mhurhangee/ep-ind-claims huggingface dataset:
An indoor unit of an air conditioner comprising: - a casing having a suction port formed in an upper part and a blow-out port formed at a lower side of a front face part; - an axial-flow or diagonal-flow blower provided on the downstream side of the suction port in the casing; and - a heat exchanger provided on the upstream side of the blow-out port in the casing, wherein the heat exchanger is adapted to exchange heat between air blown out of the blower and refrigerant, wherein the heat exchanger has - a front-face side heat exchanger arranged on the front face side of the casing, and - a back-face side heat exchanger arranged on the back face side of the casing, and, - the heat exchanger is provided on the downstream side of the blower, - the blower disposed on an upstream side of the heat exchanger suctions indoor air from the suction port and blows out an air-conditioned air out of the blow-out port, - the air passed through each of the front-face side heat exchanger and the back-face side heat exchanger is merged together on the blow-out port side, and characterized in that - there is no fan at the blow-out port, - the heat exchanger is configured so that a flow rate of air flowing through the front-face side heat exchanger is smaller than a flow rate of air flowing through the back-face side heat exchanger, and - because of the flow rate difference between the front-face side heat exchanger and the back-face side heat exchanger, when the air passed through each of the front-face side heat exchanger and the back-face side heat exchanger is merged together, the merged air is bent to the front face side. - a casing having a suction port formed in an upper part and a blow-out port formed at a lower side of a front face part; - an axial-flow or diagonal-flow blower provided on the downstream side of the suction port in the casing; and - a heat exchanger provided on the upstream side of the blow-out port in the casing, - a front-face side heat exchanger arranged on the front face side of the casing, and - a back-face side heat exchanger arranged on the back face side of the casing, and, - the heat exchanger is provided on the downstream side of the blower, - the blower disposed on an upstream side of the heat exchanger suctions indoor air from the suction port and blows out an air-conditioned air out of the blow-out port, - the air passed through each of the front-face side heat exchanger and the back-face side heat exchanger is merged together on the blow-out port side, and - there is no fan at the blow-out port, - the heat exchanger is configured so that a flow rate of air flowing through the front-face side heat exchanger is smaller than a flow rate of air flowing through the back-face side heat exchanger, and - because of the flow rate difference between the front-face side heat exchanger and the back-face side heat exchanger, when the air passed through each of the front-face side heat exchanger and the back-face side heat exchanger is merged together, the merged air is bent to the front face side.
Use of a trisaccharide derivate comprising a substituted trisaccharide core, which trisaccharide core is fully substituted with fatty acid ester groups, and optionally one or more anionic groups as an adjuvant.
A custom tool for forming a dental restoration in a mouth of a patient, the custom tool comprising: a first mold body providing for a customized fit with at least two teeth of the patient, wherein the first mold body includes a portion corresponding with at least a first surface of a tooth of the at least two teeth and an interproximal portion corresponding with an interproximal surface of a tooth of the at least two teeth, wherein the first mold body is configured to combine with a tooth of the at least two teeth of the patient to form a mold cavity encompassing a portion of missing tooth structure of at least a tooth of the at least two teeth. a first mold body providing for a customized fit with at least two teeth of the patient, wherein the first mold body includes a portion corresponding with at least a first surface of a tooth of the at least two teeth and an interproximal portion corresponding with an interproximal surface of a tooth of the at least two teeth, wherein the first mold body is configured to combine with a tooth of the at least two teeth of the patient to form a mold cavity encompassing a portion of missing tooth structure of at least a tooth of the at least two teeth.
A boot for a hip distractor comprising: an outer shell having a first exterior lateral surface and a second exterior lateral surface that faces opposite the first exterior lateral surface; a retention strap; a pad coupled to the retention strap; a first cam buckle coupled to the outer shell, the retention strap extending through the first cam buckle, the first cam buckle being configured to permit the retention strap to advance through the first cam buckle when tension is applied to the retention strap and to automatically limit movement of the retention strap through the first cam buckle when tension on the retention strap is released; and a second cam buckle coupled to the outer shell, the retention strap extending through the second cam buckle, the second cam buckle being configured to permit the retention strap to advance through the second cam buckle when tension is applied to the retention strap and automatically impede movement of the retention strap through the second cam buckle when tension on the retention strap is released; wherein the first cam buckle is attached to the first exterior lateral surface and the second cam buckle is attached to the second exterior lateral surface. an outer shell having a first exterior lateral surface and a second exterior lateral surface that faces opposite the first exterior lateral surface; a retention strap; a pad coupled to the retention strap; a first cam buckle coupled to the outer shell, the retention strap extending through the first cam buckle, the first cam buckle being configured to permit the retention strap to advance through the first cam buckle when tension is applied to the retention strap and to automatically limit movement of the retention strap through the first cam buckle when tension on the retention strap is released; and a second cam buckle coupled to the outer shell, the retention strap extending through the second cam buckle, the second cam buckle being configured to permit the retention strap to advance through the second cam buckle when tension is applied to the retention strap and automatically impede movement of the retention strap through the second cam buckle when tension on the retention strap is released; wherein the first cam buckle is attached to the first exterior lateral surface and the second cam buckle is attached to the second exterior lateral surface.
Connecting system for components in the field of furniture or exhibition-stand construction, comprising at least one post element (10 a), preferably two post elements (10 a, 10 b) that are approximately aligned with one another and to be connected to one another, and at least one plate element to be connected to this one post element or two or more post elements (10 a, 10 b), which plate element extends approximately orthogonally to the post element(s) (10 a, 10 b), and further comprising connecting means and fastening elements suitable for connecting the at least two post elements (10a, 10b) to one another and/or the at least one plate element to one or more post elements (10a, 10b) in a force-locked manner, wherein at least one continuous threaded connecting means extends longitudinally through at least one post element, preferably through at least two post elements (10 a, 10 b) to be connected to one another, and at least one plate element, and is accommodated in a bore of the post element or elements, and a spacer sleeve that can be screwed onto the continuous connecting means is installed in at least one of the post elements, which spacer sleeve has an abutment on an end side in the area of one of the plate elements, wherein at least one washer associated with at least one of the plate elements is provided, which fits against an abutment surface of the plate element, characterized in that the washer is accommodated in a recess of the plate element.
A polymer powder having an average particle diameter of 20 μm to 300 μm, with a particle diameter of less than 10 μm of 10 mass% or less, and a particle diameter of greater than 300 μm of 10 mass% or less, wherein the polymer powder has a weight average molecular weight (Mw) of from 10,000 to 300,000, and wherein the polymer powder has an angle of repose of less than 45 degrees; wherein the angle of repose can be determined by a discharge stability angle measurement method for measuring an angle between a plane of curved surface and a planar bottom surface with respect to the curved shape formed by discharging the material through a hole made in a container having a flat bottom.
A system (100, 300) for filtering materials from cerebrospinal fluid, CSF, of a human or animal subject, the system comprising: a filtration system (102, 302) configured for withdrawing a volume of fluid comprising CSF from a CSF-containing space of the subject at a first flow rate, the filtration system (102, 302) operating according to a set of operation parameters; a tangential flow filter configured for filtering the volume of fluid into permeate and retentate; a sensor configured for measuring a characteristic of the fluid, wherein the characteristic comprises a total volume of fluid withdrawn minus a total volume of fluid returned; wherein the filtration system (102, 302) is configured for returning the permeate to the CSF-containing space of the subject at a second flow rate; and wherein the filtration system (102, 302) is configured for updating a parameter of the set of operation parameters based on the measured characteristic responsive to determining the measured characteristic passes a predetermined threshold. a filtration system (102, 302) configured for withdrawing a volume of fluid comprising CSF from a CSF-containing space of the subject at a first flow rate, the filtration system (102, 302) operating according to a set of operation parameters; a tangential flow filter configured for filtering the volume of fluid into permeate and retentate; a sensor configured for measuring a characteristic of the fluid, wherein the characteristic comprises a total volume of fluid withdrawn minus a total volume of fluid returned; wherein the filtration system (102, 302) is configured for returning the permeate to the CSF-containing space of the subject at a second flow rate; and wherein the filtration system (102, 302) is configured for updating a parameter of the set of operation parameters based on the measured characteristic responsive to determining the measured characteristic passes a predetermined threshold.
A semiconductor radiation source for a light-curing apparatus for the dental sector, having a base body, at least one LED chip thermally bonded to an end face of the base body and a flexible flexprint mounted to the same end face of the base body, the flexprint at least partially surrounding the LED chip, comprising at least one printed conductor path, which is electrically connected to the LED chip, and comprising an angled or bent portion in the peripheral region of the base body, which extends at least partially along a side wall of the base body, at least a portion of the portion of the flexprint extending at least partially into a lateral recess of the base body, wherein the recess is formed by a lateral incision or by a passage opening, and the portion extends along at least part of a rear side of the base body facing away from the LED chip, and especially extends along the end body thereof, and the portion, at least in the region of the recess, carries at least one electronic component such as a diode, a resistor or an ASIC, and the electronic components are embeddedly received in the recess.
Apparatus having a dosing arrangement for dispensing a substance in dosed form, and having a balance by means of which it is possible to determine the quantity of substance dispensed, the dosing arrangement comprising a supply container containing a substance which is to be dispensed, a dosing unit comprising the supply container, and a drive unit and being arranged on the balance such that the balance measures the weight of the dosing arrangement, characterized in that the dosing unit can be removed from the drive unit, and refitted thereon, without screws being released, or the supply container is arranged such that it can be removed from the rest of the dosing arrangement, and refitted thereon, without screws being released.
A process for removing carbon dioxide from a carbon dioxide-loaded solvent having a first carbon dioxide content, comprising the steps of: applying a first pressure of at least 8 atmospheres to the carbon dioxide-loaded solvent and heating the carbon dioxide-loaded solvent to a first temperature of at least about 135 °C; feeding the carbon dioxide-loaded solvent to a first stage flash apparatus, wherein the carbon dioxide-loaded solvent selected from the group consisting of aqueous ammonia, amine-based solvents, preferably activated N-methyl diethanolamine, aqueous potassium carbonate, and combinations thereof; flashing carbon dioxide from the carbon dioxide-loaded solvent in a first stage flash apparatus to yield a first treated solvent having a second carbon dioxide content that is lower than the first carbon dioxide content and a first carbon dioxide-containing gas stream; removing the first carbon dioxide-containing gas stream from the first stage flash apparatus; feeding the first carbon dioxide-containing gas stream to a condenser thereby providing a carbon dioxide-containing stream at a temperature at or above ambient; flashing carbon dioxide from the first treated solvent in a second stage flash apparatus to yield a second treated solvent having a third carbon dioxide content that is lower than the second carbon dioxide content and a second carbon dioxide-containing gas stream: removing the second carbon dioxide-containing gas stream from the second stage flash apparatus; and recovering the second treated solvent from the second stage flash apparatus. removing the second carbon dioxide-containing gas stream from the second stage flash apparatus; and recovering the second treated solvent from the second stage flash apparatus.
In-wall flushing cistern, - with a cistern body, and with an inspection shaft, - - wherein in the cistern body there is provided at least one inspection opening - - - which is arranged to be connected to the outside of a wall by means of the inspection shaft, and - a holding frame mounted in the region of the inspection opening, and - at least one cover plate which is detachably mounted on the holding frame, characterised in that on the inspection shaft there are provided means for mounting the holding frame independently of a wall thickness of the wall, wherein the inspection shaft, together with the means for mounting the holding frame, can be made shorter to match different installation depths in accordance with the wall thickness and wherein the means for mounting the holding frame have at least two hollow cylinders each having a receiving opening for fastening elements for connection of the inspection shaft to the holding frame, the at least two hollow cylinders being integrated with the inspection shaft. - with a cistern body, and with an inspection shaft, - - wherein in the cistern body there is provided at least one inspection opening - - - which is arranged to be connected to the outside of a wall by means of the inspection shaft, and - a holding frame mounted in the region of the inspection opening, and - at least one cover plate which is detachably mounted on the holding frame,
A wearable device comprising: a communication unit (1210; 1220) configured to pair with a plurality of electronic devices via a wireless network; a display unit configured to display at least a portion of a graphics user interface that includes a plurality of home screens (110; 120; 130) corresponding to the plurality of electronic devices; a user input receiving unit configured to receive a user input regarding the graphics user interface; and a controller configured to control the graphics user interface based on the received user input, wherein each of the plurality of home screens comprises at least one icon of at least one application coupled with each of the plurality of electronic device, wherein the controller is further configured to arrange the at least one icon in the each of the plurality of home screens (110; 120; 130) based on a preset criterion. a communication unit (1210; 1220) configured to pair with a plurality of electronic devices via a wireless network; a display unit configured to display at least a portion of a graphics user interface that includes a plurality of home screens (110; 120; 130) corresponding to the plurality of electronic devices; a user input receiving unit configured to receive a user input regarding the graphics user interface; and a controller configured to control the graphics user interface based on the received user input, wherein each of the plurality of home screens comprises at least one icon of at least one application coupled with each of the plurality of electronic device, wherein the controller is further configured to arrange the at least one icon in the each of the plurality of home screens (110; 120; 130) based on a preset criterion.
An apparatus for detecting or measuring corrosion or erosion in an object, comprising: an electromagnetic acoustic transducer (EMAT) having: a ferromagnetic core; a plurality of permanent magnets arranged peripherally around the ferromagnetic core and configured to produce a magnetic field through the ferromagnetic core; a coil configured between the ferromagnetic core and the object; characterized in that the apparatus further comprises a plurality of switches electrically connected to the coil, and wherein individual switches of the plurality of switches are field effect transistors (FETs) that are individually controllable. a ferromagnetic core; a plurality of permanent magnets arranged peripherally around the ferromagnetic core and configured to produce a magnetic field through the ferromagnetic core; a coil configured between the ferromagnetic core and the object; characterized in that the apparatus further comprises a plurality of switches electrically connected to the coil, and wherein individual switches of the plurality of switches are field effect transistors (FETs) that are individually controllable.
An omnidirectional vehicle comprising: a main wheel able to be driven in all directions; a vehicle body frame which supports the main wheel; and a sub wheel which is connected to the vehicle body frame via an arm member and is grounded at a position apart from the ground contact point of the main wheel, characterized in that the sub wheel is attached so as to circularly move about the center of rotation of the main wheel. a main wheel able to be driven in all directions; a vehicle body frame which supports the main wheel; and a sub wheel which is connected to the vehicle body frame via an arm member and is grounded at a position apart from the ground contact point of the main wheel, characterized in that the sub wheel is attached so as to circularly move about the center of rotation of the main wheel.
A method of displaying air traffic information on a display screen positioned within a cockpit of an aircraft, said method including: receiving with a receiver at the aircraft an aircraft identification signal from another aircraft as part of an automatic dependent surveillance-broadcast (ADS-B), said aircraft identification signal including a mode S code that is unique to said another aircraft; correlating with a controller said aircraft identification signal from the another aircraft to a piece of information using data contained within a database, said database including information correlating mode S codes to at least one of aircraft tail numbers and aircraft models, said controller being in communication with said database to correlate said aircraft identification signal from the another aircraft; and displaying said piece of information on said screen by said controller communicating said piece of information to said screen characterised in that displaying said piece of information on said display screen includes displaying a picture of a type of aircraft corresponding to said another aircraft, wherein the size and orientation of the picture corresponds to the another aircraft's distance from the aircraft and its current ascent, descent, level flight or current heading relative to the aircraft. receiving with a receiver at the aircraft an aircraft identification signal from another aircraft as part of an automatic dependent surveillance-broadcast (ADS-B), said aircraft identification signal including a mode S code that is unique to said another aircraft; correlating with a controller said aircraft identification signal from the another aircraft to a piece of information using data contained within a database, said database including information correlating mode S codes to at least one of aircraft tail numbers and aircraft models, said controller being in communication with said database to correlate said aircraft identification signal from the another aircraft; and displaying said piece of information on said screen by said controller communicating said piece of information to said screen characterised in that displaying said piece of information on said display screen includes displaying a picture of a type of aircraft corresponding to said another aircraft, wherein the size and orientation of the picture corresponds to the another aircraft's distance from the aircraft and its current ascent, descent, level flight or current heading relative to the aircraft.
Method for a high precision measurement of a characteristic of a fouling and/or scaling deposit inside a fluid vessel or of a characteristic of a portion of the wall inside a fluid vessel, wherein an ultrasonic transducer is used, wherein a reflection area is provided in a portion of the wall or attached to a portion of the wall of the fluid vessel at a location substantially opposite of the ultrasonic transducer, wherein the method comprises the steps of: a) emitting an ultrasonic emission signal by means of the ultrasonic transducer and b) measuring the distance between the ultrasonic transducer on the one hand and a fluid/deposit interface or a fluid/wall interface on the other hand in an absolute distance measurement by means of evaluating the time-domain reflective signal of the fluid/deposit or fluid/wall interface, wherein the fluid/deposit or fluid/wall interface is either the interface of the fluid with the deposit on the reflection area or the interface of the fluid with the wall in the reflection area, wherein the time-domain resolution power is 1 ns or less than 1 ns, wherein the temperature of the fluid is measured, wherein a temperature sensor is used, wherein the distance between the ultrasonic transducer on the one hand and a fluid/deposit interface or a fluid/wall interface on the other hand is derived from the arrival time of the reflective signal and the speed of sound of the fluid, the speed of sound being dependent on the temperature of the fluid, and wherein the ultrasonic transducer is provided in contact with the fluid or in contact with the inside of the fluid vessel. a) emitting an ultrasonic emission signal by means of the ultrasonic transducer and b) measuring the distance between the ultrasonic transducer on the one hand and a fluid/deposit interface or a fluid/wall interface on the other hand in an absolute distance measurement by means of evaluating the time-domain reflective signal of the fluid/deposit or fluid/wall interface, wherein the fluid/deposit or fluid/wall interface is either the interface of the fluid with the deposit on the reflection area or the interface of the fluid with the wall in the reflection area,