mhurhangee/ep-ind-claims huggingface dataset:
A system for controlling a temperature of a transformer, the system comprising: a plurality of fans adapted to force the passage of air through one or more windings of the transformer in order to facilitate the cooling of said windings; devices for actuating said fans; a transformer control unit for controlling the transformer, and at least one fan control unit in communication with said transformer control unit to receive commands and/or send operating statues from/to said transformer control unit; one or more inputs for receiving the temperature of the transformer and/or commands as a function of the temperature of the transformer, said at least one fan control unit being in communication with said one or more inputs and said actuation devices, said fan control unit being programmed to send actuation signals to the actuation devices so as to adjust the rotation speed of each fan as a function of the temperature of the transformer; a plurality of sensors for measuring the temperature in one or more points of the transformer windings in communication with corresponding inputs of the transformer control unit for reading the temperature values detected by said sensors, the fan control unit being configured to set the rotation speed of the fans, each independently of the other, on the basis of the detected temperature values, characterized in that the fan control unit is programmed to drive the fans at a safety speed when the communication between the fan control unit and the transformer control unit is interrupted. a plurality of fans adapted to force the passage of air through one or more windings of the transformer in order to facilitate the cooling of said windings; devices for actuating said fans; a transformer control unit for controlling the transformer, and at least one fan control unit in communication with said transformer control unit to receive commands and/or send operating statues from/to said transformer control unit; one or more inputs for receiving the temperature of the transformer and/or commands as a function of the temperature of the transformer, said at least one fan control unit being in communication with said one or more inputs and said actuation devices, said fan control unit being programmed to send actuation signals to the actuation devices so as to adjust the rotation speed of each fan as a function of the temperature of the transformer; a plurality of sensors for measuring the temperature in one or more points of the transformer windings in communication with corresponding inputs of the transformer control unit for reading the temperature values detected by said sensors, the fan control unit being configured to set the rotation speed of the fans, each independently of the other, on the basis of the detected temperature values, characterized in that the fan control unit is programmed to drive the fans at a safety speed when the communication between the fan control unit and the transformer control unit is interrupted. at a safety speed when the communication between the fan control unit and the transformer control unit is interrupted.
A sole structure for an article of footwear, comprising: a carrier having a bottom side and a top side, wherein the carrier has a shape corresponding to at least a portion of a footwear sole and extends through forefoot, midfoot, and heel regions; and a frame attached to the carrier top side and including interconnected walls defining a plurality of cells, and wherein at least some of the cells are varied with respect to at least one of size, shape, alignment, and spacing, and at least some of the walls are varied with respect to wall height and wall thickness, so as to define one or more regions of increased stiffness in the frame and one or more regions (63, 64, 65) of reduced stiffness in the frame, at least a portion of the carrier extends under the cells, and the one or more regions of increased stiffness in the frame include a region of increased stiffness about multiple transverse axes, the region of increased stiffness about multiple transverse axes extending through forefoot and midfoot portions of the frame and comprising a first branch extending through a first metatarsal region, a second branch extending through a fifth metatarsal region, and a midfoot branch extending from a junction of the first and second branches and through the midfoot portion of the frame. a carrier having a bottom side and a top side, wherein the carrier has a shape corresponding to at least a portion of a footwear sole and extends through forefoot, midfoot, and heel regions; and a frame attached to the carrier top side and including interconnected walls defining a plurality of cells, and wherein at least some of the cells are varied with respect to at least one of size, shape, alignment, and spacing, and at least some of the walls are varied with respect to wall height and wall thickness, so as to define one or more regions of increased stiffness in the frame and one or more regions (63, 64, 65) of reduced stiffness in the frame, at least a portion of the carrier extends under the cells, and the one or more regions of increased stiffness in the frame include a region of increased stiffness about multiple transverse axes, the region of increased stiffness about multiple transverse axes extending through forefoot and midfoot portions of the frame and comprising a first branch extending through a first metatarsal region, a second branch extending through a fifth metatarsal region, and a midfoot branch extending from a junction of the first and second branches and through the midfoot portion of the frame.
Fluid distributing device for distributing at least one fluid (3, 7, 9) from at least one inlet (6, 8, 10) to an outlet of the fluid distributing device, comprising: a device housing having - an outlet coupled to an outlet valve for releasing said fluid (3, 7) from a container or a fluid-source, - a gas inlet for receiving a gaseous fluid from a gas source, - a container inlet for receiving a container fluid from the container, and a source inlet for receiving a source fluid from the fluid- source, wherein each inlet (6, 8, 10) is connectable or coupled with a respective valve (48, 49, 50) for receiving the corresponding fluid (3, 7, 9), wherein the fluid (3, 7, 9) passing through one of the inlets (6, 8, 10) each flows along a predetermined path (31, 40, 42) of the device housing, and wherein the fluid distributing device is configured to switch between a first state, in which the fluid is received from the source inlet being connected to the fluid-source, and a second state into which the fluid distributing device is automatically switched to, when the container comprising the container fluid is coupled to the container inlet for receiving the container fluid from the container. - an outlet coupled to an outlet valve for releasing said fluid (3, 7) from a container or a fluid-source, - a gas inlet for receiving a gaseous fluid from a gas source, - a container inlet for receiving a container fluid from the container, and
A device for treating a herpes disease on a skin, preferably a lip, comprising (a) at least one treatment surface with a maximum size of 60 mm 2; and (b) a control device for regulating the temperature of the treatment surface, characterized in that the control device is configured to regulate the treatment surface on an outer side facing the skin by heating at least one heating element in a heating phase to a contact temperature of 43°C - 47°C during a contact of the treatment surface with the skin, preferably the lip, and maintain the contact temperature in a treatment phase for a time period between 1 and 10 seconds. (a) at least one treatment surface with a maximum size of 60 mm 2; and (b) a control device for regulating the temperature of the treatment surface,
A carbon-based porous material, having a structure of 3D hierarchical porous network microscopically, and having 500∼2,500m 2 /g specific surface area and a water contact angle greater than 90°, wherein the content of macropores in the carbon-based porous material is 1∼10%, the content of micropores is 20∼65% and the content of mesopores in the carbon-based porous material is 30∼70%, wherein the macropore content, the mesopore content and the micropore content is each expressed as a ratio of pore volume of macropores or mesopores or micropores to the total pore volume of the pores and the pore volume of these pores, and the specific surface area are measured with a BET nitrogen adsorption method, and the water contact angle is determined as indicated in the description.
A method of communicating between a primary station and a secondary station comprising a step of (a) the primary station signalling to the secondary station a first set of resources for a first random access channel of a first type, (b) the primary station signalling to the secondary station a second set of resources for a second random access channel of a second type, the second type being different from the first type, wherein step (b) comprises signalling a difference between the first set of resources and the second set of resources. (a) the primary station signalling to the secondary station a first set of resources for a first random access channel of a first type, (b) the primary station signalling to the secondary station a second set of resources for a second random access channel of a second type, the second type being different from the first type, wherein step (b) comprises signalling a difference between the first set of resources and the second set of resources.
A method for manufacturing a radiation window for an X-ray measurement apparatus, comprising: - producing an etch stop layer on a polished surface of a carrier, - using a thin film deposition technique to produce a boron carbide layer on an opposite side of said etch stop layer than said carrier, - soldering the combined structure comprising said carrier, said etch stop layer, and said boron carbide layer to a region around an opening in a support structure with said boron carbide layer facing said support structure, and - etching away the middle area of said carrier forming an additional support structure. - producing an etch stop layer on a polished surface of a carrier, - using a thin film deposition technique to produce a boron carbide layer on an opposite side of said etch stop layer than said carrier, - soldering the combined structure comprising said carrier, said etch stop layer, and said boron carbide layer to a region around an opening in a support structure with said boron carbide layer facing said support structure, and - etching away the middle area of said carrier forming an additional support structure.
Method for monitoring a status of a passenger transport system, characterized in that the status of the passenger transport system is monitored using an updated digital double data record which reproduces characterizing properties of components of the passenger transport system in an actual configuration of the passenger transport system after the assembly and installation thereof in a building in a machine-processable manner, changes and change trends in the characterizing properties of components being tracked and assessed by means of the monitoring, and the method also comprising prior creation of the updated digital double data record; which creation includes at least the steps of: • creating a commissioning digital double data record with target data which reproduce the characterizing properties of components of the passenger transport system in a target configuration; • creating a completion digital double data record based on the commissioning digital double data record by measuring actual data which reproduce characterizing properties of components of the passenger transport system in the actual configuration of the passenger transport system directly after the assembly and installation thereof in a building and replacement of target data in the commissioning digital double data record with corresponding actual data; and • creating the updated digital double data record based on the completion digital double data record by modifying the completion digital double data record during operation of the passenger transport system, taking into account measurement values which reproduce changes in the characterizing properties of components of the passenger transport system during operation. • creating a commissioning digital double data record with target data which reproduce the characterizing properties of components of the passenger transport system in a target configuration; • creating a completion digital double data record based on the commissioning digital double data record by measuring actual data which reproduce characterizing properties of components of the passenger transport system in the actual configuration of the passenger transport system directly after the assembly and installation thereof in a building and replacement of target data in the commissioning digital double data record with corresponding actual data; and • creating the updated digital double data record based on the completion digital double data record by modifying the completion digital double data record during operation of the passenger transport system, taking into account measurement values which reproduce changes in the characterizing properties of components of the passenger transport system during operation.
A cosmetic use of a cosmetic composition comprising a combination of at least one of serine and carnitine and at least one of allantoin and creatine for promoting skin exfoliation.
A work machine comprising a work machine operation mechanism (3, 4) inclining a pedal (1c, 1d, 1e, 1f) based on a drive command, the pedal (1c, 1d, 1e, 1f) configured for controlling an action of the work machine in accordance with its inclination, the work machine operation mechanism (3, 4) comprising: a driving source (30, 31, 40, 41) which generates a driving force based on the drive command; and a driving mechanism (32, 33, 42, 43) which inclines the pedal (1c, 1d, 1e, 1f) by the driving force from the driving source (30, 31, 40, 41), wherein the driving mechanism (32, 33, 42, 43) has an abutting portion (32a, 33a) which abuts a pedal surface of the pedal (1c, 1d, 1e, 1f) as a surface which is stepped on when an operator performs an operation and a driving unit (32b, 33b) which inclines the pedal (1c, 1d, 1e, 1f) by inclining the abutting portion (32a, 33a), and the driving unit (32b, 33b) is arranged in a position shifted to a lateral side from a space in which the abutting portion (32a, 33a) moves, characterized in that the abutting portion (32a, 33a) has a plate shape which corresponds to the pedal surface. a driving source (30, 31, 40, 41) which generates a driving force based on the drive command; and a driving mechanism (32, 33, 42, 43) which inclines the pedal (1c, 1d, 1e, 1f) by the driving force from the driving source (30, 31, 40, 41), wherein the driving mechanism (32, 33, 42, 43) has an abutting portion (32a, 33a) which abuts a pedal surface of the pedal (1c, 1d, 1e, 1f) as a surface which is stepped on when an operator performs an operation and a driving unit (32b, 33b) which inclines the pedal (1c, 1d, 1e, 1f) by inclining the abutting portion (32a, 33a), and the driving unit (32b, 33b) is arranged in a position shifted to a lateral side from a space in which the abutting portion (32a, 33a) moves, characterized in that the abutting portion (32a, 33a) has a plate shape which corresponds to the pedal surface.
A medical device comprising a polymeric carrier region that comprises a polymer, a therapeutic agent, and a solubilising agent selected from host molecules which have internal cavities of molecular dimensions, amphiphilic dedrimers and ionic or non-ionic surfactants, said medical device being adapted for implantation or insertion into a subject's body and said therapeutic agent having a solubility at 37°C of less than 1 mg/ml in body fluid present at the site of implantation, wherein said solubilising agent increases the solubility of said therapeutic agent, wherein said medical device is a urological medical device and said body fluid is urine, and wherein said polymeric carrier region comprises an ethylene vinyl acetate copolymer having a vinyl acetate content ranging from 0.5 to 40%.
A system for a thrust reverser of an aircraft comprising: a blocker door; a kinematic mechanism configured to actuate the blocker door; and a pressure shelf, wherein the blocker door is configured to reside below the pressure shelf in proximity to a duct of the thrust reverser, and wherein at least a portion of the kinematic mechanism is configured to reside above the pressure shelf, characterised in that: a seal is associated with the pressure shelf and is configured to seal around a penetration formed through the pressure shelf through which a portion of the kinematic mechanism is positioned, the seal maintaining a differential pressure between the duct and an ambient environment located external to the duct. a blocker door; a kinematic mechanism configured to actuate the blocker door; and a pressure shelf, wherein the blocker door is configured to reside below the pressure shelf in proximity to a duct of the thrust reverser, and wherein at least a portion of the kinematic mechanism is configured to reside above the pressure shelf, characterised in that: a seal is associated with the pressure shelf and is configured to seal around a penetration formed through the pressure shelf through which a portion of the kinematic mechanism is positioned, the seal maintaining a differential pressure between the duct and an ambient environment located external to the duct. a seal is associated with the pressure shelf and is configured to seal around a penetration formed through the pressure shelf through which a portion of the kinematic mechanism is positioned, the seal maintaining a differential pressure between the duct and an ambient environment located external to the duct.
A plant sample growth motion tracking and imaging station, comprising: a sample volume adapted to contain at least one plant sample having at least one marker defining physical points on the plant sample; a plurality of marker sensors (14 1 -14 n) arranged at the periphery of the sample volume; and a motion capture processor coupled to the plurality of marker sensors to receive motion capture data from the plurality of marker sensors, and produce a digital representation reflecting growth of the plant sample. a sample volume adapted to contain at least one plant sample having at least one marker defining physical points on the plant sample; a plurality of marker sensors (14 1 -14 n) arranged at the periphery of the sample volume; and a motion capture processor coupled to the plurality of marker sensors to receive motion capture data from the plurality of marker sensors, and produce a digital representation reflecting growth of the plant sample.
A method for fabricating a radial antenna panel (20; 452; 602, 604) of a reflector antenna, the method comprising: coupling a first frame member (56; 102; 404) and a second frame member (58; 102; 404) to respective sidewalls (152, 154; 402) of a panel bonding tool (150; 200) via fastening features to engage a through-hole pattern (120, 122) of each of the respective first and second frame members and bend the first and second frame members to form a perimeter frame, wherein a longitudinal surface of each of the first and second frame members extends beyond a longitudinal surface of the respective sidewalls along a length of the respective sidewalls, and the longitudinal surface of each of the first and second frame members corresponds to a reflector profile of the reflector antenna; applying an adhesive (302; 420) to each of the first and second frame members of the perimeter frame; adhering a reflector skin (60; 418; 610; 614) to the perimeter frame via the adhesive to form a radial antenna panel of a plurality of radial antenna panels, the radial antenna panel having the reflector profile; and decoupling the radial antenna panel from the panel bonding tool upon curing of the adhesive. coupling a first frame member (56; 102; 404) and a second frame member (58; 102; 404) to respective sidewalls (152, 154; 402) of a panel bonding tool (150; 200) via fastening features to engage a through-hole pattern (120, 122) of each of the respective first and second frame members and bend the first and second frame members to form a perimeter frame, wherein a longitudinal surface of each of the first and second frame members extends beyond a longitudinal surface of the respective sidewalls along a length of the respective sidewalls, and the longitudinal surface of each of the first and second frame members corresponds to a reflector profile of the reflector antenna; applying an adhesive (302; 420) to each of the first and second frame members of the perimeter frame; adhering a reflector skin (60; 418; 610; 614) to the perimeter frame via the adhesive to form a radial antenna panel of a plurality of radial antenna panels, the radial antenna panel having the reflector profile; and decoupling the radial antenna panel from the panel bonding tool upon curing of the adhesive.
A method of removing nitrous oxide from a vent gas comprising the nitrous oxide and at least one other gas, said method comprising the steps of: flowing the vent gas through a nitrous oxide adsorbent material comprising particles such that the nitrous oxide is adsorbed onto the particles; forming a buffer zone comprising nitrogen adjacent to the nitrous oxide adsorbent material; flowing additional nitrous oxide through the nitrous oxide adsorbent material to displace the other gas; and desorbing the nitrous oxide from the nitrous oxide adsorbent material. flowing the vent gas through a nitrous oxide adsorbent material comprising particles such that the nitrous oxide is adsorbed onto the particles; forming a buffer zone comprising nitrogen adjacent to the nitrous oxide adsorbent material; flowing additional nitrous oxide through the nitrous oxide adsorbent material to displace the other gas; and desorbing the nitrous oxide from the nitrous oxide adsorbent material.
A tire comprising: a pair of beads having a bead core and a bead filler extending to an outer side in a tire-radial direction of the bead core; a carcass ply extending from one bead to another bead; an inner liner disposed at a tire inner cavity side of the carcass ply; an electronic component unit pasted to a tire inner cavity side of the inner liner; and a vulcanizing adhesive which joins the inner liner and the electronic component unit, wherein the electronic component unit is disposed at a tire-radial direction position distanced at least 5.0 mm to an outer side in the tire-radial direction from a tire-radial direction outside end of the bead core, and wherein the electronic component unit has an electronic component, and a resin film which covers at least part of the electronic component, characterized in that a thickness of the vulcanizing adhesive is no more than 30 μm. a pair of beads having a bead core and a bead filler extending to an outer side in a tire-radial direction of the bead core; a carcass ply extending from one bead to another bead; an inner liner disposed at a tire inner cavity side of the carcass ply; an electronic component unit pasted to a tire inner cavity side of the inner liner; and a vulcanizing adhesive which joins the inner liner and the electronic component unit, wherein the electronic component unit is disposed at a tire-radial direction position distanced at least 5.0 mm to an outer side in the tire-radial direction from a tire-radial direction outside end of the bead core, and wherein the electronic component unit has an electronic component, and a resin film which covers at least part of the electronic component, characterized in that a thickness of the vulcanizing adhesive is no more than 30 μm.