mhurhangee/patent-ind-claim-en huggingface dataset:
A frame of an image forming apparatus , comprising: a bottom plate provided at a bottom of said frame ; first to third installing portions , provided at least at three places of said bottom plate , configured to install the image forming apparatus ; a first recessed portion , provided on said bottom plate , extended from said first installing portion toward an inside of said bottom plate ; a second recessed portion , provided on said bottom plate , extended from said second installing portion toward the inside of said bottom plate and connecting with said first recessed portion ; a third recessed portion , provided on said bottom plate , extended from said third installing portion toward the inside of said bottom plate and connecting with said first recessed portion and said second recessed portion ; characterized in that a reinforcing member , configured to reinforce said bottom plate , fixed to a first region sandwiched between said first recessed portion and said second recessed portion , a second region sandwiched between said second recessed portion and said third recessed portion and a third region sandwiched between said third recessed portion and said first recessed portion , so as to cover a connecting region (γ') where said first recessed portion , said second recessed portion , and said third recessed portion connect with each other, an area of said reinforcing member is smaller than an area of said bottom plate . a bottom plate provided at a bottom of said frame ; first to third installing portions , provided at least at three places of said bottom plate , configured to install the image forming apparatus ; a first recessed portion , provided on said bottom plate , extended from said first installing portion toward an inside of said bottom plate ; a second recessed portion , provided on said bottom plate , extended from said second installing portion toward the inside of said bottom plate and connecting with said first recessed portion ; a third recessed portion , provided on said bottom plate , extended from said third installing portion toward the inside of said bottom plate and connecting with said first recessed portion and said second recessed portion ; characterized in that a reinforcing member , configured to reinforce said bottom plate , fixed to a first region sandwiched between said first recessed portion and said second recessed portion , a second region sandwiched between said second recessed portion and said third recessed portion and a third region sandwiched between said third recessed portion and said first recessed portion , so as to cover a connecting region (γ') where said first recessed portion , said second recessed portion , and said third recessed portion connect with each other, an area of said reinforcing member is smaller than an area of said bottom plate .
An elevator device for drilling systems, comprising a driving head , and a lifting device mounted on the driving head , said lifting device being directly mounted on the driving head and being driven by said driving head whereby said lifting device comprises an outer body of a fixed type rigid with a frame of said driving head and including a plurality of hydraulic cylinders and operating expansible shoes , slidable on an inclined plane of an inner body of said lifting device turning and rigid with said driving head , thereby locking on an inside of said inner body a drilling rod or a casing , characterized in that said driving head is designed for rotating on an orthogonal pivot pin and mounted on a driving carriage which can slide in a vertical drilling direction , and said driving head cooperating with a loading device applied to a drilling machine ; said lifting device being adapted to take a rod or a casing from an oblique position to successively engage said rod or casing in said driving head of said drilling machine .
A system comprising: a platform comprising a processor coupled to a plurality of databases; a grid comprising a plurality of agents coupled to the platform, wherein each agent of the plurality of agents is an agent of the platform configured to run on a client device; and metadata of content of memory accessible by a plurality of client devices corresponding to the plurality of agents, wherein: each agent of each client device is configured to generate and provide the metadata to the platform, platform comprises the metadata instead of the content and is configured to use the metadata to determine locations of the content, generate goals representing operations for maintaining a state of the content, and generate a plurality of tasks corresponding to the goals and assign each task to an agent having access to the content that corresponds to the task, and each task is a processing operation directed by the platform to be performed by an agent on content accessible by the agent. a platform comprising a processor coupled to a plurality of databases; a grid comprising a plurality of agents coupled to the platform, wherein each agent of the plurality of agents is an agent of the platform configured to run on a client device; and metadata of content of memory accessible by a plurality of client devices corresponding to the plurality of agents, wherein: each agent of each client device is configured to generate and provide the metadata to the platform, platform comprises the metadata instead of the content and is configured to use the metadata to determine locations of the content, generate goals representing operations for maintaining a state of the content, and generate a plurality of tasks corresponding to the goals and assign each task to an agent having access to the content that corresponds to the task, and each task is a processing operation directed by the platform to be performed by an agent on content accessible by the agent. each agent of each client device is configured to generate and provide the metadata to the platform, platform comprises the metadata instead of the content and is configured to use the metadata to determine locations of the content, generate goals representing operations for maintaining a state of the content, and generate a plurality of tasks corresponding to the goals and assign each task to an agent having access to the content that corresponds to the task, and each task is a processing operation directed by the platform to be performed by an agent on content accessible by the agent.
A formed article of a fiber-reinforced resin material (P) comprising a plurality of stacked fiber layers (FL) and a resin (Re), the stacked fiber layers (FL) being impregnated with the resin (Re), the formed article comprising a first portion and a second portion formed to have a deep-drawn shape with respect to the first portion , wherein the second portion contains a gradually changing portion with its thickness gradually changing, and the thickness of the gradually changing portion decreases with distance from the first portion , characterised in that the second portion contains a thickened portion on another side from the first portion , and the thickened portion is thicker than a thinnest portion in the gradually changing portion of the second portion .
A portable operation device, which is connected to an information storing apparatus via a network (N1), configured to: capture, at the portable operation device , a QR code by using a camera included in the portable operation device , the QR code identifying a first electronic device among a plurality of electronic devices, obtain information about a folder included in the information storing apparatus from the information storing apparatus , wherein the folder is displayed on a display included in the portable operation device , based on the obtained information about the folder , display, on the display , a selection screen to receive a selection of the folder included in the information storing apparatus , receive, via the selection screen displayed on the display, the selection of the folder included in the information storing apparatus , send, via the network (N1), an instruction to the first electronic device identified by the captured QR code, the instruction including a request to perform a scanning operation to generate electronic data, receive, at the portable operation device , the electronic data sent from the first electronic device , and send the received electronic data from the portable operation device to the folder selected via the selection screen displayed on the display , to store the electronic data generated by the first electronic device identified by the QR code, in the selected folder . capture, at the portable operation device , a QR code by using a camera included in the portable operation device , the QR code identifying a first electronic device among a plurality of electronic devices, obtain information about a folder included in the information storing apparatus from the information storing apparatus , wherein the folder is displayed on a display included in the portable operation device , based on the obtained information about the folder , display, on the display , a selection screen to receive a selection of the folder included in the information storing apparatus , receive, via the selection screen displayed on the display, the selection of the folder included in the information storing apparatus , send, via the network (N1), an instruction to the first electronic device identified by the captured QR code, the instruction including a request to perform a scanning operation to generate electronic data, receive, at the portable operation device , the electronic data sent from the first electronic device , and send the received electronic data from the portable operation device to the folder selected via the selection screen displayed on the display , to store the electronic data generated by the first electronic device identified by the QR code, in the selected folder .
A method for determining the number or positions of two or more post-translational modifications (PTMs) in a peptide, polypeptide or protein, the method comprising: (a) contacting the peptide, polypeptide or protein with a transmembrane pore such that the peptide, polypeptide or protein moves through the pore; and (b) taking one or more current measurements as the peptide, polypeptide or protein moves with respect to the pore and thereby determining the number or positions of two or more PTMs in the peptide, polypeptide or protein; wherein the peptide, polypeptide or protein is attached to an oligonucleotide. (a) contacting the peptide, polypeptide or protein with a transmembrane pore such that the peptide, polypeptide or protein moves through the pore; and (b) taking one or more current measurements as the peptide, polypeptide or protein moves with respect to the pore and thereby determining the number or positions of two or more PTMs in the peptide, polypeptide or protein;
A dielectric film comprising: a dielectric polymer substrate having two surfaces opposite to each other; and a coating layer formed on at least one of the two surfaces of the dielectric polymer substrate by chemical vapor deposition polymerization and/or irradiation polymerization, wherein the dielectric polymer substrate has a first thickness between the two surfaces and the coating layer has a second thickness less than 50% of the first thickness of the dielectric polymer substrate, wherein the coating layer is any one selected from parylenes, poly (meth) acrylates, polyvinyl ethers, and copolymers or mixtures thereof, wherein the dielectric polymer substrate comprises any one selected from polypropylene (PP), crosslinked polypropylene (PPX), polyethylene (PE), crosslinked polyethylene (PEX), polyethylene terephthalate (PET), polycarbonate (PC), polyethylene naphthalate (PEN), polyphenylene sulfide (PPS), polytetrafluoroethylene (PTFE), polyvinylidene difluoride (PVDF), polyamide (PA), polyimide (PI), polyetherimide (PEI), polyvinyl chloride (PVC), polystyrene (PS), cyanoresins, and copolymers or mixtures thereof, wherein the dielectric film further comprises a primer layer between the dielectric polymer substrate and the coating layer, and wherein the primer layer comprises a silane. a dielectric polymer substrate having two surfaces opposite to each other; and a coating layer formed on at least one of the two surfaces of the dielectric polymer substrate by chemical vapor deposition polymerization and/or irradiation polymerization, wherein the dielectric polymer substrate has a first thickness between the two surfaces and the coating layer has a second thickness less than 50% of the first thickness of the dielectric polymer substrate, wherein the coating layer is any one selected from parylenes, poly (meth) acrylates, polyvinyl ethers, and copolymers or mixtures thereof, wherein the dielectric polymer substrate comprises any one selected from polypropylene (PP), crosslinked polypropylene (PPX), polyethylene (PE), crosslinked polyethylene (PEX), polyethylene terephthalate (PET), polycarbonate (PC), polyethylene naphthalate (PEN), polyphenylene sulfide (PPS), polytetrafluoroethylene (PTFE), polyvinylidene difluoride (PVDF), polyamide (PA), polyimide (PI), polyetherimide (PEI), polyvinyl chloride (PVC), polystyrene (PS), cyanoresins, and copolymers or mixtures thereof, wherein the dielectric film further comprises a primer layer between the dielectric polymer substrate and the coating layer, and wherein the primer layer comprises a silane.
Odour filter for toilets, especially of a public transport vehicle, comprising a cylindrical container which extends longitudinally along a longitudinal axis (X) between first and second bases and radially between a perforated inner circumferential wall and a perforated outer circumferential wall , the cylindrical container being filled with active material, wherein at least one of the first and second bases has at least one opening allowing the passage of active material, the filter comprising a removable cover for closing off the opening , characterised in that , the opening extending along an arc of a circle defined around the longitudinal axis (X), the opening extends over an arc length which is greater than one quarter of the average circumference of the corresponding base and less than one third of the average circumference of the corresponding base .
A catalyst which is a heterogeneous catalyst having a metal compound supported on a porous carrier, wherein the catalyst is characterized in that the integral value of the hysteresis occurring between an adsorption isotherm and a desorption isotherm by a nitrogen adsorption method, is at most 19% to the total integral value of the adsorption isotherm, wherein the shape of the pore distribution of the catalyst is a bimodal pore distribution and the pore diameter of bimodal pores is a bimodal type having pores with pore diameters in the range of from 3 to less than 15 nm and pores with pore diameters in a range of from 15 to 50 nm, wherein the porous carrier is alumina and wherein the metal compound is copper chloride, and at least one metal chloride selected from the group consisting of potassium chloride, cesium chloride, sodium chloride and magnesium chloride. the shape of the pore distribution of the catalyst is a bimodal pore distribution and the pore diameter of bimodal pores is a bimodal type having pores with pore diameters in the range of from 3 to less than 15 nm and pores with pore diameters in a range of from 15 to 50 nm, wherein the porous carrier is alumina and wherein the metal compound is copper chloride, and at least one metal chloride selected from the group consisting of potassium chloride, cesium chloride, sodium chloride and magnesium chloride.
A barrel element for a barrel extruder comprising: a body having an interior opening extending through a width of the body , wherein the body comprises: at least one injection port extending from a first external side of the body to the interior opening ; a temperature sensor well extending from the first external side of the body towards the interior opening ; a cooling inlet channel extending from a second external side of the body in a first direction; a cooling outlet channel extending from a third external side of the body in the first direction; and a plurality of connecting cooling channels extending in a second direction, wherein the cooling inlet channel and the cooling outlet channel are fluidly connected by the plurality of connecting cooling channels . at least one injection port extending from a first external side of the body to the interior opening ; a temperature sensor well extending from the first external side of the body towards the interior opening ; a cooling inlet channel extending from a second external side of the body in a first direction; a cooling outlet channel extending from a third external side of the body in the first direction; and a plurality of connecting cooling channels extending in a second direction, wherein the cooling inlet channel and the cooling outlet channel are fluidly connected by the plurality of connecting cooling channels .
An image processing device comprising a quantization unit configured to quantize transform coefficient data of image data to generate quantized data using a 32×32 quantization matrix including a DC coefficient as a coefficient; a DPCM unit configured to set an initial difference coefficient that is a difference between a predetermined initial value and the DC coefficient, a replacement difference coefficient that is a difference between the DC coefficient and a coefficient of an 8×8 quantization matrix based on the 32×32 quantization matrix, and further difference coefficients each being a difference between two adjacent coefficients in a sequence of coefficients of the 8x8 quantization matrix arranged in scan order; and an encoding unit configured to encode the quantized data to generate encoded data including the initial difference coefficient, the replacement difference coefficient, and the further difference coefficients.
Method for reinforcing a structural element , the method comprising the steps of: providing a structural element having a cavity; disposing a reinforcing element in the cavity of the structural element , the reinforcing element having at least one channel on an outside of the reinforcing element , and the outside of the reinforcing element forming a shoulder alongside the channel , where a space is formed between the shoulder of the reinforcing element and the structural element , said space being open in relation to a bordering cavity of the structural element , characterized in that the reinforcing element is intended for forming an open system in respect of adhesive bonding of the reinforcing element in the structural element ; introducing an adhesive into the channel after the reinforcing element has been disposed in the cavity of the structural element ; and spreading the adhesive at least partly in the channel and at least partly on the shoulder for bonding the reinforcing element to the structural element ; where the spreading of the adhesive is stopped on the shoulder . providing a structural element having a cavity; disposing a reinforcing element in the cavity of the structural element , the reinforcing element having at least one channel on an outside of the reinforcing element , and the outside of the reinforcing element forming a shoulder alongside the channel , where a space is formed between the shoulder of the reinforcing element and the structural element , said space being open in relation to a bordering cavity of the structural element , characterized in that the reinforcing element is intended for forming an open system in respect of adhesive bonding of the reinforcing element in the structural element ; introducing an adhesive into the channel after the reinforcing element has been disposed in the cavity of the structural element ; and spreading the adhesive at least partly in the channel and at least partly on the shoulder for bonding the reinforcing element to the structural element ; where the spreading of the adhesive is stopped on the shoulder .
A curable composition for forming a high refractive index optical material, the curable composition comprising: an episulfide compound; a thiol compound; and an aromatic ring compound containing two or more hydroxyl groups; wherein the weight ratio of the thiol compound and the aromatic ring compound containing two or more hydroxyl groups is 7:3 to 9:1. an episulfide compound; a thiol compound; and an aromatic ring compound containing two or more hydroxyl groups; wherein the weight ratio of the thiol compound and the aromatic ring compound containing two or more hydroxyl groups is 7:3 to 9:1.
A process for the production of a refined oil having a reduced 3-MCPD ester and/or glycidyl ester content characterized in that it comprises subjecting an oil to the following steps, in order: (a) a bleaching step, (b) a deodorization step, and (c) a final bleaching step with activated bleaching clay, and (d) a final deodorization step is carried out at least 40°C lower than deodorization step (b) and the final deodorization step (d) is carried out at a temperature less than 180°C.
A method of designing a dynamic patient-specific orthopedic implant comprising: utilizing patient-specific pathological motion data and a deep neural network trained by healthy joint motions to generate a patient-specific healthy kinematic profile (23-B); accessing a database comprising implant types, where each implant type includes a family having different implant sizes; fitting template implant models onto a patient-specific joint model to iteratively evaluate possible shapes of the dynamic patient-specific orthopedic implant during kinematic simulations to generate simulated kinematic data; optimizing the template implant models to change a shape of the template implant models; fitting the optimized template implant models onto the patient-specific joint model to iteratively evaluate possible shapes of the dynamic patient-specific orthopedic implant during a subsequent kinematic simulation to generate revised simulated kinematic data; comparing the generated revised simulated kinematic data to the patient-specific healthy kinematic profile; and, selecting a dynamic patient-specific orthopedic implant shape using the optimized template implant model that best replicates the patient-specific healthy kinematic profile. utilizing patient-specific pathological motion data and a deep neural network trained by healthy joint motions to generate a patient-specific healthy kinematic profile (23-B); accessing a database comprising implant types, where each implant type includes a family having different implant sizes; fitting template implant models onto a patient-specific joint model to iteratively evaluate possible shapes of the dynamic patient-specific orthopedic implant during kinematic simulations to generate simulated kinematic data; optimizing the template implant models to change a shape of the template implant models; fitting the optimized template implant models onto the patient-specific joint model to iteratively evaluate possible shapes of the dynamic patient-specific orthopedic implant during a subsequent kinematic simulation to generate revised simulated kinematic data; comparing the generated revised simulated kinematic data to the patient-specific healthy kinematic profile; and, selecting a dynamic patient-specific orthopedic implant shape using the optimized template implant model that best replicates the patient-specific healthy kinematic profile.