mhurhangee/patent-ind-claim-en huggingface dataset:
A device for antimicrobial treatment in the region of percutaneous accesses when performing interventions, in particular minimally invasive interventions, in bodies, having a base body in the form of a shaft for partial insertion into a body, the device being a device for endoscopy or a trocar, wherein the device further comprises at least one plasma source arranged in at least one section of the basic body , wherein the plasma source has at least one high-voltage electrode which is at least partially and in particular completely covered with a dielectric and which is configured to generate a plasma when an electrical voltage is applied and in cooperation with a second electrode by means of a dielectric barrier discharge, characterized in that in at least one section of the base body the high-voltage electrode and the dielectric are arranged in layers around a cross-section of the base body , wherein a high-voltage-resistant insulating layer is arranged between the base body and the high-voltage electrode , wherein the dielectric projects beyond the high-voltage electrode on both sides in the axial direction, wherein the dielectric contacts the insulating layer in these portions and lies against the base body beyond these portions.
An application device having a pin-like or tube-like reception body for a liquid or viscous application medium, namely varnishes containing solvent, wherein, on the reception body , means for fixing a dosing and dispensing device of the application medium and a detachable covering cap are provided, as well as furthermore having a funnel-shaped mouthpiece receiving an optionally replaceable application tip , characterized in that , in the mouthpiece , a cavity which is open toward the reception body is formed, which receives a valve support body in a latching fixable manner, wherein the valve support body , for its part, can be connected in a form-fit and/or force-fit manner to the reception body and an outlet opening present there for the application medium, furthermore the valve support body including an annular groove into which a diaphragm valve platelet can be inserted, which communicates with a passage opening of the valve support body so that the outlet quantity of the application medium is controllable, wherein the diaphragm valve platelet at the same time seals the valve support body toward the interior of the mouthpiece, and, for this purpose, the diaphragm valve platelet includes a diaphragm having puncture formations forming a targeted product passage amount when a corresponding pressure is built up, and the diaphragm valve platelet has a reinforced, circumferential edge (61; 62) protruding on both sides, wherein the edge engages into the first annular groove , on the one hand, and causes the sealing toward the interior of the mouthpiece, on the other hand.
A radio-frequency (RF) power generator , comprising: an output configured to output an RF power signal; a signal generator to generate an RF input signal; an RF power stage which receives the RF input signal and generates an amplified RF power signal at its output; at least one sampler configured to sample the RF signal at the output of the RF power stage ; a controller comprising a digital control portion and an analogue control portion , an analogue feedback path (F A ) between the at least one sampler and the controller enabling an analogue signal representation of a signal from the at least one sampler to be provided to the controller , and a digital feedback path (F D ) between the at least one sampler and the controller enabling a digital signal representation of the signal from the at least one sampler to be provided to the controller ; wherein the controller is configured to adjust the RF power signal at the output of the RF generator from a first state into a second state based on the analogue signal representation and/or the digital signal representation, characterized in that the analogue control portion of the controller is configured to bypass or to override the digital control portion . an output configured to output an RF power signal; a signal generator to generate an RF input signal; an RF power stage which receives the RF input signal and generates an amplified RF power signal at its output; at least one sampler configured to sample the RF signal at the output of the RF power stage ; a controller comprising a digital control portion and an analogue control portion , an analogue feedback path (F A ) between the at least one sampler and the controller enabling an analogue signal representation of a signal from the at least one sampler to be provided to the controller , and a digital feedback path (F D ) between the at least one sampler and the controller enabling a digital signal representation of the signal from the at least one sampler to be provided to the controller ; wherein the controller is configured to adjust the RF power signal at the output of the RF generator from a first state into a second state based on the analogue signal representation and/or the digital signal representation, characterized in that the analogue control portion of the controller is configured to bypass or to override the digital control portion .
A method of inspecting a substrate, the method characterized by comprising: generating a 3D image of the substrate based on image data of the substrate having an inspection object; generating (S2006) and displaying (S2008) a 2D development image of the substrate, which is two-dimensionally developed from the 3D image of the substrate; receiving (S2010) first input information including arbitrary point data or line data for setting a region of interest at a plurality of particular positions of the 2D development image from a user; and setting the region of interest corresponding to the point data or the line data as a first 2D region of interest having an arbitrary shape on the 2D development image of the substrate in accordance with the first input information; displaying (S2012) the first 2D region of interest; generating (S2018) and displaying (S2020) a 3D region of interest having a 3D shape based on the first 2D region of interest; generating a height measurement value of the inspection object based on the 3D region of interest; and determining whether the inspection object is good or not based on the height measurement value of the inspection object, wherein if the first 2D region of interest is combined with at least one second 2D region of interest set on the 2D development image of the substrate, the first 2D region of interest is resettable based on the at least one second 2D region of interest, and wherein if the first 2D region of interest is divided into at least two regions, the first 2D region of interest is resettable based on the at least two regions. generating a 3D image of the substrate based on image data of the substrate having an inspection object; generating (S2006) and displaying (S2008) a 2D development image of the substrate, which is two-dimensionally developed from the 3D image of the substrate; receiving (S2010) first input information including arbitrary point data or line data for setting a region of interest at a plurality of particular positions of the 2D development image from a user; and setting the region of interest corresponding to the point data or the line data as a first 2D region of interest having an arbitrary shape on the 2D development image of the substrate in accordance with the first input information; displaying (S2012) the first 2D region of interest; generating (S2018) and displaying (S2020) a 3D region of interest having a 3D shape based on the first 2D region of interest; generating a height measurement value of the inspection object based on the 3D region of interest; and determining whether the inspection object is good or not based on the height measurement value of the inspection object, wherein if the first 2D region of interest is combined with at least one second 2D region of interest set on the 2D development image of the substrate, the first 2D region of interest is resettable based on the at least one second 2D region of interest, and wherein if the first 2D region of interest is divided into at least two regions, the first 2D region of interest is resettable based on the at least two regions.
A composite semipermeable membrane in which a polyamide separation functional layer is formed on a porous support membrane comprising a substrate and a porous support, wherein a standard deviation of a membrane thickness of the separation functional layer is 2.00 nm or less, wherein the substrate comprises fibers, and wherein said porous support has a multilayered structure, wherein an average membrane thickness of said separation functional layer is 14 nm or more and 22 nm or less, wherein the porous support having a multilayered structure has at least two layers of polysulfone with a first layer that contacts with a substrate and a second layer that contacts with the polyamide separation functional layer, wherein the first layer has fine pores of a pore size of 0.1 μm or more and 1 μm or less, wherein the second layer has fine pores of a pore size of 1 nm or more and 10 nm or less, and wherein the pore size and the membrane thickness is determined as described in the description using an ultra-high resolution field-emission scanning electron microscope.
A method for unsealing enclave data, comprising: securely storing , by a sealing enclave hosted on a first native enclave platform , a permitted list and associated enclave data from a source enclave , wherein the permitted list includes a list of one or more enclave identities permitted to unseal the enclave data; receiving a destination attestation report of a destination enclave hosted on a second native enclave platform ; deriving a destination identity of the destination enclave from the destination attestation report; determining access permission by verifying that the destination identity is included in the permitted list; and sending the enclave data from the sealing enclave to the destination enclave . securely storing , by a sealing enclave hosted on a first native enclave platform , a permitted list and associated enclave data from a source enclave , wherein the permitted list includes a list of one or more enclave identities permitted to unseal the enclave data; receiving a destination attestation report of a destination enclave hosted on a second native enclave platform ; deriving a destination identity of the destination enclave from the destination attestation report; determining access permission by verifying that the destination identity is included in the permitted list; and sending the enclave data from the sealing enclave to the destination enclave .
A valve drive of an internal combustion engine comprising a camshaft with • a base shaft configured to rotate about a longitudinal axis , and • a lobe pack mounted on the base shaft and comprising at least two differently shaped cam lobes, the valve drive further comprising: • two actuator bodies associated with two actuator pins , in which each pin is connected to a valve of a cylinder of the engine and each actuator body is configured to be moved when hit by a said cam lobe aligned therewith and by that lift at least one said valve between a closed and open positions, and • an arrangement controllable to displace the lobe pack axially along the base shaft so as to for each actuator body change cam lobe aligned therewith, and wherein the lobe pack comprises three cam lobes (7-9) characterized in that a second, middle cam lobe has a shape leaving an actuator body aligned therewith uninfluenced thereby by rotation of the camshaft, and that this middle cam lobe is in common to both actuator bodies and the arrangement is configured to displace the lobe pack between a first position, in which a first of said actuator bodies is aligned with and hit and moved by a first said cam lobe by rotation of the camshaft and the other, second actuator body is aligned with said middle cam lobe , and a second position, in which the second actuator body is aligned with and hit and moved by a third said cam lobe by rotation of the camshaft and the first actuator body is aligned with the middle cam lobe . • a base shaft configured to rotate about a longitudinal axis , and • a lobe pack mounted on the base shaft and comprising at least two differently shaped cam lobes, • two actuator bodies associated with two actuator pins , in which each pin is connected to a valve of a cylinder of the engine and each actuator body is configured to be moved when hit by a said cam lobe aligned therewith and by that lift at least one said valve between a closed and open positions, and • an arrangement controllable to displace the lobe pack axially along the base shaft so as to for each actuator body change cam lobe aligned therewith,
A flushing valve for rinsing toilet basins, of the type that makes it possible to choose to trigger either a small volume or a large volume of water, including a valve body , preferably made from a composite material, said body receiving, in the upper part, a head body with which it is secured, the lower part of the head body bearing on a dual chamber timing jacket , a lower timing chamber and an upper timing chamber , said upper timing chamber being inserted into an inner housing located at the lower part of said head body , and said lower timing chamber being inserted between the lower face of the lower part of the head body and a shoulder located inside the valve body .
A compound which is a benzimidazole of formula (I): wherein: X is a 5-membered heteroaryl group selected from the following: R 1 is a group which is unsubstituted or substituted and is selected from C-linked 4- to 6-membered heterocyclyl; C 3 -C 6 cycloalkyl; C 1 -C 6 alkyl which is unsubstituted or substituted by C 6 -C 10 aryl, 5- to 12-membered N-containing heteroaryl, C 3 -C 6 cycloalkyl, OH, -OC(O)R' or OR' wherein R' isunsubstituted C 1 -C 6 alkyl; and a spiro group of the following formula: Y is -CH 2 -, -CH 2 CH 2 - or -CH 2 CH 2 CH 2 -; n is 0 or 1; and R 2 is a group selected from C 6 -C 10 aryl, C 5 -C 6 heteroaryl, C 3 -C 6 cycloalkyl and C 5 -C 6 cycloalkenyl, wherein the group is unsubstituted or substituted and wherein C 6 -C 10 aryl is optionally fused to a 5- or 6-membered heterocyclic ring; or a pharmaceutically acceptable salt thereof. X is a 5-membered heteroaryl group selected from the following: R 1 is a group which is unsubstituted or substituted and is selected from C-linked 4- to 6-membered heterocyclyl; C 3 -C 6 cycloalkyl; C 1 -C 6 alkyl which is unsubstituted or substituted by C 6 -C 10 aryl, 5- to 12-membered N-containing heteroaryl, C 3 -C 6 cycloalkyl, OH, -OC(O)R' or OR' wherein R' isunsubstituted C 1 -C 6 alkyl; and a spiro group of the following formula: Y is -CH 2 -, -CH 2 CH 2 - or -CH 2 CH 2 CH 2 -; n is 0 or 1; and R 2 is a group selected from C 6 -C 10 aryl, C 5 -C 6 heteroaryl, C 3 -C 6 cycloalkyl and C 5 -C 6 cycloalkenyl, wherein the group is unsubstituted or substituted and wherein C 6 -C 10 aryl is optionally fused to a 5- or 6-membered heterocyclic ring; or a pharmaceutically acceptable salt thereof.
A sock comprising: at least one flexible pad section located on the underside of the sock; the at least one flexible pad section having a rear face which is attached to the sock and an outwardly facing front face; a plurality of suckers located on the at least one pad section; on the front face of the at least one flexible pad section the suckers form a concave shape and are therefore capable of creating a suction action when depressed under pressure; characterized in that the plurality of the suckers have circular shaped side walls wherein an outer surface of the side walls are sloped inwards towards a central part of the concave sucker whereupon the base of the side wall is wider than the top portion which has been found to be optimal to increase the efficiency of the suction/gripping action; wherein the plurality of suckers thereby are able to more securely attach a person's foot to the inside of a shoe during use. at least one flexible pad section located on the underside of the sock; the at least one flexible pad section having a rear face which is attached to the sock and an outwardly facing front face; a plurality of suckers located on the at least one pad section; on the front face of the at least one flexible pad section the suckers form a concave shape and are therefore capable of creating a suction action when depressed under pressure; characterized in that the plurality of the suckers have circular shaped side walls wherein an outer surface of the side walls are sloped inwards towards a central part of the concave sucker whereupon the base of the side wall is wider than the top portion which has been found to be optimal to increase the efficiency of the suction/gripping action; wherein the plurality of suckers thereby are able to more securely attach a person's foot to the inside of a shoe during use.
A computer-implemented method for specifying design parameters or at least one common design feature for at least first and second dental restoration components that must be installed in a cooperating relationship, said method comprising: receiving a set of design dimensional constraints which must be satisfied for each of the first and second dental restoration components; receiving a set of design parameters for each of the first and second dental restoration components; and assigning values to the design parameters or the at least one common design feature of the first and second dental components such that there is an absence of conflicts between the values of the design parameters and the design constraints, wherein the first and second dental restoration components are an abutment and a crown, respectively, the at least one common design feature being a common margin for the abutment and crown. receiving a set of design dimensional constraints which must be satisfied for each of the first and second dental restoration components; receiving a set of design parameters for each of the first and second dental restoration components; and assigning values to the design parameters or the at least one common design feature of the first and second dental components such that there is an absence of conflicts between the values of the design parameters and the design constraints, wherein the first and second dental restoration components are an abutment and a crown, respectively, the at least one common design feature being a common margin for the abutment and crown.
A system for a turbine, the system comprising adjacent turbine bucket platforms including opposing slash faces having opposing grooves ; a damper pin having a substantially right-circular cylindrical-shaped body configured for positioning in the opposing grooves ; and a set of slots in an outer surface of the damper pin and spaced axially along the damper pin , wherein each slot extends approximately 150° about the circumferential outer surface of the damper pin, characterized in that each slot on the circumferential outer surface of the damper pin faces in a radially outward direction relative to the turbine bucket platforms . a damper pin having a substantially right-circular cylindrical-shaped body configured for positioning in the opposing grooves ; and a set of slots in an outer surface of the damper pin and spaced axially along the damper pin , wherein each slot extends approximately 150° about the circumferential outer surface of the damper pin, characterized in that each slot on the circumferential outer surface of the damper pin faces in a radially outward direction relative to the turbine bucket platforms .
A method for controlling a primary local heating system comprising a first heat source connected to a heating grid , a second heat source connected to an electrical energy grid , one or more heat emitting devices for providing comfort heating, and a distribution system for circulating heat transfer fluid between said one or more heat emitting devices and the first and second heat sources , the method characterized in comprising: determining (S202) a temporally resolved heating control parameter indicating a temporally resolved overall heating consumption need of a plurality of local heating systems, the plurality of local heating systems being connected to the heating grid , in relation to a temporally resolved overall available heating capacity of the heating grid , determining (S204) a temporally resolved electric power control parameter indicating a temporally resolved overall electric power need of the electrical energy grid in relation to a temporally resolved overall available electric power of the electrical energy grid to which the second heat source is connected, and controlling (S206), based on a comparison of the temporally resolved heating control parameter and the temporally resolved electric power control parameter, a relative outtake of heat from the first and second heat sources , such that the temporally resolved heating control parameter times the outtake of heat from the first heat source plus the temporally resolved electric power control parameter times the outtake of heat from the second heat source is minimized. determining (S202) a temporally resolved heating control parameter indicating a temporally resolved overall heating consumption need of a plurality of local heating systems, the plurality of local heating systems being connected to the heating grid , in relation to a temporally resolved overall available heating capacity of the heating grid , determining (S204) a temporally resolved electric power control parameter indicating a temporally resolved overall electric power need of the electrical energy grid in relation to a temporally resolved overall available electric power of the electrical energy grid to which the second heat source is connected, and controlling (S206), based on a comparison of the temporally resolved heating control parameter and the temporally resolved electric power control parameter, a relative outtake of heat from the first and second heat sources , such that the temporally resolved heating control parameter times the outtake of heat from the first heat source plus the temporally resolved electric power control parameter times the outtake of heat from the second heat source is minimized.
A water-soluble unit dose article comprising a water-soluble film and a liquid detergent composition comprising between 25% and 55% by weight of the liquid detergent composition of a non-soap surfactant, wherein the non-soap surfactant comprises an anionic surfactant and a non-ionic surfactant and wherein the weight ratio of anionic surfactant to non-ionic surfactant is between 23:1 to 2.5:1; and wherein the liquid detergent composition comprises an encapsulated enzyme, and wherein the encapsulated enzyme is of the core-shell type, wherein the enzyme is located within the core; and wherein, the liquid detergent composition comprises between 0.0001% and 0.75%, by weight of the liquid laundry detergent composition of the encapsulated enzyme, meaning the weight percentage of the enzyme protein only excluding the weight percentage of any other materials such as the shell that is present in the encapsulate, and wherein the liquid detergent composition comprises hydrogenated castor oil, perfume esters, polyester terephthalate polymer or a mixture thereof.