mhurhangee/patent-ind-claim-en huggingface dataset:
A cover plate, for a foldable display device, comprising: a first portion having a first stiffness and including a plurality of patterns being spaced apart from each other in a first direction and a second direction; and a second portion having a second stiffness and including a base located between the plurality of patterns, the second stiffness being greater than the first stiffness, wherein the second portion defines at least one space and the first portion fills the at least one space, and the first portion and the second portion define a flat surface of the cover plate. a first portion having a first stiffness and including a plurality of patterns being spaced apart from each other in a first direction and a second direction; and a second portion having a second stiffness and including a base located between the plurality of patterns, the second stiffness being greater than the first stiffness, wherein the second portion defines at least one space and the first portion fills the at least one space, and the first portion and the second portion define a flat surface of the cover plate.
A combined anti-theft lock-cylinder mechanism comprising: a key and a corresponding lock-cylinder module ; the module including a lock-cylinder sleeve and a lock-cylinder shaft ; the lock-cylinder shaft rotatable in the sleeve; the lock-cylinder shaft with a key slot ; the key featuring a groove on the inserting-end face where the key enters the cylinder; a pin hole crossing the key slot at the rear end face of the key slot in the key cylinder shaft; and a dowel pin which fits in the pin hole where the groove co-operates with the dowel pin wherein the lock-cylinder shaft is inserted in the lock-cylinder shaft sleeve ; characterized in that the lock-cylinder shaft is provided with a snap spring groove in the outside shell; with a snap spring which is clipped in the snap spring groove for positioning of the lock-cylinder shaft and the lock-cylinder shaft sleeve ; and with an open end of the pin hole connected with the snap spring groove . a key and a corresponding lock-cylinder module ; the module including a lock-cylinder sleeve and a lock-cylinder shaft ; the lock-cylinder shaft rotatable in the sleeve; the lock-cylinder shaft with a key slot ; the key featuring a groove on the inserting-end face where the key enters the cylinder; a pin hole crossing the key slot at the rear end face of the key slot in the key cylinder shaft; and a dowel pin which fits in the pin hole where the groove co-operates with the dowel pin wherein the lock-cylinder shaft is inserted in the lock-cylinder shaft sleeve ; characterized in that the lock-cylinder shaft is provided with a snap spring groove in the outside shell; with a snap spring which is clipped in the snap spring groove for positioning of the lock-cylinder shaft and the lock-cylinder shaft sleeve ; and with an open end of the pin hole connected with the snap spring groove .
A processor comprising: a general purpose processor core; a three-dimensional integrated circuit stack including multiple graphics processor cores, the 3D integrated circuit stack coupled to the general purpose processor core; interconnect logic having at least one physical data channel, to interconnect the graphics processor cores of the 3D integrated circuit stack and couple the graphics processor cores with a shared resource; wherein the interconnect logic is to enable data distribution between the graphics processor cores and the shared resource over multiple virtual channels on the at least one physical data channel, and to route traffic originating from a thread of one of the multiple graphics processor cores within a same traffic classification to maintain coherency during data transmission for the thread, the traffic classifications assigned to one of the multiple virtual channels, wherein the multiple virtual channels are arbitrated based on a programmable priority system, and wherein each traffic classification is assigned a priority relative to all traffic classifications or relative to priorities of traffic classifications on the same virtual channel; and wherein the virtual channel is to include multiple programmatically pre-assigned traffic classifications. a general purpose processor core; a three-dimensional integrated circuit stack including multiple graphics processor cores, the 3D integrated circuit stack coupled to the general purpose processor core; interconnect logic having at least one physical data channel, to interconnect the graphics processor cores of the 3D integrated circuit stack and couple the graphics processor cores with a shared resource; wherein the interconnect logic is to enable data distribution between the graphics processor cores and the shared resource over multiple virtual channels on the at least one physical data channel, and to route traffic originating from a thread of one of the multiple graphics processor cores within a same traffic classification to maintain coherency during data transmission for the thread, the traffic classifications assigned to one of the multiple virtual channels, wherein the multiple virtual channels are arbitrated based on a programmable priority system, and wherein each traffic classification is assigned a priority relative to all traffic classifications or relative to priorities of traffic classifications on the same virtual channel; and wherein the virtual channel is to include multiple programmatically pre-assigned traffic classifications.
An electronic circuit for an electronic pen, the electronic circuit comprising: an integrated circuit ; and a resonant circuit that is formed of a parallel circuit of a coil and a first capacitor and is externally connected to the integrated circuit , wherein the integrated circuit includes a variable-capacitance circuit which, in operation, adjusts a frequency of the resonant circuit , and has a connection pin connecting the variable-capacitance circuit to outside of the integrated circuit , wherein a first end of the parallel circuit is grounded and a second end of the parallel circuit is connected to a first end of a second capacitor externally connected to the integrated circuit , characterized in that a second end of the second capacitor is connected to the connection pin of the integrated circuit and is connected to a diode which, in operation, clamps a potential of the second end of the second capacitor to a predetermined value. an integrated circuit ; and a resonant circuit that is formed of a parallel circuit of a coil and a first capacitor and is externally connected to the integrated circuit , wherein the integrated circuit includes a variable-capacitance circuit which, in operation, adjusts a frequency of the resonant circuit , and has a connection pin connecting the variable-capacitance circuit to outside of the integrated circuit , wherein a first end of the parallel circuit is grounded and a second end of the parallel circuit is connected to a first end of a second capacitor externally connected to the integrated circuit , characterized in that a second end of the second capacitor is connected to the connection pin of the integrated circuit and is connected to a diode which, in operation, clamps a potential of the second end of the second capacitor to a predetermined value.
A vacuum component having a pumping capacity by means of a gettering effect of titanium (Ti), including a vacuum container provided with a Ti layer having a thickness of 100 μm or larger, the Ti layer containing Ti; an electrode provided inside the vacuum container , the electrode having an electrode surface corresponding to its surface facing an inner surface of the vacuum container ; and a gas inlet for introducing an inert gas into the vacuum container , wherein the vacuum component is configured to evacuate a vacuum chamber to be a target of an evacuation, in a state where either the Ti layer with no Ti oxide formed on a surface or a Ti oxide layer directly formed on the Ti layer in a manner to have a thickness of 1 nm or smaller or have a surface oxygen concentration of 20 atomic% or smaller is exposed on the inner surface of the vacuum container , and wherein the vacuum component is configured such that its state can be switched between a first state of generating DC discharge by introducing the inert gas into the vacuum container and setting the electrode surface at a positive potential and the inner surface at a negative potential, and a second state of setting the electrode surface at the same potential as the inner surface or setting the electrode surface in a floating state from the inner surface without introducing the inert gas into the vacuum container , and wherein the vacuum component is set to be in the second state when performing the evacuation. a vacuum container provided with a Ti layer having a thickness of 100 μm or larger, the Ti layer containing Ti; an electrode provided inside the vacuum container , the electrode having an electrode surface corresponding to its surface facing an inner surface of the vacuum container ; and a gas inlet for introducing an inert gas into the vacuum container , wherein the vacuum component is configured to evacuate a vacuum chamber to be a target of an evacuation, in a state where either the Ti layer with no Ti oxide formed on a surface or a Ti oxide layer directly formed on the Ti layer in a manner to have a thickness of 1 nm or smaller or have a surface oxygen concentration of 20 atomic% or smaller is exposed on the inner surface of the vacuum container , and wherein the vacuum component is configured such that its state can be switched between a first state of generating DC discharge by introducing the inert gas into the vacuum container and setting the electrode surface at a positive potential and the inner surface at a negative potential, and a second state of setting the electrode surface at the same potential as the inner surface or setting the electrode surface in a floating state from the inner surface without introducing the inert gas into the vacuum container , and wherein the vacuum component is set to be in the second state when performing the evacuation.
An attack scenario simulation device that simulates an attack on an information processing system and generates an attack scenario against the information processing system, comprising: - a unit that holds state information for each state of the information processing system, attack scenario information describing the state of the information processing system and an attack scenario including a chain of actions that can be taken in the state, action information describing a relationship between the actions and attack tactics, attack tactics information describing a prerequisite for the attack tactics and an event that occurs under the prerequisite, reward information for a reward that occurs for each event, and success probability information that stores a probability of success for each state and each attack tactic; - a unit that obtains an action that transitions from a first state to a second state with reference to the state information, the action information, and the attack tactics information; - a unit that obtains the reward for the action that transitions from the first state to the second state with reference to the reward information, the action information, and the attack tactics information; - a unit that obtains expected rewards for the reward of the action that transitions from the first state to the second state with reference to the success probability information; and - a unit that sets the highest expected reward among the expected rewards of the action that transitions from the first state to the second state as a state value of a reinforcement learning of the first state, and generates the attack scenario by the reinforcement learning. - a unit that holds state information for each state of the information processing system, attack scenario information describing the state of the information processing system and an attack scenario including a chain of actions that can be taken in the state, action information describing a relationship between the actions and attack tactics, attack tactics information describing a prerequisite for the attack tactics and an event that occurs under the prerequisite, reward information for a reward that occurs for each event, and success probability information that stores a probability of success for each state and each attack tactic; - a unit that obtains an action that transitions from a first state to a second state with reference to the state information, the action information, and the attack tactics information; - a unit that obtains the reward for the action that transitions from the first state to the second state with reference to the reward information, the action information, and the attack tactics information; - a unit that obtains expected rewards for the reward of the action that transitions from the first state to the second state with reference to the success probability information; and - a unit that sets the highest expected reward among the expected rewards of the action that transitions from the first state to the second state as a state value of a reinforcement learning of the first state, and generates the attack scenario by the reinforcement learning.
A method of distinguishing between pathogenic platelet-activating HIT antibodies and Heparin-PF4 directed antibodies that do not cause HIT, the method comprising: (A) the steps of: a) incubating platelet factor 4 (PF4) with a sample of platelets to yield a sample of PF4-treated platelets; b) contacting a patient blood, serum or plasma sample from a patient suspected of having heparin-induced thrombocytopenia (HIT) with the PF4-treated platelets, wherein a combined sample is created; and c) measuring activation of the PF4-treated platelets in the combined sample, wherein an increase in platelet activation in the combined sample relative to platelet activation obtained when a normal blood, serum or plasma sample is substituted for the patient blood, serum or plasma sample in step (c) is indicative of the patient having HIT; or (B) the steps of: a) incubating platelet factor 4 (PF4) with a sample of platelets and a patient blood, serum or plasma sample obtained from a patient suspected of having heparin-induced thrombocytopenia (HIT); b) measuring activation of the PF4-treated platelets, wherein increased levels of platelet activation measured in step (b) relative to activation measured when a normal blood, serum or plasma sample is substituted for the patient blood, serum or plasma sample is indicative that the patient has HIT. (A) the steps of: a) incubating platelet factor 4 (PF4) with a sample of platelets to yield a sample of PF4-treated platelets; b) contacting a patient blood, serum or plasma sample from a patient suspected of having heparin-induced thrombocytopenia (HIT) with the PF4-treated platelets, wherein a combined sample is created; and c) measuring activation of the PF4-treated platelets in the combined sample, wherein an increase in platelet activation in the combined sample relative to platelet activation obtained when a normal blood, serum or plasma sample is substituted for the patient blood, serum or plasma sample in step (c) is indicative of the patient having HIT; or (B) the steps of: a) incubating platelet factor 4 (PF4) with a sample of platelets and a patient blood, serum or plasma sample obtained from a patient suspected of having heparin-induced thrombocytopenia (HIT); b) measuring activation of the PF4-treated platelets, wherein increased levels of platelet activation measured in step (b) relative to activation measured when a normal blood, serum or plasma sample is substituted for the patient blood, serum or plasma sample is indicative that the patient has HIT.
A system for automatically executing a navigational task based on a proximity of a vehicle to an obstacle , the system comprising: a hub attachable to a vehicle, the hub including an oscillating circuit having an oscillating frequency; a member coupled to the hub , the member including an inductive element adapted to alter the oscillating frequency commensurate with its proximity to the oscillating circuit ; and a navigation sensor adapted to: determine the oscillating frequency of the oscillating circuit ; and identify a navigational task using a set of calibration data and the oscillating frequency of the oscillating circuit . a hub attachable to a vehicle, the hub including an oscillating circuit having an oscillating frequency; a member coupled to the hub , the member including an inductive element adapted to alter the oscillating frequency commensurate with its proximity to the oscillating circuit ; and a navigation sensor adapted to: determine the oscillating frequency of the oscillating circuit ; and identify a navigational task using a set of calibration data and the oscillating frequency of the oscillating circuit . determine the oscillating frequency of the oscillating circuit ; and identify a navigational task using a set of calibration data and the oscillating frequency of the oscillating circuit .
A method, executed by a communication terminal , including the steps of: receiving a message containing text information; providing the received message via a messaging application executed by a processor of the terminal; extracting at least one token, which is shared between a plurality of functions, from the text information included in the message, wherein the token is a piece of data composed of one or more consecutive characters in text information; based on the extracted at least one token, determining at least one function to share the extracted token; standardizing the extracted at least one token in a form applicable to the at least one function; and executing the at least one function by using the standardized at least one token as an input to the at least one function. receiving a message containing text information; providing the received message via a messaging application executed by a processor of the terminal; extracting at least one token, which is shared between a plurality of functions, from the text information included in the message, wherein the token is a piece of data composed of one or more consecutive characters in text information; based on the extracted at least one token, determining at least one function to share the extracted token; standardizing the extracted at least one token in a form applicable to the at least one function; and executing the at least one function by using the standardized at least one token as an input to the at least one function.
A method of producing pleated paper with fire suppressive characteristics comprising: a. providing Kraft paper for pleating having a weight of 11 to 23 kg (25 to 50 pounds), and Kraft paper for planar support having a weight of 18 to 27 kg (40 to 60 pounds); b. applying a fire suppressive ink to surfaces of the Kraft papers; c. pleating the Kraft paper having a weight of 11 to 23 kg (25 to 50 pounds) so that the apices of each pleat have an angle of 88 to 92° and a height ranging from 2.38 mm to 3.175 mm (3/32 of an inch to 1/8 of an inch); and d. bonding the pleated paper to at least one sheet of Kraft paper having a weight of 18 to 27 kg (40 to 60 pounds) for planar support. a. providing Kraft paper for pleating having a weight of 11 to 23 kg (25 to 50 pounds), and Kraft paper for planar support having a weight of 18 to 27 kg (40 to 60 pounds); b. applying a fire suppressive ink to surfaces of the Kraft papers; c. pleating the Kraft paper having a weight of 11 to 23 kg (25 to 50 pounds) so that the apices of each pleat have an angle of 88 to 92° and a height ranging from 2.38 mm to 3.175 mm (3/32 of an inch to 1/8 of an inch); and d. bonding the pleated paper to at least one sheet of Kraft paper having a weight of 18 to 27 kg (40 to 60 pounds) for planar support.
Fibre composite components based on polyisocyanurate and on polyurethane, comprising one or more fibre layers impregnated with polyurethane and polyisocyanurate, wherein the polyurethane and polyisocyanurate are obtainable from a reaction mixture consisting of A) one or more polyisocyanates B) one or more polyols C) one or more polyepoxides D) one or more latent catalysts E) optionally additives and F) optionally fibre material, wherein the mixture has a viscosity at 25°C of 20 to 500 mPas, preferably 50 to 400 mPas, more preferably 60 to 350 mPas (measured to DIN EN ISO 1342), a ratio of the number of NCO groups in component A) to the number of OH groups in component B) of 10:1 to 16:1, preferably 11:1 to 14:1, a ratio of the number of NCO groups in component A) to the number of epoxy groups in component C) of 2:1 to 25:1, preferably 7:1 to 15:1, most preferably 10:1 to 14:1, and a ratio of the number of epoxy groups in component C) to the number of moles of latent catalyst in component D) of 1.1:1 to 12:1, preferably 3:1 to 10:1, most preferably 5:1 to 7:1. A) one or more polyisocyanates B) one or more polyols C) one or more polyepoxides D) one or more latent catalysts E) optionally additives and F) optionally fibre material,
A spark plug for an internal combustion engine , the spark plug comprising: a center electrode extending along a longitudinal direction (L); an insulator disposed around the center electrode ; a housing mounted to the insulator , the housing being in thermal contact with the insulator at a first contact interface and having an opening at an end in the longitudinal direction (L) through which the center electrode is exposed; a mounting portion provided on an outer surface of the housing and configured to detachably mount the spark plug in a spark plug bore of the internal combustion engine ; a sealing portion provided on the outer surface of the housing and configured to sealingly engage an inner surface of the spark plug bore at a second contact interface when the spark plug is mounted in the spark plug bore , wherein the sealing portion is disposed between the mounting portion and the opening in the longitudinal direction (L); characterized in further comprising a shield member covering at least in part a front surface of the housing at the end of the same, wherein the shield member is made from a material that has lower thermal conductivity than the material forming the housing , for example, Inconel and/or ceramics. a center electrode extending along a longitudinal direction (L); an insulator disposed around the center electrode ; a housing mounted to the insulator , the housing being in thermal contact with the insulator at a first contact interface and having an opening at an end in the longitudinal direction (L) through which the center electrode is exposed; a mounting portion provided on an outer surface of the housing and configured to detachably mount the spark plug in a spark plug bore of the internal combustion engine ; a sealing portion provided on the outer surface of the housing and configured to sealingly engage an inner surface of the spark plug bore at a second contact interface when the spark plug is mounted in the spark plug bore , wherein the sealing portion is disposed between the mounting portion and the opening in the longitudinal direction (L); characterized in further comprising a shield member covering at least in part a front surface of the housing at the end of the same, wherein the shield member is made from a material that has lower thermal conductivity than the material forming the housing , for example, Inconel and/or ceramics.
A composition comprising an avian influenza antigen and a pharmaceutical or veterinarily acceptable carrier, excipient, or vehicle; wherein the avian influenza antigen has at least 80% sequence identity to the sequence as set forth in SEQ ID NO: 12; and/or wherein the avian influenza antigen is encoded by a polynucleotide having at least 70% sequence identity to the sequence as set forth in SEQ ID NO: 11, and wherein the avian influenza antigen is obtainable by expression in duckweed from a polynucleotide sequence operably linked with a nucleotide sequence encoding a signal peptide permitting the secretion of the avian influenza antigen.