mhurhangee/patent-ind-claim-en huggingface dataset:
A key card switching apparatus for detecting insertion of a card , the key card switching apparatus comprising: - an insert assembly mounted inside a wall box, said insert assembly having embedded PCB with an light source to remain ON till the full insertion of said card ; - a cover frame disposed on the insert assembly ; - a centreplate and a support member covering at least said PCB and said light source , said centerplate engages with the cover frame and is provided with a card insertion slot ; wherein said support member is disposed along the inner surface of said centreplate such that light emitted from said light source is dispersed in a guided manner towards said card insertion slot of said centreplate preventing light rays from dispersing through any other opening of said key card switching apparatus , characterized in that said support member is moulded with grey or black in colour to block any light dispersion through the connection joints of said centreplate , and wherein said support member is formed in a flat frame shape and disposed so as to contact with the inner surface of the centreplate . - an insert assembly mounted inside a wall box, said insert assembly having embedded PCB with an light source to remain ON till the full insertion of said card ; - a cover frame disposed on the insert assembly ; - a centreplate and a support member covering at least said PCB and said light source , said centerplate engages with the cover frame and is provided with a card insertion slot ;
An air conditioner comprising: a main body with an opening formed in the bottom; a ceiling panel arranged under the main body for covering the opening, and having sucking hole for sucking air therethrough and a discharge hole for discharging air therethrough; a fan detachably installable inside the main body through the opening for guiding indoor air to be sucked in through the sucking hole in the vertical direction and discharged in the horizontal direction, and having a plurality of wings and a shroud having an absorbing hole located above the sucking hole ; a heat exchanger arranged in the radial direction of the fan to be separated from the fan for performing heat exchange on the air discharged from the fan ; a bell mouth installed between the fan and the sucking hole for efficiently guiding indoor air to the fan ; and a guide member arranged between the fan and the heat exchanger in the radial direction of the fan to surround the fan and be separated from the fan for guiding the air discharged from the fan toward the heat exchanger , wherein the guide member comprises a curved part slantingly curved upward from the bottom part of the heat exchanger toward the fan for guiding the air discharged from the fan toward the heat exchanger , and a connecting part extending downward from the curved part to connect the curved part and the bell mouth , wherein the connecting part is configured to connect to a top end of an inner end of the curved part and a top face of a bottom outer circumferential part of the bell mouth . a main body with an opening formed in the bottom; a ceiling panel arranged under the main body for covering the opening, and having sucking hole for sucking air therethrough and a discharge hole for discharging air therethrough; a fan detachably installable inside the main body through the opening for guiding indoor air to be sucked in through the sucking hole in the vertical direction and discharged in the horizontal direction, and having a plurality of wings and a shroud having an absorbing hole located above the sucking hole ; a heat exchanger arranged in the radial direction of the fan to be separated from the fan for performing heat exchange on the air discharged from the fan ; a bell mouth installed between the fan and the sucking hole for efficiently guiding indoor air to the fan ; and a guide member arranged between the fan and the heat exchanger in the radial direction of the fan to surround the fan and be separated from the fan for guiding the air discharged from the fan toward the heat exchanger , wherein the guide member comprises a curved part slantingly curved upward from the bottom part of the heat exchanger toward the fan for guiding the air discharged from the fan toward the heat exchanger , and a connecting part extending downward from the curved part to connect the curved part and the bell mouth , wherein the connecting part is configured to connect to a top end of an inner end of the curved part and a top face of a bottom outer circumferential part of the bell mouth .
An alarm device for a fire alarm system , comprising: at least one of an audio notification mechanism and a visual notification mechanism ; a supercapacitor ; and a controller configured to: allow the supercapacitor to only charge to less than a fully charged level while the alarm device is in a quiescent state; and allow the supercapacitor to charge to the fully charged level only while the alarm device is in an alarm state, to power the at least one of the audio notification mechanism and the visual notification mechanism upon a short circuit fault occurring on a loop of the fire alarm system while the alarm device is in an alarm state. at least one of an audio notification mechanism and a visual notification mechanism ; a supercapacitor ; and a controller configured to: allow the supercapacitor to only charge to less than a fully charged level while the alarm device is in a quiescent state; and allow the supercapacitor to charge to the fully charged level only while the alarm device is in an alarm state, to power the at least one of the audio notification mechanism and the visual notification mechanism upon a short circuit fault occurring on a loop of the fire alarm system while the alarm device is in an alarm state. allow the supercapacitor to only charge to less than a fully charged level while the alarm device is in a quiescent state; and allow the supercapacitor to charge to the fully charged level only while the alarm device is in an alarm state, to power the at least one of the audio notification mechanism and the visual notification mechanism upon a short circuit fault occurring on a loop of the fire alarm system while the alarm device is in an alarm state.
- Cut-resistant thread , comprising: - a core consisting at least of a fibre of a material resistant to cutting by sharp objects, - at least one covering thread that at least partially covers the core , characterised in that the covering thread is provided, over the entire surface thereof, with a water-repellent coating layer, so as to confer on said cut-resistant thread a property of resistance to wetting. - a core consisting at least of a fibre of a material resistant to cutting by sharp objects, - at least one covering thread that at least partially covers the core ,
Device for dispensing a package unit, comprising a storage container with a cover for receiving a succession of a plurality of tubular package units and, separate therefrom, a separation system with a conveying device , a separating device and a packaging unit dispenser , which can brought into engagement with the storage container , characterised in that the cover is opened in an automated manner through the engagement between the storage container and the separation system , and the foremost package unit is brought into an engagement with the conveying device and conveyed by the latter to the package unit dispenser .
A guide vane retention system for a gas turbine engine comprising: an outer diameter shroud defining an aperture; a guide vane having a radially outer end extending through the aperture, the guide vane defining a slot proximate the radially outer end and positioned radially outwardly of the outer diameter shroud in an installed condition of the guide vane; and a clip disposed within the slot of the guide vane, the clip comprising: a looped end ; a first leg extending away from the looped end to a first free end ; and a second leg extending away from the looped end to a second free end , characterised in that the first leg defines a hole ; and the guide vane retention system further comprises a rubber potting applied between the first leg and the second leg after the clip is inserted into the slot and within the hole of the first leg to provide a rubber rivet. an outer diameter shroud defining an aperture; a guide vane having a radially outer end extending through the aperture, the guide vane defining a slot proximate the radially outer end and positioned radially outwardly of the outer diameter shroud in an installed condition of the guide vane; and a clip disposed within the slot of the guide vane, the clip comprising: a looped end ; a first leg extending away from the looped end to a first free end ; and a second leg extending away from the looped end to a second free end , characterised in that a looped end ; a first leg extending away from the looped end to a first free end ; and a second leg extending away from the looped end to a second free end , characterised in that the first leg defines a hole ; and the guide vane retention system further comprises a rubber potting applied between the first leg and the second leg after the clip is inserted into the slot and within the hole of the first leg to provide a rubber rivet.
A method of consolidating a fibre composite structure with at least one thermoplastic and/or thermoelastic polymer, including arranging the fibre composite structure between a plate-shaped base and a plate-shaped cover in a loading/unloading station of a conveyor device , wherein the cover is movably sealed with respect to the base by a sealing element , producing a reduced pressure in the space between the base and the cover so that the atmospheric pressure presses the cover against the base and the fibre composite structure is clamped between the cover and the base , heating the fibre composite structure by means of electromagnetic radiation, preferably at least up to the region of the melting temperature of the at least one thermoplastic and/or thermoelastic polymer, in a heating station of the conveyor device , cooling the fibre composite structure in a cooling station of the conveyor device , wherein the cooling in the cooling station occurs by means of a self-contained surface cooler, particularly a cooling table, wherein the surface cooler is in contact with the base and/or with the cover ; and removing the consolidated fibre composite structure from the base or removing the base occupied by the consolidated fibre composite structure from the conveyor device .
A gas detector comprising an ionizing device for producing ions depending on a gas to be detected, with a catcher for receiving the electrical current produced by the ions, and a measuring device with an electrical measuring resistor which produces an electrical measuring potential from the current, wherein the measuring resistor is surrounded at least in part by an electrical shield resistor R T , and the same potential is applied to mutually opposed regions of the measuring resistor and the shield resistor R T up to a deviation of at most 25%, characterized in that the shield resistor R T is formed as a chain of a plurality of electrical conductors , each of which surround at least in part the measuring resistor, wherein individual resistors (R T1... R TN ) are arranged between adjacent conductors , wherein the one end of the chain has the same potential as the one end of the measuring resistor and the other end of the chain has the same potential as the other end of the measuring resistor, in each case two electrical conductors are arranged in pairs on mutually opposing sides of the measuring resistor on an electrically conductive partial surface (22a-22f) of a surface below the measuring resistor and are electrically connected thereto, the electrical conductors are each designed as pin posts, and the electrical conductors protrude on mutually opposed sides of the measuring resistor . an ionizing device for producing ions depending on a gas to be detected, with a catcher for receiving the electrical current produced by the ions, and a measuring device with an electrical measuring resistor which produces an electrical measuring potential from the current, wherein the measuring resistor is surrounded at least in part by an electrical shield resistor R T , and the same potential is applied to mutually opposed regions of the measuring resistor and the shield resistor R T up to a deviation of at most 25%, characterized in that the shield resistor R T is formed as a chain of a plurality of electrical conductors , each of which surround at least in part the measuring resistor, wherein individual resistors (R T1... R TN ) are arranged between adjacent conductors , wherein the one end of the chain has the same potential as the one end of the measuring resistor and the other end of the chain has the same potential as the other end of the measuring resistor, in each case two electrical conductors are arranged in pairs on mutually opposing sides of the measuring resistor on an electrically conductive partial surface (22a-22f) of a surface below the measuring resistor and are electrically connected thereto, the electrical conductors are each designed as pin posts, and the electrical conductors protrude on mutually opposed sides of the measuring resistor .
An electrocatalyst for reduction of CO 2 to produce multi-carbon compounds, characterized in that the electrocatalyst comprises a multi-metal material comprising a primary metal being copper and at least one enhancer metal being aluminium, so the electrocatalyst comprises a multi-metal Cu-Al material being formed as a catalytic layer and comprises a surface region having a thickness between 1 nm and 3 nm as determined by Auger electron spectroscopy and in that at least the surface region is nanoporous and comprises an Al content of 3 wt% to 30 wt% and a Cu content of 70 wt% to 97 wt%.
A computer-implemented method for mapping text phrases to geographical locations, comprising: identifying in a document, an ambiguous entity that represents two or more representative entity types, each comprising a location, person, or time; assigning an initial score to each representative entity type and adjusting the initial score based on one or more subroutines; selecting the representative entity type with the highest score for the entity; and applying the representative entity type to all occurrences of the entity in the document, wherein determining the initial scores for a location representative entity type comprises; determining an administrative level comprising one of a region, country, state, county, and city for one such location and assigning a value based on the determined administrative level; assigning a value based on a size of the one such location, wherein where the administrative level comprises one of a region, state, county or city, the value is a relative population measurement; and combining the values for the administrative and size as the initial score for the one such location, wherein the relative population measurement compares the population of the location with the average population of the same administrative level within the same country. identifying in a document, an ambiguous entity that represents two or more representative entity types, each comprising a location, person, or time; assigning an initial score to each representative entity type and adjusting the initial score based on one or more subroutines; selecting the representative entity type with the highest score for the entity; and applying the representative entity type to all occurrences of the entity in the document, wherein determining the initial scores for a location representative entity type comprises; determining an administrative level comprising one of a region, country, state, county, and city for one such location and assigning a value based on the determined administrative level; assigning a value based on a size of the one such location, wherein where the administrative level comprises one of a region, state, county or city, the value is a relative population measurement; and combining the values for the administrative and size as the initial score for the one such location, wherein the relative population measurement compares the population of the location with the average population of the same administrative level within the same country.
A system for non-invasive infection detection during ventilation, comprising at least one sensor , which is designed to detect infection, a ventilator , an interface between the ventilator and the sensor , a processing unit , a data memory , a user interface , an interface to a remote alarm, a remote alarm , a ventilation tube having a patient interface and at least one respiratory gas sensor , wherein the ventilator is configured and designed to identify the pressure and/or flow of the respiratory gas by means of the respiratory gas sensor and to convey pressurized respiratory gas, wherein the ventilator is designed to determine a breathing rate and wherein the system is configured to ascertain a sensor signal at least in phases during ventilation by means of the sensor and the processing unit and to check whether the sensor signal is representative of an infection, characterized in that the breathing rate is linked to at least the sensor signal, and a possible infection or the probability of an infection is ascertained on the basis of these linked sensor signals.
A cobalt complex represented by the following formula : L 1 -Co-L 2 wherein L 1 and L 2 which are different from each other represent a unidentate amide ligand represented by the following formula (A), a bidentate amide ligand represented by the following formula (B) or a hetero atom-containing ligand represented by the following formula (C): wherein R 1 and R 2 independently represent a C 1-6 alkyl group or a tri(C 1-6 alkyl)silyl group, and the wave line represents a binding site to the cobalt atom; wherein R 3 represents a tri(C 1-6 alkyl)silyl group, R 4 and R 5 independently represent a C 1-4 alkyl group, and X represents a C 1-6 alkylene group; wherein R 6 and R 8 independently represent a C 1-6 alkyl group, R 7 represents a hydrogen atom or a C 1-4 alkyl group, Y represents an oxygen atom or NR 9 , Z represents an oxygen atom or NR 1 0 , and R 9 and R 1 0 independently represent a C 1-6 alkyl group, wherein the cobalt complex of formula is a cobalt complex represented by the following formula having the ligand represented by the above formula (A) and the ligand represented by the above fomula (B), a cobalt complex represented by the following formula having the ligand represented by the above formula (A) and the ligand represented by the above formula (C), or a cobalt complex represented by the following formula having the ligand represented by the above formula (B) and the ligand represented by the above formula (C). a cobalt complex represented by the following formula having the ligand represented by the above formula (A) and the ligand represented by the above fomula (B), a cobalt complex represented by the following formula having the ligand represented by the above formula (A) and the ligand represented by the above formula (C), or a cobalt complex represented by the following formula having the ligand represented by the above formula (B) and the ligand represented by the above formula (C).
Method for controlling an adjustable headlight of a motor vehicle , wherein an obstacle position of an obstacle in a vicinity of the motor vehicle is detected by means of an obstacle detection unit, a distance between the obstacle position and a motor vehicle position is determined and a luminous intensity of the headlight is adjusted depending on the determined distance, wherein the obstacle detection unit detects whether the obstacle is a living being, and upon detection of a living being calculates a luminous intensity for the headlight, taking into account the determined distance, which luminous intensity falls below a predetermined glare threshold at the obstacle position, and the headlight is adjusted such that the calculated luminous intensity is produced at the obstacle position, characterised in that the detection of the living being takes place only when a comparison speed of the motor vehicle is undershot, wherein the vicinity is defined as a range around the motor vehicle which has a distance of less than 15 m.
A snow removal machine comprising: a traveling section which is provided with a snow removal section configured to perform snow removal work, the traveling section being configured to travel under action of a drive source ; and a travel control section configured to control the drive source , the snow removal machine including: an inclination angle detecting section configured to detect an inclination angle with respect to a horizontal plane in a front-rear direction of the traveling section ; characterised in that the snow removal machine further includes : a storage section that has stored therein a vehicle speed coefficient map indicating a relationship between a vehicle speed coefficient for decreasing an instructed vehicle speed and the inclination angle; a vehicle speed coefficient setting section configured to set the vehicle speed coefficient based on the inclination angle detected by the inclination angle detecting section , and the vehicle speed coefficient map ; and a vehicle speed setting section configured to set the vehicle speed of the traveling section by multiplying the instructed vehicle speed by the vehicle speed coefficient set by the vehicle speed coefficient setting section , wherein the vehicle speed coefficient map is set so that, at least in a case of the traveling section moving forward along an upslope, as the inclination angle becomes larger, the vehicle speed coefficient becomes smaller, and the travel control section controls the drive source so that the traveling section travels at a set vehicle speed set by the vehicle speed setting section . an inclination angle detecting section configured to detect an inclination angle with respect to a horizontal plane in a front-rear direction of the traveling section ; characterised in that the snow removal machine further includes : a storage section that has stored therein a vehicle speed coefficient map indicating a relationship between a vehicle speed coefficient for decreasing an instructed vehicle speed and the inclination angle; a vehicle speed coefficient setting section configured to set the vehicle speed coefficient based on the inclination angle detected by the inclination angle detecting section , and the vehicle speed coefficient map ; and a vehicle speed setting section configured to set the vehicle speed of the traveling section by multiplying the instructed vehicle speed by the vehicle speed coefficient set by the vehicle speed coefficient setting section , wherein the vehicle speed coefficient map is set so that, at least in a case of the traveling section moving forward along an upslope, as the inclination angle becomes larger, the vehicle speed coefficient becomes smaller, and the travel control section controls the drive source so that the traveling section travels at a set vehicle speed set by the vehicle speed setting section .
A stable freeze-dried pharmaceutical composition for parenteral administration comprising, a) Omadacycline Tosylate in an amount equivalent to 50 mg to 100mg Omadacycline/vial; and b) Arginine in an amount of 50 mg to 200 mg/vial and Sodium bisulfite in an amount of 0.5 mg to 2 mg/vial as stabilizing agents; c) dilute sodium hydroxide solution q.s. and/or d) dilute hydrochloric acid solution q.s.to regulate pH; wherein the pH of the solution, prior to lyophilisation, isin the range of 5.6-6.6. a) Omadacycline Tosylate in an amount equivalent to 50 mg to 100mg Omadacycline/vial; and b) Arginine in an amount of 50 mg to 200 mg/vial and Sodium bisulfite in an amount of 0.5 mg to 2 mg/vial as stabilizing agents; c) dilute sodium hydroxide solution q.s. and/or d) dilute hydrochloric acid solution q.s.to regulate pH;