mhurhangee/ep-ind-claims huggingface dataset:
A method for providing a macroporous hydrogel, comprising the steps of - providing an aqueous solution comprising a first and a second solute, wherein i) the first solute is a cross-linkable derivative of a polyethylene glycol; and ii) the second solute is a polysaccharide kosmotropic agent, - adding a cross-linking reagent able to cross-link said cross-linkable derivative of a PEG, thus simultaneously initiating gelation of said cross-linkable derivative of a PEG and phase-separation; a) wherein the aqueous solution comprises 0.8% (w/v) 4arm-PEG-vinyl sulfone as first solute and as second solute, a combination of 0.525% (w/v) hyaluronan and 1.4% (w/v) dextran; and wherein the cross-linking reagent is 0.8% (w/v) PEG dithiol; or b) wherein the aqueous solution comprises 1.5% (w/v) TMR-tagged 4-arm-PEG- vinyl sulfone as first solute and as second solute, 0.525% (w/v) hyaluronan; and wherein the cross-linking reagent is an MMP-cleavable peptide; or c) wherein the aqueous solution comprises 1,5% (w/v) 4arm-PEG-vinyl sulfone as first solute and as second solute, 70% (v/v) of 0.5% (w/v) hyaluronan; and wherein the cross-linking reagent is an MMP-cleavable peptide. - providing an aqueous solution comprising a first and a second solute, wherein i) the first solute is a cross-linkable derivative of a polyethylene glycol; and ii) the second solute is a polysaccharide kosmotropic agent, i) the first solute is a cross-linkable derivative of a polyethylene glycol; and ii) the second solute is a polysaccharide kosmotropic agent, - adding a cross-linking reagent able to cross-link said cross-linkable derivative of a PEG, thus simultaneously initiating gelation of said cross-linkable derivative of a PEG and phase-separation; a) wherein the aqueous solution comprises 0.8% (w/v) 4arm-PEG-vinyl sulfone as first solute and as second solute, a combination of 0.525% (w/v) hyaluronan and 1.4% (w/v) dextran; and wherein the cross-linking reagent is 0.8% (w/v) PEG dithiol; or b) wherein the aqueous solution comprises 1.5% (w/v) TMR-tagged 4-arm-PEG- vinyl sulfone as first solute and as second solute, 0.525% (w/v) hyaluronan; and wherein the cross-linking reagent is an MMP-cleavable peptide; or c) wherein the aqueous solution comprises 1,5% (w/v) 4arm-PEG-vinyl sulfone as first solute and as second solute, 70% (v/v) of 0.5% (w/v) hyaluronan; and wherein the cross-linking reagent is an MMP-cleavable peptide. a) wherein the aqueous solution comprises 0.8% (w/v) 4arm-PEG-vinyl sulfone as first solute and as second solute, a combination of 0.525% (w/v) hyaluronan and 1.4% (w/v) dextran; and wherein the cross-linking reagent is 0.8% (w/v) PEG dithiol; or b) wherein the aqueous solution comprises 1.5% (w/v) TMR-tagged 4-arm-PEG- vinyl sulfone as first solute and as second solute, 0.525% (w/v) hyaluronan; and wherein the cross-linking reagent is an MMP-cleavable peptide; or c) wherein the aqueous solution comprises 1,5% (w/v) 4arm-PEG-vinyl sulfone as first solute and as second solute, 70% (v/v) of 0.5% (w/v) hyaluronan; and wherein the cross-linking reagent is an MMP-cleavable peptide.
A system for use in footwear, the system comprising: a proximity sensor coupled to an article of footwear and configured to provide a time-varying capacitance sensor signal, indicating a proximity of a foot to the proximity sensor; and a processor circuit coupled to the proximity sensor, the processor circuit configured to: detect fluctuations in the sensor signal; and based on the fluctuations as detected, determine a step count or a step interval; wherein the processor circuit is configured to detect fluctuations in the sensor signal by comparing magnitude changes of the sensor signal with a specified threshold change, the magnitude changes of the sensor signal corresponding to respective different times. a proximity sensor coupled to an article of footwear and configured to provide a time-varying capacitance sensor signal, indicating a proximity of a foot to the proximity sensor; and a processor circuit coupled to the proximity sensor, the processor circuit configured to: detect fluctuations in the sensor signal; and based on the fluctuations as detected, determine a step count or a step interval; wherein the processor circuit is configured to detect fluctuations in the sensor signal by comparing magnitude changes of the sensor signal with a specified threshold change, the magnitude changes of the sensor signal corresponding to respective different times. detect fluctuations in the sensor signal; and based on the fluctuations as detected, determine a step count or a step interval; wherein the processor circuit is configured to detect fluctuations in the sensor signal by comparing magnitude changes of the sensor signal with a specified threshold change, the magnitude changes of the sensor signal corresponding to respective different times.
An oral pharmaceutical composition for use in treating, preventing or alleviating esophageal inflammation in a human child or infant by topically administering a corticosteroid to the esophagus; the oral pharmaceutical composition comprising a corticosteroid, a liquid vehicle and maltodextrin.
Use of an apparatus for determining optical parameters of a user wearing glasses in a use position, wherein the apparatus comprises: - at least two image capture devices (14, 16), which are designed and arranged to each generate image data at least from portions of the head of the user; - a data processing device comprising - a user-data determination device, which is designed to determine, on the basis of the generated image data, user data at least of one portion of the head, or at least of one portion of a system of the head, and glasses of the user that are arranged on the head in a use position, wherein the user data comprise location information in three-dimensional space relating to predetermined points on the portion of the head or the portion of the system, and - a parameter determination device, which is designed to determine at least some of the optical parameters of the user on the basis of the user data; and - a data output device, which is designed to output at least some of the determined optical parameters of the user, and wherein the image capture devices (14, 16) are designed and arranged such that at least one pupil of the user and a glasses frame edge and/or a glasses lens edge are imaged in the generated image data from each of the image capture devices (14, 16), wherein, in the generated image data from each of the image capture devices (14, 16), the at least one pupil of the user is surrounded by the glasses frame edge and/or the glasses lens edge. - at least two image capture devices (14, 16), which are designed and arranged to each generate image data at least from portions of the head of the user; - a data processing device comprising - a user-data determination device, which is designed to determine, on the basis of the generated image data, user data at least of one portion of the head, or at least of one portion of a system of the head, and glasses of the user that are arranged on the head in a use position, wherein the user data comprise location information in three-dimensional space relating to predetermined points on the portion of the head or the portion of the system, and - a parameter determination device, which is designed to determine at least some of the optical parameters of the user on the basis of the user data; and - a user-data determination device, which is designed to determine, on the basis of the generated image data, user data at least of one portion of the head, or at least of one portion of a system of the head, and glasses of the user that are arranged on the head in a use position, wherein the user data comprise location information in three-dimensional space relating to predetermined points on the portion of the head or the portion of the system, and - a parameter determination device, which is designed to determine at least some of the optical parameters of the user on the basis of the user data; and - a data output device, which is designed to output at least some of the determined optical parameters of the user,
A shelf-stocking vehicle for transporting goods, especially a plurality of different individual items, to a shelf, comprising a transport surface for accommodating the goods, movement means for moving the vehicle and drive means (17, 18, 38) for driving the movement means or the vehicle, wherein the vehicle is arranged such that it can be moved automatically along a predetermined route, and the transport surface can be aligned two-dimensionally along two directions of the spatial coordinates with respect to the shelf, wherein assigned to the transport surface are handling means for the goods placeable on the transport surface, wherein, with the aid of the handling means, the goods can be propelled parallel with the transport surface towards the shelf and vice-versa, wherein said shelf-stocking vehicle comprises a two-part frame having an upper part comprising movement means and the drive means, and a lower part comprising the transport surface and the handling means, wherein the upper part and the lower part are designed to move towards one another; wherein the lower part is suspended from a cable, belt or belt suspension characterised in that a goods protection cover is provided opposite the transport surface, said cover protecting the goods by wedging when the upper and lower parts close together.
Method for monitoring an established and cryptographically protected VPN tunnel for functionality, with at least one VPN box positioned on the VPN tunnel, characterized in that the VPN tunnel is established for data communication between a controller and a control device, and the VPN box delivers an operational safety signal to the control device if the monitoring has revealed that the VPN tunnel complies with predefined features, with the result that a regular operating state can be started or maintained in the control device.
Method for operating a dual-clutch transmission, having a first transmission part, a second transmission part and a transmission output shaft which is common to the transmission parts (16, 28) and is able to be driven both by the first transmission part and by the second transmission part, of a motor vehicle, in which the dual-clutch transmission is in a park-locked state in which two gears (18a, b) of one of the transmission parts (16, 22) are simultaneously in an engaged state, characterized in that, in order to end the park-locked state, the following steps are carried out: a) introducing a torque effected by a drive element of the motor vehicle into the one and other transmission part (16, 22) via the transmission output shaft common to the transmission parts (16, 28) while the gears (18a, b) of the one transmission part are in an engaged state; and b) disengaging at least one of the gears (18a, b) of the one transmission part that are simultaneously in an engaged state in step a). a) introducing a torque effected by a drive element of the motor vehicle into the one and other transmission part (16, 22) via the transmission output shaft common to the transmission parts (16, 28) while the gears (18a, b) of the one transmission part are in an engaged state; and b) disengaging at least one of the gears (18a, b) of the one transmission part that are simultaneously in an engaged state in step a).
A method of monitoring a hazard zone of a machine or plant having a safety light curtain, comprising a transmission unit having a plurality of light transmitters emitting light beams, and having a reception unit having a plurality of light receivers receiving light beams for monitoring a protected field, and comprising a control and evaluation unit that is configured to generate a switch-off signal for the machine or plant as a safety function on detection of an unauthorized object in the protected field, wherein the control and evaluation unit is configured to activate a partial bridging zone and not to generate a switch-off signal on detection of an authorized object as long as the authorized object is within the partial bridging zone; and wherein the control and evaluation unit is configured to detect a respective minimum number of interrupted light beams in the partial zones; wherein an interruption of light beams in at least one predetermined first partial zone (14.1) of the safety light curtain is a detection of an authorized object, and with the first partial zone (14.1) being arranged within the partial bridging zone, characterized in that an interruption of light beams in at least one second different partial zone (14.2) spaced apart from the first partial zone (14.1) is a detection of an authorized object, with the control and evaluation unit being configured to perform a time monitoring, with a recognition of an authorized object in the first partial zone (14.1) and in the second partial zone (14.2) having to take place within a specific time period and the object otherwise being recognized as unauthorized, and with the first partial zone and the second partial zone each forming object detection zones in the protected field.
A photoelectric conversion element comprising: a first electrode; a hole blocking layer; an electron transport layer; a hole transport layer; and a second electrode, characterised in that the hole transport layer comprises a compound represented by general formula below, where in the formula, R 1 represents a methoxy group or an ethoxy group, R 2 represents a hydrogen group or a methyl group, R 3 represents a hydrogen group, a methyl group, or a methoxy group, R 4 represents a methoxy group, and X represents -CH 2 -, -CH 2 CH 2 -, -O-, or -C(CH 2) 5 -. a first electrode; a hole blocking layer; an electron transport layer; a hole transport layer; and a second electrode, characterised in that the hole transport layer comprises a compound represented by general formula below, where in the formula, R 1 represents a methoxy group or an ethoxy group, R 2 represents a hydrogen group or a methyl group, R 3 represents a hydrogen group, a methyl group, or a methoxy group, R 4 represents a methoxy group, and X represents -CH 2 -, -CH 2 CH 2 -, -O-, or -C(CH 2) 5 -.
A computer-implemented method of processing optical coherence tomography, OCT, scans through a subject's skin, the method comprising: • receiving a plurality of scans through the subject's skin, the scans representing an OCT signal in slices through the subject's skin at different times; • comparing the scans to determine time-varying regions in the scans; characterised by the method further comprising: • determining a depth-distribution of the time-varying regions by determining a density of the time-varying regions in the scans against the depth of the skin; in which the determination of the time-varying regions comprises the determination of a threshold depth through the subject's skin at which the density of time-varying regions exceeds a density threshold. • receiving a plurality of scans through the subject's skin, the scans representing an OCT signal in slices through the subject's skin at different times; • comparing the scans to determine time-varying regions in the scans; characterised by the method further comprising: • determining a depth-distribution of the time-varying regions by determining a density of the time-varying regions in the scans against the depth of the skin; • determining a depth-distribution of the time-varying regions by determining a density of the time-varying regions in the scans against the depth of the skin; in which the determination of the time-varying regions comprises the determination of a threshold depth through the subject's skin at which the density of time-varying regions exceeds a density threshold.
A hydraulic drive device for cargo handling vehicle, the cargo handling vehicle being provided with a plurality of hydraulic cylinders (4, 9, 14, 15) including an up-and-down hydraulic cylinder for moving an object up and down with supply and discharge of hydraulic oil, and a plurality of manual control means (11, 12) including an up-and-down control means for actuating the up-and-down hydraulic cylinder, the hydraulic drive device comprising: a tank reserving the hydraulic oil; a hydraulic pump for drawing in the hydraulic oil from the tank and supplying the hydraulic oil to the hydraulic cylinders (4, 9, 14, 15); an electric motor for driving the hydraulic pump; a proportional valve disposed between an inlet port of the hydraulic pump and a bottom chamber of the up-and-down hydraulic cylinder and configured to open with a valve travel depending upon a control input of a descent control of the up-and-down control means; a pressure compensation valve disposed between a branch portion located between the hydraulic pump and the proportional valve and the tank and configured to open with a valve travel depending upon a pressure difference between pressures upstream and downstream of the proportional valve; and valve means disposed between the pressure compensation valve and the tank and configured to be switched between an open position and a close position, characterized in that the proportional valve is a solenoid controlled proportional valve, and the valve means is configured to be switched between the open position and the close position based on whether a difference between a command rotation rate of the electric motor and an actual rotation rate of the electric motor is not less than a predetermined value. a tank reserving the hydraulic oil; a hydraulic pump for drawing in the hydraulic oil from the tank and supplying the hydraulic oil to the hydraulic cylinders (4, 9, 14, 15); an electric motor for driving the hydraulic pump; a proportional valve disposed between an inlet port of the hydraulic pump and a bottom chamber of the up-and-down hydraulic cylinder and configured to open with a valve travel depending upon a control input of a descent control of the up-and-down control means; a pressure compensation valve disposed between a branch portion located between the hydraulic pump and the proportional valve and the tank and configured to open with a valve travel depending upon a pressure difference between pressures upstream and downstream of the proportional valve; and valve means disposed between the pressure compensation valve and the tank and configured to be switched between an open position and a close position, characterized in that the proportional valve is a solenoid controlled proportional valve, and the valve means is configured to be switched between the open position and the close position based on whether a difference between a command rotation rate of the electric motor and an actual rotation rate of the electric motor is not less than a predetermined value.
A method comprising: receiving at an identity provider an authentication request generated in response to a user of a client device attempting to initiate a user session with an application managed by a service provider and the service provider redirecting the attempted user session of the client device to an identity provider; generating, by the identity provider, an authentication response based on credentials received from the user, the authentication response including an assertion on behalf of the user; rewriting, by the identity provider, a delivery resource locator for the assertion to a resource locator of a proxy in order to redirect the assertion to the proxy and to cause the client device to access service provider web pages and linked content through the proxy; and sending, by the identity provider, to the client device the authentication response together with the resource locator of the proxy in order to cause the client device to send the assertion to the proxy that decodes the re-written resource locator and sends the assertion to the service provider so the proxy rewrites and sends the service provider web pages and linked pages to the client device. receiving at an identity provider an authentication request generated in response to a user of a client device attempting to initiate a user session with an application managed by a service provider and the service provider redirecting the attempted user session of the client device to an identity provider; generating, by the identity provider, an authentication response based on credentials received from the user, the authentication response including an assertion on behalf of the user; rewriting, by the identity provider, a delivery resource locator for the assertion to a resource locator of a proxy in order to redirect the assertion to the proxy and to cause the client device to access service provider web pages and linked content through the proxy; and sending, by the identity provider, to the client device the authentication response together with the resource locator of the proxy in order to cause the client device to send the assertion to the proxy that decodes the re-written resource locator and sends the assertion to the service provider so the proxy rewrites and sends the service provider web pages and linked pages to the client device.
A method for providing secure access control to a graphics processing unit, the method comprising: defining a plurality of security zones for controlling access to a graphics processing unit, GPU, over a common communication channel; assigning each of the security zones to a corresponding one of a plurality of GPU programming interfaces provided by the GPU, each of the GPU programming interfaces for receiving work orders over the common communication channel issued by one or more applications associated with the corresponding security zone, the work orders comprising instructions to be executed by the GPU; and controlling execution of the work orders received by the plurality of GPU programming interfaces using separate secure memory regions, each secure memory region allocated to one of the plurality of security zones GPU programming interfaces. defining a plurality of security zones for controlling access to a graphics processing unit, GPU, over a common communication channel; assigning each of the security zones to a corresponding one of a plurality of GPU programming interfaces provided by the GPU, each of the GPU programming interfaces for receiving work orders over the common communication channel issued by one or more applications associated with the corresponding security zone, the work orders comprising instructions to be executed by the GPU; and controlling execution of the work orders received by the plurality of GPU programming interfaces using separate secure memory regions, each secure memory region allocated to one of the plurality of security zones GPU programming interfaces.
A tape application device for helical application a tape from a roll of superimposed tape windings on a tube, comprising a tube holder, a roll retainer and displacement means for rotating around an imaginary axis and translating in the direction of the imaginary axis the tube holder and roll retainer relative to each other such that the tape is taken from the inside of the roll and is helically wound on the outside of the tube, wherein the roll retainer only comprises support means which support the roll only on the outside.