mhurhangee/patent-ind-claim-en huggingface dataset:
A rollable display device comprising: a flexible display panel comprises a base substrate , an image display part on the base substrate configured to display an image, and a polarization film on the image display part ; a housing configured to contain the flexible display panel when the flexible display panel is rolled; a grip part configured to extend the flexible display panel from the housing upon application of an external force to expose the flexible display panel to an outside of the housing ; and a connection part between the flexible display panel and the grip part connecting the flexible display panel and the grip part , wherein the connection part comprises a connection polarization film extending from the polarization film in a first direction (DR1), and the connection part excludes the image display part , wherein the connection part is connected to a side surface of the flexible display panel ; wherein the flexible display panel is adapted to extend in the first direction (DR1), and has a thickness in a second direction (DR2); wherein a width of the connection part in a third direction (DR3) is equal to a width of the flexible display panel in the third direction (DR3), the said third direction (DR3) being perpendicular to each of the first and second directions (DR1, DR2); and wherein a width of the grip part in the third direction (DR3) is larger than the width of the connection part . a flexible display panel comprises a base substrate , an image display part on the base substrate configured to display an image, and a polarization film on the image display part ; a housing configured to contain the flexible display panel when the flexible display panel is rolled; a grip part configured to extend the flexible display panel from the housing upon application of an external force to expose the flexible display panel to an outside of the housing ; and a connection part between the flexible display panel and the grip part connecting the flexible display panel and the grip part , wherein the connection part comprises a connection polarization film extending from the polarization film in a first direction (DR1), and the connection part excludes the image display part , wherein the connection part is connected to a side surface of the flexible display panel ; wherein the flexible display panel is adapted to extend in the first direction (DR1), and has a thickness in a second direction (DR2); wherein a width of the connection part in a third direction (DR3) is equal to a width of the flexible display panel in the third direction (DR3), the said third direction (DR3) being perpendicular to each of the first and second directions (DR1, DR2); and wherein a width of the grip part in the third direction (DR3) is larger than the width of the connection part .
An anaerobic curing formulation comprising an aqueous emulsion of a) 30-60 % by weight of at least one dimethacrylate b) 5-9 % by weight of at least one acrylic resin c) 2-4 % by weight of a microencapsulated polymerization initiator and d) 0,3-1,5 % by weight of a microencapsulated polymerization accelerator. a) 30-60 % by weight of at least one dimethacrylate b) 5-9 % by weight of at least one acrylic resin c) 2-4 % by weight of a microencapsulated polymerization initiator and d) 0,3-1,5 % by weight of a microencapsulated polymerization accelerator.
A magnetic core material for electrophotographic developer, satisfying a value of Formula : a + b × 10 + c + d + e + f, being from 20 to 150, when a fluoride ion amount is denoted by a (ppm), a chloride ion amount is denoted by b (ppm), a bromide ion amount is denoted by c (ppm), a nitrite ion amount is denoted by d (ppm), a nitrate ion amount is denoted by e (ppm), and a sulfate ion amount is denoted by f (ppm), which are measured by a combustion ion chromatography method, according to the description, wherein a value of Formula : b × 10 + f, is from 15 to 130.
A stretch circular knit fabric comprising elastomeric fiber which is a continuous filament or a plurality of filaments and polyester bi-component filament , characterised in that the fabric is a double face fabric with polyester bi-component filament between two faces , wherein the polyester bi-component filament forms interlock yarns maintaining the fabric layers in a spacer relationship relative to each other; or the fabric is a spaced fabric with double faces and cushion yarns between two faces .
A tubular axis connection system of the type comprising a screw clamp wherein: • the screw of the clamp has a central cylindrical section and the tubular axis has a notch equipped with a surface with shape complementary to that of said central cylindrical section , apt to couple with said central cylindrical section ; • the clamp has a clamping seat of the screw comprising two matching surfaces: a first matching surface corresponding to the distal end or tailing end of the central cylindrical section , having a matching with larger constant diameter than the thickness or equivalent diameter of the central cylindrical section ; and a second matching surface corresponding to the proximal end or heading end of the screw , having a section with diameter increasing from the central cylindrical section to the head of the screw , the clamping of the screw involving the translation of the central cylindrical section of the screw in the direction of said notch until implementing the above-mentioned coupling thereto the correct positioning of the clamp with respect to the tubular axis corresponds, characterized in that the matching is formed by two joining grooves, a first joining groove between the matching and the central cylindrical section ; and a second joining groove between the matching and a threaded section , the first joining groove being with truncated conical shape; the second groove having a truncated conical section, too, with a greater conical angle with respect to the previous one. • the screw of the clamp has a central cylindrical section and the tubular axis has a notch equipped with a surface with shape complementary to that of said central cylindrical section , apt to couple with said central cylindrical section ; • the clamp has a clamping seat of the screw comprising two matching surfaces: a first matching surface corresponding to the distal end or tailing end of the central cylindrical section , having a matching with larger constant diameter than the thickness or equivalent diameter of the central cylindrical section ; and a second matching surface corresponding to the proximal end or heading end of the screw , having a section with diameter increasing from the central cylindrical section to the head of the screw , the clamping of the screw involving the translation of the central cylindrical section of the screw in the direction of said notch until implementing the above-mentioned coupling thereto the correct positioning of the clamp with respect to the tubular axis corresponds, characterized in that the matching is formed by two joining grooves, a first joining groove between the matching and the central cylindrical section ; and a second joining groove between the matching and a threaded section , the first joining groove being with truncated conical shape; the second groove having a truncated conical section, too, with a greater conical angle with respect to the previous one.
Process for the combined production a) of a hydrogen-enriched gas and a carbon monoxide-enriched gas and/or b) a mixture of hydrogen and carbon monoxide and optionally methane by cryogenic distillation and scrubbing, in which: i) a gaseous mixture containing at least hydrogen, carbon monoxide and methane and optionally nitrogen is cooled in a heat exchanger ii) the cooled mixture is sent to a scrubbing column iii) a methane-rich liquid is introduced into the scrubbing column as scrubbing liquid iv) a hydrogen-enriched gas is drawn off as top gas from the scrubbing column v) a bottom liquid is drawn off from the scrubbing column and sent to a stripping column vi) a bottom liquid is drawn off from the stripping column and sent to a column for separating carbon monoxide and methane vii) at least a portion of the bottom liquid from the separation column constitutes the liquid of step iii), and viii) a carbon monoxide-rich fluid is used as coolant fluid for cooling at least one fluid drawn off at an intermediate level of the scrubbing column ix) the fluid serving to cool the at least one fluid drawn off at an intermediate level of the scrubbing column is at a greater pressure than that of the top of the separation column characterized in that the fluid having served to cool the at least one fluid drawn off at an intermediate level of the scrubbing column is sent to an intermediate level of a centrifugal compressor in order to be compressed therein. i) a gaseous mixture containing at least hydrogen, carbon monoxide and methane and optionally nitrogen is cooled in a heat exchanger ii) the cooled mixture is sent to a scrubbing column iii) a methane-rich liquid is introduced into the scrubbing column as scrubbing liquid iv) a hydrogen-enriched gas is drawn off as top gas from the scrubbing column v) a bottom liquid is drawn off from the scrubbing column and sent to a stripping column vi) a bottom liquid is drawn off from the stripping column and sent to a column for separating carbon monoxide and methane vii) at least a portion of the bottom liquid from the separation column constitutes the liquid of step iii), and viii) a carbon monoxide-rich fluid is used as coolant fluid for cooling at least one fluid drawn off at an intermediate level of the scrubbing column ix) the fluid serving to cool the at least one fluid drawn off at an intermediate level of the scrubbing column is at a greater pressure than that of the top of the separation column
A system for assembling building blocks in the form of a kit intended for the construction of buildings, the system consisting of a large-format base building block , a small-format base building block , a large-format reducing building block , a small-format reducing building block , a large-format exterior corner building block , a small-format exterior corner , a large-format interior corner , a small-format interior corner , a lintel , a large-format stopper building block , a small-format stopper building block , a large-format joint building block , and a small-format joint building block , the large-format base building block and the small-format base building block each representing an "H" shape and each comprising a small limb , a long limb and a central trunk provided with a recess for vertical fastening, the system for assembling building blocks in the form of a kit being characterized in that the kit also consists of a foundation block , a wide-footing girder having a metal lattice and reinforced concrete beam, and a reduced-footing girder having a metal lattice and reinforced concrete beam, and in that the large-format joint building block and the small-format joint building block each comprise an interlockable main wall limb , two visible main wall limbs , a large visible partition wall lip and a small interlocking partition wall lip .
Method for producing a vulcanizing mould for vehicle tyres, wherein the vulcanizing mould has multiple profile segments which can be moved together to form a circumferentially closed mould, wherein each profile segment has radially inwards a mould surface with a negative tread profile having negative profile elements for forming the positive tread profile having positive profile elements of the vehicle tyre to be vulcanized, wherein narrow venting gaps are arranged within the negative profile elements for discharging the air out of the mould cavity and wherein the mould surfaces together with the venting gaps are produced by the selective laser melting method, characterized in that the venting gap is produced with a depth of 2 mm to 15 mm and a width of 50 μm to 120 μm, preferably of 80 μm to 100 μm, wherein the venting gap opens out in the radial direction into a venting channel .
A battery, comprising a metal housing and a plurality of electrode core sets packaged in the metal housing, wherein the electrode core sets are connected in series, each electrode core set comprises a package diaphragm and at least one electrode core, and the at least one electrode core is arranged in an accommodating cavity surrounded by the package diaphragm; an insulating separator is arranged between each two electrode core sets connected in series, a through hole is provided in the insulating separator, the electrode core set comprises a first electrode and a second electrode for leading out a current, the first electrode of one electrode core set of the two electrode core sets connected in series is connected to the second electrode of the other electrode core set, and a connecting part of the first electrode and the second electrode connected correspondingly are accommodated in the through hole; and the insulating separator comprises a peripheral surface facing an inner surface of the metal housing, characterised in that a metal member is arranged on the peripheral surface of the insulating separator, and the metal member is connected to the metal housing to fix the insulating separator with the metal housing. an insulating separator is arranged between each two electrode core sets connected in series, a through hole is provided in the insulating separator, the electrode core set comprises a first electrode and a second electrode for leading out a current, the first electrode of one electrode core set of the two electrode core sets connected in series is connected to the second electrode of the other electrode core set, and a connecting part of the first electrode and the second electrode connected correspondingly are accommodated in the through hole; and the insulating separator comprises a peripheral surface facing an inner surface of the metal housing, characterised in that a metal member is arranged on the peripheral surface of the insulating separator, and the metal member is connected to the metal housing to fix the insulating separator with the metal housing.
A heart mitral or tricuspid valve therapeutic device comprising: a support , a coaptation assist valve comprising: a conduit comprising a side wall, the conduit being mounted to the support to reside across a heart valve, in use; and a prosthetic valve mounted within the conduit, wherein: the conduit has a radial dimension, and has an axial dimension between a proximal end and a distal end; the conduit is configured to allow blood flow through a channel within the conduit; the conduit side wall has an external surface for coaptation with native leaflets, and the support extends through the coaptation assist valve , characterized in that , the conduit side wall is unsupported between the proximal end and the distal end. a support , a coaptation assist valve comprising: a conduit comprising a side wall, the conduit being mounted to the support to reside across a heart valve, in use; and a prosthetic valve mounted within the conduit, a conduit comprising a side wall, the conduit being mounted to the support to reside across a heart valve, in use; and a prosthetic valve mounted within the conduit, wherein: the conduit has a radial dimension, and has an axial dimension between a proximal end and a distal end; the conduit is configured to allow blood flow through a channel within the conduit; the conduit side wall has an external surface for coaptation with native leaflets, and the support extends through the coaptation assist valve , characterized in that , the conduit side wall is unsupported between the proximal end and the distal end. the conduit has a radial dimension, and has an axial dimension between a proximal end and a distal end; the conduit is configured to allow blood flow through a channel within the conduit; the conduit side wall has an external surface for coaptation with native leaflets, and the support extends through the coaptation assist valve , characterized in that , the conduit side wall is unsupported between the proximal end and the distal end.
Wheel , in particular for vehicles, having a rim and a pneumatic tyre which is pulled onto the rim , wherein the rim and the pneumatic tyre delimit a tyre inner space , wherein a tyre internal pressure (pR) which prevails in the tyre inner space can be set in a variable manner by way of a tyre valve , wherein a pneumatic tube which runs in encircling fashion around the rim and which has a tube inner space is arranged in the tyre inner space , wherein the pneumatic tube partially fills the tyre inner space , wherein a tube internal pressure (pS) which prevails in the tube inner space of the pneumatic tube can be set in a variable manner by way of a first tube valve , characterized in that the pneumatic tube in the tyre inner space is wound so as to run in encircling fashion around the rim multiple times, such that a tube pack is formed within the tyre inner space . wherein a pneumatic tube which runs in encircling fashion around the rim and which has a tube inner space is arranged in the tyre inner space , wherein the pneumatic tube partially fills the tyre inner space , wherein a tube internal pressure (pS) which prevails in the tube inner space of the pneumatic tube can be set in a variable manner by way of a first tube valve , characterized in that the pneumatic tube in the tyre inner space is wound so as to run in encircling fashion around the rim multiple times, such that a tube pack is formed within the tyre inner space .
Transfer equipment, which is intended to be used in a load transfer appliance , and which includes a plastic sheet to be placed under the load , and, in addition to the plastic sheet , the transfer equipment includes a stiffener plate , which is attached as a stiffener to the plastic sheet , wherein the transfer equipment includes a second plastic sheet , and, in the transfer equipment , the stiffener plate is arranged between the plastic sheets , wherein the stiffener plate and plastic sheets are attached to each other to form composite construction transfer equipment , and the length of the transfer equipment is 6000 - 16 000 mm, characterized in that the thickness of the plastic sheet is 5 - 20 mm.
A rotating drum for infeeding material by gravity to its interior comprising: • a static shell comprising an inlet configured to enable the inlet of the material into the rotating drum to be carried out; • a rotating shell comprising a first helical blade or auger arranged inside said rotating shell , wherein the first helical blade or auger is configured to rotate together with the rotating shell ; characterised in that the first helical blade or auger is also arranged at least partially inside the static shell . • a static shell comprising an inlet configured to enable the inlet of the material into the rotating drum to be carried out; • a rotating shell comprising a first helical blade or auger arranged inside said rotating shell , wherein the first helical blade or auger is configured to rotate together with the rotating shell ;
A material with the γ-argyrodite structure for thermoelectric conversion is characterized by the chemical formula of Cu 8-δ SiS x Se 6-x for 0.1 ≤ x ≤ 3 and 0 ≤ δ ≤ 0.5
An industrial machine comprising: a data collection unit configured to collect, for each of a plurality of events which occur in the industrial machine, data related to the industrial machine matching a content of the event according to occurrence of the event, characterized in that the industrial machine comprises further a correspondence table storage unit configured to store a correspondence table representing a correspondence relationship between a content of the event and a content of the data collected by the data collection unit at the time of event occurrence for each of the plurality of events which occur in the industrial machine; and a collection data determination unit configured to determine the content of the data collected by the data collection unit at the time of event occurrence conforming to the content of the event based on the correspondence table stored in the correspondence table storage unit . a data collection unit configured to collect, for each of a plurality of events which occur in the industrial machine, data related to the industrial machine matching a content of the event according to occurrence of the event, characterized in that the industrial machine comprises further a correspondence table storage unit configured to store a correspondence table representing a correspondence relationship between a content of the event and a content of the data collected by the data collection unit at the time of event occurrence for each of the plurality of events which occur in the industrial machine; and a collection data determination unit configured to determine the content of the data collected by the data collection unit at the time of event occurrence conforming to the content of the event based on the correspondence table stored in the correspondence table storage unit .
A sensor for measuring a photoplethysmogram (PPG) waveform, a phonocardiogram (PCG) waveform, an impedance plethysmogram (IPG) waveform, and an electrocardiogram (ECG) waveform from a patient's chest, the sensor comprising: a housing configured to be located on the patient's chest; a reflective optical sensor for measuring the PPG waveform; a digital microphone for measuring the PCG waveform; a buzzer, disposed proximate to the digital microphone , the buzzer configured to generate an acoustic sound at a known amplitude and frequency to determine how well the digital microphone is coupled to the patient's chest; a set of electrodes (49A-I) for attaching the optical sensor and the digital microphone to the patient's chest, with the set of electrodes connected to an ECG sensor configured to measure the ECG waveform, wherein the set of electrodes is further attached to an IPG sensor, the IPG sensor configured to measure the IPG waveform, and wherein the IPG sensor is configured to inject current at multiple frequencies into the patient's chest, and further configured to measure the current at multiple frequencies to determine the IPG waveform at multiple frequencies, and wherein the digital microphone is configured to measure the acoustic sound, and then compare its amplitude or frequency to other historical measurements to determine how well the digital microphone is coupled to the patient. a housing configured to be located on the patient's chest; a reflective optical sensor for measuring the PPG waveform; a digital microphone for measuring the PCG waveform; a buzzer, disposed proximate to the digital microphone , the buzzer configured to generate an acoustic sound at a known amplitude and frequency to determine how well the digital microphone is coupled to the patient's chest; a set of electrodes (49A-I) for attaching the optical sensor and the digital microphone to the patient's chest, with the set of electrodes connected to an ECG sensor configured to measure the ECG waveform, wherein the set of electrodes is further attached to an IPG sensor, the IPG sensor configured to measure the IPG waveform, and wherein the IPG sensor is configured to inject current at multiple frequencies into the patient's chest, and further configured to measure the current at multiple frequencies to determine the IPG waveform at multiple frequencies, and wherein the digital microphone is configured to measure the acoustic sound, and then compare its amplitude or frequency to other historical measurements to determine how well the digital microphone is coupled to the patient.