mhurhangee/patent-ind-claim-en huggingface dataset:
Estriol for use in reducing cortical gray matter atrophy in a human subject suffering from relapsing-remitting multiple sclerosis according to a method wherein: a measurement of the serum estriol concentration is obtained from a subject receiving a first estriol treatment regimen; and a second estriol treatment regimen is administered to the subject if the serum estriol concentration is less than 6 ng/mL; wherein the daily amount of estriol administered during the second estriol treatment regimen is greater than the daily amount of estriol administered during the first estriol treatment regimen, and wherein the human subject is concurrently receiving glatiramer acetate. a measurement of the serum estriol concentration is obtained from a subject receiving a first estriol treatment regimen; and a second estriol treatment regimen is administered to the subject if the serum estriol concentration is less than 6 ng/mL; wherein the daily amount of estriol administered during the second estriol treatment regimen is greater than the daily amount of estriol administered during the first estriol treatment regimen, and wherein the human subject is concurrently receiving glatiramer acetate.
A bio-copolyester composition comprising: from 92 to 99 mole % bioPET and 1 to 8 mole % of biobased monomers not employed in bioPET.
A method for transmitting two first reference signals by a transmitting device, the method comprising: generating the two first reference signals, the two first reference signals having adjacent positions in a time domain or in a frequency domain, wherein each of the two first reference signals is generated based on data signals on adjacent positions of the two first reference signals in the time domain or in the frequency domain, interference coefficients from each of the adjacent positions of the data signals to the two first reference signals, interference coefficients from each of the two first reference signals to other of the two first reference signals, and a second reference signal predetermined for the transmitting device and a receiving device, and modulating the data signals and the two first reference signals using non-orthogonal multi-carrier modulation waveform; and transmitting the modulated data signals and the modulated two first reference signals. generating the two first reference signals, the two first reference signals having adjacent positions in a time domain or in a frequency domain, wherein each of the two first reference signals is generated based on data signals on adjacent positions of the two first reference signals in the time domain or in the frequency domain, interference coefficients from each of the adjacent positions of the data signals to the two first reference signals, interference coefficients from each of the two first reference signals to other of the two first reference signals, and a second reference signal predetermined for the transmitting device and a receiving device, and modulating the data signals and the two first reference signals using non-orthogonal multi-carrier modulation waveform; and transmitting the modulated data signals and the modulated two first reference signals.
Latch for a motor vehicle, comprising • a locking mechanism ; • an operating device for opening the locking mechanism , • the operating device comprising a rotatable actuator which can be rotated by a drive ; • it being possible to open the locking mechanism by rotating the actuator ; • it being possible to open the locking mechanism independently of the direction of rotation of the actuator ; • the force with which the locking mechanism is opened being dependent on the direction of rotation of the actuator ; • the actuator opening the locking mechanism with a large force when the actuator rotates in one direction of rotation; characterized in that • the locking mechanism can be opened by a pulling means in one direction of rotation of the actuator ; • the actuator opens the locking mechanism with a small force when the actuator rotates in the other direction of rotation. • a locking mechanism ; • an operating device for opening the locking mechanism , • the operating device comprising a rotatable actuator which can be rotated by a drive ; • it being possible to open the locking mechanism by rotating the actuator ; • it being possible to open the locking mechanism independently of the direction of rotation of the actuator ; • the force with which the locking mechanism is opened being dependent on the direction of rotation of the actuator ; • the actuator opening the locking mechanism with a large force when the actuator rotates in one direction of rotation; • the locking mechanism can be opened by a pulling means in one direction of rotation of the actuator ; • the actuator opens the locking mechanism with a small force when the actuator rotates in the other direction of rotation.
An in vitro method of producing an activated T cell or an activated T cell preparation, comprising: (a) providing a sample comprising at least one T cell from a subject having a cancer; (b) providing a sample comprising at least one cancer cell from a subject, wherein the type of cancer of the cancer cell is the same as the type of cancer the subject providing the sample of step (a) has; (c) forming an ex vivo reaction mixture comprising the at least one T cell, the at least one cancer cell, and a bispecific or multispecific antibody having a first element providing affinity for the T cell and a second element having affinity for the cancer cell and incubating the mixture under conditions and for a period of time sufficient to activate the T cell, thereby producing at least one activated T cell; and (d) selecting the activated T cell from (c), wherein the selection of the activated T cell is based on its increased cancer cell killing activity determined by measuring an Effective E:T ratio, wherein said Effective E:T ratio is a ratio between effector cells (E) to target cells (T), effector cells (E) being defined as activated T cells and target cells (T) being defined as cancer cells killed by said activated T cells. (a) providing a sample comprising at least one T cell from a subject having a cancer; (b) providing a sample comprising at least one cancer cell from a subject, wherein the type of cancer of the cancer cell is the same as the type of cancer the subject providing the sample of step (a) has; (c) forming an ex vivo reaction mixture comprising the at least one T cell, the at least one cancer cell, and a bispecific or multispecific antibody having a first element providing affinity for the T cell and a second element having affinity for the cancer cell and incubating the mixture under conditions and for a period of time sufficient to activate the T cell, thereby producing at least one activated T cell; and (d) selecting the activated T cell from (c), wherein the selection of the activated T cell is based on its increased cancer cell killing activity determined by measuring an Effective E:T ratio, wherein said Effective E:T ratio is a ratio between effector cells (E) to target cells (T), effector cells (E) being defined as activated T cells and target cells (T) being defined as cancer cells killed by said activated T cells.
Method for managing the operating mode of an electronic tag, comprising at least a communication module for communicating with at least one control device and a memory serving to store at least one tag identifier specific to said tag, the identifier being transmissible by the tag to said control device, characterized in that it comprises a deactivation step following the reception of a deactivation command, in which said tag changes from an activated state to a deactivated state, in which the transmission of said tag identifier to said control device is disabled, and in which said tag responds to a reactivation command by re-enabling the transmission of this tag identifier to said control device; and in that said deactivation command comprises at least one state identifier, called the substitute identifier, transmitted by the tag in place of said tag identifier in a response to a command received in the deactivated state, said substitute identifier not allowing the identification of said tag.
A multilayer coating having a visual effect, the coating comprising: a. a high clarity gel coat layer comprising an unsaturated polyester and a thixotropic agent having a size and surface that does not significantly impair the clarity of the gel coat layer, wherein the high clarity gel coat layer has a clarity of at least 94 on a white portion of a byko chart and/or a clarity of less than 26 on the black portion of a byko chart; b. a visual effect layer comprising a clear gel coat and a visual effect pigment; and c. a color layer comprising a gel coat and a simple pigment wherein the visual effect pigment has a particle size distribution of 35-150 micrometers (microns). a. a high clarity gel coat layer comprising an unsaturated polyester and a thixotropic agent having a size and surface that does not significantly impair the clarity of the gel coat layer, wherein the high clarity gel coat layer has a clarity of at least 94 on a white portion of a byko chart and/or a clarity of less than 26 on the black portion of a byko chart; b. a visual effect layer comprising a clear gel coat and a visual effect pigment; and c. a color layer comprising a gel coat and a simple pigment
A method of monitoring utilities, the method comprising: charging a rechargeable battery of an unmanned aerial vehicle using an electromagnetic field of a high voltage power line and a recharging system of the unmanned aerial vehicle ; flying the unmanned aerial vehicle along the high voltage power line and at a specified distance from the high voltage power line during the charging, and along a route of the high voltage power line ; inspecting utilities using a sensor of the unmanned aerial vehicle while flying the unmanned aerial vehicle along the high voltage power line and at the specified distance from the high voltage power line; the method further comprising: detecting the high voltage power line using an impact prevention sensor ; and maintaining the unmanned aerial vehicle the specified distance from the high voltage power line during charging using measurements from the impact prevention sensor . charging a rechargeable battery of an unmanned aerial vehicle using an electromagnetic field of a high voltage power line and a recharging system of the unmanned aerial vehicle ; flying the unmanned aerial vehicle along the high voltage power line and at a specified distance from the high voltage power line during the charging, and along a route of the high voltage power line ; inspecting utilities using a sensor of the unmanned aerial vehicle while flying the unmanned aerial vehicle along the high voltage power line and at the specified distance from the high voltage power line; the method further comprising: detecting the high voltage power line using an impact prevention sensor ; and maintaining the unmanned aerial vehicle the specified distance from the high voltage power line during charging using measurements from the impact prevention sensor . detecting the high voltage power line using an impact prevention sensor ; and maintaining the unmanned aerial vehicle the specified distance from the high voltage power line during charging using measurements from the impact prevention sensor .
An electronic controller apparatus, adapted to connect in series with an AC supply and an external load , the apparatus comprising: a controller circuit for controlling the external load ; a power supply circuit to power the controller circuit , comprising an AC input for receiving energy, wherein said AC input is adapted to connect in series with the AC supply and the external load ; and a switch connected across the input and in parallel with the power supply circuit, adapted alternately to be conductive to bypass the power supply circuit from the AC input or to allow the power supply circuit to obtain power from the AC input, characterized in that for a first type of AC supply of a sufficient operating current, the switch is adapted to continue a current of said first type of AC supply by alternately: being fully conductive; and operating in a linear state to allow the power supply circuit to obtain power from the AC input, thereby to allow the sufficient current to flow continuously from said first type of AC supply and through the external load . a controller circuit for controlling the external load ; a power supply circuit to power the controller circuit , comprising an AC input for receiving energy, wherein said AC input is adapted to connect in series with the AC supply and the external load ; and a switch connected across the input and in parallel with the power supply circuit, adapted alternately to be conductive to bypass the power supply circuit from the AC input or to allow the power supply circuit to obtain power from the AC input, characterized in that for a first type of AC supply of a sufficient operating current, the switch is adapted to continue a current of said first type of AC supply by alternately: being fully conductive; and operating in a linear state to allow the power supply circuit to obtain power from the AC input, being fully conductive; and operating in a linear state to allow the power supply circuit to obtain power from the AC input, thereby to allow the sufficient current to flow continuously from said first type of AC supply and through the external load .
A sleeve for use with a foot, the sleeve comprising a compression portion operable to apply compression to the midfoot region of the foot, the foot sleeve further comprising a heel support portion for abutment with the base of the heel region of the foot, and a ball portion for abutment with the ball region of the foot, wherein the sleeve comprises a first high compression portion operable to apply compression to the midfoot region of the foot, suitably to the base of the midfoot region of the foot, and a second high compression portion arranged to abut the rear of the foot, suitably above the heel, characterised in that the heel support portion is a raised heel support portion , and wherein the thickness of the raised heel support portion is greater than the thickness of the ball portion. wherein the sleeve comprises a first high compression portion operable to apply compression to the midfoot region of the foot, suitably to the base of the midfoot region of the foot, and a second high compression portion arranged to abut the rear of the foot, suitably above the heel, characterised in that the heel support portion is a raised heel support portion , and wherein the thickness of the raised heel support portion is greater than the thickness of the ball portion.
An image analysis system configured for detecting a tissue region in a digital image of a tissue slide, wherein a tissue sample is mounted on the tissue slide, the image analysis system comprising a processor and a storage medium, the storage medium comprising a plurality of slide-type specific tissue detection routines and a generic tissue detection routine , the image analysis system being configured for performing a method comprising: - selecting one of the slide-type specific tissue detection routines; - checking, before or while the selected slide-type specific tissue detection routine is performed, if the selected slide-type specific tissue detection routine corresponds to the tissue slide type of the slide depicted in the digital image; - if yes, automatically performing the selected slide-type specific tissue detection routine for detecting the tissue region in the digital image - if no, automatically performing the generic tissue detection routine for detecting the tissue region in the digital image. - selecting one of the slide-type specific tissue detection routines; - checking, before or while the selected slide-type specific tissue detection routine is performed, if the selected slide-type specific tissue detection routine corresponds to the tissue slide type of the slide depicted in the digital image; - if yes, automatically performing the selected slide-type specific tissue detection routine for detecting the tissue region in the digital image - if no, automatically performing the generic tissue detection routine for detecting the tissue region in the digital image.
A battery to be installed below a seat of an electric straddle-type vehicle , the battery comprising: a battery case of the battery to be installed inside a body of the straddle-type vehicle ; and a harness connector installed in the battery to which a harness extending from an electric device is connected, wherein a protruding portion is formed in and protrudes from one surface of the battery case , and the harness connector is provided on a side surface of the protruding portion , and the harness connector overlaps the battery case viewed from a normal direction of the one surface, and the harness connector overlaps the protruding portion viewed from a direction perpendicular to the normal direction. a battery case of the battery to be installed inside a body of the straddle-type vehicle ; and a harness connector installed in the battery to which a harness extending from an electric device is connected, wherein a protruding portion is formed in and protrudes from one surface of the battery case , and the harness connector is provided on a side surface of the protruding portion , and the harness connector overlaps the battery case viewed from a normal direction of the one surface, and the harness connector overlaps the protruding portion viewed from a direction perpendicular to the normal direction.
Azeotropic or quasi-azeotropic composition comprising hydrochloric acid and trifluoropropyne.
Track protection fence support system comprising a track protection fence having at least one fence strut and at least one track protection fence support system having a fence support for holding the at least one fence strut , a fastening element which can be fastened to a track system , and a fixing system for fixing the fence support to the fastening element , characterized in that the at least one fence strut has at least two beams connected via an electrically insulating beam connector , the beam connector being at least partially inserted into the two beams connected by it, and the fixing system has an electrically insulating connector piece , in particular an insulating connector piece which can be attached to the fastening element .
A peptide for use in treating, inhibiting and/or preventing viral infections in mammals, wherein the viral infection is caused by Cytomegalovirus, wherein the peptide comprises a sequence having the following formula I: A 1 -B 1 -X 1 -C 1 -X 2 -Z 1 -B 2 -A 2 -Z 2 (Formula I) wherein and A 2 are identical or different, and each A 1 and A 2 is a nonpolar amino acid having an aliphatic or basic side chain, and each is preferably Alanine or Glycine, B 1 and B 2 are identical or different, and each B 1 and B 2 is a polar amino acid and having a hydroxylated side chain, and is preferably selected from Serine, Threonine or Tyrosine, C 1 is an polar amino acid having a aromatic side chain, and is preferably Tyrosine, X 1 and X 2 each is Cysteine, and Z 1 and Z 2 each is Arginine. and A 2 are identical or different, and each A 1 and A 2 is a nonpolar amino acid having an aliphatic or basic side chain, and each is preferably Alanine or Glycine, B 1 and B 2 are identical or different, and each B 1 and B 2 is a polar amino acid and having a hydroxylated side chain, and is preferably selected from Serine, Threonine or Tyrosine, C 1 is an polar amino acid having a aromatic side chain, and is preferably Tyrosine, X 1 and X 2 each is Cysteine, and Z 1 and Z 2 each is Arginine.
An injectable hyaluronic acid composition comprising hyaluronic acid derivatives having the degree of crosslinking of 0.1 to 200% and 0.1 to 50 wt% based on the total composition of DNA fractions for stimulating the formation of extracellular matrix, wherein the weight ratio of the crosslinked hyaluronic acid derivatives : the DNA fractions is 7.0 to 9.5: 0.5 to 3.0, and wherein the degree of crosslinking is measured as a weight ratio of the crosslinking agent to the hyaluronic acid monomer, wherein the DNA fraction is selected from the group consisting of polynucleotide (PN) and polydeoxyribonucleotide (PDRN).
Printer system comprising a printer platform and at least two printing apparatuses which have - a transport device which is suitable for moving an object to be printed on along a predefined transport direction (T) through a printing portion of the printing apparatus , - a first printing head (D1) for depositing a viscous printing material, wherein the first printing head (D1) is displaceable along a first sliding shaft (S1), which lies transversely with respect to the transport direction (T), by means of a first printing head shifting apparatus, and - a second printing head (D2) for depositing the viscous printing material, - wherein the second printing head (D2) is displaceable along a second sliding shaft (S2), which lies parallel to the first sliding shaft (S1) and is offset along the transport direction (T), by means of a second printing head shifting apparatus, and - wherein the first and the second sliding shaft (S1, S2) are each shiftable in the transport direction (T) by means of a shifting apparatus which is activatable by a control apparatus , characterized in that - the printer platform has at least one input and output device which is configured to supply the printing apparatuses to the printer platform from the outside and to output the printing apparatuses from the printer platform to the outside; and in that - the printing apparatuses are freely movable on the printer platform . - a transport device which is suitable for moving an object to be printed on along a predefined transport direction (T) through a printing portion of the printing apparatus , - a first printing head (D1) for depositing a viscous printing material, wherein the first printing head (D1) is displaceable along a first sliding shaft (S1), which lies transversely with respect to the transport direction (T), by means of a first printing head shifting apparatus, and - a second printing head (D2) for depositing the viscous printing material, - wherein the second printing head (D2) is displaceable along a second sliding shaft (S2), which lies parallel to the first sliding shaft (S1) and is offset along the transport direction (T), by means of a second printing head shifting apparatus, and - wherein the first and the second sliding shaft (S1, S2) are each shiftable in the transport direction (T) by means of a shifting apparatus which is activatable by a control apparatus , - the printer platform has at least one input and output device which is configured to supply the printing apparatuses to the printer platform from the outside and to output the printing apparatuses from the printer platform to the outside; and in that - the printing apparatuses are freely movable on the printer platform .