is filled with said electrolyte , characterized in that the silicon dioxide particles have the particle diameter of 500 nm or less. said silicon dioxide particles compact having an electromotive ability is disposed on the substrate arranged to face said substrate on the light incident side, with a space between said silicon dioxide compact having an electromotive ability and said substrate ; and the space between said silicon dioxide particles compact having an electromotive ability and said substrate on the light incident side is filled with said electrolyte , characterized in that the silicon dioxide particles have the particle diameter of 500 nm or less.
A soft baked bagel product, packaged in a wrapper of food-grade plastic material in an unmodified atmosphere, having a moisture content comprised between 28% and 32%, a water activity comprised between 0.91 and 0.93, a shelf life of at least 45 days at a temperature comprised between 12°C and 25°C, characterized in that it is obtained from a dough which is free of preservatives and which comprises a maltogenic alpha-amylase in an amount of 0.005% to 1.0% by weight of the bagel weight and in that said bagel is sprayed with a hydroalcoholic solution before sealing the packaging, wherein said hydroalcoholic solution is a solution of ethyl alcohol in water with an amount of ethyl alcohol of between 90% and 95% by weight of the total weight of the solution, and it is sprayed onto the surface of the bagel in an amount comprised between 0.5 and 2.0% by weight of the bagel weight.
A sulfur-carbon composite comprising: a porous carbon material; a polymer having electrolyte liquid loading capacity; and sulfur; wherein a coating layer is present on at least one of an inner surface of the porous carbon material and an outer surface of the porous carbon material, wherein the coating layer comprises the polymer having electrolyte liquid loading capacity; and wherein the polymer having electrolyte liquid loading capacity is polyurethane. a porous carbon material; a polymer having electrolyte liquid loading capacity; and sulfur; wherein a coating layer is present on at least one of an inner surface of the porous carbon material and an outer surface of the porous carbon material, wherein the coating layer comprises the polymer having electrolyte liquid loading capacity; and wherein the polymer having electrolyte liquid loading capacity is polyurethane.
An implantable, biocompatible material, comprising one or more vacuum deposited layers of biocompatible materials deposited upon a biocompatible base material, wherein at least a top most vacuum deposited layer includes a homogeneous molecular pattern of distribution along the surface thereof and comprises a patterned array of geometric physiologically functional features, the geometric physiologically functional features being physical members and photochemically-altered regions having thicknesses down to 0 μm, wherein the top most vacuum deposited layer has been activated by removing contaminant molecules that occupy otherwise unsaturated bonds of this surface by plasma etching and where the activation is preserved by introducing a gas or liquid into the plasma etching process in a controlled manner to form a further layer on the surface and where this further layer is able to be removed by saline or water solution or alternatively the activated surface may be coated with a protective coating of a biodegradable material that dissolves upon exposure to the in vivo environment when implanted or dissolves via introduction of an externally delivered fluid solvent during implantation.
A power system for a work machine , the power system comprising a power-split continuously variable transmission for propulsion of the work machine and a hydraulic system for work hydraulics, the power-split continuously variable transmission having a hydrostatic branch and a mechanical branch , the hydrostatic branch comprising a first hydraulic machine having a variable displacement and a second hydraulic machine , wherein the hydrostatic branch comprises a first control valve fluidly connected to the first hydraulic machine and to the second hydraulic machine for controlling the flow of hydraulic fluid between the first hydraulic machine and the second hydraulic machine, and the hydraulic system comprises at least one hydraulic actuator fluidly connected to a first port of the first hydraulic machine , and a second control valve for controlling the flow of hydraulic fluid to said at least one hydraulic actuator , characterized in that the hydraulic system is a load sensing (LS) system and further comprises a first circuit for providing an LS-pressure for the second hydraulic machine and a second circuit for providing an LS-pressure for said at least one hydraulic actuator , the LS-pressures being provided for controlling the pump pressure of the first hydraulic machine .
A feature extracting element comprising: a plurality of light-receiving elements that are arrayed two-dimensionally and convert entered light to electrical charges; a convolution processing unit for performing convolution operation on signals based on the electrical charges that are converted respectively by the plurality of light-receiving elements, and a pooling processing unit to sample a signal that is output from the convolution processing unit, based on a predetermined condition, and the signals that are pooling-processed are output to outside, the feature extracting element further comprising: a connection wiring to pass the sampled signal to the convolution processing unit, and further comprising: a light-receiving substrate including the plurality of light-receiving elements that are two-dimensionally arrayed; and at least one other substrate that is laminated on the light-receiving substrate and includes the convolution processing unit and the pooling processing unit, the feature extracting element comprising: a plurality of the other substrates; wherein the convolution processing unit and the pooling processing unit each are provided in substrates different from each other among the plurality of other substrates, and the connection wiring includes a through-electrode to connect the substrates different from each other. a plurality of light-receiving elements that are arrayed two-dimensionally and convert entered light to electrical charges; a convolution processing unit for performing convolution operation on signals based on the electrical charges that are converted respectively by the plurality of light-receiving elements, and a pooling processing unit to sample a signal that is output from the convolution processing unit, based on a predetermined condition, and the signals that are pooling-processed are output to outside, the feature extracting element further comprising: a connection wiring to pass the sampled signal to the convolution processing unit, and further comprising: a light-receiving substrate including the plurality of light-receiving elements that are two-dimensionally arrayed; and at least one other substrate that is laminated on the light-receiving substrate and includes the convolution processing unit and the pooling processing unit, the feature extracting element comprising: a plurality of the other substrates; wherein the convolution processing unit and the pooling processing unit each are provided in substrates different from each other among the plurality of other substrates, and the connection wiring includes a through-electrode to connect the substrates different from each other. a plurality of the other substrates; wherein the convolution processing unit and the pooling processing unit each are provided in substrates different from each other among the plurality of other substrates, and the connection wiring includes a through-electrode to connect the substrates different from each other.
An orthodontic appliance comprising a shell shaped to receive a patient's teeth and to urge one or more teeth into a predetermined alignment and/or orientation, characterized in that the shell includes a jaw-biasing region in the form of a peripheral skirt which extends beyond the patient's internal gum line when the shell is worn over the patient's teeth, the jaw-biasing region being configured to apply a bias to the jaw to modify the shaping thereof.
A method for determining a spatial reuse parameter field in a physical layer protocol data unit, comprising: sending (S301), by an access point, AP, a trigger frame, wherein the trigger frame is used to trigger a station to send an EHT TB PPDU, and a special user information field of the trigger frame comprises a first field and a second field; and receiving (S303), by the AP, the EHT TB PPDU sent by the station, wherein a value indicated by an SRP1 field in a U-SIG of the EHT TB PPDU is set to a value indicated by the first field, and a value indicated by an SRP2 field in the U-SIG of the EHT TB PPDU is set to a value indicated by the second field. sending (S301), by an access point, AP, a trigger frame, wherein the trigger frame is used to trigger a station to send an EHT TB PPDU, and a special user information field of the trigger frame comprises a first field and a second field; and receiving (S303), by the AP, the EHT TB PPDU sent by the station, wherein a value indicated by an SRP1 field in a U-SIG of the EHT TB PPDU is set to a value indicated by the first field, and a value indicated by an SRP2 field in the U-SIG of the EHT TB PPDU is set to a value indicated by the second field.
Safety lid for bottles, which comprises: - a pouring element attachable to the neck of a bottle, - a closure cap attached to the pouring element through a rear hinge , the closure cap being able to be placed in an open position and a closed position, - a flexible protrusion , located in the closure cap in its part closest to the pouring element , the flexible protrusion contacting the pouring element in the open position of the closure cap , and - two lateral flanges located on the pouring element , which protrude from said pouring element and extend from the hinge towards an opposite front face, to delimit a free space between both flanges on the front face of the cap, the lid being characterized in that it comprises a first opening indicator element located in the space delimited between both flanges , which consists of a flange that when the lid is sealed is kept in an essentially horizontal position, the flange in turn comprising: - a first sector attached to the pouring element , - a second sector attached to the closure cap , and - a breakable central sector that allows a break and separation of the flange when a first opening of the lid occurs, and a subsequent deformation by bending of the first sector and the second sector of said flange. - a pouring element attachable to the neck of a bottle, - a closure cap attached to the pouring element through a rear hinge , the closure cap being able to be placed in an open position and a closed position, - a flexible protrusion , located in the closure cap in its part closest to the pouring element , the flexible protrusion contacting the pouring element in the open position of the closure cap , and - two lateral flanges located on the pouring element , which protrude from said pouring element and extend from the hinge towards an opposite front face, to delimit a free space between both flanges on the front face of the cap, the lid being characterized in that it comprises a first opening indicator element located in the space delimited between both flanges , which consists of a flange that when the lid is sealed is kept in an essentially horizontal position, the flange in turn comprising: - a first sector attached to the pouring element , - a second sector attached to the closure cap , and - a breakable central sector that allows a break and separation of the flange when a first opening of the lid occurs, and a subsequent deformation by bending of the first sector and the second sector of said flange. - a first sector attached to the pouring element , - a second sector attached to the closure cap , and - a breakable central sector that allows a break and separation of the flange when a first opening of the lid occurs, and a subsequent deformation by bending of the first sector and the second sector of said flange.
A method of allocating portions of a storage unit to a plurality of tasks for storing at least two types of data, the storage unit being divided into a plurality of equal sized portions wherein each portion of the plurality of portions is separately allocatable to a task of the plurality of tasks, the method comprising: receiving a request for one or more portions of the plurality of portions of the storage unit to store a particular type of data of the at least two types of data for a task of the plurality of tasks ; associating the request with one of a plurality of virtual partitionings of the storage unit based on one or more characteristics of the request, each virtual partitioning partitions the storage unit between the at least two types of data by allotting none, one, or more than one portion of the plurality of portions of the storage unit to each of the at least two types of data ; and allocating the requested one or more portions of the plurality of portions of the storage unit to the task from the none, one, or more than one portion of the storage unit allotted to the particular type of data in the virtual partitioning associated with the request ; wherein a first virtual partitioning of the plurality of virtual partitionings allots a first set of portions of the plurality of portions of the storage unit to a first type of data of the at least two types of data, a second virtual partitioning of the plurality of virtual partitionings allots a second set of portions of the plurality of portions of the storage unit to a second, different, type of data of the at least two types of data, and the first set of portions overlaps with the second set of portions. receiving a request for one or more portions of the plurality of portions of the storage unit to store a particular type of data of the at least two types of data for a task of the plurality of tasks ; associating the request with one of a plurality of virtual partitionings of the storage unit based on one or more characteristics of the request, each virtual partitioning partitions the storage unit between the at least two types of data by allotting none, one, or more than one portion of the plurality of portions of the storage unit to each of the at least two types of data ; and allocating the requested one or more portions of the plurality of portions of the storage unit to the task from the none, one, or more than one portion of the storage unit allotted to the particular type of data in the virtual partitioning associated with the request ; wherein a first virtual partitioning of the plurality of virtual partitionings allots a first set of portions of the plurality of portions of the storage unit to a first type of data of the at least two types of data, a second virtual partitioning of the plurality of virtual partitionings allots a second set of portions of the plurality of portions of the storage unit to a second, different, type of data of the at least two types of data, and the first set of portions overlaps with the second set of portions.
A composition comprising peptidase D (PEPD) for use in a method for prophylaxis and/or therapy of ErbB1-positive cancer in an individual, the use comprising administering to the individual an anticoagulant and an effective amount of the composition such that growth of the ErbB1-positive cancer is inhibited, wherein the ErbB-1 positive cancer comprises cancer cells that are any of: positive for ErbB1 expression, overexpress ErbB1 or carry a higher copy number of the ERBB1 gene each relative to a suitable reference, or express ErbB1 which comprises an activating mutation; and wherein the ErbB-1 positive cancer is selected from fibrosarcoma, myxosarcoma, liposarcoma, chondrosarcoma, osteogenic sarcoma, chordoma, angiosarcoma, endotheliosarcoma, lymphangiosarcoma, pseudomyxoma peritonei, lymphangioendotheliosarcoma, synovioma, mesothelioma, Ewing's tumor, leiomyosarcoma, rhabdomyosarcoma, colon carcinoma, pancreatic cancer, breast cancer, ovarian cancer, prostate cancer, squamous cell carcinoma, basal cell carcinoma, adenocarcinoma, head and neck cancer, sweat gland carcinoma, sebaceous gland carcinoma, papillary carcinoma, papillary adenocarcinomas, cystadenocarcinoma, medullary carcinoma, bronchogenic carcinoma, renal cell carcinoma, hepatoma, bile duct carcinoma, choriocarcinoma, seminoma, embryonal carcinoma, Wilns' tumor, cervical cancer, testicular tumor, lung carcinoma, small cell lung carcinoma, bladder carcinoma, epithelial carcinoma, glioma, astrocytoma, medulloblastoma, craniopharyngioma, ependymoma, pinealoma, hemangioblastoma, acoustic neuroma, oliodendroglioma, meningioma, melanoma, neuroblastoma, retinoblastoma, leukemia, lymphoma, multiple myeloma, thymoma, Waldenstrom's macroglobulinemia, and heavy chain disease; and is optionally selected from brain cancer, breast cancer, colon cancer, head and neck cancer, and lung cancer.
A bispecific antibody for use in the treatment or prophylaxis of lung cancer, wherein DLL3 is expressed in said lung cancer and said bispecific antibody binds to DLL3 and CD3.
A device for delivering a bone material to a surgical site, the device comprising: a body having an upper portion and a lower portion , the lower portion of the body being substantially transverse to the upper portion and having an opening for receiving a bone material ; an internal chamber disposed within the upper portion and the lower portion ; and a plunger slidably disposed in at least the internal chamber of the body , the plunger having a distal end configured for delivering the bone material out of the lower portion of the body , wherein movement of the plunger in a first position toward the lower portion of the body delivers the bone material from the lower portion of the body to the surgical site, wherein the plunger comprises a proximal end opposite a distal end of the plunger , the proximal end comprising a spring , characterized in that the proximal end further comprises a lever that actuates movement of the plunger together with the spring , wherein the distal end of the plunger comprises a link pivotably attached to a plate , wherein the plate is movable within the opening of the lower portion of the body , and wherein the plate is configured for engagement with the bone material , and when the plunger is moved in the first position, the plate is pivoted by the link in a downward direction to eject the bone material from the plate , out of the opening of the lower portion of the body , and into the surgical site. a body having an upper portion and a lower portion , the lower portion of the body being substantially transverse to the upper portion and having an opening for receiving a bone material ; an internal chamber disposed within the upper portion and the lower portion ; and a plunger slidably disposed in at least the internal chamber of the body , the plunger having a distal end configured for delivering the bone material out of the lower portion of the body , wherein movement of the plunger in a first position toward the lower portion of the body delivers the bone material from the lower portion of the body to the surgical site, wherein the plunger comprises a proximal end opposite a distal end of the plunger , the proximal end comprising a spring , characterized in that the proximal end further comprises a lever that actuates movement of the plunger together with the spring , wherein the distal end of the plunger comprises a link pivotably attached to a plate , wherein the plate is movable within the opening of the lower portion of the body , and wherein the plate is configured for engagement with the bone material , and when the plunger is moved in the first position, the plate is pivoted by the link in a downward direction to eject the bone material from the plate , out of the opening of the lower portion of the body , and into the surgical site.
A polarizing plate-carrier film laminate comprising: a polarizer ; a bonding agent layer and a protective film sequentially provided on one surface of the polarizer ; and a protective layer and a carrier film sequentially provided on the other surface of the polarizer , wherein the protective layer is directly attached to the polarizer , the carrier film comprises a base film and a primer layer each provided on one surface or both surfaces of the base film, the primer layer comprises a water-dispersible polyurethane-based resin; wherein the protective layer is a resin layer comprising an active energy ray curable composition or a cured product thereof, and the active energy ray curable composition comprises an epoxy compound, an oxetane compound, wherein the active energy ray-curable composition comprises 5 to 90 parts by weight of the oxetane compound (B) per 100 parts by weight of the epoxy compound (A), and wherein the active energy ray curable composition further comprises 0.01 to 6.8 parts by weight of a modified siloxane compound (C) based on 100 parts by weight of the epoxy compound (A). a polarizer ; a bonding agent layer and a protective film sequentially provided on one surface of the polarizer ; and a protective layer and a carrier film sequentially provided on the other surface of the polarizer , wherein the protective layer is directly attached to the polarizer , the carrier film comprises a base film and a primer layer each provided on one surface or both surfaces of the base film, the primer layer comprises a water-dispersible polyurethane-based resin; wherein the protective layer is a resin layer comprising an active energy ray curable composition or a cured product thereof, and the active energy ray curable composition comprises an epoxy compound, an oxetane compound, wherein the active energy ray-curable composition comprises 5 to 90 parts by weight of the oxetane compound (B) per 100 parts by weight of the epoxy compound (A), and wherein the active energy ray curable composition further comprises 0.01 to 6.8 parts by weight of a modified siloxane compound (C) based on 100 parts by weight of the epoxy compound (A).