mhurhangee/patent-ind-claim-en huggingface dataset:
Method for managing a pressure storage system with at least one pressure storage tank, i.e. on the one hand for filling it with compressed gas and/or on the other hand conversely for withdrawing compressed gas from the pressure storage tank, wherein the pressure storage tank is partially filled with liquid , whereby the charging of the pressure storage tank with a unit of compressed gas is accompanied by the withdrawal of a unit of liquid from the pressure storage tank , whereby the withdrawn unit of liquid is being used to displace the unit of compressed gas into the pressure storage tank by means of a shifting device consisting of at least one shifting mechanism and at least one shifting container , or vice versa the withdrawal of a unit of compressed gas from the pressure storage tank is accompanied by the charging of the pressure storage tank with a unit of liquid , whereby the unit of liquid is being used to withdraw the unit of compressed gas from the pressure storage tank by means of the shifting device , whereby the shifting of compressed gas into or out of the pressure storage tank is performed at low power when required, which means that no height difference between the pressure storage tank and the shifting device is necessary, and no hermetically sealed gas cushion in the pressure storage tank is necessary, and for the shifting of the unit of liquid only the overcoming of a pressure difference caused by friction and flow losses as well as a pressure difference caused by a possibly existing height difference is necessary.
Arc fault protection device having - two contacts which are electrically isolated from one another in a fault state (II to VII) and are electrically short-circuited in an operating state (I, VIII), - a detection device for detecting an arc fault and for automatically changing the arc fault protection device from the operating state (I, VIII) to the fault state (II to VII) if the arc fault is detected, - an operating device for manually switching the arc fault protection device on and off, - a resetting device for capturing a temporal operating sequence of manual operation of the operating device and for resetting the arc fault protection device from the fault state to the operating state on the basis of the captured operating sequence, characterized in that - the arc fault protection device can be reset by means of a second operating sequence which is characterized by a switching-on operation (state VI), a switching-off operation (state VII) in a predefined time window after the switching-on operation and a subsequent renewed switching-on operation (state VIII), in each case by the operating device . - two contacts which are electrically isolated from one another in a fault state (II to VII) and are electrically short-circuited in an operating state (I, VIII), - a detection device for detecting an arc fault and for automatically changing the arc fault protection device from the operating state (I, VIII) to the fault state (II to VII) if the arc fault is detected, - an operating device for manually switching the arc fault protection device on and off, - a resetting device for capturing a temporal operating sequence of manual operation of the operating device and for resetting the arc fault protection device from the fault state to the operating state on the basis of the captured operating sequence, characterized in that - the arc fault protection device can be reset by means of a second operating sequence which is characterized by a switching-on operation (state VI), a switching-off operation (state VII) in a predefined time window after the switching-on operation and a subsequent renewed switching-on operation (state VIII), in each case by the operating device .
An apparatus for controlling an adding of a third party device to a radiofrequency sensing group , wherein the radiofrequency sensing group consists of a plurality of network devices performing radiofrequency sensing in an area, wherein the third party device is adapted to provide a functionality that allows to contribute to a radiofrequency sensing of the radiofrequency sensing group , wherein the apparatus is characterized by comprising: a critical sensing functionality determination unit for determining a critical sensing functionality for the radiofrequency sensing currently performed by the radiofrequency sensing group , a contribution determination unit for determining a potential contribution that the functionality of the third party device can provide to the radiofrequency sensing of the radiofrequency sensing group , when the third party device is added to the radiofrequency sensing group , and a controlling unit for controlling the adding of the third party device to the radiofrequency sensing group based on the determined critical sensing functionality and the determined potential contribution to the radiofrequency sensing of the radiofrequency sensing group . a critical sensing functionality determination unit for determining a critical sensing functionality for the radiofrequency sensing currently performed by the radiofrequency sensing group , a contribution determination unit for determining a potential contribution that the functionality of the third party device can provide to the radiofrequency sensing of the radiofrequency sensing group , when the third party device is added to the radiofrequency sensing group , and a controlling unit for controlling the adding of the third party device to the radiofrequency sensing group based on the determined critical sensing functionality and the determined potential contribution to the radiofrequency sensing of the radiofrequency sensing group .
A combination of the cannabinoids tetrahydrocannabinol (THC) and cannabidiol (CBD) in a ratio of from 5:1 to 1:5 for use in the treatment of a brain tumour.
A plate heat exchanger for a process engineering system , having a plurality of lamellae and a plurality of separating plates (5-7), which are arranged alternately, wherein at least one separating plate has an optical waveguide that is embedded in the at least one separating plate in such a way that the optical waveguide is covered on both sides by material of the at least one separating plate in a first direction (R1) and in a second direction (R2), which are each oriented perpendicularly to a plane (E) spanned by the at least one separating plate and in opposite directions to one another.
An information processing server , wherein a transmission signal, transmitted from a signal transmission device attached to a domestic animal and relayed to the information processing server by at least one or more signal relay devices installed to correspond to a rearing region of the domestic animal , includes a transmission device identifier for specifying the signal transmission device and a relay device identifier for specifying the signal relay device , the information processing server comprising: a control unit configured to determine whether or not the domestic animal stays in a rearing region corresponding to a rearing stage on a basis of the relay device identifier and individual information regarding the domestic animal corresponding to the transmission device identifier; and a notification information generation unit configured to generate notification information for controlling notification in an information terminal on a basis of the determination by the control unit , characterized in that : the control unit is configured to change status information regarding the domestic animal to which the signal transmission device having transmitted the transmission signal is attached on a basis of the transmission and a status changing condition, a rearing process of the domestic animal includes a plurality of rearing stages, and the control unit is configured to change the status information regarding the domestic animal so that the rearing stage of the domestic animal proceeds to a subsequent rearing stage. a control unit configured to determine whether or not the domestic animal stays in a rearing region corresponding to a rearing stage on a basis of the relay device identifier and individual information regarding the domestic animal corresponding to the transmission device identifier; and a notification information generation unit configured to generate notification information for controlling notification in an information terminal on a basis of the determination by the control unit , characterized in that : the control unit is configured to change status information regarding the domestic animal to which the signal transmission device having transmitted the transmission signal is attached on a basis of the transmission and a status changing condition, a rearing process of the domestic animal includes a plurality of rearing stages, and the control unit is configured to change the status information regarding the domestic animal so that the rearing stage of the domestic animal proceeds to a subsequent rearing stage. the control unit is configured to change status information regarding the domestic animal to which the signal transmission device having transmitted the transmission signal is attached on a basis of the transmission and a status changing condition, a rearing process of the domestic animal includes a plurality of rearing stages, and the control unit is configured to change the status information regarding the domestic animal so that the rearing stage of the domestic animal proceeds to a subsequent rearing stage.
An adjustable weight lifting device , comprising: a tube ; a cylindrical member disposed in the tube , the tube and the cylindrical member being rotatable relative to each other and axially fixed relative to each other; a first housing having an axially inner portion nonrotatably attached to the tube at a first end of the tube and an axially outer portion nonrotatably attached to the cylindrical member at a first end of the cylindrical member , and a second housing having an axially inner portion nonrotatably attached to the tube at a second end (31") of the tube and an axially outer portion nonrotatably attached to the cylindrical member at a second end (45") of the cylindrical member ; characterized in that the adjustable weight lifting device includes: a first pin and a second pin , the first pin and the second pin being axially and rotatably movable relative to the tube , the cylindrical member being disposed in axially extending recesses in both the first pin and the second pin . a tube ; a cylindrical member disposed in the tube , the tube and the cylindrical member being rotatable relative to each other and axially fixed relative to each other; a first housing having an axially inner portion nonrotatably attached to the tube at a first end of the tube and an axially outer portion nonrotatably attached to the cylindrical member at a first end of the cylindrical member , and a second housing having an axially inner portion nonrotatably attached to the tube at a second end (31") of the tube and an axially outer portion nonrotatably attached to the cylindrical member at a second end (45") of the cylindrical member ; characterized in that the adjustable weight lifting device includes: a first pin and a second pin , the first pin and the second pin being axially and rotatably movable relative to the tube , the cylindrical member being disposed in axially extending recesses in both the first pin and the second pin .
An ink jet textile printing penetrant comprising: a water-soluble organic solvent; a surfactant; a chelating agent; and an aromatic compound. wherein the chelating agent is one type or two or more types selected from the group consisting of disodium ethylenediaminetetraacetate, diammoniumethylenediaminetetraacetate, trisodiumethylenediaminesuccinate, tetrasodium iminodisulfosuccinate, tetrasodium dicarboxymethylglutamate, and disodium nitrilotriacetate; and the chelating agent is present in a range of 0.001 mass% to 0.1 mass% with respect to a total amount of the ink jet textile printing penetrant; and wherein the aromatic compound is one type or two or more types selected from the group consisting of a compound which is represented by Formula (I) below and a compound which is represented a compound which is represented by Formula (II) below: (in Formula (I), X's each independently represent SO 3 R, COOR, or OPO(OR) 2 , R's each independently represent H, Li, Na, or K, and m is an integer of 1 or 2 and when X is SO 3 R, the aromatic ring may be substitututed with an amino and/or a hydroxyl group), (in Formula (II), X's each independently represent SO 3 R, COOR, or OPO(OR) 2 , R's each independently represent H, Li, Na, or K, and n is an integer of 1 to 3 and when X is SO 3 R, the aromatic ring may be substitututed with an amino and/or a hydroxyl group). a water-soluble organic solvent; a surfactant; a chelating agent; and an aromatic compound. wherein the chelating agent is one type or two or more types selected from the group consisting of disodium ethylenediaminetetraacetate, diammoniumethylenediaminetetraacetate, trisodiumethylenediaminesuccinate, tetrasodium iminodisulfosuccinate, tetrasodium dicarboxymethylglutamate, and disodium nitrilotriacetate; and
A medical or veterinary device comprising, on at least a part of its surface, a covalently immobilized and cross-linked agarose coating, wherein said coating also comprises heparin, and wherein the concentration of heparin is 2.6 μg/cm 2 or less.
A liquid discharge apparatus comprising: a piezoelectric actuator configured to cause liquid to be discharged from a nozzle; and a drive circuit configured to: apply a wake waveform to the actuator such that a voltage of the actuator increases to a first voltage and then is maintained at the first voltage without discharge of liquid from the nozzle; and apply a drive waveform to the actuator for a discharge cycle, such that liquid is discharged from the nozzle in the discharge cycle, characterised in that the drive circuit is configured such that a time from when the wake waveform starts to be applied to the actuator to when the drive waveform starts to be applied to the actuator is equal to or longer than a period of time equal to two discharge cycles. a piezoelectric actuator configured to cause liquid to be discharged from a nozzle; and a drive circuit configured to: apply a wake waveform to the actuator such that a voltage of the actuator increases to a first voltage and then is maintained at the first voltage without discharge of liquid from the nozzle; and apply a drive waveform to the actuator for a discharge cycle, such that liquid is discharged from the nozzle in the discharge cycle, characterised in that the drive circuit is configured such that apply a wake waveform to the actuator such that a voltage of the actuator increases to a first voltage and then is maintained at the first voltage without discharge of liquid from the nozzle; and apply a drive waveform to the actuator for a discharge cycle, such that liquid is discharged from the nozzle in the discharge cycle, characterised in that the drive circuit is configured such that a time from when the wake waveform starts to be applied to the actuator to when the drive waveform starts to be applied to the actuator is equal to or longer than a period of time equal to two discharge cycles.
A method for producing a lithium vanadium phosphate having a NASICON structure, the method comprising: a first step of mixing a vanadium compound comprising vanadium pentoxide, a phosphorus source comprising phosphoric acid and a reducing sugar in a water solvent to thereby prepare a mixed slurry, wherein the molar ratio of vanadium atoms to phosphorous atoms is 0.5 to 0.8, and the amount of the reducing sugar is 0.3 to 40 parts by mass in terms of C atom with respect to 100 parts by mass of lithium vanadium phosphate; a second step of subjecting the mixed slurry to a heat treatment to thereby make a solution; a third step of adding a lithium source comprising lithium hydroxide or comprising lithium carbonate to the solution to thereby prepare a raw material mixed liquid; wherein the molar ratio of lithium atoms to phosphorous atoms is 0.70 to 1.30; a fourth step of subjecting the raw material mixed liquid to a spray drying treatment to thereby obtain a reaction precursor; and a fifth step of firing the reaction precursor in an inert gas atmosphere or a reductive atmosphere at 500 to 1,300°C. a first step of mixing a vanadium compound comprising vanadium pentoxide, a phosphorus source comprising phosphoric acid and a reducing sugar in a water solvent to thereby prepare a mixed slurry, wherein the molar ratio of vanadium atoms to phosphorous atoms is 0.5 to 0.8, and the amount of the reducing sugar is 0.3 to 40 parts by mass in terms of C atom with respect to 100 parts by mass of lithium vanadium phosphate; a second step of subjecting the mixed slurry to a heat treatment to thereby make a solution; a third step of adding a lithium source comprising lithium hydroxide or comprising lithium carbonate to the solution to thereby prepare a raw material mixed liquid; wherein the molar ratio of lithium atoms to phosphorous atoms is 0.70 to 1.30; a fourth step of subjecting the raw material mixed liquid to a spray drying treatment to thereby obtain a reaction precursor; and a fifth step of firing the reaction precursor in an inert gas atmosphere or a reductive atmosphere at 500 to 1,300°C.
A contact comprising: a spring member constituted of a thin plate that has electrical conductivity and elasticity, the spring member causing elastic deformation when being sandwiched between a conductor pattern of a printed wiring board and a conductive member different from the printed wiring board; a housing made of resin that surrounds at least a part of the spring member from both sides at least across a deformation direction of respective portions of the spring member so as to support the spring member on the printed wiring board; and at least a pair of engaging portions , the respective engaging portions being formed in the spring member and the housing , the engaging portions engaging with one another when the housing is arranged in a position surrounding the spring member , so as to secure at least a part of the spring member to at least a part of the housing , wherein assuming that a portion of the spring member in contact with the conductor pattern is a first contact portion and a portion of the housing adapted to abut on the printed wiring board is a board abutting portion , in a state where the respective engaging portions engage with one another and a load is not applied on the spring member except from the housing , the first contact portion projects at the printed wiring board side with respect to the board abutting portion , the first contact portion is adapted to be solder bonded to the conductor pattern of the printed wiring board, characterized in that the board abutting portion is adapted to abut on the printed wiring board to support the spring member when an external force is applied to the spring member or the housing and when the contact is mounted on the printed wiring board.
A bending machine , comprising: an upper beam and a lower beam , each of the beams having a workpiece clamping element extending therefrom adapted for clamping a flat elongated sheet metal workpiece therebetween with at least an edge of the workpiece extending beyond the clamping elements in cantilever fashion; at least one bending tool carrier having a bending tool extending therefrom, the tool carrier being movable relative to a corresponding one of the beams and the bending tool being pivotal to exert pressure for bending the workpiece against the clamping elements to form an elongated bend in the workpiece ; characterized in that the bending machine further comprises: a wedge extendable between the corresponding one of the beams and the at least one bending tool carrier ; and an adjustment screw attached to the wedge for adjusting extension of the wedge between the corresponding one of the beams and the at least one bending tool carrier to provide uniform depth of the bend in the workpiece along the length of the bend. an upper beam and a lower beam , each of the beams having a workpiece clamping element extending therefrom adapted for clamping a flat elongated sheet metal workpiece therebetween with at least an edge of the workpiece extending beyond the clamping elements in cantilever fashion; at least one bending tool carrier having a bending tool extending therefrom, the tool carrier being movable relative to a corresponding one of the beams and the bending tool being pivotal to exert pressure for bending the workpiece against the clamping elements to form an elongated bend in the workpiece ; characterized in that the bending machine further comprises: a wedge extendable between the corresponding one of the beams and the at least one bending tool carrier ; and an adjustment screw attached to the wedge for adjusting extension of the wedge between the corresponding one of the beams and the at least one bending tool carrier to provide uniform depth of the bend in the workpiece along the length of the bend. a wedge extendable between the corresponding one of the beams and the at least one bending tool carrier ; and an adjustment screw attached to the wedge for adjusting extension of the wedge between the corresponding one of the beams and the at least one bending tool carrier to provide uniform depth of the bend in the workpiece along the length of the bend.
A genetically modified mammalian stem cell which is capable of differentiating to a T cell expressing a T cell receptor (TCR) directed to a first antigenic determinant, and which comprises a nucleic acid encoding a chimeric antigen receptor (CAR) which comprises an antigen recognition moiety directed to a second antigenic determinant, the antigen recognition moiety being operably linked to a T cell activation moiety through a hinge region and a transmembrane domain, wherein: the antigen recognition moiety comprises the amino acid sequence of SEQ ID NO: 8; the hinge region is a CD8 hinge or a CD28 hinge; the transmembrane domain is a CD8 transmembrane domain or a CD28 transmembrane domain; and the T cell activation moiety comprises (a) a 4-1BB signaling domain or a CD28 signaling domain, and (b) a TCR zeta signaling domain. the antigen recognition moiety comprises the amino acid sequence of SEQ ID NO: 8; the hinge region is a CD8 hinge or a CD28 hinge; the transmembrane domain is a CD8 transmembrane domain or a CD28 transmembrane domain; and the T cell activation moiety comprises (a) a 4-1BB signaling domain or a CD28 signaling domain, and (b) a TCR zeta signaling domain.
A joint sensor calibration target for joint calibration of vision and radar sensors comprising: a spherical portion which comprises one or more non-metallic materials; a cutout portion , wherein the cutout portion is formed within the spherical portion and comprises three equal surfaces ; and a trihedral reflector positioned within the cutout portion . a spherical portion which comprises one or more non-metallic materials; a cutout portion , wherein the cutout portion is formed within the spherical portion and comprises three equal surfaces ; and a trihedral reflector positioned within the cutout portion .