mhurhangee/ep-ind-claims huggingface dataset:
A compound having the formula wherein i and j are each, independently, integer values ranging from 1 to 10; k and 1 are each, independently, integer values of at least 1 whose combined sum ranges from 2 to 120; R 2 and R 3 are each, independently, an alkyl group having from 1 to 14 carbon atoms, a cycloalkyl group having from 3 to 14 carbon atoms, an aryl group having from 5 to 12 ring atoms, and arenyl group having from 6 to 26 carbon atoms and 0 to 3 S, N, or nonperoxidic O atoms, or R 2 and R 3 taken together with the carbon to which they are both joined form a carbocyclic ring having from 4 to 12 carbon atoms; and each p is, independently, 0 or 1. i and j are each, independently, integer values ranging from 1 to 10; k and 1 are each, independently, integer values of at least 1 whose combined sum ranges from 2 to 120; R 2 and R 3 are each, independently, an alkyl group having from 1 to 14 carbon atoms, a cycloalkyl group having from 3 to 14 carbon atoms, an aryl group having from 5 to 12 ring atoms, and arenyl group having from 6 to 26 carbon atoms and 0 to 3 S, N, or nonperoxidic O atoms, or R 2 and R 3 taken together with the carbon to which they are both joined form a carbocyclic ring having from 4 to 12 carbon atoms; and each p is, independently, 0 or 1.
An electronic indicator, comprising: a circuit including: an environmentally sensitive component, comprising a sensing component treated with or containing a material so as to be sensitive to an environmental condition; wherein the material is a colloidal polymer and is reactive with an environment to cause a change in a characteristic of the environmentally sensitive component; wherein the circuit is configured to detect the change; and wherein the circuit is configured to communicate the change; characterized by the circuit further including: a transistor coupled to a first power source, to a second power source, and to an indicator; the first power source configured to decay over a predetermined period corresponding to the characteristic of the environmentally sensitive component; the second power source configured to provide a reference and bias on a gate of the transistor; a third power source configured to provide overall power for the circuit; and the indicator configured to activate in response to a threshold current being applied to the indicator; a display coupled to the indicator; wherein, in response to the first power source falling below a threshold power level, the threshold current is applied to the indicator; and wherein the display is configured to activate in response to the indicator activating. an environmentally sensitive component, comprising a sensing component treated with or containing a material so as to be sensitive to an environmental condition; wherein the material is a colloidal polymer and is reactive with an environment to cause a change in a characteristic of the environmentally sensitive component; wherein the circuit is configured to detect the change; and wherein the circuit is configured to communicate the change; characterized by the circuit further including: a transistor coupled to a first power source, to a second power source, and to an indicator; the first power source configured to decay over a predetermined period corresponding to the characteristic of the environmentally sensitive component; the second power source configured to provide a reference and bias on a gate of the transistor; a third power source configured to provide overall power for the circuit; and the indicator configured to activate in response to a threshold current being applied to the indicator; a display coupled to the indicator; wherein, in response to the first power source falling below a threshold power level, the threshold current is applied to the indicator; and the first power source configured to decay over a predetermined period corresponding to the characteristic of the environmentally sensitive component; the second power source configured to provide a reference and bias on a gate of the transistor; a third power source configured to provide overall power for the circuit; and the indicator configured to activate in response to a threshold current being applied to the indicator; a display coupled to the indicator; wherein, in response to the first power source falling below a threshold power level, the threshold current is applied to the indicator; and
An anti-CD25 antibody or antigen-binding fragment thereof, comprising: a) a variable heavy chain region comprising the amino acid sequence of SEQ ID NO:1 or comprising the amino acid sequence of SEQ ID NO:2; and b) a variable light chain region comprising the amino acid sequence of SEQ ID NO:3 or comprising the amino acid sequence of SEQ ID NO:4. a) a variable heavy chain region comprising the amino acid sequence of SEQ ID NO:1 or comprising the amino acid sequence of SEQ ID NO:2; and b) a variable light chain region comprising the amino acid sequence of SEQ ID NO:3 or comprising the amino acid sequence of SEQ ID NO:4.
Method for securing a private key of a first client, comprising: A request made by the first client for a public key of a first server; generation by the first client of a symmetric key from the private key of the first client and the public key of the first server, encryption of the private key of the first client with the symmetric key, and transmission of the encrypted private key of the first client to a second server; and storage by the second server of the encrypted private key of the first client. A request made by the first client for a public key of a first server; generation by the first client of a symmetric key from the private key of the first client and the public key of the first server, encryption of the private key of the first client with the symmetric key, and transmission of the encrypted private key of the first client to a second server; and storage by the second server of the encrypted private key of the first client.
A method of making a landing gear assembly, comprising: forging a mounting interface portion comprising a base, and first and second ends that each extend upwardly from the base, wherein the first and second ends comprise first and second holes, respectively, that are aligned with one another and that accommodate coupling to an airframe to allow the landing gear assembly to be moved between a stowed position and a deployed position, wherein an open space extends between the first and second holes; joining each of a first curved sheet metal element and a second curved sheet metal element to the mounting interface portion to define an upper section of a thin-skin support member, wherein the first and second holes of the mounting interface portion are disposed beyond an upper end of the upper section of the thin-skin support member; forging a mid-body support having a cylinder extending from the mid-body support; joining a third curved sheet metal element and a fourth curved sheet metal element to each other as well as to the mid-body support, thereby defining a lower section of the thin-skin support member; and joining the upper section of the thin-skin support member to the lower section of the thin-skin support member; wherein the landing gear assembly comprises a strut assembly retained by the cylinder and coupled to an axle by an upper torsion link and a lower torsion link, the mid-body support including an interface proximate an opening end of the cylinder and configured for joining to the upper torsion link. forging a mounting interface portion comprising a base, and first and second ends that each extend upwardly from the base, wherein the first and second ends comprise first and second holes, respectively, that are aligned with one another and that accommodate coupling to an airframe to allow the landing gear assembly to be moved between a stowed position and a deployed position, wherein an open space extends between the first and second holes; joining each of a first curved sheet metal element and a second curved sheet metal element to the mounting interface portion to define an upper section of a thin-skin support member, wherein the first and second holes of the mounting interface portion are disposed beyond an upper end of the upper section of the thin-skin support member; forging a mid-body support having a cylinder extending from the mid-body support; joining a third curved sheet metal element and a fourth curved sheet metal element to each other as well as to the mid-body support, thereby defining a lower section of the thin-skin support member; and joining the upper section of the thin-skin support member to the lower section of the thin-skin support member; wherein the landing gear assembly comprises a strut assembly retained by the cylinder and coupled to an axle by an upper torsion link and a lower torsion link, the mid-body support including an interface proximate an opening end of the cylinder and configured for joining to the upper torsion link.
Method for transferring a multilayer body (17, 67, 87) onto a substrate, wherein, in the method, a transfer film (1, 6, 8) is provided which has a carrier film (11, 61, 81), a single- or multilayer decorative layer and a release layer (12, 62, 82) which enables the separation of the decorative layer from the carrier film, and in which a first partial region (32, 33, 35) of the decorative layer, said partial region forming the multilayer body (17, 67, 87), is applied to the substrate, wherein the transfer film (1, 6, 8) and a release film (2, 71, 91) are laid one on top of the other, wherein a first adhesive layer (16, 72, 86) arranged between the decorative layer and release film (2, 71, 91) is applied in full to the decorative layer in the first partial region of the decorative layer and in a second partial region (31, 32, 35, 36) of the decorative layer, said partial region adjoining a first partial region of the decorative layer allocated to the multilayer body, then is partially activated in the second partial region (31, 34, 36) of the decorative layer and is, however, deactivated in the first partial region (32, 33, 35) of the decorative layer by means of overprinting with a deactivation layer or by means of irradiation, the release film (2, 71, 91) is subsequently removed from the transfer film (1, 6, 8), wherein the second partial region (31, 34, 36) of the decorative layer, in which the first adhesive layer (16, 72, 86) is activated, adheres to the release film and is removed from the carrier film (11, 61, 81) along with the release film (2, 71, 91), and the first partial region (32, 33, 35) of the decorative layer remains on the carrier film (11, 61, 81), and the transfer film (1, 6, 8) is applied to the substrate and the first partial region (32, 33, 35) of the decorative layer, said partial region not having been removed from the carrier film along with the release film, is applied to the substrate at least in certain regions.
A computer-implemented method for providing a location-based data feed (304, 314, 316), the method comprising: receiving, at a host server, the location-based data feed (304, 314, 316) and access permissions uploaded from a first device (302, 312), wherein the access permissions identify one or more members of a user's group and wherein the location-based data feed (304, 314, 316) uploaded from the first device is associated with a location (306, 318) defined by a member of the user's group; determining whether a second device is within a predetermined geographic region associated with the location (306, 318); determining whether the second device belongs to the user's group defined by the access permissions; and transferring, automatically from the host server, the location-based data feed (304, 314, 316) uploaded from the first device (302, 312) to the second device based on a determination that the second device is within the predetermined geographic region and belongs to the user's group defined by the access permissions. receiving, at a host server, the location-based data feed (304, 314, 316) and access permissions uploaded from a first device (302, 312), wherein the access permissions identify one or more members of a user's group and wherein the location-based data feed (304, 314, 316) uploaded from the first device is associated with a location (306, 318) defined by a member of the user's group; determining whether a second device is within a predetermined geographic region associated with the location (306, 318); determining whether the second device belongs to the user's group defined by the access permissions; and transferring, automatically from the host server, the location-based data feed (304, 314, 316) uploaded from the first device (302, 312) to the second device based on a determination that the second device is within the predetermined geographic region and belongs to the user's group defined by the access permissions.
A vacuum adiabatic body comprising: a first plate member configured to define at least a portion of a wall for a first space; a second plate member configured to define at least a portion of a wall for a second space having a temperature different from that of the first space; a sealing part configured to seal the first plate member and the second plate member so as to provide a third space that has a temperature between a temperature of the first space and a temperature of the second space and is a vacuum space; a supporting unit configured to maintain the third space; a heat resistance unit configured to reduce a heat transfer amount between the first plate member and the second plate member; and an exhaust port through which a gas of the third space is exhausted, wherein the supporting unit comprises a plurality of bars extending between the first plate member and the second plate member in a vertical direction; characterized in that: when a pitch between the bars is a, an elastic modulus of a material forming the bar is E, and a radius of a long axis is n and a radius of a short axis is m when a cross-section of the bar has an elliptical shape, the following equation: 1.0354 < Em 3 n a 2 < 188.2097 is satisfied a first plate member configured to define at least a portion of a wall for a first space; a second plate member configured to define at least a portion of a wall for a second space having a temperature different from that of the first space; a sealing part configured to seal the first plate member and the second plate member so as to provide a third space that has a temperature between a temperature of the first space and a temperature of the second space and is a vacuum space; a supporting unit configured to maintain the third space; a heat resistance unit configured to reduce a heat transfer amount between the first plate member and the second plate member; and an exhaust port through which a gas of the third space is exhausted, wherein the supporting unit comprises a plurality of bars extending between the first plate member and the second plate member in a vertical direction; characterized in that: when a pitch between the bars is a, an elastic modulus of a material forming the bar is E, and a radius of a long axis is n and a radius of a short axis is m when a cross-section of the bar has an elliptical shape, the following equation: 1.0354 < Em 3 n a 2 < 188.2097 is satisfied
A device for generating a reliable low-impedance electric short-circuit independently of the operating voltage, comprising two electric connection parts (1; 2) which are plate-shaped in particular and which carry a different potential, wherein an insulating section is formed between the connection parts (1; 2), and the desired short-circuit is implemented by at least partly penetrating or destroying the insulating section, wherein the connection parts (1; 2) are arranged closely adjacent to each other, and the insulating section is formed as an insulating foil or a foil-like coating, characterized in that the connection parts (1; 2) are arranged in a stacked manner under inclusion of the insulating section, and an exothermic mass is located in the direct vicinity of the insulating section, said mass releasing its exothermic energy when energy is applied and thus producing the melting or deformation of the insulating section, such that the galvanic isolation between the connection parts (1; 2) is removed and the short-circuit event occurs, wherein the exothermic mass is formed as a foil which forms a sandwich assembly with the insulating section.
Vehicle sunroof, the vehicle sunroof comprises: a torsion spring, a wind-blocking mesh assembly; and a torsion spring installation means for a vehicle sunroof; wherein the torsion spring being fixed and connected to the wind-blocking mesh assembly via the torsion spring installation means, for the purpose of providing an action force or a reaction force for the wind-blocking mesh assembly; wherein the torsion spring comprising: spring coils, a first torsion arm and a second torsion arm, and the torsion spring installation means comprises: a recess, the recess being configured as a cavity having an opening, for the purpose of receiving the spring coils, and having a wall and a recess bottom; a receiving component, the receiving component having an opening part, in order to receive the first torsion arm; characterized in that a guide block is provided on a first wall face of the wall in a fixed manner, the guide block extending out from the first wall face in such a way that its size gradually diminishes. a torsion spring, a wind-blocking mesh assembly; and a torsion spring installation means for a vehicle sunroof; wherein the torsion spring being fixed and connected to the wind-blocking mesh assembly via the torsion spring installation means, for the purpose of providing an action force or a reaction force for the wind-blocking mesh assembly; wherein the torsion spring comprising: spring coils, a first torsion arm and a second torsion arm, and the torsion spring installation means comprises: a recess, the recess being configured as a cavity having an opening, for the purpose of receiving the spring coils, and having a wall and a recess bottom; a receiving component, the receiving component having an opening part, in order to receive the first torsion arm; characterized in that a guide block is provided on a first wall face of the wall in a fixed manner, the guide block extending out from the first wall face in such a way that its size gradually diminishes. a recess, the recess being configured as a cavity having an opening, for the purpose of receiving the spring coils, and having a wall and a recess bottom; a receiving component, the receiving component having an opening part, in order to receive the first torsion arm; characterized in that a guide block is provided on a first wall face of the wall in a fixed manner, the guide block extending out from the first wall face in such a way that its size gradually diminishes.
A fastener tool comprising: a motor; a drive mechanism connected to the motor and adapted to drive a piston; and wherein the drive mechanism comprises a blade fixed to the piston, a gear is coupled to the motor, the gear comprising a plurality of teeth adapted to engage with a plurality of lugs on the blade such that a rotation of the gear is transformed to a linear movement of the blade characterised by a locking module comprising a rotating member coupled with the drive mechanism and adapted to rotate with a spindle and defining a rotation axis, and a receiving member adapted to engage with the rotating member at an engaging portion; the rotating member comprising a latch and a biasing member, wherein the biasing member moveably supports the latch in a direction substantially perpendicular to the rotation axis. a motor; a drive mechanism connected to the motor and adapted to drive a piston; and wherein the drive mechanism comprises a blade fixed to the piston, a gear is coupled to the motor, the gear comprising a plurality of teeth adapted to engage with a plurality of lugs on the blade such that a rotation of the gear is transformed to a linear movement of the blade characterised by a locking module comprising a rotating member coupled with the drive mechanism and adapted to rotate with a spindle and defining a rotation axis, and a receiving member adapted to engage with the rotating member at an engaging portion; the rotating member comprising a latch and a biasing member, wherein the biasing member moveably supports the latch in a direction substantially perpendicular to the rotation axis.
A method for evaluating the toxicity of a chemical substance by delayed luminescence using algal cells selected from green algae, blue-green algae and diatoms, wherein the algal cells exhibit low variability in individual cell properties, the method comprising: preparing frozen algal cells by cultivating the algal cells to the logarithmic growth phase, collecting the cultivated algal cells, and freezing and preserving the collected algal cells, wherein the cells at the time of freezing exhibit a bimodal particle size distribution such that the cells may be separated into two groups composed of a group of larger cells before cell division and a group of smaller cells immediately after the cell division, indicating that cell division is actively under way, and thawing the frozen and preserved algal cells and using them for evaluating the toxicity of a chemical substance by delayed luminescence. preparing frozen algal cells by cultivating the algal cells to the logarithmic growth phase, collecting the cultivated algal cells, and freezing and preserving the collected algal cells, wherein the cells at the time of freezing exhibit a bimodal particle size distribution such that the cells may be separated into two groups composed of a group of larger cells before cell division and a group of smaller cells immediately after the cell division, indicating that cell division is actively under way, and thawing the frozen and preserved algal cells and using them for evaluating the toxicity of a chemical substance by delayed luminescence.
A charged particle beam generator comprising: a plug (151, 151a) configured to introduce a high voltage from outside to a charged particle source in a vacuum; and a socket (251, 251a) to which the charged particle source is attached, characterized in that a field limiting ring electrically connected to only one of a plurality of high voltage introducing conductors is embedded inside a tip of the plug (151, 151a), and wherein the plurality of high voltage introducing conductors are arranged to penetrate the field limiting ring. a plug (151, 151a) configured to introduce a high voltage from outside to a charged particle source in a vacuum; and a socket (251, 251a) to which the charged particle source is attached, characterized in that a field limiting ring electrically connected to only one of a plurality of high voltage introducing conductors is embedded inside a tip of the plug (151, 151a), and wherein the plurality of high voltage introducing conductors are arranged to penetrate the field limiting ring.