mhurhangee/patent-ind-claim-en huggingface dataset:
A fire detection system for monitoring a monitored environment , the system comprising: a smoke detector configured to determine a concentration of smoke in a sample of air from the monitored environment ; a gas sensor configured to determine a concentration of a predetermined gas in the sample of air, wherein the predetermined gas is one of carbon monoxide, carbon dioxide, nitrogen dioxide and sulphur dioxide; and a control module in communication with the smoke detector and the gas sensor ; wherein the control module is configured to identify a source of the smoke based on the concentration of smoke and the concentration of the predetermined gas; and wherein the source of the smoke is identified to be a non-fire source when the concentration of the predetermined gas in the sample of air is below a first threshold; characterised in that the control module is configured to: compare the concentration of smoke and the concentration of the predetermined gas to predetermined corresponding concentrations associated with a plurality of known smoke sources; and identify one of the plurality of known smoke sources as the source of the smoke based on the comparison. a smoke detector configured to determine a concentration of smoke in a sample of air from the monitored environment ; a gas sensor configured to determine a concentration of a predetermined gas in the sample of air, wherein the predetermined gas is one of carbon monoxide, carbon dioxide, nitrogen dioxide and sulphur dioxide; and a control module in communication with the smoke detector and the gas sensor ; wherein the control module is configured to identify a source of the smoke based on the concentration of smoke and the concentration of the predetermined gas; and wherein the source of the smoke is identified to be a non-fire source when the concentration of the predetermined gas in the sample of air is below a first threshold; characterised in that the control module is configured to: compare the concentration of smoke and the concentration of the predetermined gas to predetermined corresponding concentrations associated with a plurality of known smoke sources; and identify one of the plurality of known smoke sources as the source of the smoke based on the comparison. compare the concentration of smoke and the concentration of the predetermined gas to predetermined corresponding concentrations associated with a plurality of known smoke sources; and identify one of the plurality of known smoke sources as the source of the smoke based on the comparison.
A smart cylinder lock device for a vehicle used for providing a hands-free ignition switch and steering lock comprising: a body having a first end adapted to receive an inner knob and a second end having a cavity to secure a rotor cam wherein the rotor cam having a proximal end linked with the inner knob and a distal end engaged with the electrical module ; an outer knob coupled to the inner knob through a spring loaded balls placed in the inner knob ; an intermediate plate is co-axially secured in the rotor cam and connected with the knob at outer surface a bracket latch bearing positioned between the body and body switch which is operationally linked with the rotor cam to move linearly with the rotation of rotor-cam the said bearing latch bearing is adapted to receive a lock bar wherein the lock bar performs locking/unlocking of the vehicle a solenoid mounted on the body having a spring and a locking pin wherein the locking pin locks/unlocks the rotor cam ; the body switch having an open end to secure the electrical module and a close end to secure with an electronic control unit ; a resiliently energized plunger located inside the body wherein first end of the plunger connects with the rotor cam and second end of the plunger is engaged with a spring to energize the plunger towards the inner knob , the said plunger presses a micro switch through the second end of the plunger ; wherein the electronic control unit located inside the body switch which is housed in the housing of the ignition to form an integrated ignition switch and steering lock. a body having a first end adapted to receive an inner knob and a second end having a cavity to secure a rotor cam wherein the rotor cam having a proximal end linked with the inner knob and a distal end engaged with the electrical module ; an outer knob coupled to the inner knob through a spring loaded balls placed in the inner knob ; an intermediate plate is co-axially secured in the rotor cam and connected with the knob at outer surface a bracket latch bearing positioned between the body and body switch which is operationally linked with the rotor cam to move linearly with the rotation of rotor-cam the said bearing latch bearing is adapted to receive a lock bar wherein the lock bar performs locking/unlocking of the vehicle a solenoid mounted on the body having a spring and a locking pin wherein the locking pin locks/unlocks the rotor cam ; the body switch having an open end to secure the electrical module and a close end to secure with an electronic control unit ; a resiliently energized plunger located inside the body wherein first end of the plunger connects with the rotor cam and second end of the plunger is engaged with a spring to energize the plunger towards the inner knob , the said plunger presses a micro switch through the second end of the plunger ; wherein the electronic control unit located inside the body switch which is housed in the housing of the ignition to form an integrated ignition switch and steering lock.
Multistage centrifugal pump comprising a volute shaped pump casing and back-to-back arranged impellers mounted on a shaft for rotating the impellers around an axis of rotation , the volute shaped pump casing including chambers for housing respective impellers and a discharge stage, the discharge stage including a volute shaped chamber which forms a flow channel divided into a first volute (5.1) and a second volute (5.2), and a first channel (6.1II) and a second channel (6.2 II) connected to the first and the second volute respectively, with the first channel being called long channel (6.1II) and the second channel being called short channel (6.2 II), wherein the first or long channel (6.111) is axially displaced with respect to the second or short channel (6.211) and/or with respect to the second volute (5.2), characterized in that the long channel (6.1II) of the discharge stage passes in between a center-bush and a crossover (9.1, 9.2) of the multistage pump.
A method for preparing a medical product, the method comprising - providing nanofibrillar cellulose having an average diameter of 200 nm or less, - providing a gauze, such as a nonwoven gauze, - providing a bioactive molecule, - incorporating the nanofibrillar cellulose to the gauze, and - covalently bonding the bioactive molecule to the nanofibrillar cellulose. - providing nanofibrillar cellulose having an average diameter of 200 nm or less, - providing a gauze, such as a nonwoven gauze, - providing a bioactive molecule, - incorporating the nanofibrillar cellulose to the gauze, and - covalently bonding the bioactive molecule to the nanofibrillar cellulose.
Plant of the Compositae family exhibiting a reversible genic male sterility trait, characterised in that the genic male sterility is caused by a reduction or complete absence of endogenous jasmonic acid production, resulting from interference with a target gene involved in endogenous jasmonic acid production, wherein the target gene is 12-oxo-phytodienoic acid-10,11-reductase, and wherein the plant is a plant of the species Lactuca sativa and the target gene comprises a change from C to T at position 887 of SEQ ID No. 1, or wherein the plant is a plant of the species Cichorium endivia and the target gene comprises a change from C to A at position 273 of SEQ ID No. 2.
A marker for localization of a target tissue region within a patient's body, comprising: an elongate core member ; characterized in that the marker further comprises a plurality of beads coupled to the core member, the beads comprising a plurality of surfaces and edges to enhance reflection of electromagnetic signals to facilitate identification of the marker. an elongate core member ; characterized in that the marker further comprises a plurality of beads coupled to the core member, the beads comprising a plurality of surfaces and edges to enhance reflection of electromagnetic signals to facilitate identification of the marker.
A method of authenticating a first electronic circuit by a second electronic circuit having an identical topography as the first circuit, wherein: the second circuit sends a request to calculate a signature (R') to the first circuit , this request including the code to be executed for the calculation of the signature (R'); each circuit calculates a signature (R, R') by combining the respective states of any electric nodes distributed in the corresponding circuit, the signature (R, R') being calculated in parallel with the execution of a code influencing the states of all or part of the nodes ; the first circuit sends the signature (R') that it has calculated to the second circuit ; and the second circuit compare both signatures (R, R'). the second circuit sends a request to calculate a signature (R') to the first circuit , this request including the code to be executed for the calculation of the signature (R'); each circuit calculates a signature (R, R') by combining the respective states of any electric nodes distributed in the corresponding circuit, the signature (R, R') being calculated in parallel with the execution of a code influencing the states of all or part of the nodes ; the first circuit sends the signature (R') that it has calculated to the second circuit ; and the second circuit compare both signatures (R, R').
An electrical connector comprising a plug shell , the plug shell including an accommodation portion accommodating a contact pin and a housing that holds the contact pin , an insertion port inserting the contact pin and the housing into the accommodation portion , a lid member closing the insertion port , and a hold mechanism holding the lid member , wherein the hold mechanism is equipped with a pedestal , on which the lid member is placed, and a pair of hold pieces , which hold the lid member on the pedestal by pressing the lid member onto the pedestal , wherein the lid member has a central portion and end portions 442) which are positioned on both sides of the central portion , It characterized in that the lid member has elasticity the lid member and the pedestal are provided such that the lid member is placed on the pedestal so that the central portion is in contact with the pedestal and the pair of end portions is distant from the pedestal , and the pair of hold pieces press the end portions of the lid member placed on the pedestal, toward the pedestal , respectively, and hold the lid member in a state where the lid member is bent and held under a stress that is generated toward the pair of hold pieces in the lid member . the plug shell including an accommodation portion accommodating a contact pin and a housing that holds the contact pin , an insertion port inserting the contact pin and the housing into the accommodation portion , a lid member closing the insertion port , and a hold mechanism holding the lid member , an accommodation portion accommodating a contact pin and a housing that holds the contact pin , an insertion port inserting the contact pin and the housing into the accommodation portion , a lid member closing the insertion port , and a hold mechanism holding the lid member , wherein the hold mechanism is equipped with a pedestal , on which the lid member is placed, and a pair of hold pieces , which hold the lid member on the pedestal by pressing the lid member onto the pedestal , the lid member has elasticity the lid member and the pedestal are provided such that the lid member is placed on the pedestal so that the central portion is in contact with the pedestal and the pair of end portions is distant from the pedestal , and the pair of hold pieces press the end portions of the lid member placed on the pedestal, toward the pedestal , respectively, and hold the lid member in a state where the lid member is bent and held under a stress that is generated toward the pair of hold pieces in the lid member .
A combination for use in a method of treating or preventing pulmonary hypertension comprising, tacrolimus or a pharmaceutically acceptable solvate or salt thereof, and a second active agent effective for treatment of the pulmonary hypertension condition or a condition related thereto, wherein the second active agent is a phosphodiesterase 5 (PDE5) inhibitor, and wherein the patient experiences at least one of (a) adjustment of one or more hemodynamic parameters indicative of improvement of the pulmonary hypertension condition towards a more normal level versus baseline; (b) increase in exercise capacity versus baseline; (c) lowering of Borg dyspnea index (BDI) versus baseline; (d) improvement of one or more quality of life parameters versus baseline; (e) movement to a lower WHO functional class; and (f) a reduction in plasma natriuretic peptide levels versus baseline. tacrolimus or a pharmaceutically acceptable solvate or salt thereof, and a second active agent effective for treatment of the pulmonary hypertension condition or a condition related thereto,
An electronic device comprising: a plurality of antenna modules; and a processor electrically connected to the plurality of antenna modules, wherein the processor is configured to: receive control information from at least one transmission node by using an activated antenna module among the plurality of antenna modules, in case that data is received from a plurality of transmission nodes, based on the control information, identify a transmission beam of each transmission node, identify a link quality of the identified transmission beam of each transmission node, related to a reception beam of the activated antenna module, and in case that the link quality of the identified transmission beams satisfies a specified condition, receive data from the plurality of transmission nodes through the reception beam of the activated antenna module. a plurality of antenna modules; and a processor electrically connected to the plurality of antenna modules, wherein the processor is configured to: receive control information from at least one transmission node by using an activated antenna module among the plurality of antenna modules, in case that data is received from a plurality of transmission nodes, based on the control information, identify a transmission beam of each transmission node, identify a link quality of the identified transmission beam of each transmission node, related to a reception beam of the activated antenna module, and in case that the link quality of the identified transmission beams satisfies a specified condition, receive data from the plurality of transmission nodes through the reception beam of the activated antenna module. receive control information from at least one transmission node by using an activated antenna module among the plurality of antenna modules, in case that data is received from a plurality of transmission nodes, based on the control information, identify a transmission beam of each transmission node, identify a link quality of the identified transmission beam of each transmission node, related to a reception beam of the activated antenna module, and in case that the link quality of the identified transmission beams satisfies a specified condition, receive data from the plurality of transmission nodes through the reception beam of the activated antenna module.
Kit-of-parts comprising at least one sealing layer C and an areal photopolymer B.
A method for manufacturing an electrode for a lithium secondary battery, comprising the steps of: (S1) dry mixing a conductive material and an electrode active material; (S2) dry mixing the resultant product of step (S1) with a binder to obtain electrode mixture powder; and (S3) applying the electrode mixture powder to at least one surface of a current collector without using a solvent, wherein the electrode for a lithium secondary battery is a positive electrode, and the electrode mixture powder is applied to at least one surface of the current collector in a loading amount of 25-50 mg/cm 2 , in step (S3), or the electrode for a lithium secondary battery is a negative electrode, and the electrode mixture powder is applied to at least one surface of the current collector in a loading amount of 12-40 mg/cm 2 , in step (S3). (S1) dry mixing a conductive material and an electrode active material; (S2) dry mixing the resultant product of step (S1) with a binder to obtain electrode mixture powder; and (S3) applying the electrode mixture powder to at least one surface of a current collector without using a solvent,
A surface cleaning apparatus comprising a surface cleaning head , an upright section having a drive handle and moveably mounted to the surface cleaning head between an upright storage position and a reclined in use position, characterized in that the surface cleaning head comprises: (a) a liquid separation stage having a separated liquid storage region ; and, (b) an air treatment stage that is downstream from the liquid separation stage , the air treatment stage having a separated solid storage region . (a) a liquid separation stage having a separated liquid storage region ; and, (b) an air treatment stage that is downstream from the liquid separation stage , the air treatment stage having a separated solid storage region .
A preparation method of a dry animal-derived collagen fiber tissue material, comprising: 1) rinsing of an animal-derived collagen fiber tissue material that has been treated with a crosslinking agent; 2) immersion of the rinsed tissue material in a non-aqueous alcoholic solution for dehydration; 3) successive immersion of the tissue material treated with step 2) in aqueous saccharide solutions of increasing concentrations for gradient dehydration; 4) taking out and drying of the gradient dehydrated tissue material; and 5) hermetic packaging of the dried tissue material and sterilization. 1) rinsing of an animal-derived collagen fiber tissue material that has been treated with a crosslinking agent; 2) immersion of the rinsed tissue material in a non-aqueous alcoholic solution for dehydration; 3) successive immersion of the tissue material treated with step 2) in aqueous saccharide solutions of increasing concentrations for gradient dehydration; 4) taking out and drying of the gradient dehydrated tissue material; and 5) hermetic packaging of the dried tissue material and sterilization.
Wall system comprising at least one prefabricated wall and a plurality of fastening devices , wherein the prefabricated wall is provided with a recess for each of the fastening devices , wherein each of the fastening devices comprises a mounting element , a fastening element and a locking element , wherein the mounting element has a longitudinal axis (L) and, in the direction of the longitudinal axis (L), has a first section (L1) and then a second section (L2), wherein the mounting element has, along the first section (L1), an inner bore extending concentrically to the longitudinal axis (L) preferably designed as a blind hole, with an internal thread , and wherein the mounting element has a transverse bore extending perpendicular to the longitudinal axis (L) in the region of the second section (L2), wherein the fastening element protrudes beyond the installation location , wherein the fastening element comprises an external thread which is screwed into the inner bore , wherein the mounting element is arranged in the corresponding recess , wherein the prefabricated wall rests on the mounting element , and wherein the locking element passes through the transverse bore of the mounting element and at least partially through the prefabricated wall , characterized in that the prefabricated wall is connected by means of a plurality of fastening devices to an installation location which is in the form of a construction platform or a foundation.
A method for a delivery person to access a recipient's secure delivery box, the recipient being the owner of the box, to place and secure a package in the box, comprising: the delivery person pre-registers a smartphone or other NFC device as a registered user device for each of a plurality of secure delivery boxes of the owners of such delivery boxes who are potential delivery customers , the delivery person carries a package to a particular customer recipient's secure delivery box, the delivery person holds the smartphone close to the recipient's secure delivery box whereby the smartphone enters into two way communication with an electronic lock of the recipient's secure delivery box, which causes the smartphone to obtain and store the lock's ID information, whereby the smartphone, (a) if this delivery has been pre-authorized by the customer recipient, sends a signal to the electronic lock to open the lock for access to the secure delivery box , and (b) if the delivery has not been pre-authorized, sends an electronic request to the owner or agent of the lock , in the case of (b), the delivery person's smartphone obtains an electronic response from the owner or agent of the lock which grants or denies access to open the lock, and if the response is to grant access, the delivery person's smartphone sends a signal to open the lock for access to the secure delivery box , and the delivery person opens the secure delivery box, places the package in the box and re-secures the box. the delivery person pre-registers a smartphone or other NFC device as a registered user device for each of a plurality of secure delivery boxes of the owners of such delivery boxes who are potential delivery customers , the delivery person carries a package to a particular customer recipient's secure delivery box, the delivery person holds the smartphone close to the recipient's secure delivery box whereby the smartphone enters into two way communication with an electronic lock of the recipient's secure delivery box, which causes the smartphone to obtain and store the lock's ID information, whereby the smartphone, (a) if this delivery has been pre-authorized by the customer recipient, sends a signal to the electronic lock to open the lock for access to the secure delivery box , and (b) if the delivery has not been pre-authorized, sends an electronic request to the owner or agent of the lock , in the case of (b), the delivery person's smartphone obtains an electronic response from the owner or agent of the lock which grants or denies access to open the lock, and if the response is to grant access, the delivery person's smartphone sends a signal to open the lock for access to the secure delivery box , and the delivery person opens the secure delivery box, places the package in the box and re-secures the box.