mhurhangee/patent-ind-claim-en huggingface dataset:
Method for reducing the concentration of oleuropein and for forming and preserving the concentration of hydroxytyrosol and tyrosol in olives, characterized in that the method comprises the following steps: a) placing the olives in a hermetically sealed container, to allow the formation of a confined atmosphere; b) storing the olives without direct exposure to light for a period of 7 to 16 months and at a temperature below 20°C. a) placing the olives in a hermetically sealed container, to allow the formation of a confined atmosphere; b) storing the olives without direct exposure to light for a period of 7 to 16 months and at a temperature below 20°C.
Agricultural machine for spreading material such as fertilizer, plant protectant or seed, characterized by a distributor boom which can be folded on both sides and has a central part and two lateral arms (12 a,b) connected to the central part by joints; a first hydraulic actuating device (14 a) for moving one of the arms (12 a) about a first axis of rotation pointing in the direction of travel of the agricultural machine ; a second hydraulic actuating device (14 b) for moving the other arm (12 b) about a second axis of rotation pointing in the direction of travel of the agricultural machine ; a hydraulic connecting line which hydraulically connects the first actuating device (14 a) and the second actuating device (14 b); and a control unit ; wherein a pressure control valve (16 a,b,c) is associated with the first actuating device (14 a), the second actuating device (14 b) and the connecting line in each case; and wherein the pressure control valves (16 a,b,c) can be controlled by the control unit . a distributor boom which can be folded on both sides and has a central part and two lateral arms (12 a,b) connected to the central part by joints; a first hydraulic actuating device (14 a) for moving one of the arms (12 a) about a first axis of rotation pointing in the direction of travel of the agricultural machine ; a second hydraulic actuating device (14 b) for moving the other arm (12 b) about a second axis of rotation pointing in the direction of travel of the agricultural machine ; a hydraulic connecting line which hydraulically connects the first actuating device (14 a) and the second actuating device (14 b); and a control unit ; wherein a pressure control valve (16 a,b,c) is associated with the first actuating device (14 a), the second actuating device (14 b) and the connecting line in each case; and wherein the pressure control valves (16 a,b,c) can be controlled by the control unit .
Battery unit , in particular for a vehicle, comprising a plurality of cell blocks which each comprise a plurality of electrically interconnected individual cells , wherein a plurality of contact key elements are provided, wherein the corresponding contact key element has a contact region or a plurality of contact regions and is designed to be electrically insulating outside the contact region or the plurality of contact regions , wherein, by successively moving the contact key elements into their corresponding contact position, the cell blocks are firstly electrically interconnected by means of the contact regions and are finally electrically contacted with electrical connection contacts , characterized in that the contact key elements each have an individual formation which is designed to correspond to a receiving recess for the corresponding contact key element . a plurality of contact key elements are provided, wherein the corresponding contact key element has a contact region or a plurality of contact regions and is designed to be electrically insulating outside the contact region or the plurality of contact regions , wherein, by successively moving the contact key elements into their corresponding contact position, the cell blocks are firstly electrically interconnected by means of the contact regions and are finally electrically contacted with electrical connection contacts , characterized in that the contact key elements each have an individual formation which is designed to correspond to a receiving recess for the corresponding contact key element .
A profile generating apparatus configured to generate a profile in which color reproduction characteristics of an image (IM2) formed on a medium (ME1) are regulated, the apparatus comprising: a transmissive color measurement value acquiring portion configured to acquire a transmissive color measurement value which is a color measurement value of a patch (PA1) in a case in which light is transmitted to the medium on which the patch is formed; a reflective color measurement value acquiring portion configured to acquire a reflective color measurement value (520, U2) which is a color measurement value of the patch in a case in which light is reflected from a front surface (PAla) of the patch; and a profile generating portion (U3) configured to generate the profile based on the transmissive color measurement value and the reflective color measurement value, wherein the profile is generated by combining the transmissive and reflective color measurement values according to a combination ratio (α), characterised in that : the reflective color measurement value acquiring portion (U2) is configured to acquire the reflective color measurement value being estimated from the transmissive color measurement value according to a correspondence relation between the transmissive color measurement value and the reflective color measurement value which are determined in advance. a transmissive color measurement value acquiring portion configured to acquire a transmissive color measurement value which is a color measurement value of a patch (PA1) in a case in which light is transmitted to the medium on which the patch is formed; a reflective color measurement value acquiring portion configured to acquire a reflective color measurement value (520, U2) which is a color measurement value of the patch in a case in which light is reflected from a front surface (PAla) of the patch; and a profile generating portion (U3) configured to generate the profile based on the transmissive color measurement value and the reflective color measurement value, wherein the profile is generated by combining the transmissive and reflective color measurement values according to a combination ratio (α), characterised in that : the reflective color measurement value acquiring portion (U2) is configured to acquire the reflective color measurement value being estimated from the transmissive color measurement value according to a correspondence relation between the transmissive color measurement value and the reflective color measurement value which are determined in advance.
An explosion proof electronics enclosure , comprising: a first compartment defined by a body ; a second compartment defined by the body ; a septum between the first compartment and the second compartment ; characterized by : a first aperture with the septum that connects the first compartment and the second compartment ; a cavity in communication with the first aperture , wherein the cavity comprises an undercut taper ; and a potting with the cavity that conforms to the cavity shape, and forms a substantially explosion-proof interface between the first compartment and the second compartment . a first compartment defined by a body ; a second compartment defined by the body ; a septum between the first compartment and the second compartment ; characterized by : a first aperture with the septum that connects the first compartment and the second compartment ; a cavity in communication with the first aperture , wherein the cavity comprises an undercut taper ; and a potting with the cavity that conforms to the cavity shape, and forms a substantially explosion-proof interface between the first compartment and the second compartment . a first aperture with the septum that connects the first compartment and the second compartment ; a cavity in communication with the first aperture , wherein the cavity comprises an undercut taper ; and a potting with the cavity that conforms to the cavity shape, and forms a substantially explosion-proof interface between the first compartment and the second compartment .
A supercritical carbon dioxide-assisted solid-phase grafting modification method for polypropylene, comprising: swelling polypropylene in supercritical carbon dioxide with dissolved vinyl monomer and an initiator for 0.5 to 10 hours, then slowly relieving the pressure; moving the polypropylene that has undergone the swelling process into a reaction kettle, and adding xylene as an interface agent with the mass ratio of xylene to the polypropylene being 1%, increasing the temperature up to between 65°C and 165°C under normal pressure, and reacting for 1 to 10 hours to obtain objective product; the swelling permeation temperature during the swelling process being from 31°C to 60°C, and the swelling pressure being from 7.5 to 12 MPa; the initiator being azo compound or peroxide, which accounts for 0.1-5.0% by mass of the polypropylene; said vinyl monomer accounting for 0.2-20% by mass of the polypropylene. swelling polypropylene in supercritical carbon dioxide with dissolved vinyl monomer and an initiator for 0.5 to 10 hours, then slowly relieving the pressure; moving the polypropylene that has undergone the swelling process into a reaction kettle, and adding xylene as an interface agent with the mass ratio of xylene to the polypropylene being 1%, increasing the temperature up to between 65°C and 165°C under normal pressure, and reacting for 1 to 10 hours to obtain objective product; the swelling permeation temperature during the swelling process being from 31°C to 60°C, and the swelling pressure being from 7.5 to 12 MPa; the initiator being azo compound or peroxide, which accounts for 0.1-5.0% by mass of the polypropylene; said vinyl monomer accounting for 0.2-20% by mass of the polypropylene.
A method of protecting sensitive data comprising the steps of: generating a build-time hash during build-time of a program by applying a hash function to a combination of the program image and a vinegar to generate the build-time hash , wherein the program image corresponds to a portion of the program and wherein the vinegar comprises a sequence of bytes, which, when combined with the program image, cause a modified hash value; computing a salt during build-time of the program based at least in part on a portion of sensitive data , the program image , and the build-time hash , wherein the salt comprises a value that, when combined with a hash value via a logical operation, produces the portion of sensitive data ; storing the salt ; generating a run-time hash during run-time of the program by applying the hash function to a combination of the program image and the vinegar to generate the run-time hash ; retrieving the salt during run-time of the program; and combining the run-time hash with the salt during run-time of the program to recover the portion of sensitive data . generating a build-time hash during build-time of a program by applying a hash function to a combination of the program image and a vinegar to generate the build-time hash , wherein the program image corresponds to a portion of the program and wherein the vinegar comprises a sequence of bytes, which, when combined with the program image, cause a modified hash value; computing a salt during build-time of the program based at least in part on a portion of sensitive data , the program image , and the build-time hash , wherein the salt comprises a value that, when combined with a hash value via a logical operation, produces the portion of sensitive data ; storing the salt ; generating a run-time hash during run-time of the program by applying the hash function to a combination of the program image and the vinegar to generate the run-time hash ; retrieving the salt during run-time of the program; and combining the run-time hash with the salt during run-time of the program to recover the portion of sensitive data .
A system comprising: an air dryer comprising a desiccant and configured to dry compressed air supplied from a compressor and supply dried compressed air and, during regeneration of the desiccant, to discharge purge air containing oil; and an oil separator connected to the air dryer , the oil separator comprising: a housing including an inlet for purge air from the air dryer and an outlet for air; an expansion chamber , which is located in the housing and expands the purge air that has been introduced from the air dryer through the inlet ; an accommodation member , which is located in the housing and communicates with the expansion chamber in the vertical direction, wherein the accommodation member accommodates an impingement member; and a collected liquid storage portion located below the accommodation member , wherein the oil separator introduces the purge air containing oil into the housing from the air dryer through the inlet , and causes the purge air to strike the impingement member to separate oil from the introduced air, thereby recovering the oil, and the inlet and the outlet are located in an upper section of the housing. an air dryer comprising a desiccant and configured to dry compressed air supplied from a compressor and supply dried compressed air and, during regeneration of the desiccant, to discharge purge air containing oil; and an oil separator connected to the air dryer , the oil separator comprising: a housing including an inlet for purge air from the air dryer and an outlet for air; an expansion chamber , which is located in the housing and expands the purge air that has been introduced from the air dryer through the inlet ; an accommodation member , which is located in the housing and communicates with the expansion chamber in the vertical direction, wherein the accommodation member accommodates an impingement member; and a collected liquid storage portion located below the accommodation member , wherein the oil separator introduces the purge air containing oil into the housing from the air dryer through the inlet , and causes the purge air to strike the impingement member to separate oil from the introduced air, thereby recovering the oil, and the inlet and the outlet are located in an upper section of the housing. a housing including an inlet for purge air from the air dryer and an outlet for air; an expansion chamber , which is located in the housing and expands the purge air that has been introduced from the air dryer through the inlet ; an accommodation member , which is located in the housing and communicates with the expansion chamber in the vertical direction, wherein the accommodation member accommodates an impingement member; and a collected liquid storage portion located below the accommodation member , wherein the oil separator introduces the purge air containing oil into the housing from the air dryer through the inlet , and causes the purge air to strike the impingement member to separate oil from the introduced air, thereby recovering the oil, and the inlet and the outlet are located in an upper section of the housing.
A method for automated safeguarding and documentation of a processing procedure of raw materials for pharmaceutical production, comprising: - specifying at least two measurement configurations for a scale, each measurement configuration defining a weighing product designation and a target measurement result together with a tolerated deviation value; - generating an actual measurement result by the scale and storing the measurement result in a monitoring component remote from the scale; - assigning the generated actual measurement result to the weight designation in response to comparing the actual measurement result and the target measurement result including the deviation value in the monitoring component; and - a data storage of the measurement result together with the weighing product designation for documenting a drug processing procedure in the remotely located monitoring component. - specifying at least two measurement configurations for a scale, each measurement configuration defining a weighing product designation and a target measurement result together with a tolerated deviation value; - generating an actual measurement result by the scale and storing the measurement result in a monitoring component remote from the scale; - assigning the generated actual measurement result to the weight designation in response to comparing the actual measurement result and the target measurement result including the deviation value in the monitoring component; and - a data storage of the measurement result together with the weighing product designation for documenting a drug processing procedure in the remotely located monitoring component.
An elevator system comprising: an elevator car ; a machine to impart motion to the elevator car ; a brake to stop rotation of the machine , the brake comprising a first coil and a second coil , wherein removing power from the first coil and the second coil applies the brake to the machine ; and a controller in communication with the brake , characterized in that the controller is configured to determine an operating mode of the elevator system , and the controller is configured to connect the first coil and the second coil in one of a first electrical configuration and a second electrical configuration in response to the operating mode. an elevator car ; a machine to impart motion to the elevator car ; a brake to stop rotation of the machine , the brake comprising a first coil and a second coil , wherein removing power from the first coil and the second coil applies the brake to the machine ; and a controller in communication with the brake , characterized in that the controller is configured to determine an operating mode of the elevator system , and the controller is configured to connect the first coil and the second coil in one of a first electrical configuration and a second electrical configuration in response to the operating mode.
A double-stranded ribonucleic acid (dsRNA) comprising a sense strand and an antisense strand, wherein the antisense strand has a minimal length of 16 nucleotides and the sense strand is 12-18 nucleotides in length, wherein the dsRNA has a double stranded region of 8-15 nucleotides long and a single stranded region, the single stranded region having 4-12 nucleotides in length and having at least three nucleotide backbone modifications, wherein the sense strand comprises at least 12 contiguous nucleotides of a sequence selected from the sequences within Tables 16, 17, 21, and 22, and wherein the antisense strand comprises at least 12 contiguous nucleotides of a sequence selected from the sequences within Tables 16, 17, 21, and 22, and wherein the dsRNA inhibits expression of TGFβ1 or TGFβ2 in a sequence-dependent manner. wherein the sense strand comprises at least 12 contiguous nucleotides of a sequence selected from the sequences within Tables 16, 17, 21, and 22, and wherein the antisense strand comprises at least 12 contiguous nucleotides of a sequence selected from the sequences within Tables 16, 17, 21, and 22, and wherein the dsRNA inhibits expression of TGFβ1 or TGFβ2 in a sequence-dependent manner.
A collision detection device made up of a housing comprising a first module that is a camera module , preferably analog, and a second detection module based on any collision detection technology and an electric supply block , said housing forming a metal enclosure protecting the inside of the housing from electromagnetic interference coming from the outside, the camera module further being placed in its own metal enclosure inside said housing in order to protect it from internal electromagnetic interference, said electric supply block being separated from the second module by the metal enclosure of the camera module forming a screen between the electric supply block and the second detection module so as to limit the noises and the interference of the electric supply block on the second detection module , and, optionally, by one or several metal wall(s) .
A system comprising: a first non-volatile memory component (103-1) including: multiple decks , each of the multiple decks including an array of non-volatile memory cells ; circuitry to: receive a memory access request to access a first deck; and access a second deck in response to the memory access request to access the first deck; characterised by a second non-volatile memory component (103-2) to access a different deck than the first non-volatile memory component for a same logical deck address, wherein each non-volatile memory component (103-1-103-U) in the memory system includes a register to indicate which physical deck is to be accessed for the same logical deck address. a first non-volatile memory component (103-1) including: multiple decks , each of the multiple decks including an array of non-volatile memory cells ; circuitry to: receive a memory access request to access a first deck; and access a second deck in response to the memory access request to access the first deck; characterised by multiple decks , each of the multiple decks including an array of non-volatile memory cells ; circuitry to: receive a memory access request to access a first deck; and access a second deck in response to the memory access request to access the first deck; characterised by receive a memory access request to access a first deck; and access a second deck in response to the memory access request to access the first deck; characterised by a second non-volatile memory component (103-2) to access a different deck than the first non-volatile memory component for a same logical deck address, wherein each non-volatile memory component (103-1-103-U) in the memory system includes a register to indicate which physical deck is to be accessed for the same logical deck address.
A composition comprising a titanium compound, an iron compound and a tungsten compound, wherein the titanium compound comprises microcrystalline titanium oxide hydrate, which is preferably obtained in TiO 2 production by the sulphate process by hydrolysis of a titanyl sulphate-containing solution, wherein the titanium compound has a microcrystalline anatase structure, and wherein the composition has a vanadium content, calculated as V, of less than 0.15% by weight, preferably less than 0.05% by weight, more preferably less than 0.03% by weight, particularly preferably less than 0.01% by weight, based on the solids content of the composition, wherein microcrystalline means that the evaluation of the reflex widths of X-ray powder diffractograms of the microcrystalline titanium oxide hydrate (TiO(OH) 2 ) according to the Scherrer equation shows an average extension of the crystallites of 4-10 nm.
A method to manufacture reticulated metal foam, comprising: pre-investing a precursor with a diluted pre-investment ceramic plaster to encapsulate the precursor; investing the encapsulated precursor with a ceramic plaster to form a mold; and pouring molten metal material into the mold while the mold is located on a chill plate operable to provide chilling of an extent that a casting formed by the mold remains equiaxial with crystallization nucleating from all surfaces; wherein the precursor is a reticulated foam structure; and wherein the diluted pre-investment ceramic plaster is 55:100 water to powder ratio. pre-investing a precursor with a diluted pre-investment ceramic plaster to encapsulate the precursor; investing the encapsulated precursor with a ceramic plaster to form a mold; and pouring molten metal material into the mold while the mold is located on a chill plate operable to provide chilling of an extent that a casting formed by the mold remains equiaxial with crystallization nucleating from all surfaces; wherein the precursor is a reticulated foam structure; and