mhurhangee/ep-ind-claims huggingface dataset:
A vehicle-mounted information processing apparatus for mounting in a host vehicle, the apparatus comprising: map information storage means for storing map information including position information of a road and an intersection point; inter-vehicle communication means for acquiring various kinds of information using inter-vehicle communication with another vehicle; GPS information acquiring means for acquiring GPS information related to the position of the another vehicle through the inter-vehicle communication means; first reference intersection point distance information acquiring means for acquiring, through the inter-vehicle communication means, first reference intersection point distance information related to a distance between the another vehicle and a first reference intersection point which is an intersection point that is in front of the another vehicle and is closest to the another vehicle based on map information of the another vehicle; and another-vehicle position specifying means for specifying the position of the another vehicle on the basis of the GPS information, the map information, and the first reference intersection point distance information. map information storage means for storing map information including position information of a road and an intersection point; inter-vehicle communication means for acquiring various kinds of information using inter-vehicle communication with another vehicle; GPS information acquiring means for acquiring GPS information related to the position of the another vehicle through the inter-vehicle communication means; first reference intersection point distance information acquiring means for acquiring, through the inter-vehicle communication means, first reference intersection point distance information related to a distance between the another vehicle and a first reference intersection point which is an intersection point that is in front of the another vehicle and is closest to the another vehicle based on map information of the another vehicle; and another-vehicle position specifying means for specifying the position of the another vehicle on the basis of the GPS information, the map information, and the first reference intersection point distance information.
A complementary-material element configured to be attachable to a base plate of an ostomy appliance and comprising a release layer, wherein the release layer comprises a neutralizing component, wherein the complementary-material element comprises a first surface and a second surface, wherein the first surface is provided with a first cover layer and wherein the neutralizing component is configured to be releasable from the complementary-material element in response to subjection of the complementary-material element to moisture.
A method for cooling a transducer of a probe for generating ultrasonic waves, the transducer exhibiting, at the front, a face for emitting ultrasonic waves with an axis of acoustic propagation, and at the rear, a rear face, at least the emitting face partially delimiting a cooling chamber wherein a cooling liquid is supplied through a tubular duct extending upstream from an inlet, with a determined length along a longitudinal axis of extension to channel the cooling liquid with a velocity vector, the cooling liquid circulating between at least the inlet and at least an outlet, the inlet being located at the periphery of the emitting face whereas the outlet is located in the central part of said emitting face, characterised in that it consists in orienting the tubular duct in such a way that its longitudinal axis of extension and the velocity vector which it carries have a tangential component established along a tangential direction substantially orthogonal to a plane containing the acoustic propagation axis and the inlet, and such that the ratio of the tangential component of the velocity vector on the centripetal component of the velocity vector is greater than 1, creating between the inlet and the outlet, a circulation of the cooling fluid according to a swirling inside the cooling chamber around the axis of acoustic propagation of the emitting face of the transducer.
A method for chemically etching a surface of a part, the method comprising steps of: positioning an etching device proximate to a part, said part having a part surface wherein said etching device comprises: a chamber: a chamber boundary; at least one chamber inlet; at least one chamber outlet; and at least one vacuum port in communication with a vacuum source; engaging the etching device to the part surface; and directing a flow of etchant solution into the chamber inlet, such that the etchant solution contacts the part surface for a predetermined amount of time before exiting the chamber outlet, characterized in that the chamber boundary comprises two spaced O-rings, the at least one vacuum port being positioned on the etching device between the two spaced O-rings, the vacuum source generating a vacuum between the two spaced O-rings. positioning an etching device proximate to a part, said part having a part surface wherein said etching device comprises: a chamber: a chamber boundary; at least one chamber inlet; at least one chamber outlet; and at least one vacuum port in communication with a vacuum source; a chamber boundary; at least one chamber inlet; at least one chamber outlet; and at least one vacuum port in communication with a vacuum source; engaging the etching device to the part surface; and directing a flow of etchant solution into the chamber inlet, such that the etchant solution contacts the part surface for a predetermined amount of time before exiting the chamber outlet, characterized in that the chamber boundary comprises two spaced O-rings, the at least one vacuum port being positioned on the etching device between the two spaced O-rings, the vacuum source generating a vacuum between the two spaced O-rings.
A machine-readable medium, on which are stored instructions, comprising instructions that when executed cause a device to: identify a host hardware configuration; obtain a policy based on the host hardware configuration; monitor two or more memory transactions based on the policy; identify, based on the two or more memory transactions, a memory transaction pattern, wherein the memory transaction pattern is associated with an attempt to obtain unauthorized access to the device by means of a rowhammer type attack; and take an action to interfere with attempts to obtain unauthorized access to the device based on the policy, characterized in that said action comprises updating a memory controller that is implemented on a FPGA to scramble the mapping between system physical addresses, SPA, to DRAM physical addresses, DPA, so as to prevent malicious software from locating memory rows near a specific targeted memory row or bit. identify a host hardware configuration; obtain a policy based on the host hardware configuration; monitor two or more memory transactions based on the policy; identify, based on the two or more memory transactions, a memory transaction pattern, wherein the memory transaction pattern is associated with an attempt to obtain unauthorized access to the device by means of a rowhammer type attack; and take an action to interfere with attempts to obtain unauthorized access to the device based on the policy, characterized in that said action comprises updating a memory controller that is implemented on a FPGA to scramble the mapping between system physical addresses, SPA, to DRAM physical addresses, DPA, so as to prevent malicious software from locating memory rows near a specific targeted memory row or bit.
An elastomeric composition, comprising (in weight percent): 55-60% hydrogenated SEEPS block copolymer having a number average molecular weight of about 90,000 to 100,000, 7-12% polystyrene, 15-30% oil, and 5 to 20% of an aliphatic hydrogenated hydrocarbon resin having a glass transition temperature (T g °C) of 65 - 75°C and a number average molecular weight of about 700 to 800, wherein the hydrogenated SEEPS block copolymer has a mass ratio of isoprene to 1,3 butadiene from 46/54 to 44/56. 55-60% hydrogenated SEEPS block copolymer having a number average molecular weight of about 90,000 to 100,000, 7-12% polystyrene, 15-30% oil, and 5 to 20% of an aliphatic hydrogenated hydrocarbon resin having a glass transition temperature (T g °C) of 65 - 75°C and a number average molecular weight of about 700 to 800, wherein the hydrogenated SEEPS block copolymer has a mass ratio of isoprene to 1,3 butadiene from 46/54 to 44/56.
A process for the preparation of an intravenous infusion dosage form comprising: subjecting to terminal sterilization by autoclaving an aqueous solution of pemetrexed or its pharmaceutically acceptable salt at a concentration ranging from 1.0 mg/ml to 20.0 mg/ml, wherein the said aqueous solution is present in a multilayered flexible plastic infusion container, characterised in that the multilayered flexible plastic infusion container has an oxygen scavenger layer sandwiched between an outermost and innermost layer of the container, the container being free of a polyamide.
A method of degrading cannabinoid by a photocatalytic reaction on a solution containing cannabinoid using a photocatalyst, wherein the cannabinoid comprises one or a combination or two or more of tetrahydrocannabinol THC, cannabinol CBD, cannabigerol CBG, cannabichromene CBC, cannabinol CBN, and propyl homologues Δ9-tetrahydrocannabivarin THCV and cannabidivarin CBDV; wherein the method comprises the following steps: placing the liquid containing cannabinoid in a container equipped with illuminance equipment, adding a photocatalyst and stirring at room temperature; and standing the liquid in step, and filtering to obtain a filtrate and a filter cake; wherein the illumination equipment in step has an illuminance of 2000~20000 Lx; wherein a mass-volume ratio of an amount of the photocatalyst to the solution containing cannabinoid in step is 5% to 50% in mg/mL; wherein the solution containing cannabinoid is a waste liquid produced in a process of extraction and purification of hemp, wherein the photocatalyst in step is selected from one or a combination of two or more of bismuth vanadate, bismuth oxychloride, bismuth vanadate/titanium dioxide composite, bismuth vanadate/bismuth oxychloride composite, bismuth oxychloride/titanium dioxide composite in any proportion. wherein the method comprises the following steps: placing the liquid containing cannabinoid in a container equipped with illuminance equipment, adding a photocatalyst and stirring at room temperature; and standing the liquid in step, and filtering to obtain a filtrate and a filter cake; placing the liquid containing cannabinoid in a container equipped with illuminance equipment, adding a photocatalyst and stirring at room temperature; and standing the liquid in step, and filtering to obtain a filtrate and a filter cake; wherein the illumination equipment in step has an illuminance of 2000~20000 Lx; wherein a mass-volume ratio of an amount of the photocatalyst to the solution containing cannabinoid in step is 5% to 50% in mg/mL; wherein the solution containing cannabinoid is a waste liquid produced in a process of extraction and purification of hemp, wherein the photocatalyst in step is selected from one or a combination of two or more of bismuth vanadate, bismuth oxychloride, bismuth vanadate/titanium dioxide composite, bismuth vanadate/bismuth oxychloride composite, bismuth oxychloride/titanium dioxide composite in any proportion.
An assembly comprising: at least one drive wheel configured to roll against a hoistway rail of an elevator system; and a drive mechanism supported by the assembly and configured to drive the at least one drive wheel, wherein the assembly is configured to support one or more sensors, and characterised in that the at least one drive wheel comprises a plurality of drive wheels configured to roll against respective ones of a plurality of side surfaces of the hoistway rail, and wherein a wheel biasing member biases the plurality of drive wheels toward one another to provide a pinch load against the hoistway rail when positioned against the hoistway rail. at least one drive wheel configured to roll against a hoistway rail of an elevator system; and a drive mechanism supported by the assembly and configured to drive the at least one drive wheel, wherein the assembly is configured to support one or more sensors, and characterised in that the at least one drive wheel comprises a plurality of drive wheels configured to roll against respective ones of a plurality of side surfaces of the hoistway rail, and wherein a wheel biasing member biases the plurality of drive wheels toward one another to provide a pinch load against the hoistway rail when positioned against the hoistway rail.
A recombinant neurotrophic viral vector comprising a transgene, for use in a method of delivering the product of the transgene to the spinal cord of a subject having a motor neuron disorder, wherein the method comprises administering the viral vector to at least one ventricle of the brain, whereby said transgene is expressed and the expressed transgene product is delivered to the spinal cord, wherein the transgene is IGF-1.
A tissue regeneration substrate comprising a bioabsorbable porous substrate that contains collagen and gelatin, the bioabsorbable porous substrate having a cell growth factor therein, the bioabsorbable porous substrate having pores with interconnected structure having an average pore diameter of 10 to 500 μm, and the bioabsorbable porous substrate being obtained by freeze-drying an aqueous mixed solution that contains collagen and gelatin.
A process for the preparation of a botanical membrane fraction from a plant cell juice derived from fresh plant biomass, comprising the steps of subjecting said plant cell juice to electromagnetic waves at a frequency of greater than 3.0 GHz to yield a destabilized plant cell juice mixture, separating the destabilized plant cell juice mixture into a precipitated membrane fraction and a cytosol/cytoplasm fraction, wherein the temperature of said plant cell juice is maintained at or below 40°C.
A homogenizer, for homogenizing a tissue sample collected from a living body, comprising: a main body; and a storage cooler, comprising a container holder for holding a sample container, configured to cool a tissue sample in the sample container held by the container holder, wherein the main body has a blender for crushing the tissue sample in the sample container held in the storage cooler, wherein the storage cooler is detachably installed to the main body, and in that the storage cooler is configured to hold a plurality of sample containers, and the main body has the same number of blenders as the number of sample containers that can be held by the storage cooler, wherein the main body comprises: an installation section for receiving the storage cooler set by the user; and a moving section configured to guide the movement of the installation section between an installing position at which the user installs the storage cooler on the installation section, and a homogenizing position at which the blender accesses in the sample container held by the storage cooler, characterized in that: the main body and the storage cooler respectively have a magnet (12, 48); and when the storage cooler is at the homogenizing position, the magnet of the main body and the magnet of the storage cooler are mutually attractive. a main body; and a storage cooler, comprising a container holder for holding a sample container, configured to cool a tissue sample in the sample container held by the container holder, wherein the main body has a blender for crushing the tissue sample in the sample container held in the storage cooler, wherein the storage cooler is detachably installed to the main body, and in that the storage cooler is configured to hold a plurality of sample containers, and the main body has the same number of blenders as the number of sample containers that can be held by the storage cooler, wherein the main body comprises: an installation section for receiving the storage cooler set by the user; and a moving section configured to guide the movement of the installation section between an installing position at which the user installs the storage cooler on the installation section, and a homogenizing position at which the blender accesses in the sample container held by the storage cooler, characterized in that: the main body and the storage cooler respectively have a magnet (12, 48); and when the storage cooler is at the homogenizing position, the magnet of the main body and the magnet of the storage cooler are mutually attractive. an installation section for receiving the storage cooler set by the user; and a moving section configured to guide the movement of the installation section between an installing position at which the user installs the storage cooler on the installation section, and a homogenizing position at which the blender accesses in the sample container held by the storage cooler, characterized in that: the main body and the storage cooler respectively have a magnet (12, 48); and when the storage cooler is at the homogenizing position, the magnet of the main body and the magnet of the storage cooler are mutually attractive.
A floor connection box comprising a box body having an upper box body opening, and a box lid closing the box body opening, the box lid including a cable passage opening being open up to a border of the box lid, the box lid including a lid web facing upward and being disposed around the borders of the box lid as well as of the cable passage opening, in the region of the cable passage opening a cover flap being provided, which is pivotable between a closed position and an open position about a pivot axis disposed at the inner side of the cable passage opening, extending in parallel to the outer edge of the box lid and supported in lateral partial regions of the lid web, referred to the cable passage opening, the upper side of the cover flap terminating with an upper edge of the lid web, the cover flap including, at least at the sides, not however at the outer edge, a downward-facing flap web, the cover flap being supported outwardly displaceably on the pivot axis, and the outer ends of the flap web each including a catch recess, which snaps on a lid frame of the box body with opened and outwardly displaced cover flap, characterized by that between the lid web extending at the inner side of the cable passage opening and the inner border of the cover flap, a handle is disposed, the handle including in the region of a first end of the handle, however spaced from the first end of the handle, a gripping pivot axis extending orthogonally to the adjacent lid web and penetrating the lid web as well as the handle, the upper side of the handle substantially terminating with the upper edge of the lid web as well as the upper side of the cover flap, the handle including, in the region between the gripping pivot axis and the first end of the handle, an actuation projection projecting beyond the cover flap and the lid web, and/or the lid web and/or the cover flap including, beside the region between the gripping pivot axis and the first end of the handle, an upwardly open actuation recess.
An electronic cigarette comprising an inhaler body and a removable cartridge, the inhaler body comprising: a power unit and a cartridge seating, the cartridge seating comprising a cavity arranged to receive the cartridge in a retained position within the cavity, wherein, in the retained position, opposing surfaces of the cartridge and cartridge seating are in contact and the cartridge is electrically connected to the power unit; the electronic cigarette further comprising: a magnet arranged to provide a magnetic force to draw the removable cartridge into the retained position; wherein the cartridge, the cartridge seating and the magnetic force are configured such that when the cartridge is released within the cavity, the cartridge is accelerated under the force of the magnet such that an audible signal is generated upon contact between the opposing surfaces as the cartridge is received in the retained position; and wherein the audible signal comprises a peak intensity of at least 30 dB. a magnet arranged to provide a magnetic force to draw the removable cartridge into the retained position; wherein the cartridge, the cartridge seating and the magnetic force are configured such that when the cartridge is released within the cavity, the cartridge is accelerated under the force of the magnet such that an audible signal is generated upon contact between the opposing surfaces as the cartridge is received in the retained position; and wherein the audible signal comprises a peak intensity of at least 30 dB.
A method for controlling transmit power for a data transmission in a wireless communication system, comprising: processing data (730, 740, 712, 714, 716) for transmission on a power-controlled channel comprised of two or more data channels that are power-controlled by two or more power feedback substreams on a single power feedback stream, wherein each data channel is associated with a respective set of a plurality of available slot formats, wherein each slot format identifies a different set of parameter values for processing data on the two or more power feedback substreams, and wherein at any given time instance a specific slot format is selected for use for each of the two or more data channels from the associated set of the plurality of available slot formats; specifying a particular performance metric for each selected slot format for each of the two or more data channels; and transmitting (712, 724) the data for the two or more data channels at a particular transmit power level to achieve the performance metric specified for each slot format selected for use. processing data (730, 740, 712, 714, 716) for transmission on a power-controlled channel comprised of two or more data channels that are power-controlled by two or more power feedback substreams on a single power feedback stream, wherein each data channel is associated with a respective set of a plurality of available slot formats, wherein each slot format identifies a different set of parameter values for processing data on the two or more power feedback substreams, and wherein at any given time instance a specific slot format is selected for use for each of the two or more data channels from the associated set of the plurality of available slot formats; specifying a particular performance metric for each selected slot format for each of the two or more data channels; and transmitting (712, 724) the data for the two or more data channels at a particular transmit power level to achieve the performance metric specified for each slot format selected for use.