mhurhangee/patent-ind-claim-en huggingface dataset:
An exhaust gas purification filter, including: an inflow surface through which exhaust gas containing particulate matter flows in; a discharge surface from which purified gas is discharged; and a filter base body that is formed from a porous body, wherein the filter base body includes porous partition walls and gas flow paths surrounded by the partition walls , a porous film having a pore size smaller than a size of pores of the partition walls is provided on each surface of the partition walls , and microgrooves formed on at least a part of the surface of the porous film, and wherein the average pore size of the porous film is set at 50% accumulation of mercury entrance volume at a film portion by using a mercury porosimetry device, and the average pore size of the partition walls is set at 50% accumulation of mercury entrance volume at a film portion by using a mercury porosimetry device, said microgrooves having a depth in a range of 10 to 50% of the film thickness of the porous film at a portion in which the microgrooves are formed, characterized in that the filter base body includes porous partition walls having an average pore size between 5 and 50 μm, and gas flow paths surrounded by the partition walls , a porous film having an average pore size between 0.05 to 3 μm is provided on each surface of the partition walls . an inflow surface through which exhaust gas containing particulate matter flows in; a discharge surface from which purified gas is discharged; and a filter base body that is formed from a porous body,
A mechanical seal arrangement comprising: a mechanical seal including a rotating sliding ring and a stationary sliding ring defining a sealing gap therebetween, a sliding ring carrier , which is arranged on the rotating sliding ring , at least one driver element , which is arranged between the rotating sliding ring and the sliding ring carrier and is adapted to transmit a torque from the sliding ring carrier to the rotating sliding ring , wherein the rotating sliding ring is clearance-fitted into the sliding ring carrier , wherein the rotating sliding ring comprises a first recess , and the sliding ring carrier comprises a second recess , and wherein the driver element is clearance-fitted into the first recess characterized in that the driver element is clearance-fitted into the second recess . a mechanical seal including a rotating sliding ring and a stationary sliding ring defining a sealing gap therebetween, a sliding ring carrier , which is arranged on the rotating sliding ring , at least one driver element , which is arranged between the rotating sliding ring and the sliding ring carrier and is adapted to transmit a torque from the sliding ring carrier to the rotating sliding ring , wherein the rotating sliding ring is clearance-fitted into the sliding ring carrier , wherein the rotating sliding ring comprises a first recess , and the sliding ring carrier comprises a second recess , and wherein the driver element is clearance-fitted into the first recess characterized in that the driver element is clearance-fitted into the second recess .
Method for provision of preparatory information for preparation of magnetic resonance imaging of an examination object by means of a magnetic resonance device , comprising the following method steps: - Supporting of the examination object on a patient support facility of the magnetic resonance device, - Acquisition of a depth map of the examination object supported on the patient support facility by means of a time-of-flight camera , - Establishment of a preparatory information for the preparation of the magnetic resonance imaging using the acquired depth map and - Provision of the preparatory information, characterised in that the establishment of the preparatory information comprises a computation of a probability of localisation of an organ in a body of the examination object to be examined in the magnetic resonance imaging while using the depth map, wherein the computation of the probability of localisation of the organ to be examined comprises a matching of a body model , which comprises information about a localisation of the organ to be examined in the body model, to the examination object while using the depth map. - Supporting of the examination object on a patient support facility of the magnetic resonance device, - Acquisition of a depth map of the examination object supported on the patient support facility by means of a time-of-flight camera , - Establishment of a preparatory information for the preparation of the magnetic resonance imaging using the acquired depth map and - Provision of the preparatory information,
A polynucleotide encoding a fusion protein, wherein the fusion protein comprises an insulin signal peptide and an MDA-7/IL-24 protein.
A method in a user equipment "UE" for managing use of dynamic power sharing for dual carrier operation, which includes respective communications via a master cell group and a secondary cell group, the method comprising: identifying an allowed tolerance corresponding to a maximum expected possible deviation between a power level at which the UE requests that a communication via the master cell group be set and an actual power level at which the corresponding communication via the master cell group is transmitted; determining a level of a lower bound of a maximum configured power of the secondary cell group, which enables the UE to meet emission requirements during the dual carrier operation for communications via each of the master cell group and the secondary cell group, as well as the total power constraints for any overall communications of the UE, the determination based on the allowed tolerance identified relative to any communication via the master cell group; and setting the lower bound of the maximum configured power for a carrier of the secondary cell group at the determined level. identifying an allowed tolerance corresponding to a maximum expected possible deviation between a power level at which the UE requests that a communication via the master cell group be set and an actual power level at which the corresponding communication via the master cell group is transmitted; determining a level of a lower bound of a maximum configured power of the secondary cell group, which enables the UE to meet emission requirements during the dual carrier operation for communications via each of the master cell group and the secondary cell group, as well as the total power constraints for any overall communications of the UE, the determination based on the allowed tolerance identified relative to any communication via the master cell group; and setting the lower bound of the maximum configured power for a carrier of the secondary cell group at the determined level.
A method of preparing the surface of a developer roller comprising: adding a coating comprising isocyanate and a siloxane to a ground surface of the roller to create a urethane bond with unreacted hydroxyl (-OH) groups on the surface of the roller.
Vehicle with a system for averting the danger of a vehicle driving amok, wherein the system has at least one device for immobilising the vehicle by external influence, wherein the system comprises a sensor arrangement which is connected to the device, characterised in that the sensor arrangement is designed as a flat structure, the flat structure being integrated in a lighting arrangement of the vehicle, in particular in a headlight arrangement, and/or the flat structure being integrated in a body part , wherein the flat structure has an area of at least 2 dm 2 , wherein the sensor arrangement has closely spaced electrical and/or optical conductor tracks and, when the tracks are penetrated by a projectile such as a bullet from a pistol, the sensor arrangement triggers a signal and/or interrupts a signal in order to bring the vehicle to a standstill, wherein the sensor arrangement interacts with a driver assistance unit , wherein the driver assistance unit acts on a braking system and/or a drive system of the vehicle in order to bring the vehicle to a standstill.
A seal assembly comprising: a first carbon ring comprising a tab extending axially from the first carbon ring relative a center axis of the seal assembly ; a second carbon ring disposed adjacent to the first carbon ring and coaxial with the first carbon ring , the second carbon ring comprising a slot that extends axially into the second carbon ring ; characterized in that the tab of the first carbon ring mates with the slot of the second carbon ring such that the first and second carbon rings do not rotate relative to one another about the center axis more than ten degrees. a first carbon ring comprising a tab extending axially from the first carbon ring relative a center axis of the seal assembly ; a second carbon ring disposed adjacent to the first carbon ring and coaxial with the first carbon ring , the second carbon ring comprising a slot that extends axially into the second carbon ring ; characterized in that the tab of the first carbon ring mates with the slot of the second carbon ring such that the first and second carbon rings do not rotate relative to one another about the center axis more than ten degrees.
A method for restoring a volatile compound that is trapped in a trapping means , including a flowing step wherein a carrier gas flows through a flow splitter and the trapping means , at a controlled rate, by increasing the volume of a chamber located downstream of the trapping means , the flow splitter being located upstream of said trapping means and being configured to divide the flow of carrier gas into a stream towards said chamber and a stream towards the atmosphere, wherein the flowing step includes a first flowing sub-step during which the trapping means is not heated and a second flowing sub-step during which the trapping means is heated, and wherein the second flowing sub-step comprises switching a heating means from a first configuration for not heating the trapping means to a second configuration for heating the trapping means , by moving the heating means from a first position remote from the trapping means to a second position close to the trapping means , especially a second position surrounding the trapping means .
A method of tailoring the shape of a plurality of relief printing dots created in a photosensitive printing blank during a platemaking process, said photosensitive printing blank comprising at least one photocurable layer disposed on a backing layer, the method comprising the steps of: a) selectively exposing the at least one photocurable layer to a source of actinic radiation to selectively crosslink and cure portions of the at least one photocurable layer; and b) developing the exposed at least one photocurable layer to reveal the relief image therein, said relief image comprising the plurality of relief printing dots; wherein the source of actinic radiation comprises at least one source of UV light in the UV-A range of between 300 and 400 nm and at least one source of light in the UV-C range of between 200 and 300 nm, wherein the at least one photocurable layer is simultaneously exposed to the at least one source of UV light in the UV-A range and the at least one source of UV light in the UV-C range; characterized in that the at least one photocurable layer comprises both a photoinitiator which is responsive to UV-A light and a photoinitiator which is responsive to UV-C light, or a photoinitiator which is sensitive to both UV-A and UV-C light, and by simultaneously exposing the at least one photocurable layer to the at least one source of UV light in the UV-A range and the at least one source of UV light in the UV-C range, printing dots are produced having at least one geometric characteristic selected from the group consisting of a desired planarity of a top surface of the relief printing dots, a desired shoulder angle of the relief printing dots and a desired edge sharpness of the relief printing dots. a) selectively exposing the at least one photocurable layer to a source of actinic radiation to selectively crosslink and cure portions of the at least one photocurable layer; and b) developing the exposed at least one photocurable layer to reveal the relief image therein, said relief image comprising the plurality of relief printing dots;
An automotive vapor pump , preferably a purge pump for pumping a pump gas comprising fuel vapor, the automotive vapor pump comprising: a centrifugal pumping wheel for pumping the pump gas from a pump inlet opening into an outlet volute and subsequently into a substantially tangential pump outlet duct fluidically connecting the outlet volute with a pump outlet opening , an electric motor for driving the pumping wheel , the electric motor comprising at least one static motor coil , a magnetic rotor body and a motor driving electronics for driving the motor coil , an electric connector plug for electrically connecting the motor driving electronics with an external control unit , and an integrated pressure sensor detecting the fluidic pressure in the outlet volute or in the pump outlet duct , characterized in that the pressure sensor is electrically directly connected with a contact pin of the electric connector plug via an integrated electric line . a centrifugal pumping wheel for pumping the pump gas from a pump inlet opening into an outlet volute and subsequently into a substantially tangential pump outlet duct fluidically connecting the outlet volute with a pump outlet opening , an electric motor for driving the pumping wheel , the electric motor comprising at least one static motor coil , a magnetic rotor body and a motor driving electronics for driving the motor coil , an electric connector plug for electrically connecting the motor driving electronics with an external control unit , and an integrated pressure sensor detecting the fluidic pressure in the outlet volute or in the pump outlet duct , characterized in that the pressure sensor is electrically directly connected with a contact pin of the electric connector plug via an integrated electric line .
An actuating mechanism for a circuit breaker comprising an opening accumulator comprising a first piston , a first cylinder and a first compressible member , the first piston being movable in the first cylinder , against the force of the first compressible member , from a discharged position to a charged position by admitting hydraulic fluid, and movable to return, under the force of the first compressible member , to the discharged position by releasing the hydraulic fluid, wherein the first piston is directly mechanically connected to the first compressible member , and wherein the first cylinder is connected to an outlet fluid passage which can be opened and closed, the actuating mechanism further comprising a closing accumulator comprising a second piston , a second cylinder and a second compressible member , the second piston being movable in the second cylinder , against the force of the second compressible member , from a discharged position to a charged position by admitting hydraulic fluid, and to return, under the force of the second compressible member , to the discharged position by releasing the hydraulic fluid, characterised in that the first cylinder and the second cylinder are connected by an interconnecting fluid passage which can be opened and closed, arranged such that when the outlet fluid passage is closed and the interconnecting fluid passage is opened, hydraulic fluid released from the second cylinder will be admitted into the first cylinder to move the first piston to the charged position.
A charge-and-discharge test apparatus comprising: a charging part for charging and discharging battery cells ; a power supply part for applying power to the charging part; a frame part comprising a first installation space in which the power supply part is disposed, a second installation space in which the charging part is disposed, a frame passage located between the first installation space and the second installation space, a first partition wall partitioning the frame passage and the first installation space and having a first flow hole , and a second partition wall partitioning the frame passage and the second installation space and having a second flow hole ; a cooling duct disposed in the frame passage and having a supply hole open to the frame passage; one or more duct air supply parts provided to supply cooling air (A) to the cooling duct; a first blowing fan provided to introduce air in the frame passage into the first installation space through the first flow hole; and a second blowing fan provided to introduce air in the second installation space into the frame passage through the second flow hole. a charging part for charging and discharging battery cells ; a power supply part for applying power to the charging part; a frame part comprising a first installation space in which the power supply part is disposed, a second installation space in which the charging part is disposed, a frame passage located between the first installation space and the second installation space, a first partition wall partitioning the frame passage and the first installation space and having a first flow hole , and a second partition wall partitioning the frame passage and the second installation space and having a second flow hole ; a cooling duct disposed in the frame passage and having a supply hole open to the frame passage; one or more duct air supply parts provided to supply cooling air (A) to the cooling duct; a first blowing fan provided to introduce air in the frame passage into the first installation space through the first flow hole; and a second blowing fan provided to introduce air in the second installation space into the frame passage through the second flow hole.
A method for operating a mixing apparatus of a system, in which powdered product is processed into end products, wherein the mixing apparatus is fed different powdered products, and wherein the different products are mixed in the mixing apparatus to form a mixed product before being processed into end products, wherein the product inlet mass flow flowing into the mixing apparatus is measured, characterized in that the weight of the product located in the mixing apparatus is also measured, and in that the weight of the product located in the mixing apparatus and the product outlet mass flow flowing out of the mixing apparatus are predicted from the measured product inlet mass flow using a mathematical model, and in that , in the event of deviations between the predictions for the weight of the product located in the mixing apparatus and the corresponding measured values, a correction of the product outlet mass flow prediction created using the mathematical model takes place using the measured weight of the product located in the mixing apparatus .
A battery separator for a lead acid battery comprising a porous nonconductor having a water loss reducing additive or surfactant, characterised in that said additive or surfactant comprises a methallyl-capped nonionic surfactant having linear hydrophobic groups and ethylene oxide and propylene oxide monomers, and the additive or surfactant having a hydrophilic/lipophilic balance (HLB) value less than 2.5.
A structure for operating a watertight door by use of buoyancy, the structure comprising: - a detention tank for storing rainwater flowing from a street inlet ; - a buoyant member which is installed in the detention tank ; and - a sensor installed in the detention tank , in which if the buoyant member raised by the buoyancy of the rainwater collected in the detention tank comes into contact with the sensor , the watertight door is automatically operated, characterized in that the detention tank is provided with a level adjusting member therein, so that the water level to operate the watertight door can be regulated by installing or removing the plurality of level adjusting members . - a detention tank for storing rainwater flowing from a street inlet ; - a buoyant member which is installed in the detention tank ; and - a sensor installed in the detention tank , in which if the buoyant member raised by the buoyancy of the rainwater collected in the detention tank comes into contact with the sensor , the watertight door is automatically operated, characterized in that the detention tank is provided with a level adjusting member therein, so that the water level to operate the watertight door can be regulated by installing or removing the plurality of level adjusting members .
A bicycle light for mounting to a bicycle handlebar, comprising: an elongate light pipe ; mounting means for mounting the light pipe generally parallel to the bicycle handlebar, with a reflective rear face of the light pipe adjacent to the handlebar so that light reflected from the reflective rear face exits the light pipe in a direction away from the handlebar; characterised in that the bicycle light comprises: ; two LEDs mounted to emit light into respective ends of the light pipe ; two heat sinks , each in thermal contact with a respective one of said LEDs and arranged such that, when the bicycle light is mounted to the bicycle handlebar by the mounting means , the heat sinks are in thermal contact with the handlebar and can transfer heat from their respective LED into the bicycle handlebar by conduction. an elongate light pipe ; mounting means for mounting the light pipe generally parallel to the bicycle handlebar, with a reflective rear face of the light pipe adjacent to the handlebar so that light reflected from the reflective rear face exits the light pipe in a direction away from the handlebar; ; two LEDs mounted to emit light into respective ends of the light pipe ; two heat sinks , each in thermal contact with a respective one of said LEDs and arranged such that, when the bicycle light is mounted to the bicycle handlebar by the mounting means , the heat sinks are in thermal contact with the handlebar and can transfer heat from their respective LED into the bicycle handlebar by conduction.