mhurhangee/ep-ind-claims huggingface dataset:
An air purification plant, having - a bulkhead for the spatial separation of a dirty-air space, which is disposed upstream, from a clean-air space, which is disposed downstream, wherein the bulkhead has a support frame and a plurality of filter boxes which project from the support frame in the direction of the dirty-air space, the filter boxes have at least one filter wall which extends from the support frame into the dirty-air space and the filter boxes are in each case open in the clean-air space which is disposed downstream, and filter walls, which face one another, of adjacent filter boxes in each case form a filter pocket which is open on the upstream side, - and a filter cleaning installation having a horizontal rail on which a carriage is guided so as to be movable to and fro in the horizontal direction, and - a vertical rail which is fastened on the carriage and on which, for cleaning down the filter walls of a respective filter pocket, a suction nozzle is guided so as to be movable up and down in the vertical direction, characterized in that the filter pockets are open at the bottom and, for switching from one filter pocket into an adjacent filter pocket, the suction nozzle is moved through below the filter box which separates the two filter pockets. - a bulkhead for the spatial separation of a dirty-air space, which is disposed upstream, from a clean-air space, which is disposed downstream, wherein the bulkhead has a support frame and a plurality of filter boxes which project from the support frame in the direction of the dirty-air space, the filter boxes have at least one filter wall which extends from the support frame into the dirty-air space and the filter boxes are in each case open in the clean-air space which is disposed downstream, and filter walls, which face one another, of adjacent filter boxes in each case form a filter pocket which is open on the upstream side, wherein the bulkhead has a support frame and a plurality of filter boxes which project from the support frame in the direction of the dirty-air space, the filter boxes have at least one filter wall which extends from the support frame into the dirty-air space and the filter boxes are in each case open in the clean-air space which is disposed downstream, and filter walls, which face one another, of adjacent filter boxes in each case form a filter pocket which is open on the upstream side, - and a filter cleaning installation having a horizontal rail on which a carriage is guided so as to be movable to and fro in the horizontal direction, and - a vertical rail which is fastened on the carriage and on which, for cleaning down the filter walls of a respective filter pocket, a suction nozzle is guided so as to be movable up and down in the vertical direction,
A brace bar (140, 140', 140a, 140a') configured to removably mechanically attach to vibratory conduits (130a, 130b) of a flowmeter, and wherein the brace bar (140, 140', 140a, 140a') is repositionable about the vibratory conduits (130a, 130b), comprising: a brace bar body comprising end regions (150a, 150b) shaped and dimensioned to abut the vibratory conduits (130a, 130b); a fastener, characterised in that the brace bar further comprises: a strap configured to be positioned around the vibratory conduits (130a, 130b) and the brace bar body, and fastenable to the brace bar body; at least two protrusions on the brace bar body being sized and dimensioned to create a contact point for the strap between a central portion of the brace bar body and the end regions (150a, 150b), wherein the magnitude of the protrusion determines a draw-in tension range that is realized when the fastener fastens the strap to the brace bar body. a brace bar body comprising end regions (150a, 150b) shaped and dimensioned to abut the vibratory conduits (130a, 130b); a strap configured to be positioned around the vibratory conduits (130a, 130b) and the brace bar body, and fastenable to the brace bar body; at least two protrusions on the brace bar body being sized and dimensioned to create a contact point for the strap between a central portion of the brace bar body and the end regions (150a, 150b), wherein the magnitude of the protrusion determines a draw-in tension range that is realized when the fastener fastens the strap to the brace bar body.
A method of regulating infrared radiation output from an infrared radiation source comprising: applying a time-varying, periodic voltage signal to an infrared radiation source; measuring a first parameter of the voltage signal, wherein the first parameter of the voltage signal is a pulse width; and adjusting the voltage signal to maintain a substantially constant delivered power to said infrared radiation source, wherein adjusting the voltage signal is accomplished by varying a second parameter of the voltage signal, wherein the second parameter of the voltage signal is one of the pulse width, a duration of the pulse (Te), a pulse shape, the amplitude, a duty cycle or any combination thereof, using a predetermined mathematical relationship describing the dependency between the first parameter of the voltage signal and a resistance (Re) of said infrared radiation source, the relationship being established for said infrared radiation source with a calibration procedure during manufacturing. applying a time-varying, periodic voltage signal to an infrared radiation source; measuring a first parameter of the voltage signal, wherein the first parameter of the voltage signal is a pulse width; and adjusting the voltage signal to maintain a substantially constant delivered power to said infrared radiation source, wherein adjusting the voltage signal is accomplished by varying a second parameter of the voltage signal, wherein the second parameter of the voltage signal is one of the pulse width, a duration of the pulse (Te), a pulse shape, the amplitude, a duty cycle or any combination thereof, using a predetermined mathematical relationship describing the dependency between the first parameter of the voltage signal and a resistance (Re) of said infrared radiation source, the relationship being established for said infrared radiation source with a calibration procedure during manufacturing.
Sewing machine comprising - a frame - a fabric support plate, - a needle bar with a sewing needle, which operates in a stitch forming area with other sewing parts to form a seam, - a transport foot attached to a transport foot bar used for transporting fabric (18; 18') along a transport direction, - a presser foot attached to a presser foot bar used for clamping the fabric (18; 18') onto the support plate during a holding time within a stitch forming period, - a hopper mechanism connected to the transport foot and the presser foot for alternate hopping lifting and lowering on the one hand of the transport foot and on the other hand of the presser foot relative to the support plate, - wherein the hopper mechanism is coupled via a hopper element to the transport bar, the presser foot bar and a hopper drive, - wherein a joint connection of the hopper element with the hopper drive via a drive element is configured with a guiding groove such that depending on the thickness of the fabric a relative displacement of the transport foot bar and the presser foot bar on the one hand to the drive element on the other hand is performed along a displacement path perpendicular to the support plate without the drive activation of the hopper element, - wherein the drive element is connected via a frame lever to the frame. - a frame - a fabric support plate, - a needle bar with a sewing needle, which operates in a stitch forming area with other sewing parts to form a seam, - a transport foot attached to a transport foot bar used for transporting fabric (18; 18') along a transport direction, - a presser foot attached to a presser foot bar used for clamping the fabric (18; 18') onto the support plate during a holding time within a stitch forming period, - a hopper mechanism connected to the transport foot and the presser foot for alternate hopping lifting and lowering on the one hand of the transport foot and on the other hand of the presser foot relative to the support plate, - wherein the hopper mechanism is coupled via a hopper element to the transport bar, the presser foot bar and a hopper drive, - wherein a joint connection of the hopper element with the hopper drive via a drive element is configured with a guiding groove such that depending on the thickness of the fabric a relative displacement of the transport foot bar and the presser foot bar on the one hand to the drive element on the other hand is performed along a displacement path perpendicular to the support plate without the drive activation of the hopper element, - wherein the drive element is connected via a frame lever to the frame.
A machine direction oriented film comprising a multimodal copolymer of ethylene and at least two alpha-olefin-comonomers having: a) a density of from 906 to 925 kg/m 3 determined according to ISO 1183-1 2004 Method A as described in the description, b) an MFR 21 of 10 - 200 g/10 min determined according to ISO1133 at 190°C under a load of 21.6 kg, wherein the multimodal copolymer of ethylene comprises c) 50 wt.% or less of a first copolymer of ethylene and a first alpha-olefin comonomer having 4 to 10 carbon atoms; and d) 50 wt.% or more of a second copolymer of ethylene having an alpha-olefin comonomer different from the first copolymer, said second alpha-olefin comonomer having 6 to 10 carbon atoms; and wherein the machine directed oriented film has been stretched uniaxially in the machine direction in a draw ratio of at least 1:1.5. a) a density of from 906 to 925 kg/m 3 determined according to ISO 1183-1 2004 Method A as described in the description, b) an MFR 21 of 10 - 200 g/10 min determined according to ISO1133 at 190°C under a load of 21.6 kg, wherein the multimodal copolymer of ethylene comprises c) 50 wt.% or less of a first copolymer of ethylene and a first alpha-olefin comonomer having 4 to 10 carbon atoms; and d) 50 wt.% or more of a second copolymer of ethylene having an alpha-olefin comonomer different from the first copolymer, said second alpha-olefin comonomer having 6 to 10 carbon atoms; and
A basket for cultivation of shellfish, wherein the basket includes a top, bottom, left and right sides, front and rear ends (108, 110) and wherein the basket has an elongate dimension and includes: a buoyancy module, wherein the buoyancy module is provided to the top of the basket; one or more support brackets (114, 114') for a cable; and characterised in that each bracket is orientated along an axis substantially midway along and perpendicular to the elongate dimension of the basket, wherein the one or more brackets are provided to the bottom of the basket and define an axis of rotation disposed substantially midway along and perpendicular to the elongate dimension of the basket. a buoyancy module, wherein the buoyancy module is provided to the top of the basket; one or more support brackets (114, 114') for a cable; and characterised in that each bracket is orientated along an axis substantially midway along and perpendicular to the elongate dimension of the basket, wherein the one or more brackets are provided to the bottom of the basket and define an axis of rotation disposed substantially midway along and perpendicular to the elongate dimension of the basket.
A door assembly for a laundry treatment machine, apt to open and/or close an opening defined in a wall of the laundry treatment machine, the door assembly comprising: - a rear frame forming a rear surface of the door assembly apt to face said wall when the door assembly closes the opening, the rear frame including a rear frame inner edge defining a rear aperture; - a closing element connected to the rear frame to close the rear aperture of the rear frame; - a front frame arranged on a front side of the rear frame and comprising: - a front supporting structure having an inner edge defining a front aperture; - an at least partially transparent cap element overlaying a front side of the front supporting structure, and extending over the front aperture, the cap element forming the front surface of the door assembly; - a handle provided on the front supporting structure and/or the cap element; - a covering element, at least partly covering the closing element, interposed between the rear frame and the front frame; characterized in that the door assembly further comprises a fastening device that allows either the front frame or the rear frame to be connected to said rear frame or front frame respectively, in at least a first and a second alternative positions, so that the handle provided in the front frame can be positioned in at least a first and second different positions relative to the rear frame and so that the rear frame and the front frame can be assembled together in different reciprocal angular positions. - a rear frame forming a rear surface of the door assembly apt to face said wall when the door assembly closes the opening, the rear frame including a rear frame inner edge defining a rear aperture; - a closing element connected to the rear frame to close the rear aperture of the rear frame; - a front frame arranged on a front side of the rear frame and comprising: - a front supporting structure having an inner edge defining a front aperture; - an at least partially transparent cap element overlaying a front side of the front supporting structure, and extending over the front aperture, the cap element forming the front surface of the door assembly; - a handle provided on the front supporting structure and/or the cap element; - a covering element, at least partly covering the closing element, interposed between the rear frame and the front frame; - a front supporting structure having an inner edge defining a front aperture; - an at least partially transparent cap element overlaying a front side of the front supporting structure, and extending over the front aperture, the cap element forming the front surface of the door assembly; - a handle provided on the front supporting structure and/or the cap element; - a covering element, at least partly covering the closing element, interposed between the rear frame and the front frame;
Method for providing a nucleic acid sequence encoding an immunoglobulin comprising the following steps a) aligning the amino acid sequence of the fourth heavy chain framework region of an immunoglobulin with the reference sequence xxxxTxxTxxx (SEQ ID NO: 11) to achieve maximal level of amino acid sequence identity, b) identifying aligned amino acid positions with a small hydrophobic or non-polar amino acid residue at position 5 or/and 8 in the fourth heavy chain framework region, c) modifying the immunoglobulin by substituting an amino acid residue in the fourth heavy chain framework region at a position identified in b), which is threonine in the reference sequence and which is not threonine in the fourth heavy chain framework region, for the respective threonine residue as in the reference sequence, d) providing a nucleic acid sequence encoding the immunoglobulin. a) aligning the amino acid sequence of the fourth heavy chain framework region of an immunoglobulin with the reference sequence xxxxTxxTxxx (SEQ ID NO: 11) to achieve maximal level of amino acid sequence identity, b) identifying aligned amino acid positions with a small hydrophobic or non-polar amino acid residue at position 5 or/and 8 in the fourth heavy chain framework region, c) modifying the immunoglobulin by substituting an amino acid residue in the fourth heavy chain framework region at a position identified in b), which is threonine in the reference sequence and which is not threonine in the fourth heavy chain framework region, for the respective threonine residue as in the reference sequence, d) providing a nucleic acid sequence encoding the immunoglobulin.
Sole for a running shoe having a soft-elastic midsole which has a bottom side which comes at least partially into contact with the ground during running, wherein the midsole has a plurality of channels (3a, 3b, 3c and 3d) extending in the transverse direction, wherein the channels (3a, 3b, 3c and 3d) are arranged in a lateral region of the midsole in a horizontal plane, and wherein at least some of the channels (3a, 3b) are arranged in the forefoot region and/or some of the channels are arranged in the midfoot region and/or some of the channels are arranged in the heel region of the midsole, and wherein the channels (3a, 3b, 3c and 3d) are each delimited in longitudinal direction by a front wall and a rear wall, wherein the channels (3a, 3b, 3c and 3d) have an elongated shape in cross-section along the running direction, wherein the channels (3a, 3b, 3c and 3d) have, in cross-section, two sides which are substantially parallel to one another and to the bottom side, and the channels (3a, 3b, 3c and 3d) are vertically and/or horizontally deformable in the longitudinal direction until closure under the action of forces acting vertically and/or in the longitudinal direction and occurring during running.
A hygienic cleaning device comprising: a body provided in use on a toilet bowl; a foam generation unit for generating cleaning foam; wherein the foam generating unit includes a check valve, a foam tank, a detergent tank, a detergent pump, and an air pump; a spray nozzle for selectively forming a water film or a foam film onto an inner surface of the toilet bowl, wherein the spray nozzle is connected downstream of the foam tank; a discharge water amount variable unit for variably changing a flow rate of cleaning water or cleaning foam to be delivered to the spray nozzle, wherein the discharge water amount variable unit is configured by a water pump or by the air pump; a spray nozzle drive unit for rotating a discharge opening of the spray nozzle in a direction toward a circumference of the inner surface of the toilet bowl; an opening and closing valve for opening and closing a water passage to the spray nozzle; a control unit; and an operation unit for setting an instruction for the control unit, wherein the operation unit is integrally mounted on the body in a state where the operation unit projects right-sideward from body, characterized in that the control unit changes, in accordance with a rotational angle of the discharge opening of the spray nozzle, a discharge output of the discharge water amount variable unit to cause the spray nozzle to selectively discharge the cleaning water or the cleaning foam toward the inner surface of the toilet bowl. a body provided in use on a toilet bowl; a foam generation unit for generating cleaning foam; wherein the foam generating unit includes a check valve, a foam tank, a detergent tank, a detergent pump, and an air pump; a spray nozzle for selectively forming a water film or a foam film onto an inner surface of the toilet bowl, wherein the spray nozzle is connected downstream of the foam tank; a discharge water amount variable unit for variably changing a flow rate of cleaning water or cleaning foam to be delivered to the spray nozzle, wherein the discharge water amount variable unit is configured by a water pump or by the air pump; a spray nozzle drive unit for rotating a discharge opening of the spray nozzle in a direction toward a circumference of the inner surface of the toilet bowl; an opening and closing valve for opening and closing a water passage to the spray nozzle; a control unit; and an operation unit for setting an instruction for the control unit, wherein the operation unit is integrally mounted on the body in a state where the operation unit projects right-sideward from body, characterized in that the control unit changes, in accordance with a rotational angle of the discharge opening of the spray nozzle, a discharge output of the discharge water amount variable unit to cause the spray nozzle to selectively discharge the cleaning water or the cleaning foam toward the inner surface of the toilet bowl.
An apparatus for identifying a patient and marking containers of biological products or test tubes associated to said patient before collecting said biological products to be analyzed, comprising: • a high security portable hardware device for processing and storing the patient's data capable of associating the patient's personal data and biometric data, • a reading and patient biometric recognition device of said portable hardware device, • a personal computer interacting with an operator and connected to a local communications network for exchanging information with remote data storage means, • one or more computerized labeling machines of test tubes, each comprising a printer of barcodes onto labels adapted to receive printing commands after comparing expected and detected specimens accommodated in a positioning and recognition device supported by said labeling machine and applying said labels to said test tubes, characterized in that each of said labeling machines comprises a processing and control board integrating an application which, if biometric data detected in real time on the patient by said reading and patient biometric recognition device coincides with biometric data of the same patient stored into the high security portable hardware device, queries the remote data storage means twice, firstly to recall the personal data of the patient associated with the detected biometric data from the remote data storage means, and then to extract the list of tests to be performed entered into remote data storage means associated with the patient. • a high security portable hardware device for processing and storing the patient's data capable of associating the patient's personal data and biometric data, • a reading and patient biometric recognition device of said portable hardware device, • a personal computer interacting with an operator and connected to a local communications network for exchanging information with remote data storage means, • one or more computerized labeling machines of test tubes, each comprising a printer of barcodes onto labels adapted to receive printing commands after comparing expected and detected specimens accommodated in a positioning and recognition device supported by said labeling machine and applying said labels to said test tubes,
Apparatus for treatment using magnetic fields, comprising - a horizontally arranged base surface which is configured as an elongate couch and defines a length comprising longitudinal sides extending along the length and comprising end sides, - a first device for generating a magnetic field, which comprises at least one coil that lies flat and is arranged in or under the base surface, and - two opposing side parts which extend vertically from the base surface, wherein the side parts each comprise a coil, the central axis of which extends perpendicularly to the respective side part, and wherein at least one side part is attached to the apparatus so as to be pivotable downwards, - characterised in that - the pivot axis for one pivotable side part, which is fastened to the opposite side part via a substantially L-shaped arm by means of a joint, is located substantially in the region of the opposing side part, such that the lying surface is not permanently rigidly connected to the remainder of the apparatus. - a horizontally arranged base surface which is configured as an elongate couch and defines a length comprising longitudinal sides extending along the length and comprising end sides, - a first device for generating a magnetic field, which comprises at least one coil that lies flat and is arranged in or under the base surface, and - two opposing side parts which extend vertically from the base surface, wherein the side parts each comprise a coil, the central axis of which extends perpendicularly to the respective side part, and wherein at least one side part is attached to the apparatus so as to be pivotable downwards, - characterised in that - the pivot axis for one pivotable side part, which is fastened to the opposite side part via a substantially L-shaped arm by means of a joint, is located substantially in the region of the opposing side part, such that the lying surface is not permanently rigidly connected to the remainder of the apparatus.