mhurhangee/patent-ind-claim-en huggingface dataset:
A method of handling a hash-tree based data signature, the method being performed in a client device and comprising: - receiving , from a gateway device , a hash-tree based data signature, wherein the method is characterised by further comprising: - determining , based on the received hash-tree based data signature, a first partial signature, P1, and - using the first partial signature in a verification procedure towards a keyless signature infrastructure, KSI, system for verifying integrity of a data asset., wherein the using comprises: - requesting a second partial signature, P2, from the gateway device , - assembling a data signature based on the first partial signature, P1, and the received second partial signature, P2, and - sending the assembled data signature in a verification request to the gateway device for conveyance to the KSI system . - receiving , from a gateway device , a hash-tree based data signature, wherein the method is characterised by further comprising: - determining , based on the received hash-tree based data signature, a first partial signature, P1, and - using the first partial signature in a verification procedure towards a keyless signature infrastructure, KSI, system for verifying integrity of a data asset., wherein the using comprises: - requesting a second partial signature, P2, from the gateway device , - assembling a data signature based on the first partial signature, P1, and the received second partial signature, P2, and - sending the assembled data signature in a verification request to the gateway device for conveyance to the KSI system . - determining , based on the received hash-tree based data signature, a first partial signature, P1, and - using the first partial signature in a verification procedure towards a keyless signature infrastructure, KSI, system for verifying integrity of a data asset., wherein the using comprises: - requesting a second partial signature, P2, from the gateway device , - assembling a data signature based on the first partial signature, P1, and the received second partial signature, P2, and - sending the assembled data signature in a verification request to the gateway device for conveyance to the KSI system . - requesting a second partial signature, P2, from the gateway device , - assembling a data signature based on the first partial signature, P1, and the received second partial signature, P2, and - sending the assembled data signature in a verification request to the gateway device for conveyance to the KSI system .
Device for assisting in the placement of dental implants, comprising a set of gutters , each gutter being intended to rest directly or indirectly on at least one tooth and/or at least a portion of gum of said patient, each gutter comprising at least one guide hole for a drilling member, the orifices comprising diameters defined according to the surgical operation to be carried out, the orifices of the same diameters are all arranged on the same gutter so that a drilling diameter corresponds to a particular gutter , said set of gutters comprising as many gutters as different drilling diameters to be carried out during the surgical operation, the device comprising a support member intended to be fixed on the patient's gum, each gutter comprising a shape complementary to that of the support member to be able to rest on it, the support member and the gutters comprising complementary fixing means, the gutters and the support member being made of plastic material, characterized in that the gutters and the support member are connected together by at least one separable connecting tab so that the set of gutters and the support member form a cluster
A hemostatic agent applicator for use in disposing a fluid hemostatic agent , comprising: a tool body in which a hollow part surrounded by a wall part is formed and which includes an open end part on a downstream side of the wall part; and an inlet provided to a portion of the wall part of the tool body to communicate with the hollow part, characterized in that an angle between the inlet and an upper surface of the tool body ranges from 20° to 80°. a tool body in which a hollow part surrounded by a wall part is formed and which includes an open end part on a downstream side of the wall part; and an inlet provided to a portion of the wall part of the tool body to communicate with the hollow part, characterized in that an angle between the inlet and an upper surface of the tool body ranges from 20° to 80°.
Casing for a motor vehicle traction motor, comprising: longitudinal walls that define a longitudinally extending housing for receiving a stator and a rotor of the motor, at least one bearing for supporting a shaft of the rotor, said shaft extending longitudinally in the housing, and at least one bottom wall that extends between an end edge of the longitudinal walls and the bearing, the end edge defining the join between the longitudinal walls and the bottom wall , wherein the bottom wall defines ribs that extend along a radial component as far as the bearing, the bottom wall defining a central indentation at the bearing , where the end edge of the longitudinal walls is circumscribed in a single plane (P) normal to the longitudinal direction, the bearing being in, or substantially in, the same plane normal to the longitudinal direction as the end edge of the longitudinal walls, characterized in that the bottom wall is curved between the end edge of the longitudinal walls on one side and the bearing on the other side. longitudinal walls that define a longitudinally extending housing for receiving a stator and a rotor of the motor, at least one bearing for supporting a shaft of the rotor, said shaft extending longitudinally in the housing, and at least one bottom wall that extends between an end edge of the longitudinal walls and the bearing, the end edge defining the join between the longitudinal walls and the bottom wall , wherein the bottom wall defines ribs that extend along a radial component as far as the bearing, the bottom wall defining a central indentation at the bearing , where the end edge of the longitudinal walls is circumscribed in a single plane (P) normal to the longitudinal direction, the bearing being in, or substantially in, the same plane normal to the longitudinal direction as the end edge of the longitudinal walls, characterized in that the bottom wall is curved between the end edge of the longitudinal walls on one side and the bearing on the other side.
A Vascular Endothelial FSH receptor (VE-FSHR) ligand which is coupled to an anti-tumor agent, for use in treating a cancer, wherein the ligand is an anti- VE-FSHR antibody, wherein the VE-FSHR ligand coupled to the anti-tumor agent is to be administered intravenously.
An air conditioner having a pipe protecting support , the air conditioner further comprising an upper base and a wall-mounted plate , the upper base being capable of being flippably hung on the wall-mounted plate , characterized in that , the pipe protecting support comprises a pipe protecting member and mounting members , the pipe protecting member is provided inside with a pipe protecting cavity for receiving a pipeline bundle , the pipe protecting member is connected to the mounting members , the pipe protecting member is used to be detachably connected to the wall-mounted plate , and the mounting members are rotatably connected to the upper base .
Manifold for a pneumatic control panel of a railway vehicle, the manifold comprising at least one conduit for guiding a pneumatic fluid and at least one attachment section for attaching a pneumatic device, wherein the manifold is obtainable from a blank that is obtainable by an additive manufacturing process, characterized in that the conduits comprise a wall section and a flow-through section, wherein the wall section has a thickness of less than 2 mm.
A pharmaceutical composition for use in the treatment or remission of chronic myelogenous leukemia in a patient, wherein the composition comprises, as active ingredients, -2-[ -3-amino-2-hydroxy-4-phenylbutanoylamino]-4-methylpentanoic acid or a pharmacologically acceptable salt thereof in an amount that is administered at a dose of 5 to 20 mg/day, and 4-[(4-methyl-1-piperazinyl)methyl]-N-[4-methyl-3-[[4-(3-pyridinyl)-2-pyrimidinyl]amino]phenyl]- benzamide or a pharmacologically acceptable salt thereof in an amount that is administered at a dose of 50 to 200 mg/day.
A stacked composite interior component comprising a first member and a second member stacked on the first member , wherein the second member includes a projection that projects from an opposing surface opposed to the first member and is deformed while bending in a falling manner by contacting the first member , characterized in that the second member includes a protruding portion that projects from the opposing surface and restricts close contact between the projection and the opposing surface , wherein the protruding portion is arranged at a position on the opposing surface that is spaced from a proximal end of the projection by a distance shorter than or equal to a projecting length (L) of the projection .
A method for controlling an amount of power to be delivered from a wind turbine generator to a power grid during an abnormal power grid event, the method comprising the steps of 1) detecting an abnormal power grid event, wherein the abnormal power grid event involves a voltage change on the power grid; 2) shifting operation of the wind turbine generator from a power mode to a current mode ; and 3) controlling an active current (IPREF) delivered to the power grid in response to a measured or determined total active current , wherein the step of controlling the active current comprises - an outer active closed control loop comprising an active current regulator , and - an inner active closed control loop comprising an active current rotor controller , wherein the active current regulator provides at least a portion of a control signal to the active current rotor controller; and 4) controlling a reactive current (I Qref ) delivered to the power grid in response to a measured or determined total reactive current wherein the step of controlling the reactive current comprises - an outer reactive closed control loop comprising a reactive current regulator , and - an inner reactive closed control loop comprising a reactive current rotor controller , wherein the reactive current regulator provides at least a portion of a control signal to the reactive current rotor controller. 1) detecting an abnormal power grid event, wherein the abnormal power grid event involves a voltage change on the power grid; 2) shifting operation of the wind turbine generator from a power mode to a current mode ; and 3) controlling an active current (IPREF) delivered to the power grid in response to a measured or determined total active current , wherein the step of controlling the active current comprises - an outer active closed control loop comprising an active current regulator , and - an inner active closed control loop comprising an active current rotor controller , wherein the active current regulator provides at least a portion of a control signal to the active current rotor controller; and - an outer active closed control loop comprising an active current regulator , and - an inner active closed control loop comprising an active current rotor controller , 4) controlling a reactive current (I Qref ) delivered to the power grid in response to a measured or determined total reactive current wherein the step of controlling the reactive current comprises - an outer reactive closed control loop comprising a reactive current regulator , and - an inner reactive closed control loop comprising a reactive current rotor controller , wherein the reactive current regulator provides at least a portion of a control signal to the reactive current rotor controller. - an outer reactive closed control loop comprising a reactive current regulator , and - an inner reactive closed control loop comprising a reactive current rotor controller ,
Actuating arrangement (300; 400), comprising a. a rotating input element at which a first torque of a motor arrangement can be input into the actuating arrangement, b. a rotating output element (316; 416) at which a second torque can be output from the actuating arrangement, c. a transmission portion for transforming the first torque into the second torque, wherein the transmission portion comprises a transmission apparatus with a first thread portion and a second thread portion, wherein the first thread portion converts a rotation of the input element into an axial movement of the transmission apparatus and the second thread portion converts an axial movement of the transmission apparatus into a rotation of the output element, and wherein the first thread portion and the second thread portion have thread pitches which are different from one another, characterised in that the transmission apparatus is connected to the output element (316; 416) axially displaceably relative to one another, but rotationally conjointly. a. a rotating input element at which a first torque of a motor arrangement can be input into the actuating arrangement, b. a rotating output element (316; 416) at which a second torque can be output from the actuating arrangement, c. a transmission portion for transforming the first torque into the second torque, wherein the transmission portion comprises a transmission apparatus with a first thread portion and a second thread portion, wherein the first thread portion converts a rotation of the input element into an axial movement of the transmission apparatus and the second thread portion converts an axial movement of the transmission apparatus into a rotation of the output element, and wherein the first thread portion and the second thread portion have thread pitches which are different from one another, characterised in that the transmission apparatus is connected to the output element (316; 416) axially displaceably relative to one another, but rotationally conjointly. wherein the transmission portion comprises a transmission apparatus with a first thread portion and a second thread portion, wherein the first thread portion converts a rotation of the input element into an axial movement of the transmission apparatus and the second thread portion converts an axial movement of the transmission apparatus into a rotation of the output element, and wherein the first thread portion and the second thread portion have thread pitches which are different from one another, characterised in that the transmission apparatus is connected to the output element (316; 416) axially displaceably relative to one another, but rotationally conjointly.
A method of improving the expression levels of biologically active proteins in a bacterial cell free synthesis system comprising the steps of: i) combining a bacterial extract with a nucleic acid encoding a protein of interest to yield a bacterial cell free synthesis system; and, ii) incubating the bacterial cell free synthesis system under conditions permitting the expression of the protein of interest to a concentration of at least about 100 mg/L, wherein the bacterial extract has an active oxidative phosphorylation system and comprises biologically functioning tRNA, amino acids and ribosomes necessary for cell free protein synthesis, and the extract is prepared from a bacterium that expresses an exogenous disulfide isomerase and an exogenous prolyl isomerase at a total concentration of at least 1 g/liter of extract. i) combining a bacterial extract with a nucleic acid encoding a protein of interest to yield a bacterial cell free synthesis system; and, ii) incubating the bacterial cell free synthesis system under conditions permitting the expression of the protein of interest to a concentration of at least about 100 mg/L, wherein the bacterial extract has an active oxidative phosphorylation system and comprises biologically functioning tRNA, amino acids and ribosomes necessary for cell free protein synthesis, and the extract is prepared from a bacterium that expresses an exogenous disulfide isomerase and an exogenous prolyl isomerase at a total concentration of at least 1 g/liter of extract.
A resin composition comprising: an inorganic filler; a thermosetting resin; and a thermosetting catalyst, wherein the inorganic filler contains an aggregated inorganic filler, the thermosetting resin contains an epoxy resin, the resin composition contains two or more kinds of thermosetting catalysts having a melting point of 100°C or higher, and two or more kinds of the thermosetting catalysts have a structure derived from imidazole. an inorganic filler; a thermosetting resin; and a thermosetting catalyst, wherein the inorganic filler contains an aggregated inorganic filler, the thermosetting resin contains an epoxy resin, the resin composition contains two or more kinds of thermosetting catalysts having a melting point of 100°C or higher, and two or more kinds of the thermosetting catalysts have a structure derived from imidazole.
A wind turbine comprising a rotor for turning wind energy into rotational energy and an axial flux rotary generator , wherein the rotor is directly coupled to the axial flux rotary generator so that the generator is directly driven by the rotor, the axial flux rotary generator comprising: two magnetic annuli ; a coil annulus ; the magnetic annuli and coil annulus having a common axis; the two magnetic annuli defining a plurality of magnetic fields around the common axis extending across a gap between the two magnetic annuli and the coil annulus having a sequence of coils attached around the common axis in the gap such that lines of magnetic flux from the magnetic fields cut the turns of the coils and thus induce electric current in the coils as the magnetic annuli are caused to rotate relative to the coil annulus ; characterised in that a relative positioning of individual magnetic fields and a relative positioning of centers and sizing of individual coils in the sequence of coils is such that (i) the electric currents in the individual coils of the sequence of coils are in excess of three phases relative to one another, (ii) the number of common factors other than one between the number of coils in the sequence of coils and the number of individual magnetic fields around the common axis is one or zero, (iii) the number of magnetic fields defined by the magnetic annuli is 10 or more, and (iv) wherein the difference in number of magnetic fields compared to number of coils is between 1 and 3. two magnetic annuli ; a coil annulus ; the magnetic annuli and coil annulus having a common axis; the two magnetic annuli defining a plurality of magnetic fields around the common axis extending across a gap between the two magnetic annuli and the coil annulus having a sequence of coils attached around the common axis in the gap such that lines of magnetic flux from the magnetic fields cut the turns of the coils and thus induce electric current in the coils as the magnetic annuli are caused to rotate relative to the coil annulus ; characterised in that a relative positioning of individual magnetic fields and a relative positioning of centers and sizing of individual coils in the sequence of coils is such that (i) the electric currents in the individual coils of the sequence of coils are in excess of three phases relative to one another, (ii) the number of common factors other than one between the number of coils in the sequence of coils and the number of individual magnetic fields around the common axis is one or zero, (iii) the number of magnetic fields defined by the magnetic annuli is 10 or more, and (iv) wherein the difference in number of magnetic fields compared to number of coils is between 1 and 3.
A computer implemented method comprising: defining a first rate in accordance with which actions in a virtual universe occur; modifying, for a first area of the virtual universe , a rate at which an action occurs to a second rate different from the first rate by modifying a rate at which data is processed to render the first area of the virtual universe , wherein said modifying causes actions in the first area to occur in accordance with the second rate .
A mounting structure, for a capacitor and a resistor in a parallel circuit, comprising: a resistor ; and a capacitor , in which a first electrode connected to one terminal (TE1) of the resistor and a second electrode connected to another terminal (TE2) of the resistor are formed, thereby connecting the resistor and the capacitor in parallel, wherein the first electrode includes a first electrode forming portion disposed so as to be parallel to a length direction (A) of the resistor , the second electrode includes a second electrode forming portion disposed so as to be parallel to the length direction (A) of the resistor , the resistor is configured by disposing a first resistance body and a second resistance body , which correspond one-to-one to the first electrode forming portion and the second electrode forming portion , so as to be separated along the length direction (A) and connecting the first resistance body and the second resistance body in series via a wire , the first resistance body , the second resistance body , and the wire being disposed so as to be aligned along the length direction (A), and the resistor is mounted so that the first resistance body is disposed directly facing the corresponding first electrode forming portion and the second resistance body is disposed directly facing the corresponding second electrode forming portion , characterized in that the wire has a lower resistance value than the first resistance body and the second resistance body , and the wire is aligned along a substantial length of the first resistance body and the second resistance body . a resistor ; and a capacitor , in which a first electrode connected to one terminal (TE1) of the resistor and a second electrode connected to another terminal (TE2) of the resistor are formed, thereby connecting the resistor and the capacitor in parallel, wherein the first electrode includes a first electrode forming portion disposed so as to be parallel to a length direction (A) of the resistor , the second electrode includes a second electrode forming portion disposed so as to be parallel to the length direction (A) of the resistor , the resistor is configured by disposing a first resistance body and a second resistance body , which correspond one-to-one to the first electrode forming portion and the second electrode forming portion , so as to be separated along the length direction (A) and connecting the first resistance body and the second resistance body in series via a wire , the first resistance body , the second resistance body , and the wire being disposed so as to be aligned along the length direction (A), and the resistor is mounted so that the first resistance body is disposed directly facing the corresponding first electrode forming portion and the second resistance body is disposed directly facing the corresponding second electrode forming portion , characterized in that the wire has a lower resistance value than the first resistance body and the second resistance body , and the wire is aligned along a substantial length of the first resistance body and the second resistance body .
A composition, comprising: a saline solution comprising Himalayan sea salt; a reactive oxygen species comprising hypochlorite present in an amount from about 1 to 1000 ppm; an emollient; and a pH modifier. a saline solution comprising Himalayan sea salt; a reactive oxygen species comprising hypochlorite present in an amount from about 1 to 1000 ppm; an emollient; and a pH modifier.