mhurhangee/patent-ind-claim-en huggingface dataset:
A cryogenic apparatus for use with helium, the apparatus comprising: an enclosure ; a thermo-mechanical cooler which projects into the enclosure ; a sample tube that also projects into the enclosure, with a closed end within the enclosure ; a specimen support rod which extends through the sample tube ; a pump having a pump inlet and a pump outlet, and a duct to supply helium gas from the pump outlet into thermal contact with the thermo-mechanical cooler to produce cold helium; wherein the sample tube is provided with a thermal element in thermal contact with the sample tube in the vicinity of the specimen, and is provided with a first inlet and a second inlet , the second inlet being arranged to supply fluid to the thermal element , and is provided with a first outlet and a second outlet , the second outlet being arranged to withdraw fluid from the thermal element ; wherein both the first outlet and the second outlet are connected to the pump inlet; wherein the apparatus also comprises a first duct including a first valve configured to supply the cold helium to the first inlet , and a second duct including a second valve configured to supply the cold helium to the second inlet , and wherein the first inlet is arranged to allow a fluid into the sample tube in the vicinity of the specimen, and the first outlet is arranged to withdraw fluid from within the sample tube . an enclosure ; a thermo-mechanical cooler which projects into the enclosure ; a sample tube that also projects into the enclosure, with a closed end within the enclosure ; a specimen support rod which extends through the sample tube ; a pump having a pump inlet and a pump outlet, and a duct to supply helium gas from the pump outlet into thermal contact with the thermo-mechanical cooler to produce cold helium; wherein the sample tube is provided with a thermal element in thermal contact with the sample tube in the vicinity of the specimen, and is provided with a first inlet and a second inlet , the second inlet being arranged to supply fluid to the thermal element , and is provided with a first outlet and a second outlet , the second outlet being arranged to withdraw fluid from the thermal element ; wherein both the first outlet and the second outlet are connected to the pump inlet; wherein the apparatus also comprises a first duct including a first valve configured to supply the cold helium to the first inlet , and a second duct including a second valve configured to supply the cold helium to the second inlet , and wherein the first inlet is arranged to allow a fluid into the sample tube in the vicinity of the specimen, and the first outlet is arranged to withdraw fluid from within the sample tube .
A method for stacking a stator core of an electric machine to replace parts of the stator core , with the steps of: providing a movable support adjacent to a stator frame to carry at least one sheet for the stator core to compose, grabbing said at least one sheet with an arm arranged outside the stator core comprising a holding device for clamping said at least one sheet , arranging said at least one sheet to compose the stator core from a stack of sheets , wherein before arranging, guiding said at least one sheet inside the stator frame in a horizontal direction, wherein the method also comprises the steps of: grabbing at least one sheet from the stator core , removing said at least one sheet from the stator core , and replacing said at least one sheet by a different at least one sheet from the movable support , characterized by after removing said at least one sheet from the stator core arranging pairs of plates with wedges in between in slots of the stator core for guiding said at least one sheet from the movable support , and removing the plates with wedges after replacement of said at least one sheet . providing a movable support adjacent to a stator frame to carry at least one sheet for the stator core to compose, grabbing said at least one sheet with an arm arranged outside the stator core comprising a holding device for clamping said at least one sheet , arranging said at least one sheet to compose the stator core from a stack of sheets , wherein before arranging, guiding said at least one sheet inside the stator frame in a horizontal direction, wherein the method also comprises the steps of: grabbing at least one sheet from the stator core , removing said at least one sheet from the stator core , and replacing said at least one sheet by a different at least one sheet from the movable support , characterized by after removing said at least one sheet from the stator core arranging pairs of plates with wedges in between in slots of the stator core for guiding said at least one sheet from the movable support , and removing the plates with wedges after replacement of said at least one sheet . grabbing at least one sheet from the stator core , removing said at least one sheet from the stator core , and replacing said at least one sheet by a different at least one sheet from the movable support , characterized by after removing said at least one sheet from the stator core arranging pairs of plates with wedges in between in slots of the stator core for guiding said at least one sheet from the movable support , and removing the plates with wedges after replacement of said at least one sheet .
An in vitro method of inhibiting proliferation of prostate-specific membrane antigen (PSMA)-expressing cancer cells, the method comprising: contacting PSMA-expressing cancer cells with an antiandrogen, wherein the antiandrogen is abiraterone, enzalutamide, nilutamide, flutamide, bicalutamide, ARN 509, galeterone or orteronel; and contacting the PSMA-expressing cancer cells with a PSMA ligand-anticancer agent conjugate or a PSMA ligand-cytotoxic agent conjugate, wherein the PSMA ligand of the conjugate comprises a small molecule ligand that binds specifically PSMA and the small molecule ligand comprises a glutamate-urea-amino acid moiety, wherein the glutamate-urea-amino acid moiety is a glutamate-urea-lysine; wherein the PSMA-expressing cancer cells comprise PSMA-expressing cancer cells insensitive to antiandrogen therapy. contacting PSMA-expressing cancer cells with an antiandrogen, wherein the antiandrogen is abiraterone, enzalutamide, nilutamide, flutamide, bicalutamide, ARN 509, galeterone or orteronel; and contacting the PSMA-expressing cancer cells with a PSMA ligand-anticancer agent conjugate or a PSMA ligand-cytotoxic agent conjugate, wherein the PSMA ligand of the conjugate comprises a small molecule ligand that binds specifically PSMA and the small molecule ligand comprises a glutamate-urea-amino acid moiety, wherein the glutamate-urea-amino acid moiety is a glutamate-urea-lysine; wherein the PSMA-expressing cancer cells comprise PSMA-expressing cancer cells insensitive to antiandrogen therapy.
A liquid composition comprising a lipophilic continuous liquid phase, a total amount of a first population of water-insoluble particles of at least 1% (w/w), and a polyol poly(hydroxy fatty acid) ester emulsifier (pphe emulsifier), said water-insoluble particles are dispersed in the lipophilic liquid phase.
An apparatus comprising means configured to: obtain two or more microphone audio signals; analyse the two or more microphone audio signals for a defined noise type; and process the two or more microphone audio signals based on the analysis to generate at least one audio signal suitable for automatic speech recognition; characterized in that the means configured to analyse the two or more microphone audio signals for the defined noise type is configured to: determine energy estimates for the two or more microphone audio signals; determine correlation estimates between pairs of the two or more microphone audio signals; determine a noise estimate for the defined noise type based on the energy estimates for the two or more microphone audio signals and the correlation estimates between pairs of the two or more microphone audio signals; and determine a noise frequency threshold for the defined noise type below which the defined noise type noise is a dominant disturbance based on the noise estimate for the defined noise type, the energy estimates for the two or more microphone audio signals and the correlation estimates between pairs of the two or more microphone audio signals. obtain two or more microphone audio signals; analyse the two or more microphone audio signals for a defined noise type; and process the two or more microphone audio signals based on the analysis to generate at least one audio signal suitable for automatic speech recognition; characterized in that the means configured to analyse the two or more microphone audio signals for the defined noise type is configured to: determine energy estimates for the two or more microphone audio signals; determine correlation estimates between pairs of the two or more microphone audio signals; determine a noise estimate for the defined noise type based on the energy estimates for the two or more microphone audio signals and the correlation estimates between pairs of the two or more microphone audio signals; and determine a noise frequency threshold for the defined noise type below which the defined noise type noise is a dominant disturbance based on the noise estimate for the defined noise type, the energy estimates for the two or more microphone audio signals and the correlation estimates between pairs of the two or more microphone audio signals. determine energy estimates for the two or more microphone audio signals; determine correlation estimates between pairs of the two or more microphone audio signals; determine a noise estimate for the defined noise type based on the energy estimates for the two or more microphone audio signals and the correlation estimates between pairs of the two or more microphone audio signals; and determine a noise frequency threshold for the defined noise type below which the defined noise type noise is a dominant disturbance based on the noise estimate for the defined noise type, the energy estimates for the two or more microphone audio signals and the correlation estimates between pairs of the two or more microphone audio signals.
A wearable device wearable by a user for measuring skin conductance of the user , the wearable device comprising: - at least two skin conductance electrodes for contacting skin of the user, and - an elastic material portion , wherein the elastic material portion surrounds and circumferentially encloses the skin conductance electrodes and forms a material surface , wherein the elastic material of the elastic material portion is non-permeable for gaseous and liquid substances, and wherein the elastic material portion is arranged such that an air pocket is sealed off in the vicinity of the skin conductance electrodes and a fluid film is generated between the skin and the skin conductance electrodes , when the wearable device is worn by the user and the skin conductance electrodes contact the skin , wherein the skin conductance electrodes protrude between 50 to 1000 micrometer from the material surface . - at least two skin conductance electrodes for contacting skin of the user, and - an elastic material portion , wherein the elastic material portion surrounds and circumferentially encloses the skin conductance electrodes and forms a material surface , wherein the elastic material of the elastic material portion is non-permeable for gaseous and liquid substances, and wherein the elastic material portion is arranged such that an air pocket is sealed off in the vicinity of the skin conductance electrodes and a fluid film is generated between the skin and the skin conductance electrodes , when the wearable device is worn by the user and the skin conductance electrodes contact the skin , wherein the skin conductance electrodes protrude between 50 to 1000 micrometer from the material surface .
A sheet separation device configured to separate a two-ply sheet in which two sheets are bonded together at a portion of the two-ply sheet, the sheet separation device comprising: a rotator ; a conveyor configured to convey the two-ply sheet to the rotator with a bonded portion of the two-ply sheet being an upstream end or a downstream end of the two-ply sheet in a conveyance direction of the two-ply sheet; and characterized by means for winding (110,111,112,T1,T2; 117; 119) configured to wind, around the rotator , the two-ply sheet conveyed by the conveyor , to create a difference between a circumferential length of the part of the inner sheet that is wound around the rotator and a circumferential length of the part of the outer sheet that is wound around the rotator, thereby separating the two sheets. a rotator ; a conveyor configured to convey the two-ply sheet to the rotator with a bonded portion of the two-ply sheet being an upstream end or a downstream end of the two-ply sheet in a conveyance direction of the two-ply sheet; and characterized by means for winding (110,111,112,T1,T2; 117; 119) configured to wind, around the rotator , the two-ply sheet conveyed by the conveyor , to create a difference between a circumferential length of the part of the inner sheet that is wound around the rotator and a circumferential length of the part of the outer sheet that is wound around the rotator, thereby separating the two sheets.
A method for producing a swellable body comprising bacterial cellulose, wherein the method comprises the steps of: (i) providing a body made of bacterial cellulose, (ii) cleaning the body using at least one liquid medium, and (iii) freezing the body at atmospheric pressure for at least six hours, and (iv) freeze drying the body , and (v) mechanically pressing the entire body or parts thereof after freeze drying of the body . (i) providing a body made of bacterial cellulose, (ii) cleaning the body using at least one liquid medium, and (iii) freezing the body at atmospheric pressure for at least six hours, and (iv) freeze drying the body , and (v) mechanically pressing the entire body or parts thereof after freeze drying of the body .
A method for manufacturing a plastic shoe of the type comprising a textile sock in the form of a sleeve having a first, blind, end and a second, open, end , and a thermoplastic layer moulded over the textile sock , the method comprising a step of fastening the textile sock to a core forming a shoetree, intended to be accommodated in a mould defining a moulding cavity having the shape of the shoe and a step of moulding the thermoplastic layer over the textile sock , characterised in that , during the fastening step, the textile sock is secured to the core through its second, open, end , and in that , during the moulding step, the second end of the textile sock is located in the moulding cavity, and in that the textile sock is secured to the core by contacting the textile sock with an adhesive strip carried by the core .
A drug delivery robot comprising: a body including a storage space in which a drug is stored, a first accommodation portion formed at a front of the storage space in a first direction, an outlet which allows the first accommodation portion to communicate with an outside, and a first communication hole which allows the storage space to communicate with the first accommodation portion ; a front rotational magnet located in the first accommodation portion and having a central axis arranged in a second direction perpendicular to the first direction; a first fixed magnet fixedly coupled to one side of the body at a rear of the front rotational magnet ; and a second fixed magnet fixedly coupled to an opposite side of the body with the storage space interposed between the first fixed magnet and the second fixed magnet , and arranged such that mutually different polarities of the first and second fixed magnets face each other, wherein the front rotational magnet is able to selectively rotate about an axis in one of the first direction and the second direction under a control of an external magnetic field, the body rotates together with the front rotational magnet about the axis in the first direction when the front rotational magnet rotates about the axis in the first direction, and the front rotational magnet opens or closes the first communication hole by a magnetic force in association with the first fixed magnet and the second fixed magnet when the front rotational magnet rotates about the axis in the second direction. a body including a storage space in which a drug is stored, a first accommodation portion formed at a front of the storage space in a first direction, an outlet which allows the first accommodation portion to communicate with an outside, and a first communication hole which allows the storage space to communicate with the first accommodation portion ; a front rotational magnet located in the first accommodation portion and having a central axis arranged in a second direction perpendicular to the first direction; a first fixed magnet fixedly coupled to one side of the body at a rear of the front rotational magnet ; and a second fixed magnet fixedly coupled to an opposite side of the body with the storage space interposed between the first fixed magnet and the second fixed magnet , and arranged such that mutually different polarities of the first and second fixed magnets face each other, wherein the front rotational magnet is able to selectively rotate about an axis in one of the first direction and the second direction under a control of an external magnetic field, the body rotates together with the front rotational magnet about the axis in the first direction when the front rotational magnet rotates about the axis in the first direction, and the front rotational magnet opens or closes the first communication hole by a magnetic force in association with the first fixed magnet and the second fixed magnet when the front rotational magnet rotates about the axis in the second direction.
Unpacking station having a building board receptacle which can be pivoted about two pivot axes for unpacking components produced by means of an additive manufacturing method, having a closable working space through which a gas stream can flow, characterized in that : the working space is incorporated in a closed circuit of the gas stream which is acted on by means of a circulating pump , a dust measuring device is arranged between the working space and the circulating pump at least in a partial gas stream, and a separating device is connected upstream of the circulating pump . the working space is incorporated in a closed circuit of the gas stream which is acted on by means of a circulating pump , a dust measuring device is arranged between the working space and the circulating pump at least in a partial gas stream, and a separating device is connected upstream of the circulating pump .
Rocker circular saw with a frame on which a saw blade is held stationary and rotatable about a preferably horizontal axis of rotation and on which a rotary drive for the saw blade is mounted, and with a rocker comprising a cut material receiving channel , which is mounted on a top side of a cantilever , wherein a bearing arrangement is provided, by which the cantilever is mounted on the underside on the frame so as to be pivotable about an axis extending below and in parallel to the axis of rotation, so that the cut material receiving channel is pivotable towards the saw blade and away from the saw blade between a sawing position and a cut material insertion position, characterized in that the frame is designed as lazy tongs (Nuremberg scissors) with joint axes extending in parallel to the axis of rotation, wherein the frame comprises a releasable locking device for locking the frame in an erected working position or for allowing it to sink into a folded transport position, and wherein in the working position, the rocker is hinged by its cantilever to the frame , and the bearing arrangement is releasable in order to place the rocker , with the bearing arrangement released, on the frame sunken into its transport position, so that a cuboidal packing volume enclosing the rocker circular saw in the transport position is smaller than a cuboidal packing volume enclosing the rocker circular saw in the working position. a frame on which a saw blade is held stationary and rotatable about a preferably horizontal axis of rotation and on which a rotary drive for the saw blade is mounted, and with a rocker comprising a cut material receiving channel , which is mounted on a top side of a cantilever , wherein a bearing arrangement is provided, by which the cantilever is mounted on the underside on the frame so as to be pivotable about an axis extending below and in parallel to the axis of rotation, so that the cut material receiving channel is pivotable towards the saw blade and away from the saw blade between a sawing position and a cut material insertion position, characterized in that the frame is designed as lazy tongs (Nuremberg scissors) with joint axes extending in parallel to the axis of rotation, wherein the frame comprises a releasable locking device for locking the frame in an erected working position or for allowing it to sink into a folded transport position, and wherein in the working position, the rocker is hinged by its cantilever to the frame , and the bearing arrangement is releasable in order to place the rocker , with the bearing arrangement released, on the frame sunken into its transport position, so that a cuboidal packing volume enclosing the rocker circular saw in the transport position is smaller than a cuboidal packing volume enclosing the rocker circular saw in the working position.
A method for generating an encrypted and authenticated message by a first component of an electronic device , the message authenticating the first component as the originator of the message, the method comprising: receiving touch events at an input device of the first component that identify a personal identification number, PIN, ; receiving noise obtained from randomness of touch event coordinates; generating a block of information comprising a concatenation of the PIN and the noise ; encrypting the block of information based on a first encryption key acquired from a first memory of the first component associated with a second decryption key in a second component of the device so as to generate an encrypted block of information ; accessing, from the first memory of the first component, a first previous version of a first dynamic unique key , the first previous version of the first dynamic unique key being at least partially based on a first original unique key; generating a first current version of the dynamic unique key based on the first previous version of the first dynamic unique key; generating a message authentication code, MAC, based on the encrypted block of information and the first current version of the first dynamic unique key; and transmitting, to the second component the encrypted block of information and the MAC. receiving touch events at an input device of the first component that identify a personal identification number, PIN, ; receiving noise obtained from randomness of touch event coordinates; generating a block of information comprising a concatenation of the PIN and the noise ; encrypting the block of information based on a first encryption key acquired from a first memory of the first component associated with a second decryption key in a second component of the device so as to generate an encrypted block of information ; accessing, from the first memory of the first component, a first previous version of a first dynamic unique key , the first previous version of the first dynamic unique key being at least partially based on a first original unique key; generating a first current version of the dynamic unique key based on the first previous version of the first dynamic unique key; generating a message authentication code, MAC, based on the encrypted block of information and the first current version of the first dynamic unique key; and transmitting, to the second component the encrypted block of information and the MAC.