mhurhangee/ep-ind-claims huggingface dataset:
A method for chemically converting sugars or sugar alcohols into polyols/glycols, wherein the sugars or sugar alcohols are converted by means of hydrogenolysis in the presence of a catalyst comprising at least one metal and on a carbon support, characterized in that a nitrogen-doped carbon support is used as catalyst support.
A refrigerator comprising: a main body; doors rotatably combined with the main body and opening and closing the main body; a handle combined with each door to open and close each door; a first handle fixing unit assembled with each door to fix the handle to each door, and provided with an inclined part fixed to one end of the handle by a fastening unit; a second handle fixing unit assembled with each door to fix the handle to each door, and combined with the other end of the handle, the second handle fixing unit including an insertion part, the insertion part including a body part and a head part protruded from the front surface of the body part so as to have a greater diameter than the body part; a first connector assembled with the one end of the handle, and fastened to the first handle fixing unit by the fastening unit to combine the handle with each door; and a second connector assembled with the other end of the handle, the second connector including an insertion recess having a size corresponding to the diameter of the head part allowing the insertion part to be inserted into the insertion recess, and a guide groove having a size corresponding to the diameter of the body part for guiding the movement of the body part, wherein the second connector is combined with the second handle fixing unit in a sliding manner to combine the handle with each door, characterized in that a fastening part to which the first connector or the second connector is fastened, and guide rails for guiding the first connector or the second connector are provided at each of both ends of the handle. a main body; doors rotatably combined with the main body and opening and closing the main body; a handle combined with each door to open and close each door; a first handle fixing unit assembled with each door to fix the handle to each door, and provided with an inclined part fixed to one end of the handle by a fastening unit; a second handle fixing unit assembled with each door to fix the handle to each door, and combined with the other end of the handle, the second handle fixing unit including an insertion part, the insertion part including a body part and a head part protruded from the front surface of the body part so as to have a greater diameter than the body part; a first connector assembled with the one end of the handle, and fastened to the first handle fixing unit by the fastening unit to combine the handle with each door; and a second connector assembled with the other end of the handle, the second connector including an insertion recess having a size corresponding to the diameter of the head part allowing the insertion part to be inserted into the insertion recess, and a guide groove having a size corresponding to the diameter of the body part for guiding the movement of the body part, wherein the second connector is combined with the second handle fixing unit in a sliding manner to combine the handle with each door, characterized in that a fastening part to which the first connector or the second connector is fastened, and guide rails for guiding the first connector or the second connector are provided at each of both ends of the handle.
Air purge device for an airless liquid product dispenser comprising a container equipped with means for sampling the product, said device comprising a bleed ring that comprises a deformable lip seal accommodated inside a protective part (2,8) designed to be inserted inside the container and to ensure the sealing of said container, the deformation of the lip when mounting the air purge device in the container causing the air to be purged from the container, said protective part (2,8) is made up of a disc (21,81), a peripheral skirt seal (24,84) connected to the external edge of the disc (21,81) and an annular return or a second skirt extending in a direction opposite to said skirt seal (24,84).
Device for dividing off packaging units in a packaging machine for producing product groups or packages, wherein the device comprises at least one dividing and/or compacting unit for dividing off and compacting a predetermined number of containers, and wherein, with the at least one dividing and compacting unit, compacted container groups are formed, wherein the device for dividing off packaging units comprises dividing segments, which from underneath a transport plane engage temporarily in the latter and are then guided back under the transport plane, wherein the dividing segments are in each case held on a movement element, and wherein the dividing segment comprises an engaging element and a guide element which is connected thereto, said guide element being guided along a control curve, by means of which the location or the range of the vertical movement of the engaging element can be controlled, and wherein the engaging element is mounted and/or guided on or at the dividing element, wherein the movement elements circulate on a linear transporter without a gear system and can be directly actuated and controlled, wherein the linear transporter is configured as an electromagnetic direct drive in the form of an electromagnetic track and exhibit a closed movement path, wherein the desired speed of the respective movement element can be individually actuated and controlled, for which purpose an interface of the movement path can be connected to a control unit, and wherein the control curve is steplessly driven by a motor and can be displaced horizontally and vertically.
An intraoral orthosis configured to be placed in a patient's mouth and comprising - an upper splint and a lower splint designed to line teeth of an upper jaw and the teeth of a lower jaw, respectively, - two tie rods connecting the splints (2, 3), these tie rods having such a length that the lower jaw is maintained in an advanced position relative to the upper jaw, characterized in that the tie rods have points of attachment to the splints (2, 3) such that the tie rods are positioned to exert traction to the lower jaw along a component substantially parallel to the occlusal plane whether the mouth is open or closed. - an upper splint and a lower splint designed to line teeth of an upper jaw and the teeth of a lower jaw, respectively, - two tie rods connecting the splints (2, 3), these tie rods having such a length that the lower jaw is maintained in an advanced position relative to the upper jaw,
An off-shore gas turbine system comprising a floating structure with at least one deck and a baseplate mounted on said deck; wherein the baseplate supports: a gas turbine having: a low pressure compressor, a high pressure compressor, a combustor, a high pressure turbine, an intermediate pressure turbine and a low pressure turbine; the low pressure compressor being driven into rotation by the intermediate pressure turbine and the high pressure compressor being driven by the high pressure turbine; the low pressure turbine having a load coupling; at least one driven equipment mechanically connected to the load coupling of the low pressure turbine and driven into rotation by said low pressure turbine; wherein an intercooler is provided between the low pressure compressor and the high pressure compressor, air at a first pressure value delivered by the low pressure compressor flowing through the intercooler before being delivered to the high pressure compressor; and wherein said baseplate is supported on said deck separately from the intercooler; and the intercooler is connected to an exit diffuser scroll case of the low-pressure compressor and to an inlet collector scroll case of the high pressure compressor through respective displacement-tolerant fluid connections (37,39)4. a gas turbine having: a low pressure compressor, a high pressure compressor, a combustor, a high pressure turbine, an intermediate pressure turbine and a low pressure turbine; the low pressure compressor being driven into rotation by the intermediate pressure turbine and the high pressure compressor being driven by the high pressure turbine; the low pressure turbine having a load coupling; at least one driven equipment mechanically connected to the load coupling of the low pressure turbine and driven into rotation by said low pressure turbine; wherein an intercooler is provided between the low pressure compressor and the high pressure compressor, air at a first pressure value delivered by the low pressure compressor flowing through the intercooler before being delivered to the high pressure compressor; and wherein said baseplate is supported on said deck separately from the intercooler; and the intercooler is connected to an exit diffuser scroll case of the low-pressure compressor and to an inlet collector scroll case of the high pressure compressor through respective displacement-tolerant fluid connections (37,39)4.
An electronic device comprising: - a MEMS sensor device (20;120) including a functional structure (45;144,145) configured to transduce a chemical or physical quantity into a corresponding electrical quantity; - a cap comprising a semiconductive substrate; and - a bonding dielectric region, which mechanically couples the cap to the MEMS sensor device (20; 120); and wherein the cap further comprises a conductive region (10;110), which extends between the semiconductive substrate and the MEMS sensor device (20;120) and includes: - a first portion (12;112); and - a second portion (13;113), which contacts the semiconductive substrate; characterized in that the first portion (12;112) is arranged laterally with respect to the semiconductive substrate and is exposed, so as to be electrically coupleable to a terminal at a reference potential (69,77) by a corresponding wire bonding. - a MEMS sensor device (20;120) including a functional structure (45;144,145) configured to transduce a chemical or physical quantity into a corresponding electrical quantity; - a cap comprising a semiconductive substrate; and - a bonding dielectric region, which mechanically couples the cap to the MEMS sensor device (20; 120); - a first portion (12;112); and - a second portion (13;113), which contacts the semiconductive substrate;
A device for monitoring and in particular for controlling a laser cutting process on a workpiece, comprising: an image capturing apparatus for capturing an image of a region of the workpiece to be monitored, which comprises a region of interaction of a laser beam with the workpiece, and an evaluation apparatus which is designed to determine at least one characteristic value, in particular a cut quality, of the laser cutting process by using the image of the region of interaction (20, 23, 31), characterized in that the evaluation apparatus is designed to detect striations on at least one cut edge (K1.1, K1.2) of a cut gap formed during the laser cutting process and, by using a frequency (f) of the striations, to draw conclusions about material burn-up. an image capturing apparatus for capturing an image of a region of the workpiece to be monitored, which comprises a region of interaction of a laser beam with the workpiece, and an evaluation apparatus which is designed to determine at least one characteristic value, in particular a cut quality, of the laser cutting process by using the image of the region of interaction (20, 23, 31), characterized in that the evaluation apparatus is designed to detect striations on at least one cut edge (K1.1, K1.2) of a cut gap formed during the laser cutting process and, by using a frequency (f) of the striations, to draw conclusions about material burn-up.
An association of stearylamine liposomes with hyaluronic acid, or a sodium salt thereof, wherein phospholipids and stearylamine are at various molar ratio in liposomes, with phospholipids equal to 0.5% by weight and stearylamine ranging between 0.001 and 0.010% by weight, for use in the treatment of microbial infections caused by bacteria, fungi and Candida albicans.
A device for transmitting physical layer operations, administration and maintenance messages, the device comprising: a query module, an extraction and a transmitting module; wherein, the query module is configured to query a value of a number of physical layer operations, administration and maintenance messages to be sent after receiving application information from a framing sublayer; the extraction module is configured to, according to the value of the number of the physical layer operations, administration and maintenance messages, extract physical layer operations, administration and maintenance messages, the number of which is equal to said value; the transmitting module is configured to send the extracted physical layer operations, administration and maintenance messages to the framing sublayer.
A method for simulating faults in spark testers in which a test voltage is applied via an electrode with the assistance of a high voltage generator to a continuous cable, and discharges are recognized and displayed by a detector and totaled by means of a fault counter, characterized in that the test voltage for testing the reliability of recognizing faults at a given level, duration and frequency is applied to a fixed spark gap (70, 72) with a fault simulator integrated in the spark tester, and this generates sampled test voltages from the high voltage generator of the spark tester, wherein the precision of the set and displayed test voltage is checked with an additional independent high voltage meter also integrated in the spark tester, and/or wherein the maintenance of the maximum permissible touch current is tested with the assistance of an additional independent measuring device also integrated in the spark tester.
A method for controlling separation of solid and liquid phases in a centrifugal basket of a centrifugal, the method comprising the steps of - determining self-induced vibrations of the centrifugal within a predetermined rotational speed range of the centrifugal basket using an accelerometer, - monitoring at least associated values of the rotational speed of the centrifugal basket and a purging of the liquid phase from the centrifugal basket, wherein the purging of the liquid phase from the centrifugal basket is monitored using the accelerometer, and wherein the purging of the liquid phase from the centrifugal basket is monitored while taking into account the determined self-induced vibrations of the centrifugal, - determining a safe temporal range within which temporal range a washing liquid or steam can be safely applied to the content of the centrifugal basket, and - applying a washing liquid or steam to the content of the centrifugal basket during at least a portion of the safe temporal range. - determining self-induced vibrations of the centrifugal within a predetermined rotational speed range of the centrifugal basket using an accelerometer, - monitoring at least associated values of the rotational speed of the centrifugal basket and a purging of the liquid phase from the centrifugal basket, wherein the purging of the liquid phase from the centrifugal basket is monitored using the accelerometer, and wherein the purging of the liquid phase from the centrifugal basket is monitored while taking into account the determined self-induced vibrations of the centrifugal, - determining a safe temporal range within which temporal range a washing liquid or steam can be safely applied to the content of the centrifugal basket, and - applying a washing liquid or steam to the content of the centrifugal basket during at least a portion of the safe temporal range.
Composition, comprising a binder based on an aqueous or solvent-based polymer dispersion, fire protection additives, which comprise a physically acting propellant, a phosphorous-containing compound, selected from salts or esters of the oxoacids of phosphorous, and glass fibres, and an acid-resistant inorganic filler, which is selected from the group consisting of kaolin, heavy spar (BaSO 4) and light spar (CaSO 4) as well as mixtures of thereof; with the proviso that the composition is free from zinc borate and fillers that may react with acids. a physically acting propellant, a phosphorous-containing compound, selected from salts or esters of the oxoacids of phosphorous, and glass fibres, and
Bending machine for bending round material, comprising a workpiece mount on which the round material is mounted, and a bending head for carrying out bending processes of the round material, wherein the bending head is movable by means of a linear drive and the workpiece mount is arranged to be stationary with respect to the linear drive, wherein positioning means are provided by means of which the workpiece mount is so positionable that when the bending processes are carried out the centre of gravity of the round material mounted on the workpiece mount can lie below the workpiece mount, characterised in that the positioning means comprises a control unit by means of which the linear drive is pivotable or tiltable together with the workpiece mount and wherein control of the pivoting and/or tilting movement of the linear drive can take place in such a way by means of the control unit that the departure of the centre of gravity of the round material to be bent from a straight line passing through the workpiece mount and extending in vertical direction can be minimised.
Braking and locking unit for a control-signal generator, comprising an outer rotor (1, 1'), having a circular opening that forms a bearing ring, and an inner rotor (2, 2', 2") arranged in the opening, said rotors being arranged so as to be rotatable relative to one another, one of the two rotor elements being fixed in the position thereof in a stationary manner, and the other rotor element either comprising a manually operable actuator or designed to be connectable to an actuator of this type, and the inner rotor (2, 2', 2") comprising at least three spring arms (3, 3', 3", 3"', 3a, 3b) which are arranged radially in the peripheral direction, are connected to said inner rotor at one end, and can each be pushed into a recess located in the lateral face of the inner rotor (2, 2', 2"), characterised in that at least one spring arm (3", 3a, 3b) comprises an locking means (5, 5a, 5b, 5a', 5b') at the free end thereof, which means releasably interacts, in a positive and non-positive manner, with at least one corresponding locking recess in the raceway of the bearing ring, and at least two spring arms (3, 3', 3") are arranged in the rotation plane and so as to run counter to one another in pairs in each case, and each have a braking means (4, 4', 4") at the free end thereof, the spring arms (3, 3', 3", 3"', 3a, 3b) each acting on the raceway of the bearing ring in the radial direction and in a non-positive manner by means of the braking means (4, 4', 4") and the locking means (5, 5a, 5b, 5a', 5b).
System for safety planning, configuration and analysis of an industrial facility with a risk potential, with a computer, wherein the facility is stored as a 3-D computer model in a memory of the computer, wherein the facility model can simulate three-dimensionally the working movements of the facility, and a 3-D computer model of a safety sensor and a 3-D computer model of a safety-critical object are stored in the memory, characterized in that the sensor model includes a detection area of the sensor which comprises graphically displayable protective fields (24, 25) which can be adapted and switched in their dimensions or orientations by means of configuration parameters, wherein the object model can be moved in the virtual space via input means (16, 18) and can be brought in a protected area (24, 25) of the sensor model, and at such infringement of the protective field (24, 25) a reaction of the sensor model and the facility model is displayable.
A blockchain-based method for encrypting product information, wherein the method is applied to a producer, and comprises: unidirectionally generating (12, 32) a production encryption key according to a unique secret code of a product; encrypting (14, 34) production information of the product according to the production encryption key, to generate production information encryption data; generating a production information query identifier according to the production encryption key; and writing a production information set to a blockchain, wherein the production information set comprises the production information query identifier and the production information encryption data. unidirectionally generating (12, 32) a production encryption key according to a unique secret code of a product; encrypting (14, 34) production information of the product according to the production encryption key, to generate production information encryption data; generating a production information query identifier according to the production encryption key; and writing a production information set to a blockchain, wherein the production information set comprises the production information query identifier and the production information encryption data.
A closure cap for a container having a spout, comprising: a rigid tubular base having an upper end and a lower end, the tubular base positionable about and sealingly engageable with the spout of the container; characterized in that it further comprises a flexible cover extending over the upper end of the tubular base and being movable between a non-depressed position and a depressed position; and a flow restriction member having an annular wall forming an aperture and being positionable over and engageable with the spout of the container, the flow restriction member detachably mounted to the tubular base such that the flow restriction member is in a spaced, coaxial relationship with the spout of the container when the tubular base is engaged with the spout of the container and when the flexible cover is in the non-depressed position and such that the flow restriction member is detached from the tubular base and positioned on and engaged with the spout of the container when the flexible cover is moved to the depressed position. a rigid tubular base having an upper end and a lower end, the tubular base positionable about and sealingly engageable with the spout of the container; characterized in that it further comprises a flexible cover extending over the upper end of the tubular base and being movable between a non-depressed position and a depressed position; and a flow restriction member having an annular wall forming an aperture and being positionable over and engageable with the spout of the container, the flow restriction member detachably mounted to the tubular base such that the flow restriction member is in a spaced, coaxial relationship with the spout of the container when the tubular base is engaged with the spout of the container and when the flexible cover is in the non-depressed position and such that the flow restriction member is detached from the tubular base and positioned on and engaged with the spout of the container when the flexible cover is moved to the depressed position.