mhurhangee/ep-ind-claims huggingface dataset:
An electronic article surveillance tag (100, 2700), comprising: - a tag body member (120, 900); - a connecting member (102, 908) having a pin portion (103, 906) releasably engageable with the tag body member (120, 900), wherein the pin portion (103, 906) extends along a first axis (130, 904); - a locking member (101, 910) attached to the tag body member (120, 900) and configured to receive the pin portion (103, 906) to lock the connecting member (102, 908) to the tag body member (120, 900), wherein the locking member (101, 910) includes a clutch mechanism movable parallel to the first axis (130, 904) between a first position in fixed engagement with the pin portion (103, 906) and corresponding to a locked state and a second position corresponding to an unlocked state that allows detachment of the pin portion (103, 906) from the locking member (101, 910), the clutch mechanism including a plunger member (134, 910) formed from a non-ferromagnetic material; and - an unlocking member attached to the tag body member (120, 900) and moveable along a second axis perpendicular to the first axis (130, 904) between a locked position and an unlocked position, wherein during movement between the locked position and the unlocked position, the unlocking member moves the clutch mechanism between the first position corresponding to the locked state and the second position corresponding to the unlocked state, wherein an unlocking body is located adjacent to a first end of the tag body member (120, 900) and the locking member (101, 910) is located adjacent to a second end of the tag body member (120, 900) that is opposite to the first end. - a tag body member (120, 900); - a connecting member (102, 908) having a pin portion (103, 906) releasably engageable with the tag body member (120, 900), wherein the pin portion (103, 906) extends along a first axis (130, 904); - a locking member (101, 910) attached to the tag body member (120, 900) and configured to receive the pin portion (103, 906) to lock the connecting member (102, 908) to the tag body member (120, 900), wherein the locking member (101, 910) includes a clutch mechanism movable parallel to the first axis (130, 904) between a first position in fixed engagement with the pin portion (103, 906) and corresponding to a locked state and a second position corresponding to an unlocked state that allows detachment of the pin portion (103, 906) from the locking member (101, 910), the clutch mechanism including a plunger member (134, 910) formed from a non-ferromagnetic material; and - an unlocking member attached to the tag body member (120, 900) and moveable along a second axis perpendicular to the first axis (130, 904) between a locked position and an unlocked position, wherein during movement between the locked position and the unlocked position, the unlocking member moves the clutch mechanism between the first position corresponding to the locked state and the second position corresponding to the unlocked state,
An embedded universal integrated circuit card, eUICC, configured to control and enforce policy rules, the eUICC including a policy rule storage configured to define actions and conditions required to enforce a plurality of policies and store a plurality of policy rules, the eUICC comprising: a policy controller configured to control the plurality of policy rules; and a policy enforcer configured to enforce the plurality of policy rules, wherein a policy is a principle reflecting rules for controlling the eUICC and an external entity remotely managing the eUICC, and wherein the plurality of policy rules include first type of policy rules associated with the eUICC and second type of policy rules associated with a profile, the first type of policy rules and the second type of policy rules being managed in physically different places, and wherein the first type of policy rules includes a first policy rule of which a type is eUICC capabilities and has a download and loading-allowed profile identifier, ID, list as a variable, a policy controller configured to control the plurality of policy rules; and a policy enforcer configured to enforce the plurality of policy rules, wherein a policy is a principle reflecting rules for controlling the eUICC and an external entity remotely managing the eUICC, and wherein the plurality of policy rules include first type of policy rules associated with the eUICC and second type of policy rules associated with a profile, the first type of policy rules and the second type of policy rules being managed in physically different places, and wherein the first type of policy rules includes a first policy rule of which a type is eUICC capabilities and has a download and loading-allowed profile identifier, ID, list as a variable,
A method of controlling a refrigerator, the method comprising: starting a first cooling cycle that cools a first storage compartment by operating a compressor and a first fan; then determining whether a start condition of a second cooling cycle that cools a second storage compartment is satisfied; operating a second fan for the second storage compartment when the start condition of the second cooling cycle is satisfied; determining whether an output change condition of the second fan is satisfied while the second fan operates; and changing a speed of the second fan when the output change condition of the second fan is satisfied, characterized in that when a temperature of the first storage compartment is lower than a set temperature N between an upper limit temperature and a lower limit temperature of the first storage compartment, the output change condition of the second fan is satisfied. starting a first cooling cycle that cools a first storage compartment by operating a compressor and a first fan; then determining whether a start condition of a second cooling cycle that cools a second storage compartment is satisfied; operating a second fan for the second storage compartment when the start condition of the second cooling cycle is satisfied; determining whether an output change condition of the second fan is satisfied while the second fan operates; and changing a speed of the second fan when the output change condition of the second fan is satisfied, characterized in that when a temperature of the first storage compartment is lower than a set temperature N between an upper limit temperature and a lower limit temperature of the first storage compartment, the output change condition of the second fan is satisfied.
A thermal conducting sheet comprising a low-hardness layer and a reinforcing layer laminated on one side or both sides of the low-hardness layer, the reinforcing layer having a hardness greater than a hardness of the low-hardness layer; wherein the low-hardness layer comprises: from 18 to 25 mass% of acrylic polymer, from 30 to 35 mass% of silicon carbide having an average particle size of from 60 μm to 100 μm, from 15 to 23 mass% of aluminum hydroxide having an average particle size of from 10 μm to 50 μm, from 18 to 30 mass% of magnesium hydroxide having an average particle size of from 1 μm to 2 μm, and from 1 to 5 mass% of plasticizer; and the reinforcing layer comprises: from 20 to 30 mass% of acrylic polymer and from 60 to 80 mass% of aluminum hydroxide having an average particle size of from 10 μm to 50 μm; and the thermal conducting sheet comprises a bonding interfacial part, the bonding interfacial part comprising an interfacial portion; wherein the low-hardness layer and the reinforcing layer are mutually bonded in the interfacial portion, and each of the low-hardness layer and the reinforcing layer penetrates into the bonding interfacial part, wherein a part of the silicon carbide is disposed in the bonding interfacial part, the part of the silicon carbide penetrating into the reinforcing layer. from 18 to 25 mass% of acrylic polymer, from 30 to 35 mass% of silicon carbide having an average particle size of from 60 μm to 100 μm, from 15 to 23 mass% of aluminum hydroxide having an average particle size of from 10 μm to 50 μm, from 18 to 30 mass% of magnesium hydroxide having an average particle size of from 1 μm to 2 μm, and from 1 to 5 mass% of plasticizer; and the reinforcing layer comprises: from 20 to 30 mass% of acrylic polymer and from 60 to 80 mass% of aluminum hydroxide having an average particle size of from 10 μm to 50 μm; and the thermal conducting sheet comprises a bonding interfacial part, the bonding interfacial part comprising an interfacial portion; wherein the low-hardness layer and the reinforcing layer are mutually bonded in the interfacial portion, and each of the low-hardness layer and the reinforcing layer penetrates into the bonding interfacial part, from 20 to 30 mass% of acrylic polymer and from 60 to 80 mass% of aluminum hydroxide having an average particle size of from 10 μm to 50 μm; and the thermal conducting sheet comprises a bonding interfacial part, the bonding interfacial part comprising an interfacial portion; wherein the low-hardness layer and the reinforcing layer are mutually bonded in the interfacial portion, and each of the low-hardness layer and the reinforcing layer penetrates into the bonding interfacial part, wherein a part of the silicon carbide is disposed in the bonding interfacial part, the part of the silicon carbide penetrating into the reinforcing layer.
Apparatus for manufacturing plastic containers with a heating device for heating plastic preforms and a shaping device for shaping plastic preforms into plastic containers, which shaping device is located downstream of the heating device in a transportation direction of the plastic preforms, and with a transportation device, which transports the plastic preforms separately through the heating device by means of a multiplicity of transport elements, wherein the apparatus is equipped with a stopper device for temporary interruption of the flow of plastic preforms to the heating device, and this stopper device enables an interruption of the flow for individual plastic preforms, characterised in that the heating device is equipped with a multiplicity of heating elements to heat individual plastic preforms or groups of plastic preforms, wherein the heating elements are suitable for individually heating individual plastic preforms or groups of plastic preforms and the apparatus is equipped with a control device for controlling an output rate of the apparatus.
A mask for microlithography comprising: a substrate; a first pattern area on the substrate, the first pattern area comprising a first pattern extending over a first length in a mask scanning direction and a first width in a direction perpendicular to the mask scan direction; a second pattern area on the substrate adjacent to the first pattern area in the mask scanning direction, the second pattern area comprising a second pattern extending over a second length in the mask scanning direction and a second width identical to the first width in the direction perpendicular to the mask scan direction, wherein the second length is smaller than the first length and the second pattern is identical to a corresponding portion of the first pattern, where the corresponding portion is offset relative to the second pattern by the first length in the mask scan direction and has a length identical to the second length, wherein the first pattern area contains a single first pattern forming a single complete pattern required to expose a single exposure area, wherein the second pattern corresponds to an incomplete pattern including only a fraction of pattern elements of the first pattern required to expose the single exposure area. a substrate; a first pattern area on the substrate, the first pattern area comprising a first pattern extending over a first length in a mask scanning direction and a first width in a direction perpendicular to the mask scan direction; a second pattern area on the substrate adjacent to the first pattern area in the mask scanning direction, the second pattern area comprising a second pattern extending over a second length in the mask scanning direction and a second width identical to the first width in the direction perpendicular to the mask scan direction, wherein the second length is smaller than the first length and the second pattern is identical to a corresponding portion of the first pattern, where the corresponding portion is offset relative to the second pattern by the first length in the mask scan direction and has a length identical to the second length, wherein the first pattern area contains a single first pattern forming a single complete pattern required to expose a single exposure area, wherein the second pattern corresponds to an incomplete pattern including only a fraction of pattern elements of the first pattern required to expose the single exposure area.
Method of producing a thread in a workpiece, in which a) a preliminary thread is produced or has been produced in the workpiece in at least one first working step by removing material from the workpiece, the preliminary thread profile of which has two preliminary thread flanks (1A, 1B) and a preliminary thread root connecting the two preliminary thread flanks, b) a final thread is produced in at least one second working step by plastic pressing-in of the material of the workpiece at least in a section of at least one of the two preliminary thread flanks (1A, 1B) by a predetermined or predeterminable pressing-in volume (ΔVA, ΔVB), characterized in that c) the pressing-in volumes (ΔVA, ΔVB) are selected to be different at different flanks (1A, 1B). a) a preliminary thread is produced or has been produced in the workpiece in at least one first working step by removing material from the workpiece, the preliminary thread profile of which has two preliminary thread flanks (1A, 1B) and a preliminary thread root connecting the two preliminary thread flanks, b) a final thread is produced in at least one second working step by plastic pressing-in of the material of the workpiece at least in a section of at least one of the two preliminary thread flanks (1A, 1B) by a predetermined or predeterminable pressing-in volume (ΔVA, ΔVB), characterized in that c) the pressing-in volumes (ΔVA, ΔVB) are selected to be different at different flanks (1A, 1B).
A method for storage and transportation of an empty case of a firearm bullet cartridge for forensic investigation, wherein said case comprises a cylindrical shell which is substantially closed at one end, wherein a device comprising a container is used having a bottom wall, a side wall and an opening, and wherein a cap is attached to the container for sealing the opening of said container, characterized in that said cap is provided with holding means (3, 4) which are inserted in the empty case, which restrict lateral movement of the empty case in said container when the cap is attached to the container.
A laboratory mill comprising at least one grinding cup which carries out a rotational movement about the central axis thereof, wherein the grinding cup is connected to at least one line (19, 12) for conveying a liquid or gaseous medium, wherein the line (19, 12) is guided via a rotary feedthrough having a stationary part and a movable part coupled to the movement of the grinding cup, characterized in that two lines (12, 13) for supplying and for discharging the medium are connected to each grinding cup and both lines (12, 13) are guided via the rotary feedthrough, wherein two external connections (118a, 118b) for the stationary lines (19, 23) are formed on the stationary part and two internal connections (117a, 117b) for the lines (12, 13) leading to the grinding cup are formed on the moveable part of the rotary feedthrough.
A kit for unmasking an endotoxin in a composition, preferably a pharmaceutical composition, comprising an endotoxin masker and suspected of comprising said endotoxin, said kit comprising a) a modulator capable of unmasking said endotoxin; and b) an agent which influences hydrogen bonding stability in solution, wherein components (a) and (b) are in same or different packages, wherein said endotoxin masker is a detergent and/or an active pharmaceutical ingredient, wherein said API is a protein API, wherein said modulator comprises a first heteroatom-substituted aliphatic, wherein said first heteroatom-substituted aliphatic is an aliphatic alcohol, wherein the main chain of said aliphatic alcohol comprises 8 to 16 carbon atoms, wherein the agent which influences hydrogen bonding stability in solution is a chaotropic agent, a cation or a combination thereof, and wherein said chaotropic agent is chosen from the group consisting of: urea; guanidinium chloride; butanol; ethanol; lithium perchlorate; lithium acetate; magnesium chloride; phenol; propanol; and thiourea. a) a modulator capable of unmasking said endotoxin; and b) an agent which influences hydrogen bonding stability in solution, wherein said modulator comprises a first heteroatom-substituted aliphatic, wherein said first heteroatom-substituted aliphatic is an aliphatic alcohol, wherein the main chain of said aliphatic alcohol comprises 8 to 16 carbon atoms, wherein the agent which influences hydrogen bonding stability in solution is a chaotropic agent, a cation or a combination thereof, and wherein said chaotropic agent is chosen from the group consisting of: urea; guanidinium chloride; butanol; ethanol; lithium perchlorate; lithium acetate; magnesium chloride; phenol; propanol; and thiourea.
Coated food cardboard which comprises a cardboard layer and a coating layer on at least one side of it, the cardboard comprising a barrier layer between the coating layer and the cardboard, wherein the barrier layer contains binder and slate-like mineral pigment, characterized in that the barrier layer comprises of its dry matter 5-70 % slate-like mineral pigment and 95-30 % starch as said binder and that there is a surface sizing agent layer between the cardboard surface and the barrier layer.
An epilation head for an epilation device particularly for plucking hair from human skin having a rotating cylinder and rotating around a rotational axis, the rotating cylinder having a number of plucking units for grasping and plucking out hair and having a skin oriented surface, wherein each plucking unit comprises a movable clamping unit, a stationary clamping unit, wherein the movable clamping unit and the stationary clamping unit form a closable plucking gap and characterized in that the movable clamping units have a skin contacting surface and the total area of the skin contacting surfaces of the movable clamping units is greater than 15% of the area of the skin oriented surface.
A transmission packet (70,80) for transmitting uncompressed AV data, the transmission packet comprising: a payload comprising multiple Transmission Data Units (TDUs) error-correction coded at a predetermined coding rate, the multiple Transmission Data Units (TDUs) including bits classified according to an importance of bits constituting the uncompressed AV data; a medium access control header comprising information for medium access control; and a physical layer header comprising information about the predetermined coding rate, characterized in that a mode index is recorded in the PHY header, and denotes two groups comprising: a first group including four upper bit levels and a second group including four lower bit levels. a payload comprising multiple Transmission Data Units (TDUs) error-correction coded at a predetermined coding rate, the multiple Transmission Data Units (TDUs) including bits classified according to an importance of bits constituting the uncompressed AV data; a medium access control header comprising information for medium access control; and a physical layer header comprising information about the predetermined coding rate, characterized in that a mode index is recorded in the PHY header, and denotes two groups comprising: a first group including four upper bit levels and a second group including four lower bit levels. a first group including four upper bit levels and a second group including four lower bit levels.
A method of generating a Single-Carrier Frequency Division Multiple Access, or SC-FDMA, signal based on a given Constant Amplitude Zero Auto-Correlation, or CAZAC, sequence, the method comprising: generating a frequency domain representation of the CAZAC sequence, comprising: - providing an analytical representation of the CAZAC sequence in the frequency domain with an integer phase term; and - calculating the integer phase term in a recursive manner for each of a plurality of frequency domain samples of the CAZAC sequence; mapping the resulting frequency domain representation of the CAZAC sequence to a pre-determined frequency location; and transforming the mapped frequency domain representation into the time domain to obtain a time domain representation of the SC-FDMA signal. generating a frequency domain representation of the CAZAC sequence, comprising: - providing an analytical representation of the CAZAC sequence in the frequency domain with an integer phase term; and - calculating the integer phase term in a recursive manner for each of a plurality of frequency domain samples of the CAZAC sequence; - providing an analytical representation of the CAZAC sequence in the frequency domain with an integer phase term; and - calculating the integer phase term in a recursive manner for each of a plurality of frequency domain samples of the CAZAC sequence; mapping the resulting frequency domain representation of the CAZAC sequence to a pre-determined frequency location; and transforming the mapped frequency domain representation into the time domain to obtain a time domain representation of the SC-FDMA signal.