mhurhangee/ep-ind-claims huggingface dataset:
Heating, ventilation and/or air conditioning unit with an evaporator unit and with a housing in which the evaporator unit is received, the evaporator unit comprising an evaporator having two oppositely directed end faces, which form an inlet and an outlet side (34, 36) for the air stream, having a top and a bottom edge (38, 40) and having two side edges (42, 44) joining the top and the bottom edge (38, 40), which together surround the two end faces, wherein the top and the bottom edge (38, 40) and the side edges (42, 44) each have an assigned side face (46, 48, 50, 52), and comprising an elastic damping material which is fastened on the outer side of the evaporator, characterized in that, on one of the side faces (50, 52) assigned to the side edges (42, 44), the elastic damping material is arranged at least in certain portions in the form of two separate sealing strips (58, 60), in such a way that a channel is formed between the sealing strips (58, 60), wherein the elastic damping material is clamped between the housing and the evaporator, and wherein the housing covers the channel formed between the sealing strips (58, 60), in such a way that the channel forms a bypass duct with respect to the evaporator.
A vehicle control system comprising: a plurality of zone ECUs each of which is disposed in each predetermined zone of a vehicle, a central processing unit that is connected to the zone ECUs via a trunk network (EB1-EB4) of time synchronization, and a plurality of actuators (L1-L6) operated in synchronization, wherein the zone ECUs include a plurality of first zone ECUs that output a timing signal for operating the actuators (L1-L4) connected to each of them on a basis of a control signal received from the central processing unit, each of the first zone ECUs and the actuators (L1-L4) are connected by a time asynchronous network, said vehicle control system being charaterized in that the central processing unit sends, to the first zone ECUs and the second zone ECUs (25, 26), an operation start instruction as the control signal for starting operation of the first actuator (L1 to L4) and second actuator (L5, L6), the first zone ECUs are configured to be connected to each other via a local network (EB5-EB7) without the central processing unit, share drive timing information of the actuators (L1-L4) based on the operation start instruction with another first zone ECU via the local network (EB5-EB7), and adjust the timing signal of the first zone ECUs on a basis of the information shared. a plurality of zone ECUs each of which is disposed in each predetermined zone of a vehicle, a central processing unit that is connected to the zone ECUs via a trunk network (EB1-EB4) of time synchronization, and a plurality of actuators (L1-L6) operated in synchronization, wherein the zone ECUs include a plurality of first zone ECUs that output a timing signal for operating the actuators (L1-L4) connected to each of them on a basis of a control signal received from the central processing unit, each of the first zone ECUs and the actuators (L1-L4) are connected by a time asynchronous network, said vehicle control system being charaterized in that the central processing unit sends, to the first zone ECUs and the second zone ECUs (25, 26), an operation start instruction as the control signal for starting operation of the first actuator (L1 to L4) and second actuator (L5, L6), the first zone ECUs are configured to be connected to each other via a local network (EB5-EB7) without the central processing unit, share drive timing information of the actuators (L1-L4) based on the operation start instruction with another first zone ECU via the local network (EB5-EB7), and adjust the timing signal of the first zone ECUs on a basis of the information shared.
An extraction unit for extracting cartridges (1a;1b) of two different heights (ha;hb) comprising a seat (14,20) for receiving any of said cartridges (1a;1b) for extraction thereof in the seat, the seat being delimited by a first part (20,21,22) and a second part (14,15,16) that are relatively movable between a cartridge extraction position and a cartridge loading and/or ejection position, the first delimiting part (20,21,22) having a locking device, a first cavity part and a second cavity part, which cavity parts (21,22) are relatively movable, such as telescopically movable, into first and second cavity positions for defining a cartridge cavity having selectively: - a first depth (Ha) for receiving a cartridge having a first height (ha); and - a second depth (Hb) greater than said first depth (Ha) for receiving a cartridge having a second height (hb) greater than said first height (ha), characterised in that the locking device is configured to lock the first and second cavity parts (21,22) into at least one of the first and second cavity positions when the first and second delimiting parts (14,20) are: - in the cartridge loading and/or ejection position; or - inbetween the cartridge extraction position and the cartridge loading and/or ejection position, closer to the cartridge loading and/or ejection position than to the cartridge extraction position. - a first depth (Ha) for receiving a cartridge having a first height (ha); and - a second depth (Hb) greater than said first depth (Ha) for receiving a cartridge having a second height (hb) greater than said first height (ha), - in the cartridge loading and/or ejection position; or - inbetween the cartridge extraction position and the cartridge loading and/or ejection position, closer to the cartridge loading and/or ejection position than to the cartridge extraction position.
Profile system having a frame profile for a plate-shaped element that is to be illuminated, wherein the frame profile comprises a releasable clamping profile, which is designed to clamp the element to be illuminated onto the frame, and wherein an interchangeable lighting means receiving rail is arranged within the frame profile having the frame profile, wherein the lighting means receiving rail is removably arranged in the frame profile when the clamping profile is separated from the frame profile, wherein the lighting means receiving rail is received in the frame profile in a manner to be able to slide in and out, and is latchably retained in the frame profile.
Electrode arrangement for forming a dielectric barrier plasma discharge between an electrode, which is fed with a high AC voltage by a control device, and a surface to be treated of an electrically conductive body, wherein a dielectric completely covers the electrode towards the surface to be treated and forms a contact side for the surface, wherein the electrode consists of at least two partial electrodes (2, 3) arranged next to each other at the same distance from the contact side and insulated from each other by the dielectric, and wherein adjacent partial electrodes (2, 3) are fed by the control device with mutually compensating partial high AC voltages that are equal and opposite to each other with respect to waveform and voltage magnitude, characterized in that the electrically conductive body serves as a ground electrode and wherein the high AC voltages result in each case from a high-frequency oscillation process triggered by an excitation impulse.
A carbon fiber containing stacked molded article comprising a woven fabric, the stacked molded article comprises a substrate composed of first carbon fibers piled, and the woven fabric layer is located on at least one surface of the substrate, and the woven fabric layer is formed by weaving carbon fiber spun yarns including second carbon fibers having an average fiber diameter of 12 μm or less, and third carbon fibers having an average diameter in excess of 12 μm, wherein the substrate and the woven fabric are joined together via an adhesive, wherein the adhesive contains carbon fibers with the length of short fibers or an adhesive containing graphite powder, wherein the substrate is a stacked body formed by impregnating a stack of felts, which comprise the first carbon fibers, with a thermosetting resin, or is a carbon fiber stacked body formed by impregnating a stack of felts, which comprise the first carbon fibers, with a thermosetting resin, and then heat-treating the impregnated stacked body of felts, wherein the carbon fiber spun yarns are selected from spun yarns of a core-sheath structure having the second carbon fibers as a core material and the third carbon fibers as a sheath material; doubled and twisted spun yarns composed of spun yarns comprising the second carbon fibers and spun yarns comprising the third carbon fibers; doubled and twisted spun yarns composed of spun yarns of a core-sheath structure having the second carbon fibers as a core material and the third carbon fibers as a sheath material; and combinations thereof, and wherein the second carbon fibers are anisotropic carbon fibers, and the third carbon fibers are isotropic carbon fibers.
A process for treating wood strands with steam to reduce the emission of volatile organic compounds from such wood strands, wherein the wood strands being treated with steam for a period of 5 to 20 minutes after their production without drying, the steam being passed over the wood strands at a temperature of between 80°C and 120°C and a pressure of between 0.5 bar and 2 bar, and wherein the steam treated wood strands are used to produce OSB boards with reduced emission of volatile organic compounds. wherein the wood strands being treated with steam for a period of 5 to 20 minutes after their production without drying, the steam being passed over the wood strands at a temperature of between 80°C and 120°C and a pressure of between 0.5 bar and 2 bar, and wherein the steam treated wood strands are used to produce OSB boards with reduced emission of volatile organic compounds.
Piezo actuator, in particular for driving an injector for an injection system of an internal combustion engine, having a mount for receiving and securing a single piezo stack and two associated connecting pins (11, 12), characterized in that the mount (5 - 10) serves to secure the piezo stack and the two associated connecting pins (11, 12) spatially while electric contact is established with the piezo stack by means of a winding with at least one electrically conductive wire.
A method of manufacturing a replacement body for repair or modification of a component, comprising: identifying a target section of the component, the target section being less than a whole of the component; removing the target section from the component, thereby creating a void in the component; additively manufacturing a crucible for casting of the replacement body; solidifying a metal material within the crucible to form a directionally solidified microstructure within the replacement body; removing the crucible to reveal the directionally solidified replacement body; and bonding the replacement body into the void within the component. identifying a target section of the component, the target section being less than a whole of the component; removing the target section from the component, thereby creating a void in the component; additively manufacturing a crucible for casting of the replacement body; solidifying a metal material within the crucible to form a directionally solidified microstructure within the replacement body; removing the crucible to reveal the directionally solidified replacement body; and bonding the replacement body into the void within the component.
A high-performance sports car comprising: a frame, which supports a pair of front wheels and a pair of rear wheels; a passenger compartment, which is located on the inside of the frame and is arranged between the front wheels and the rear wheels; at least one door, which is hinged to the frame to allow access into the passenger compartment; and at least one seat, which is arranged on the inside of the passenger compartment beside the door; the car is characterized in that: it comprises a first rigid protection panel, which is integral to the door and, when the door is closed, is arranged beside the seat in line with the head of the person sitting in the seat; the seat comprises a rigid protection shell having two side boards (12, 13), which are arranged on opposite sides of the seat; and a first side board of the protection shell, which is arranged on the side of the door, has a window that reproduces, in negative, the shape of the first protection panel. a frame, which supports a pair of front wheels and a pair of rear wheels; a passenger compartment, which is located on the inside of the frame and is arranged between the front wheels and the rear wheels; at least one door, which is hinged to the frame to allow access into the passenger compartment; and at least one seat, which is arranged on the inside of the passenger compartment beside the door; the car is characterized in that: it comprises a first rigid protection panel, which is integral to the door and, when the door is closed, is arranged beside the seat in line with the head of the person sitting in the seat; the seat comprises a rigid protection shell having two side boards (12, 13), which are arranged on opposite sides of the seat; and a first side board of the protection shell, which is arranged on the side of the door, has a window that reproduces, in negative, the shape of the first protection panel. it comprises a first rigid protection panel, which is integral to the door and, when the door is closed, is arranged beside the seat in line with the head of the person sitting in the seat; the seat comprises a rigid protection shell having two side boards (12, 13), which are arranged on opposite sides of the seat; and a first side board of the protection shell, which is arranged on the side of the door, has a window that reproduces, in negative, the shape of the first protection panel.
A painting apparatus comprising: a paint bag containing paint; a paint port through which paint flows from the paint bag; an air bag to receive gas configured to apply pressure to the paint bag as it receives air; an air port through which the gas enters the air bag; wherein the paint apparatus comprises a compartment comprising: said paint bag; and said airbag; characterized in that said compartment comprises said paint port on a top layer, wherein said top layer is a membrane of the paint bag of said compartment; wherein a bottom membrane of said compartment comprises said air port, said bottom membrane being a portion of said airbag of said compartment; wherein a separation wall separates the paint bag and the airbag, said separation wall being composed of an elastic material; wherein as gas enters said air port, said airbag expands applying pressure via the separation wall onto the paint bag; and wherein, as the separation wall pushes and compresses space in the paint bag, paint exits the paint bag through the paint port. a paint bag containing paint; a paint port through which paint flows from the paint bag; an air bag to receive gas configured to apply pressure to the paint bag as it receives air; an air port through which the gas enters the air bag; wherein the paint apparatus comprises a compartment comprising: said paint bag; and said airbag; said paint bag; and said airbag; characterized in that said compartment comprises said paint port on a top layer, wherein said top layer is a membrane of the paint bag of said compartment; wherein a bottom membrane of said compartment comprises said air port, said bottom membrane being a portion of said airbag of said compartment; wherein a separation wall separates the paint bag and the airbag, said separation wall being composed of an elastic material; wherein as gas enters said air port, said airbag expands applying pressure via the separation wall onto the paint bag; and wherein, as the separation wall pushes and compresses space in the paint bag, paint exits the paint bag through the paint port.
A system for incising a lesion, comprising: a first catheter (110,400,810, 900) having a radially extending projection; and a second catheter having an expandable portion; wherein the first catheter (110,400,810, 900) is adapted for receiving the expandable portion of the second catheter to cause the radially extending projection to move outwardly to an activated configuration for incising the lesion, wherein the system is configured such that the first catheter is delivered to the lesion from a first vascular opening and the second catheter is delivered to the lesion from a second vascular opening opposite the first vascular opening. a first catheter (110,400,810, 900) having a radially extending projection; and a second catheter having an expandable portion; wherein the first catheter (110,400,810, 900) is adapted for receiving the expandable portion of the second catheter to cause the radially extending projection to move outwardly to an activated configuration for incising the lesion, wherein the system is configured such that the first catheter is delivered to the lesion from a first vascular opening and the second catheter is delivered to the lesion from a second vascular opening opposite the first vascular opening.
Method for producing an agglomerate, which is used as a blast furnace feedstock, by mixing a fine material containing metal and/or metal oxide, a mineral binder, which comprises a mineral raw material and a lime-based material, and optionally other additives to form a mass, and solidifying the mass by a sintering process to form an agglomerate, characterised in that a raw material containing clay mineral, which has a silicon oxide fraction of at least 40 wt.% and a finest grain fraction below 4 μm of at least 20 wt.%, as well as a grain size fraction below 1 μm of at least 10 wt.%, is used as the mineral raw material.
A rotating dental instrument (50, 60, 70) for use with a dental handpiece for cleaning and disinfecting of tooth root canals, the instrument including a shaft and connector for releasable attachment to the handpiece, the shaft comprising: a tip end; a distal portion approximate to the connector; and at least two radial protrusions (52, 62, 72) extending along length of the shaft with a longitudinal groove (56, 66, 76) extending therebetween, wherein the shaft includes a core (54, 64, 74) having a surface, the radial protrusions (52, 62, 72) extending from the surface of the core to a free end, wherein the core (54, 64, 74) includes at least one offset portion being radially displaced from the axis of rotation of the instrument so that said rotating dental instrument is formed with a predetermined shaped/curved condition at rest, wherein the material of the rotating dental instrument is such that light can be routed into the back of the rotating dental instrument and travel through the material of the rotating dental instrument and exits through the surface of the material into the root canal, wherein said rotating dental instrument material is flexible enough to go down curved canals but stiff enough axially to be placed down the entire length of the canal. a tip end; a distal portion approximate to the connector; and at least two radial protrusions (52, 62, 72) extending along length of the shaft with a longitudinal groove (56, 66, 76) extending therebetween, wherein the shaft includes a core (54, 64, 74) having a surface, the radial protrusions (52, 62, 72) extending from the surface of the core to a free end, wherein the core (54, 64, 74) includes at least one offset portion being radially displaced from the axis of rotation of the instrument so that said rotating dental instrument is formed with a predetermined shaped/curved condition at rest, wherein the material of the rotating dental instrument is such that light can be routed into the back of the rotating dental instrument and travel through the material of the rotating dental instrument and exits through the surface of the material into the root canal, wherein said rotating dental instrument material is flexible enough to go down curved canals but stiff enough axially to be placed down the entire length of the canal.
A guided structured testing kit comprising at least one of a diagnostic test strip comprising a support element, a glucose reagent provided on the support element, and a glycemic context code provided on the support element, wherein the glycemic context code indicates a glycemic context for the diagnostic test strip, wherein the glycemic context sets the condition under which the measurement is taken as pre-prandial, post-prandial, pre-event; post-event, fasting, bedtime, or combinations thereof, a test strip container, wherein the test strip container defines an internal volume to hold the at least one diagnostic test strip, a test strip meter, wherein the glycemic context code indicates a glycemic context to the test strip meter upon insertion of the diagnostic test strip and wherein the test strip meter comprises a memory system to store the signaled glycemic context of the at least one diagnostic test strip, and associate the signaled glycemic context with a blood glucose test result provided by the at least one diagnostic test strip, and a testing protocol advisor, wherein the testing protocol advisor notifies a user of an at least one glycemic testing protocol, and wherein the testing protocol advisor running on the test strip meter can query the user if the blood glucose measure value is not plausible for the glycemic context code of the used diagnostic test strip wherein the plausibility check is based on time, the current measured blood glucose value, historical data or combinations thereof.
A method of making a compound of structural formula, wherein: R 1 is optionally substituted C 4 -C 6 carbocyclyl; each R 2 and R 3 is independently selected from optionally substituted aryl or optionally substituted heteroaryl; R 4 is optionally substituted aryl or optionally substituted heteroaryl, n is 1 or 2; and X is -CH 2 -, O, -NH- or -CH -; the method comprising: reacting a compound of formula B: with R 4 -Br under Buchwald conditions comprising the use of a palladium catalyst, a ligand and a base in an organic solvent to provide the compound of structural formula, wherein the organic solvent is dioxane, the palladium catalyst is Pd 2 (dba) 3, the ligand is Xant-Phos and the base is cesium carbonate. R 1 is optionally substituted C 4 -C 6 carbocyclyl; each R 2 and R 3 is independently selected from optionally substituted aryl or optionally substituted heteroaryl; R 4 is optionally substituted aryl or optionally substituted heteroaryl, n is 1 or 2; and X is -CH 2 -, O, -NH- or -CH -;
An apparatus for facilitating an insertion of a wire surrounded by shielding into a solder sleeve so as to prevent a dislocation of the shielding during insertion, wherein the shielding is encapsulated by insulation and wherein the insulation has been scored near a distal end to define a removable slug, comprising: an end effector comprising: solder sleeve grippers, wherein the solder sleeve grippers are configured to move between at least a solder sleeve gripper open position and a solder sleeve gripper closed position configured to hold a solder sleeve, and slug puller grippers, wherein the slug puller grippers are configured to move between at least a slug puller gripper open position and a slug puller gripper closed position configured to hold a portion of the removable slug, and wherein the solder sleeve grippers and the slug puller grippers are configured to move independently of each other. solder sleeve grippers, wherein the solder sleeve grippers are configured to move between at least a solder sleeve gripper open position and a solder sleeve gripper closed position configured to hold a solder sleeve, and slug puller grippers, wherein the slug puller grippers are configured to move between at least a slug puller gripper open position and a slug puller gripper closed position configured to hold a portion of the removable slug, and wherein the solder sleeve grippers and the slug puller grippers are configured to move independently of each other.