mhurhangee/ep-ind-claims huggingface dataset:
A vial adaptor configured to couple with a vial, the vial adaptor comprising: a piercing member configured to be introduced into the vial through a septum of the vial; an extractor channel, wherein fluid withdrawn from the vial flows through the extractor channel; a filter capable of preventing contaminants from entering the vial; characterized by: a reservoir capable of regulating pressure within the vial via a regulator channel; and a valve connected to the regulator channel, wherein the valve is configured to permit air that has passed through the filter to pass into the regulator channel and to prevent air or fluid from passing through the valve in the other direction; wherein, as fluid is withdrawn from the vial through the extractor channel, the vial adaptor is configured to permit air to pass through the filter, through the valve, through the regulator channel, and into the vial. a piercing member configured to be introduced into the vial through a septum of the vial; an extractor channel, wherein fluid withdrawn from the vial flows through the extractor channel; a filter capable of preventing contaminants from entering the vial; a reservoir capable of regulating pressure within the vial via a regulator channel; and a valve connected to the regulator channel, wherein the valve is configured to permit air that has passed through the filter to pass into the regulator channel and to prevent air or fluid from passing through the valve in the other direction; wherein, as fluid is withdrawn from the vial through the extractor channel, the vial adaptor is configured to permit air to pass through the filter, through the valve, through the regulator channel, and into the vial.
A method of communicating between a first client system and a second client system, comprising: discovering first address information for a first client system connected to a first network address translation device; sharing the first address information with a second client system; screening incoming data to the first client system, wherein only data from a second client system that sends a matching selection to a matching server, wherein the matching selection selects the first client system for the second client system to communicate with and includes the second client system's address information, and receives one or more test messages from the first client system after the first client system has received the second client system's address information from the matching server, is approved to be received by the first client system; receiving approved second address information for the second client system at the first client system; and establishing communication between the first client system and the second client system using the second address information. discovering first address information for a first client system connected to a first network address translation device; sharing the first address information with a second client system; screening incoming data to the first client system, wherein only data from a second client system that sends a matching selection to a matching server, wherein the matching selection selects the first client system for the second client system to communicate with and includes the second client system's address information, and receives one or more test messages from the first client system after the first client system has received the second client system's address information from the matching server, is approved to be received by the first client system; receiving approved second address information for the second client system at the first client system; and establishing communication between the first client system and the second client system using the second address information.
A magnetized rod with a magnetic field that can be measured outside the rod, characterized in that a radial component (H r) of the magnetic field of the rod within an axial region of the rod has a non-zero constant gradient as a function of the axial position (z). characterized in that a radial component (H r) of the magnetic field of the rod within an axial region of the rod has a non-zero constant gradient as a function of the axial position (z).
A heat-resistant steel for exhaust valves, having the following constitutions: the heat-resistant steel for exhaust valves comprising: 0.45 ≤ C < 0.60 mass %, 0.30 < N < 0.50 mass%, 19.0 ≤ Cr < 23.0 mass%, 5.0 ≤ Ni < 9.0 mass%, 8.5 ≤ Mn < 10.0 mass%, 2.5 ≤ Mo < 4.0 mass%, 0.01 ≤ Si < 0.50 mass%, and 0.01 ≤ Nb < 0.30 mass%; optionally including: 0.0001≤Al, Mg, and Ca in total<0.01 mass%, and/or at least one selected from: 0.0001 ≤ B < 0.03 mass %, and 0.0001 ≤ Zr < 0.1 mass %, with the balance being Fe and unavoidable impurities; the heat-resistant steel for exhaust valves satisfying 0.02≤Nb/C<0.70; and the heat-resistant steel for exhaust valves satisfying 4.5≤Mo/C<8.9. the heat-resistant steel for exhaust valves comprising: 0.45 ≤ C < 0.60 mass %, 0.30 < N < 0.50 mass%, 19.0 ≤ Cr < 23.0 mass%, 5.0 ≤ Ni < 9.0 mass%, 8.5 ≤ Mn < 10.0 mass%, 2.5 ≤ Mo < 4.0 mass%, 0.01 ≤ Si < 0.50 mass%, and 0.01 ≤ Nb < 0.30 mass%; optionally including: 0.0001≤Al, Mg, and Ca in total<0.01 mass%, and/or at least one selected from: 0.0001 ≤ B < 0.03 mass %, and 0.0001 ≤ Zr < 0.1 mass %, with the balance being Fe and unavoidable impurities; 0.0001≤Al, Mg, and Ca in total<0.01 mass%, and/or at least one selected from: 0.0001 ≤ B < 0.03 mass %, and 0.0001 ≤ Zr < 0.1 mass %, with the balance being Fe and unavoidable impurities; the heat-resistant steel for exhaust valves satisfying 0.02≤Nb/C<0.70; and the heat-resistant steel for exhaust valves satisfying 4.5≤Mo/C<8.9.
A cooling device comprising a compressor providing the compression of the refrigerant fluid, a condenser through which the refrigerant fluid leaving the compressor passes and one or more capillary tubes and a dryer situated between the condenser and the capillary tubes, comprising a body, an inlet attached to the outlet of the condenser from one end of the body and through which the refrigerant fluid flowing through the condenser is transmitted, an outlet attached to the inlet of the capillary tube, providing the refrigerant fluid to flow into the capillary tubes, one or more filter groups situated between the inlet and the outlet, withholding the impurities of various sizes and the moisture contained within the refrigerant fluid, and one or more plates positioned between the filter group and the outlet characterized by each plate extending from a connecting portion at the inner wall of the body to a free end in the interior of the body, said one or more plates preventing the creation of a vortex and turbulence by the refrigerant fluid flowing through the filter group at the outlet attached to the inlet of the capillary tube and reducing the noise caused by the vortex and turbulence to a minimum level.
A method for producing phosphates of an amino acid or an ester thereof, which comprises allowing a salt of an amino acid or a salt of an amino acid ester to coexist with phosphoric acids represented by the following formula: HOP (OR 2) n 2-n in the formula, R 2 represents a hydrogen atom or a hydrocarbon group having from 1 to 26 carbon atoms which may have a substituent, and n is an integer of 0 to 2, and a basic nitrogen-containing compound in an amount of 0.1 mole to 5 moles based on the material amino acid, wherein the amino acid is selected from valine, leucine, isoleucine, threonine, methionine, phenylalanine, tryptophan, lysine, arginine, histidine, asparagine, aspartic acid, cysteine, tyrosine, glycine, alanine, serine, glutamine, glutamic acid, ornithine, citrulline, proline, hydroxyproline, β-alanine, γ-aminobutyric acid and δ-aminolevulinic acid.
Actuator for opening and closing a door or a tailgate of a car, comprising - a helical compression spring, for opening a door or the tailgate of a car when compressive forces of the helical compression spring are released; and - a motor, for compressing the helical compression spring in order to close the door or the tailgate of the car; wherein the helical compression spring comprises a helically coiled coated steel wire; wherein the helically coiled coated steel wire comprises a steel core and a metallic coating layer; wherein the steel core comprises a steel alloy; wherein the steel alloy comprises and preferably consists out of between 0.8 and 0.95 wt% carbon, between 0.2 and 0.9 wt% manganese; between 0.1 and 1.4 wt% silicon; optionally one or more than one of the micro-alloying elements chromium, vanadium, tungsten, molybdenum, niobium or boron; optionally aluminum; unavoidable impurities; and iron; characterised in that the microstructure of the steel core is drawn lamellar pearlite; wherein the metallic coating layer comprises at least 84% by mass of zinc; and preferably aluminum. - a helical compression spring, for opening a door or the tailgate of a car when compressive forces of the helical compression spring are released; and - a motor, for compressing the helical compression spring in order to close the door or the tailgate of the car;
A method for receiving data at a user equipment in a mobile communication system, the method comprising: receiving, by the user equipment, first information and second information about resource allocation for the data, the first information indicating a resource block group, RBG, set of N RBG sets and the second information including a bitmap, wherein N is an integer of 2 or more, and each bit of the bitmap indicates resource allocation of a corresponding resource block, RB, in the RBG set; and receiving, by the user equipment, the data through one or more RBs allocated by the first and second information, wherein the RBG set comprises a plurality of RBGs, in which neighboring RBGs are spaced by N-1 RBG(s), and wherein the size of RBG is N consecutive RBs, and the size of RB is a predetermined number of consecutive subcarriers. receiving, by the user equipment, first information and second information about resource allocation for the data, the first information indicating a resource block group, RBG, set of N RBG sets and the second information including a bitmap, wherein N is an integer of 2 or more, and each bit of the bitmap indicates resource allocation of a corresponding resource block, RB, in the RBG set; and receiving, by the user equipment, the data through one or more RBs allocated by the first and second information, wherein the RBG set comprises a plurality of RBGs, in which neighboring RBGs are spaced by N-1 RBG(s), and wherein the size of RBG is N consecutive RBs, and the size of RB is a predetermined number of consecutive subcarriers.
Method for photographic observation and/or documentation of the fundus of an eye, comprised of the following procedural steps: generating an illumination beam by way of a lighting module in order to illuminate at least a partial area of the fundus, through the use of an at least approximately punctiform light source or one which is at least limited in area; generating an image plane in the illumination beam to create photographic images; separating the cross-section of the pupil into a detectable area of observation, as well as a non-detectable area of illumination; generating an image surface which represents the reflection of the fundus in the image plane; splitting the image surface in the illumination beam into strips, thus creating an illuminated area, as well as unilluminated areas; displaying at least one Purkinje reflection on the image surface, characterised in that the illumination path is stationary in relation to the overall structure of the fundus camera and the Purkinje reflection, of which there is at least one, is located in the unilluminated areas of the image surface. generating an illumination beam by way of a lighting module in order to illuminate at least a partial area of the fundus, through the use of an at least approximately punctiform light source or one which is at least limited in area; generating an image plane in the illumination beam to create photographic images; separating the cross-section of the pupil into a detectable area of observation, as well as a non-detectable area of illumination; generating an image surface which represents the reflection of the fundus in the image plane; splitting the image surface in the illumination beam into strips, thus creating an illuminated area, as well as unilluminated areas; displaying at least one Purkinje reflection on the image surface, characterised in that the illumination path is stationary in relation to the overall structure of the fundus camera and the Purkinje reflection, of which there is at least one, is located in the unilluminated areas of the image surface.
A cache memory apparatus comprising: a cache memory including banks; a partition configuration unit configured to divide the cache memory into partitions by allocating the banks to textures for rendering; and a controller configured to receive a partition ID, of texture data requested by a device that performs the rendering, determine whether the requested texture data is stored in a partition corresponding to the partition ID among the plurality of partitions, and output the requested texture data to the device based on a result of the determination, and characterized in that the partition configuration unit is further configured to compare the number of textures and the number of banks, and to allocate the banks to the textures based on a result of the comparing, wherein, in response to determining that the number of textures is less than the number of banks as a result of the comparing, the partition configuration unit is further configured to: allocate some of the banks to the textures respectively; additionally allocate a remaining non-allocated bank to one of the textures; and determine one or more banks allocated to the same texture as a partition, and wherein, when the number of textures is greater than the number of banks as a result of the comparing, the partition configuration unit is further configured to: allocate a same bank to a first texture and a second texture among the textures; and determine the same bank as a partition. a cache memory including banks; a partition configuration unit configured to divide the cache memory into partitions by allocating the banks to textures for rendering; and a controller configured to receive a partition ID, of texture data requested by a device that performs the rendering, determine whether the requested texture data is stored in a partition corresponding to the partition ID among the plurality of partitions, and output the requested texture data to the device based on a result of the determination, and characterized in that the partition configuration unit is further configured to compare the number of textures and the number of banks, and to allocate the banks to the textures based on a result of the comparing, wherein, in response to determining that the number of textures is less than the number of banks as a result of the comparing, the partition configuration unit is further configured to: allocate some of the banks to the textures respectively; additionally allocate a remaining non-allocated bank to one of the textures; and determine one or more banks allocated to the same texture as a partition, and wherein, when the number of textures is greater than the number of banks as a result of the comparing, the partition configuration unit is further configured to: allocate a same bank to a first texture and a second texture among the textures; and determine the same bank as a partition.
An electronic device, comprising: a display configured to output a video; a user interface (12; 40, 50) for controlling a navigation in the video along a time axis; and a processing device (6, 7) coupled to the user interface (12; 40, 50) and the display, the processing device (6, 7) being configured, when operating in an operating mode in which an object (31, 32) shown in a plurality of frames of the video is selected by a user input, to determine a magnitude of a speed vector (38, 39) of the object (31, 32), and in response to a user input action for the navigation in the video along the time axis, compute a time shift along the time axis as a product of a magnitude of the user input action and a time scaling factor which depends on the determined magnitude of the speed vector (38, 39) of the object (31, 32) to the navigation along the time axis; wherein the user interface (12; 40, 50) comprises a speed-dependent time slider and a not-scaled time slider; wherein the magnitude of the user input action is a distance received at the speed-dependent time slider; wherein the time shift computed as the product of the magnitude of the user input action and the time scaling factor is different from a further time shift defined by the same distance of a further user input received at the not-scaled time slider. a display configured to output a video; a user interface (12; 40, 50) for controlling a navigation in the video along a time axis; and a processing device (6, 7) coupled to the user interface (12; 40, 50) and the display, the processing device (6, 7) being configured, when operating in an operating mode in which an object (31, 32) shown in a plurality of frames of the video is selected by a user input, to determine a magnitude of a speed vector (38, 39) of the object (31, 32), and in response to a user input action for the navigation in the video along the time axis, compute a time shift along the time axis as a product of a magnitude of the user input action and a time scaling factor which depends on the determined magnitude of the speed vector (38, 39) of the object (31, 32) to the navigation along the time axis; determine a magnitude of a speed vector (38, 39) of the object (31, 32), and in response to a user input action for the navigation in the video along the time axis, compute a time shift along the time axis as a product of a magnitude of the user input action and a time scaling factor which depends on the determined magnitude of the speed vector (38, 39) of the object (31, 32) to the navigation along the time axis; wherein the user interface (12; 40, 50) comprises a speed-dependent time slider and a not-scaled time slider; wherein the magnitude of the user input action is a distance received at the speed-dependent time slider; wherein the time shift computed as the product of the magnitude of the user input action and the time scaling factor is different from a further time shift defined by the same distance of a further user input received at the not-scaled time slider.
An apparatus for treating sleep apnea in a patient comprising: a gas source adapted to selectively provide breathable gas to the patient under pressure; a flow sensor adapted to sense the flow of air breathed by the patient and to generate a flow signal indicative of said air flow; and an obstruction detector coupled to said flow sensor, characterised by said obstruction detector including a weight assigning member arranged to assign one or more weighting factors to portions of said flow signal and to generate an obstruction signal to indicate an obstruction when the flow signal represents an inspiratory pattern with two lobes separated by a relatively flat region. a gas source adapted to selectively provide breathable gas to the patient under pressure; a flow sensor adapted to sense the flow of air breathed by the patient and to generate a flow signal indicative of said air flow; and an obstruction detector coupled to said flow sensor, characterised by said obstruction detector including a weight assigning member arranged to assign one or more weighting factors to portions of said flow signal and to generate an obstruction signal to indicate an obstruction when the flow signal represents an inspiratory pattern with two lobes separated by a relatively flat region.
A closure for a container, which closure comprises a base part, which can be fastened to the container, and a hinged lid, which is connected to the base part so as to be pivotable about a pivot axis, closes, in a closure position, a closure opening of the base part, and comprises a lid top which is delimited by a rim, the hinged lid comprising a pressure-exertion region in the front portion in order to be able to push the hinged lid out of the closure position using a particular amount of opening force (Fo) by means of a finger, and, in the rear portion of the hinged lid, the rear portion being at a smaller distance from the pivot axis than the front portion, a support region being defined in order to specify the position of another finger by means of which a counter force (F G), which acts substantially counter to the opening force (Fo), can be exerted on the hinged lid, the support region being defined by a narrowing of or indentation in the rim, characterized in that, on one side of the hinged lid, the rim has the narrowing or indentation and, on a side which is opposite said narrowing or indentation in a direction parallel to the pivot axis, said rim is convex.
A packaging for food products, such as frozen confectionary like ice cream, having an opening being closed by a lid wherein the closure lid for the a packaging comprises: a plate-shaped centre member, an outer ring dimensioned to conform with the packaging, and a circumferential non-continuous flange member extending essentially in a right angle from the circumference of the outer ring, wherein the lid is designed such that the plate-shaped centre member can manually be changed between a convex configuration and concave configuration, and wherein said change translates into a change of the angular position of the flange member relative to the plane defined by the outer ring, and wherein depending on said angular position, the flange member is in contact with an inner wall of the packaging or not, and wherein the lid is placed in the packaging such that the flange member extends from the plane defined by the circumferential edge of the plate-shaped centre member in a direction towards the opening of the packaging. a plate-shaped centre member, an outer ring dimensioned to conform with the packaging, and a circumferential non-continuous flange member extending essentially in a right angle from the circumference of the outer ring, wherein the lid is designed such that the plate-shaped centre member can manually be changed between a convex configuration and concave configuration, and wherein said change translates into a change of the angular position of the flange member relative to the plane defined by the outer ring, and wherein depending on said angular position, the flange member is in contact with an inner wall of the packaging or not, and wherein the lid is placed in the packaging such that the flange member extends from the plane defined by the circumferential edge of the plate-shaped centre member in a direction towards the opening of the packaging.