mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic core coil having a coil wound around a core formed of a magnetic material, and having two terminal members formed of a conductive material, wherein the two terminal members are fixed to the core in a state in which the two terminal members extend from one end, in an axial direction orthogonal to a coil winding cross section, of the core in the axial direction, and a winding starting end and a winding ending end of the coil are electrically connected to those portions of the two terminal members which protrude in the axial direction from the one end of the core, characterized in that an outside surface along the axial direction of the core is formed with two grooves in a direction along the axial direction, and the two terminal members are fitted in the two grooves .
A wingtip device comprising an upwardly extending winglet ; and a downwardly extending winglet ; the downwardly extending winglet being connected to the upwardly extending winglet at a join ; and wherein the join is defined as the region at which the upwardly extending winglet and downwardly extending winglet intersect; CHARACTERISED IN THAT : the join comprises a join void, said join void being defined at least in part by the structure of the upwardly extending winglet and at least in part by the structure of the downwardly extending winglet, wherein at least a part of an aircraft light is located within said join void such that only a portion of the housing of said aircraft light is exposed to the airflow over the wingtip device when the aircraft is in flight; and the outermost surface of the light is substantially flush with the surface of the wingtip device. the join comprises a join void, said join void being defined at least in part by the structure of the upwardly extending winglet and at least in part by the structure of the downwardly extending winglet, wherein at least a part of an aircraft light is located within said join void such that only a portion of the housing of said aircraft light is exposed to the airflow over the wingtip device when the aircraft is in flight; and the outermost surface of the light is substantially flush with the surface of the wingtip device.
An air conditioner , comprising: a sensor portion configured to comprise at least one sensor; a controller configured to comprise at least one control portion to control a function of the air conditioner ; and at least one processor operatively connected to the sensor portion and the controller ; wherein the at least one processor is configured to: obtain an airflow speed and indoor environmental data by using the sensor portion while the air conditioner is operating, characterized in that the at least one processor is further configured to: generate a second algorithm by applying the obtained airflow speed, the indoor environmental data, and pre-stored reference data to a first algorithm, and control operation of the air conditioner based on the generated second algorithm, wherein the second algorithm is an algorithm for variably adjusting a value of at least one parameter in the first algorithm. a sensor portion configured to comprise at least one sensor; a controller configured to comprise at least one control portion to control a function of the air conditioner ; and at least one processor operatively connected to the sensor portion and the controller ; wherein the at least one processor is configured to: obtain an airflow speed and indoor environmental data by using the sensor portion while the air conditioner is operating, characterized in that the at least one processor is further configured to: generate a second algorithm by applying the obtained airflow speed, the indoor environmental data, and pre-stored reference data to a first algorithm, and control operation of the air conditioner based on the generated second algorithm, wherein the second algorithm is an algorithm for variably adjusting a value of at least one parameter in the first algorithm. obtain an airflow speed and indoor environmental data by using the sensor portion while the air conditioner is operating, characterized in that the at least one processor is further configured to: generate a second algorithm by applying the obtained airflow speed, the indoor environmental data, and pre-stored reference data to a first algorithm, and control operation of the air conditioner based on the generated second algorithm, wherein the second algorithm is an algorithm for variably adjusting a value of at least one parameter in the first algorithm. generate a second algorithm by applying the obtained airflow speed, the indoor environmental data, and pre-stored reference data to a first algorithm, and control operation of the air conditioner based on the generated second algorithm, wherein the second algorithm is an algorithm for variably adjusting a value of at least one parameter in the first algorithm.
A thin coiled, hot rolled steel strip having a thickness of less than 3.0 mm and comprising, by weight, less than 0.25% carbon, between 0.20 and 2.0% manganese, between 0.05 and 0.50% silicon, less than 0.01% aluminum, at least one element selected from the group consisting of niobium between 0.01% and 0.20% and vanadium between 0.01% and 0.20%, and optionally molybdenum between 0.05% and 0.50%, the balance being Fe and unavoidable impurities, and having more than 70% niobium and/or vanadium in solid solution after coiling and cooling and having a majority of the microstructure comprised of bainite and acicular ferrite, the steel strip having a yield strength of at least 340 MPa and a total elongation of at least 6%.
High density splice holder tray having a splice holder section comprising a plurality of inclined channels extending from a top to a bottom of the splice holder tray along a main development direction parallel to a first direction (D1) that is angled with respect to a vertical plane, each inclined channel having: a first portion , delimited by a first and a second wall that are parallel to each other and are parallel to said first direction (D1), and presenting a cross section area, measured on a reference plane (RP) perpendicular to said first direction (D1); two opposite lateral openings ; a top opening and a bottom opening ; wherein the bottom opening has an area smaller than the cross section area, wherein the first and second wall are spaced apart, along a direction perpendicular to the first direction (D1), by a distance (L1) that is equal or greater than the diameter of a shrinkable protective sleeve of a splice . a first portion , delimited by a first and a second wall that are parallel to each other and are parallel to said first direction (D1), and presenting a cross section area, measured on a reference plane (RP) perpendicular to said first direction (D1); two opposite lateral openings ; a top opening and a bottom opening ; wherein the bottom opening has an area smaller than the cross section area, wherein the first and second wall are spaced apart, along a direction perpendicular to the first direction (D1), by a distance (L1) that is equal or greater than the diameter of a shrinkable protective sleeve of a splice .
A similar case image search program causing a computer to execute a process comprising: extracting a lung field area from a medical image and identifying (S1405) a contour of the lung field area including a chest wall and a mediastinum; identifying a position at which the chest wall and the mediastinum are internally divided and dividing the lung field area into a central area and a peripheral area based on a shape of the lung field area; counting (S1406) the number of pixels indicating lesions in each of the divided central area and peripheral area; and identifying a similar case image corresponding to similarity level of the counted number of pixels indicating lesions by referring to a storage unit that stores the number of pixels indicating lesions in each of the areas. extracting a lung field area from a medical image and identifying (S1405) a contour of the lung field area including a chest wall and a mediastinum; identifying a position at which the chest wall and the mediastinum are internally divided and dividing the lung field area into a central area and a peripheral area based on a shape of the lung field area; counting (S1406) the number of pixels indicating lesions in each of the divided central area and peripheral area; and identifying a similar case image corresponding to similarity level of the counted number of pixels indicating lesions by referring to a storage unit that stores the number of pixels indicating lesions in each of the areas.
Process for producing metal-doped zeolites, which comprises the steps of i) provision of a dry mixture of a) a zeolite, b) a compound of a catalytically active metal, ii) intimate milling of the mixture, iii) heating of the mixture in a reactor, where the duration of heating is from 60 min to 5 h, to a defined temperature in the range from 300°C to 800°C which is maintained for from 8 to 20 hours, iv) holding of the mixture at the defined temperature and v) cooling to room temperature and isolation of the metal-doped zeolite, characterized in that the internal pressure in the reactor is kept in a subatmospheric pressure range from -10 to -100 millibar, so that a slight vacuum always prevails in the interior of the reactor; where a zeolite of the BETA type is used and the catalytically active metal is selected from the group consisting of Cu, Co, Rh, Pd, Ir, Pt, Ru and Fe. i) provision of a dry mixture of a) a zeolite, b) a compound of a catalytically active metal, a) a zeolite, b) a compound of a catalytically active metal, ii) intimate milling of the mixture, iii) heating of the mixture in a reactor, where the duration of heating is from 60 min to 5 h, to a defined temperature in the range from 300°C to 800°C which is maintained for from 8 to 20 hours, iv) holding of the mixture at the defined temperature and v) cooling to room temperature and isolation of the metal-doped zeolite,
A bandage application system comprising: a. an individual sterile adhesive bandage comprising i. a backing; ii. at least one absorbent patch; iii. two adhesive regions, wherein adhesive is applied to the backing, and each adhesive region having an overlaying protection paper; b. a first wrapper element comprising two parallel sheets sealed on three of four sides to form a portion of an interior; and c. a second wrapper element comprising two parallel sheets sealed on three of four sides to form another portion of the interior; whereby each of the first wrapper element and the second wrapper element at least partially enclose the bandage in the interior, the first and second wrapper elements together completely enclosing the bandage in the interior and being separably in contact with each other via an overlapping region, but whereby the first and second wrapper elements can be pulled in respectively opposite directions to separate from each other at the overlapping region to partially expose at least one adhesive region of the bandage in a ready-to-apply state, and whereby said partially exposed bandage remains associated with one of the wrapper elements whilst the other wrapper element is dissociated from said bandage with one of the two protection papers being attached to the wrapper element associated with the partially exposed bandage. a. an individual sterile adhesive bandage comprising i. a backing; ii. at least one absorbent patch; iii. two adhesive regions, wherein adhesive is applied to the backing, and each adhesive region having an overlaying protection paper; i. a backing; ii. at least one absorbent patch; iii. two adhesive regions, wherein adhesive is applied to the backing, and each adhesive region having an overlaying protection paper; b. a first wrapper element comprising two parallel sheets sealed on three of four sides to form a portion of an interior; and c. a second wrapper element comprising two parallel sheets sealed on three of four sides to form another portion of the interior;
A computer processor implemented method to control network parameters for a plurality of networked control panels for wireless security/control systems , each of the networked control panels having a media access control address and using wireless signals to monitor and control a unique set of monitored electronic devices in a unique wireless security/control system; the method comprising the steps of: (a) transmitting an electronic signal from a control panel to a central computer processor , the electronic signal providing data indicating a physical location of the control panel and a media access control address of the control panel; (b) in response to the electronic signal , the central processor assigning a PAN ID and a channel number to the control panel that do not conflict with the PAN ID and channel number of any networked control panel near the physical location of the control panel; (c) transmitting an electronic signal from the central processor to the control panel providing the assigned PAN ID and assigned channel number to the control panel ; (d) in response to the electronic signal from the central processor , the control panel configuring a wireless transceiver to operate on the assigned channel number; and (e) repeating steps (a) through (d) for one or more additional control panels. (a) transmitting an electronic signal from a control panel to a central computer processor , the electronic signal providing data indicating a physical location of the control panel and a media access control address of the control panel; (b) in response to the electronic signal , the central processor assigning a PAN ID and a channel number to the control panel that do not conflict with the PAN ID and channel number of any networked control panel near the physical location of the control panel; (c) transmitting an electronic signal from the central processor to the control panel providing the assigned PAN ID and assigned channel number to the control panel ; (d) in response to the electronic signal from the central processor , the control panel configuring a wireless transceiver to operate on the assigned channel number; and (e) repeating steps (a) through (d) for one or more additional control panels.
A tissue paper making machine comprising a forming section ; a Yankee drying cylinder ; a shoe roll arranged to form a nip with the Yankee drying cylinder , the shoe roll having a shoe arranged to act against the Yankee drying cylinder in the nip formed between the shoe roll and the Yankee drying cylinder , the nip having a maximum extension from an entry point of the nip to an exit point of the nip; and a flexible tubular belt that forms a loop around the shoe and forms an outer circumference of the shoe roll ; a carrier fabric arranged to be capable of carrying a fibrous web (W) from the forming section to the nip formed between the Yankee drying cylinder and the shoe roll and pass through the nip between the Yankee drying cylinder and the shoe roll together with the fibrous web (W), the carrier fabric being arranged to reach the outer circumference of the shoe roll at a first contact point such that the carrier fabric will wrap a part of the outer circumference of the shoe roll over an area stretching from the first contact point to the nip, the shoe roll further comprising a mechanical support located inside the loop of the flexible tubular belt and which mechanical support is placed to support the flexible tubular belt in at least a part of the area between the first contact point and the nip between the Yankee drying cylinder and the shoe roll, characterised in that the flexible tubular belt has axial ends connected to end walls such that the end walls and the flexible tubular belt define an enclosed space and wherein the paper making machine comprises a source of pressurized air that can communicate with the enclosed space such that the enclosed space can be filled with pressurized air, in that the carrier fabric is under a tension which is in the range of 3.0 kN/m - 5.0 kN/m, in that the carrier fabric wraps the outer circumference of the shoe roll in the area stretching from the first contact point by an angle which is greater than 80°, in that the mechanical support is arranged to support the flexible tubular belt in the area from the first contact point to the nip over an angle that is more than 90° and in that the mechanical support ends at a point which, in the circumferential direction of the shoe roll , is closer to the entry point of the nip than to the exit point of the nip and which, for the maximum extension of the nip, is at an angular distance from the entry point of the nip which is at least 8° and preferably 10°- 20°.
Apparatus for ventilating rooms, comprising a housing , which accommodates a fan assembly driven by an electric motor , and comprising a housing cover which covers the housing , is releasably fastened to the housing by means of a fastening device and to which optionally a filter and a cover screen are attached, wherein the fan assembly and the housing cover form a structural unit which is releasably inserted into the housing , characterised in that the structural unit is allocated at least one catch spring , with which the structural unit can be latched to the housing and which can be displaced on the structural unit along a guide between a latching position and a release position.
A method for producing a wood-based material panel , comprising the steps: (a) producing a raw wood-based material panel that comprises a first lateral surface (S1), a second lateral surface (S2) that extends parallel to the first lateral surface (S1), and edge surfaces that connect the lateral surfaces (S1, S2) to each other, (b) applying a liquid containing a flame retardant to at least the first lateral surface (S1) and (c) applying a negative pressure to the second lateral surface (S2) so that the liquid containing flame retardant is sucked into a peripheral zone of the raw wood-based material panel , resulting in the wood-based material panel , characterised in that (d) the liquid is an aqueous solution or a suspension and (e) a concentration of flame retardant in the liquid corresponds to at least half of the solubility of the flame retardant. (a) producing a raw wood-based material panel that comprises a first lateral surface (S1), a second lateral surface (S2) that extends parallel to the first lateral surface (S1), and edge surfaces that connect the lateral surfaces (S1, S2) to each other, a first lateral surface (S1), a second lateral surface (S2) that extends parallel to the first lateral surface (S1), and edge surfaces that connect the lateral surfaces (S1, S2) to each other, (b) applying a liquid containing a flame retardant to at least the first lateral surface (S1) and (c) applying a negative pressure to the second lateral surface (S2) so that the liquid containing flame retardant is sucked into a peripheral zone of the raw wood-based material panel , resulting in the wood-based material panel , characterised in that (d) the liquid is an aqueous solution or a suspension and (e) a concentration of flame retardant in the liquid corresponds to at least half of the solubility of the flame retardant.
Insert to be crimped on a support , comprising a body having: - a shank extending along a longitudinal axis (A) and comprising a crimping section configured to deform into a crimping bead to crimp the insert on the support , and - a flange extending along an axis (B) perpendicular to the longitudinal axis (A), the flange having a first surface designed for contacting the support and a second surface opposite the first surface along the longitudinal axis (A), the flange having a first portion further from the crimping section than a second portion along the longitudinal axis (A), - a groove designed for receiving a seal designed to be placed between the support and the flange , the flange comprises successively, along the axis (B) perpendicular to the longitudinal axis (A) and starting from the shank , the first part, a deformation zone and the second part, characterized in that the groove is delimited by the shank , the first part and the deformation zone , and in that the flange has a constant thickness , the value of which is maintained along the transverse axis (B). - a shank extending along a longitudinal axis (A) and comprising a crimping section configured to deform into a crimping bead to crimp the insert on the support , and - a flange extending along an axis (B) perpendicular to the longitudinal axis (A), the flange having a first surface designed for contacting the support and a second surface opposite the first surface along the longitudinal axis (A), the flange having a first portion further from the crimping section than a second portion along the longitudinal axis (A), - a groove designed for receiving a seal designed to be placed between the support and the flange ,
A coating system on building facades, in particular a composite thermal insulation system, comprising a reinforcing tissue for insertion into a viscous coating compound applied as a reinforcing layer to a substrate belonging to the building facade, wherein the coating system has an additional tubular mat inserted into the reinforcing layer and resting over its entire surface against the substrate of the building facade, wherein the tubular mat is made up of a plurality of hollow bodies which are firmly connected to one another and each have a tubular structure, and wherein the reinforcing tissue covers the tubular mat on its side facing away from the substrate, characterised in that the hollow bodies of the tubular mat are formed as hollow cylinders with a tubular shape, wherein the individual hollow bodies are inseparably connected to one another along their outer surface approximately in a linear manner and are each open at both distal end faces.
A method of cutting off self-adhesive linerless endless tape labels or carrier tape labels using a cutter of a label printer , wherein the cutter comprises a transport roller , which is rotatable about an axis of rotation, and a blade unit that is linearly travelable in parallel with the axis of rotation of the transport roller and that has a cutting blade directed in the direction toward the transport roller , in which the endless tape or carrier tape labels pass between the transport roller and the blade unit , the endless tape or carrier tape labels are transported further step-wise in a motorized manner, in each case by one label, and, in each case between two consecutive further transport steps, the blade unit is linearly traveled in a motorized manner between a start position and a target position in order to cut off a label, characterized in that the blade unit is traveled such that the label is completely cut off and is held at the transport roller by the blade unit in the target position of the blade unit . the endless tape or carrier tape labels pass between the transport roller and the blade unit , the endless tape or carrier tape labels are transported further step-wise in a motorized manner, in each case by one label, and, in each case between two consecutive further transport steps, the blade unit is linearly traveled in a motorized manner between a start position and a target position in order to cut off a label,