mhurhangee/ep-ind-claims huggingface dataset:
A door or partitioning system (1, 30), configured as a revolving door, comprising - at least one movable partitioning element (3, 32) for blocking or releasing a passage, - a drive for activating the partitioning element (3, 32), and - a light barrier having a horizontal light beam for controlling the drive, wherein the light beam passes underneath the partitioning element (3, 32), wherein the partitioning element - is a partitioning wall in a revolving door, - wherein the partitioning element is configured as a rotatable partitioning wall dividing the revolving door into a first and a second compartment (11, 12), - wherein the drive is configured for rotating the partitioning wall, and characterized in that - the light beam passes underneath the partitioning wall from the first into the second compartment (11, 12), - a sealing element (16, 17), preferably a brush seal, is provided at the underside of the partitioning wall, - wherein the sealing element (16, 17) is recessed at a location for guiding the light beam there through. - at least one movable partitioning element (3, 32) for blocking or releasing a passage, - a drive for activating the partitioning element (3, 32), and - a light barrier having a horizontal light beam for controlling the drive, - is a partitioning wall in a revolving door, - wherein the partitioning element is configured as a rotatable partitioning wall dividing the revolving door into a first and a second compartment (11, 12), - wherein the drive is configured for rotating the partitioning wall, and - the light beam passes underneath the partitioning wall from the first into the second compartment (11, 12), - a sealing element (16, 17), preferably a brush seal, is provided at the underside of the partitioning wall, - wherein the sealing element (16, 17) is recessed at a location for guiding the light beam there through.
Stove, having: - a box, comprising cladding walls delimiting a reception volume; - a combustion chamber, arranged outside of the reception volume, and comprising a burner supplied with combustion air to produce a flame; - a tank for fuel, arranged in the reception volume; - fastening means, arranged to fasten the combustion chamber to the box so as to leave a spacing zone between the combustion chamber and the box; - a feed pipe, comprising a part extending in the spacing zone, and arranged to connect the tank for fuel to the combustion chamber so as to feed the burner with fuel; - a discharge duct (C e), arranged in the reception volume to discharge combustion flue-gases out of the box; - a discharge pipe, comprising a part extending in the spacing zone, and arranged to connect the combustion chamber to the discharge duct (C e) so as to discharge the combustion flue-gases from the combustion chamber; characterized in that said stove also has - a heat exchanger, arranged in the reception volume to transfer heat energy from the combustion flue-gases to ambient air of a room to be heated circulating in the reception volume; - circulation means, arranged to make the ambient air circulate from the room to be heated into the reception volume via the heat exchanger. - a box, comprising cladding walls delimiting a reception volume; - a combustion chamber, arranged outside of the reception volume, and comprising a burner supplied with combustion air to produce a flame; - a tank for fuel, arranged in the reception volume; - fastening means, arranged to fasten the combustion chamber to the box so as to leave a spacing zone between the combustion chamber and the box; - a feed pipe, comprising a part extending in the spacing zone, and arranged to connect the tank for fuel to the combustion chamber so as to feed the burner with fuel; - a discharge duct (C e), arranged in the reception volume to discharge combustion flue-gases out of the box; - a discharge pipe, comprising a part extending in the spacing zone, and arranged to connect the combustion chamber to the discharge duct (C e) so as to discharge the combustion flue-gases from the combustion chamber; - a heat exchanger, arranged in the reception volume to transfer heat energy from the combustion flue-gases to ambient air of a room to be heated circulating in the reception volume; - circulation means, arranged to make the ambient air circulate from the room to be heated into the reception volume via the heat exchanger.
Method for producing a feeder that is intended for use in a casting mold used for the casting of metals and that comprises a feeder body, which encloses an inner cavity as a feeder volume, consists of an exothermic and/or insulating material, has at least one lateral wall region and a bottom region with a feeder opening arranged therein for connecting the inner cavity of the feeder body to the mold cavity of the casting mold during the casting operation and has a mesh-like fabric consisting of a refractory material covering over the feeder opening therein, wherein in the course of the production of the feeder in a core shooter, a fabric piece of the mesh-like fabric is positioned in a pattern device forming the shape of the feeder in a core box of the core shooter, in such a way that the peripheral region of the fabric piece positioned in the bottom region of the later feeder is at least partially bent up in the direction of the lateral wall region of the feeder body and, during the shooting of the feeder, the bent-up peripheral region is surrounded by the material shot in and is anchored in the material of the finished shot feeder, characterized in that the fabric piece is pressed between positioning pins which are arranged on a base plate of the model device predetermining the bottom region of the feeder body, and which positioning pins project into the lateral wall region of the subsequently produced feeder body, so that the peripheral region of the fabric piece projecting over the area surrounded by the positioning pins is bent up.
Device for extinguishing fires of the type comprising a rigid reservoir with connections for coupling external hoses and fixing slings or cables to the bottom of a helicopter for the transportation of water or fire extinguisher liquids and discharge thereof by opening at least a lower hatch of the reservoir by control means operable from control devices, these control means being associated by pipes to the power connections of the helicopter hydraulic system for driving the device, a vacuum pump arranged in a compartment of the helicopter and connected to the reservoir through a vacuum line, means for causing the opening of the lower hatch of the reservoir, means for detecting the filling of the reservoir comprising inner water level sensors connected to a control unit, and means for automatically closing the lower hatch when said filling detection means indicate that the water loading has reached a pre-set level inside the reservoir, characterized in that it comprises a vacuum sensor for regulating the vacuum created inside the reservoir by the vacuum pump when said reservoir is in the closed position and depending on the quantity of water to be loaded, and in that the means for causing the opening of the lower hatch comprise lower water sensors arranged outside, next to said lower hatch, and connected to a control unit which causes the opening of said lower hatch of the reservoir and the loading of water by the suction effect produced by the vacuum previously created inside the reservoir.
Apparatus for use in a robotic surgical system comprising: a surgical instrument comprising: a shaft having a distal end and a proximal end; an end effector at the distal end of said shaft; an elongate element coupled to the end effector to cause said end effector to move in response to linear movement of said elongate element; at least one pin disposed at the proximal end of said shaft, said at least one pin coupled to said at least one elongate element such that driving said at least one pin causes the linear movement of said elongate element; and an actuator driver comprising a first rotatable actuator coupleable with said at least one pin, said first rotatable actuator configured to drive the at least one pin by linearly moving the pin to cause said end effector movement when said rotatable actuator and said at least one pin are operably engaged; said at least one pin being detachably coupleable to the actuator driver. a surgical instrument comprising: a shaft having a distal end and a proximal end; an end effector at the distal end of said shaft; an elongate element coupled to the end effector to cause said end effector to move in response to linear movement of said elongate element; at least one pin disposed at the proximal end of said shaft, said at least one pin coupled to said at least one elongate element such that driving said at least one pin causes the linear movement of said elongate element; and an actuator driver comprising a first rotatable actuator coupleable with said at least one pin, said first rotatable actuator configured to drive the at least one pin by linearly moving the pin to cause said end effector movement when said rotatable actuator and said at least one pin are operably engaged; said at least one pin being detachably coupleable to the actuator driver. a shaft having a distal end and a proximal end; an end effector at the distal end of said shaft; an elongate element coupled to the end effector to cause said end effector to move in response to linear movement of said elongate element; at least one pin disposed at the proximal end of said shaft, said at least one pin coupled to said at least one elongate element such that driving said at least one pin causes the linear movement of said elongate element; and an actuator driver comprising a first rotatable actuator coupleable with said at least one pin, said first rotatable actuator configured to drive the at least one pin by linearly moving the pin to cause said end effector movement when said rotatable actuator and said at least one pin are operably engaged; said at least one pin being detachably coupleable to the actuator driver.
A digital camera, comprising: a storage unit that stores a plurality of images, each captured with a respective shot by an image sensor at a respective exposure when a multiple exposure photographic mode is set; an image processing means for calculating gains based upon the number of the plurality of images stored in the storage unit so that a sum of the gains equals unity, after capturing the plurality of images, for imparting the calculated gains to the plurality of images respectively, and for creating a multiple exposure photographic image by combining the plurality of images, after the gains have been imparted; the digital camera is characterized by further comprising: means for interrupting image capture before image capture of the plurality of images is completed, wherein: when image capture has been interrupted before image capture of the plurality of images is completed, the image processing means imparts, to captured images, gains based upon the number of images that have been captured up to a point of interruption, and determined so that a sum of the gains equals unity; and the image processing means combines the images that have been captured up to the point of interruption, to create a multiple exposure photographic image. a storage unit that stores a plurality of images, each captured with a respective shot by an image sensor at a respective exposure when a multiple exposure photographic mode is set; an image processing means for calculating gains based upon the number of the plurality of images stored in the storage unit so that a sum of the gains equals unity, after capturing the plurality of images, for imparting the calculated gains to the plurality of images respectively, and for creating a multiple exposure photographic image by combining the plurality of images, after the gains have been imparted; means for interrupting image capture before image capture of the plurality of images is completed, wherein: when image capture has been interrupted before image capture of the plurality of images is completed, the image processing means imparts, to captured images, gains based upon the number of images that have been captured up to a point of interruption, and determined so that a sum of the gains equals unity; and the image processing means combines the images that have been captured up to the point of interruption, to create a multiple exposure photographic image. when image capture has been interrupted before image capture of the plurality of images is completed, the image processing means imparts, to captured images, gains based upon the number of images that have been captured up to a point of interruption, and determined so that a sum of the gains equals unity; and the image processing means combines the images that have been captured up to the point of interruption, to create a multiple exposure photographic image.
An optical apparatus comprising: a physically fixed coherent light source that generates light having a frequency that is controlled in response to command signals that correspond to different respective frequencies; a physically fixed spiral phase plate resonator, SPPR, having one surface that receives the light from the coherent light source and another surface from which at least a portion of the light exits, the light exits from different regions of the another surface dependent on the frequency of the light; a fixed reflector mounted adjacent the another surface that reflects the light exiting the another surface at about a 90 degree angle relative to the path of the light as it exits the another surface; the coherent light source being configured for receiving command signals with different values that control corresponding frequencies of the light, the frequency of the light determining a particular region about a center axis of the SPPR from which the light exits the another surface and a corresponding location on the fixed reflector where the light will be reflected, the light being scanned about a plane by the optical apparatus that has no physically moving components by changing the frequency of the light. a physically fixed coherent light source that generates light having a frequency that is controlled in response to command signals that correspond to different respective frequencies; a physically fixed spiral phase plate resonator, SPPR, having one surface that receives the light from the coherent light source and another surface from which at least a portion of the light exits, the light exits from different regions of the another surface dependent on the frequency of the light; a fixed reflector mounted adjacent the another surface that reflects the light exiting the another surface at about a 90 degree angle relative to the path of the light as it exits the another surface; the coherent light source being configured for receiving command signals with different values that control corresponding frequencies of the light, the frequency of the light determining a particular region about a center axis of the SPPR from which the light exits the another surface and a corresponding location on the fixed reflector where the light will be reflected, the light being scanned about a plane by the optical apparatus that has no physically moving components by changing the frequency of the light.
A method of making an orthotic footbed assembly, the method comprising: scanning a customer's foot; based on the scan, selecting a three-dimensional footbed that most closely approximates a size and configuration of the customer's foot; based on the scan, determining at least one orthotic feature (104, 106, 108) for the three-dimensional footbed; and directly printing the at least one orthotic feature (104, 106, 108) onto the three-dimensional footbed. scanning a customer's foot; based on the scan, selecting a three-dimensional footbed that most closely approximates a size and configuration of the customer's foot; based on the scan, determining at least one orthotic feature (104, 106, 108) for the three-dimensional footbed; and directly printing the at least one orthotic feature (104, 106, 108) onto the three-dimensional footbed.
A method for remote detection of compressor surge of a fleet of turbine engines, said method comprising: monitoring operating parameter measurements indicative of an operational condition and a thermodynamic condition of each turbine engine of the fleet of turbine engines, the operational condition including a compressor exit condition; wherein monitoring an operating parameter measurement comprises monitoring the operating parameter with a plurality of sensors (28, 30, 32, 34, 42) coupled to each turbine engine of the fleet of turbine engines; continuously transmitting, to an on-site monitoring device, the operating parameter measurements indicative of operational and thermodynamic conditions; compiling the monitored operating parameter measurements into a periodic snapshot of the operating parameter measurements; transmitting, to a remote monitoring unit, the snapshot of operating parameter measurements; performing a data quality and out-of-range sensor check on the transmitted snapshot of operating parameter measurements to determine if the plurality of sensors (28,30,32,34,42) are operating properly; and detecting compressor surge (316, 320) in each turbine engine of the fleet of turbine engines based on the transmitted snapshot of operating parameter measurements. monitoring operating parameter measurements indicative of an operational condition and a thermodynamic condition of each turbine engine of the fleet of turbine engines, the operational condition including a compressor exit condition; wherein monitoring an operating parameter measurement comprises monitoring the operating parameter with a plurality of sensors (28, 30, 32, 34, 42) coupled to each turbine engine of the fleet of turbine engines; continuously transmitting, to an on-site monitoring device, the operating parameter measurements indicative of operational and thermodynamic conditions; compiling the monitored operating parameter measurements into a periodic snapshot of the operating parameter measurements; transmitting, to a remote monitoring unit, the snapshot of operating parameter measurements; performing a data quality and out-of-range sensor check on the transmitted snapshot of operating parameter measurements to determine if the plurality of sensors (28,30,32,34,42) are operating properly; and detecting compressor surge (316, 320) in each turbine engine of the fleet of turbine engines based on the transmitted snapshot of operating parameter measurements.
Sheet-processing machine, in particular a sheet-fed printing press, comprising one or more dryers (10a, b; 1 1a-d; 21; 31) air feed devices for the dryers, at least one air extraction device (2, 3) for the heated dryer exhaust air, and a mixing device (29a, b; 39a, b) for mixing the heated dryer exhaust air with the dryer feed air characterized by an open loop or closed loop control device (28; 39) that controls or regulates an extent of mixing of the dryer exhaust air with the dryer feed air based on measured variables or setting values correlated with the moisture content of the dryer exhaust air.
A medical dispensing device (10; 110) comprising: a catheter (30; 130) defining a lumen (36; 136; 336a; 436) having a longitudinal axis and a distal opening; a plunger (34; 146; 234; 334; 436) disposed in the lumen (36; 136; 336a; 436) and movable along the longitudinal axis; and a plurality of elements disposed in the lumen (36; 136; 336a; 436) proximal to the distal opening and distal to the plunger, the plurality of elements being stacked along the longitudinal axis and configured for dispensation of one element at a time through the distal opening via a force applied by the plunger; wherein the plurality of elements include a plurality of stacked patches (50; 150; 250; 350; 650), each of the plurality of stacked patches (50; 150; 250; 350; 650) having an adhesive layer and a non-adhesive layer (154b1) proximal to the adhesive layer. a catheter (30; 130) defining a lumen (36; 136; 336a; 436) having a longitudinal axis and a distal opening; a plunger (34; 146; 234; 334; 436) disposed in the lumen (36; 136; 336a; 436) and movable along the longitudinal axis; and a plurality of elements disposed in the lumen (36; 136; 336a; 436) proximal to the distal opening and distal to the plunger, the plurality of elements being stacked along the longitudinal axis and configured for dispensation of one element at a time through the distal opening via a force applied by the plunger; wherein the plurality of elements include a plurality of stacked patches (50; 150; 250; 350; 650), each of the plurality of stacked patches (50; 150; 250; 350; 650) having an adhesive layer and a non-adhesive layer (154b1) proximal to the adhesive layer.
Heeled footwear such as a shoe or boot comprising a sole assembly and a heel part, said heel part comprising an insert formed in a first material comprising a polymer substance, the insert comprising a core body delimited by an upper surface and a lower bottom surface placed opposite and an outer surface connecting the upper and lower surfaces, said at least a part of the outer surface being encased/enclosed in an outer material formed in a second polymer material different from the first material; wherein the outer material forms an outer contour layer of the heel part and that the sole assembly comprises an out-sole formed in the second material, said second material not covering the lower bottom surface and said second material being softer than the first material, and that the outsole and the outer contour layer are designed to be formed in one piece providing an outer sole unit being one component.
A phosphor selected from the group consisting of (Lu 0.99 Ce 0.01) 3 Al 5 O 12, (Lu 0.495 Y 0.495 Ce 0.01) 3 Al 5 O 12, (Lu 0.75 Gd 0.24 Ce 0.01) 3 Al 5 O 12, and (Lu 0.989 Ce 0.01 Pr 0.01) 3 Al 5 O 12.
Nailing device for setting nails into an object, comprising a housing, a setting mechanism for setting the nails along a setting axis, a bolt guiding element for applying to the object at a first application point, a trigger for activating the setting mechanism in particular and a support foot that may be swivelled for applying to the object at a second application point, in which a connecting line between the first and the second application point and the setting axis span a device level of the nailing device, in which the swivel axis of the support foot is orientated essentially perpendicular to the device level, characterised in that the support foot may be locked and unlocked in at least one swivel position.
A process for the production of aromatic dihydroxy compounds of >97 wt% purity, with a general formula according to: a. wherein X is an alkanediyl C1-C24 organic group; b. wherein R 1 is independently selected from hydrogen, methyl or ethyl; c. wherein R 2 is independently selected from methyl or ethyl; d. wherein R 3 is independently selected from hydrogen, methoxy or ethoxy; the process comprising: carrying out a condensation reaction of i) 4-alkylphenol derivative and/or combinations thereof with ii) carbonylic compounds to produce a raw reaction product mixture, forming crystals of aromatic dihydroxy compounds by gradual evaporation directly of the solution of raw reaction product in a mixture of non-solvent alkane and solvent, whereby the gradual evaporation is at an evaporation rate that prevents precipitation, and separating said crystals. a. wherein X is an alkanediyl C1-C24 organic group; b. wherein R 1 is independently selected from hydrogen, methyl or ethyl; c. wherein R 2 is independently selected from methyl or ethyl; d. wherein R 3 is independently selected from hydrogen, methoxy or ethoxy; carrying out a condensation reaction of i) 4-alkylphenol derivative and/or combinations thereof with ii) carbonylic compounds to produce a raw reaction product mixture, forming crystals of aromatic dihydroxy compounds by gradual evaporation directly of the solution of raw reaction product in a mixture of non-solvent alkane and solvent, whereby the gradual evaporation is at an evaporation rate that prevents precipitation, and separating said crystals.