mhurhangee/ep-ind-claims huggingface dataset:
A conference system with low standby power consumption, characterized by comprising: a transmitter comprising: a battery configured to provide power; at least one link port (P1,P2) configured to access data; and a processor coupled to the battery and the at least one link port (P1,P2); an image data source configured to transmit image data to the transmitter; a receiver linked to the transmitter and configured to receive the image data; and a display device linked to the receiver and configured to display the image data; wherein the processor detects a power channel link state between the image data source and the transmitter through the at least one link port (P1,P2), when the transmitter and the image data source are electrically coupled, the processor ceases to use the battery of the transmitter and controls the image data source for providing power to the transmitter, when the transmitter and the image data source are separated, the processor uses the battery of the transmitter for driving firmware of the transmitter, the power channel link state indicates if the transmitter and the image data source are electrically coupled according to a current between the transmitter and the image data source, after the image data source establishes a link to the transmitter through the at least one link port (P1,P2), the image data is transmitted from the image data source to the receiver through the transmitter, the receiver controls the display device for displaying the image data. a transmitter comprising: a battery configured to provide power; at least one link port (P1,P2) configured to access data; and a processor coupled to the battery and the at least one link port (P1,P2); a battery configured to provide power; at least one link port (P1,P2) configured to access data; and a processor coupled to the battery and the at least one link port (P1,P2); an image data source configured to transmit image data to the transmitter; a receiver linked to the transmitter and configured to receive the image data; and a display device linked to the receiver and configured to display the image data; wherein the processor detects a power channel link state between the image data source and the transmitter through the at least one link port (P1,P2), when the transmitter and the image data source are electrically coupled, the processor ceases to use the battery of the transmitter and controls the image data source for providing power to the transmitter, when the transmitter and the image data source are separated, the processor uses the battery of the transmitter for driving firmware of the transmitter, the power channel link state indicates if the transmitter and the image data source are electrically coupled according to a current between the transmitter and the image data source, after the image data source establishes a link to the transmitter through the at least one link port (P1,P2), the image data is transmitted from the image data source to the receiver through the transmitter, the receiver controls the display device for displaying the image data.
A plant for heat treating heat-sensitive fluid foodstuffs, such as whey protein concentrate, baby food, baby food liquid concentrates, nutritious drinks or cheese milk, said plant comprising: an infusion chamber, in which the fluid foodstuff is subjected to a heat treatment by a feeding of steam, a fluid foodstuff inlet connected to a plurality of openings at the top of said infusion chamber for creating a plurality of essentially downwardly directed separate fluid foodstuff jets, said infusion chamber having a bottom section configured to collect the fluid foodstuff from said jets, said bottom section having an outlet opening at the bottom of said infusion chamber for allowing said collected fluid foodstuff to exit said infusion chamber, said outlet opening being connected to the inlet of a pump, and a cooling jacket surrounding said bottom section for cooling the wall of said bottom section, a digital optical camera configured for taking images and mounted on said infusion chamber with an angle of view covering in use at least a portion of said bottom section. an infusion chamber, in which the fluid foodstuff is subjected to a heat treatment by a feeding of steam, a fluid foodstuff inlet connected to a plurality of openings at the top of said infusion chamber for creating a plurality of essentially downwardly directed separate fluid foodstuff jets, said infusion chamber having a bottom section configured to collect the fluid foodstuff from said jets, said bottom section having an outlet opening at the bottom of said infusion chamber for allowing said collected fluid foodstuff to exit said infusion chamber, said outlet opening being connected to the inlet of a pump, and a cooling jacket surrounding said bottom section for cooling the wall of said bottom section, a digital optical camera configured for taking images and mounted on said infusion chamber with an angle of view covering in use at least a portion of said bottom section.
Method for controlling a buoyancy system for aircraft, said buoyancy system comprising at least one float and a deployment means for deploying said float, said buoyancy system having an arming means for activating the deployment means of said float, said buoyancy system having at least two immersion sensors for giving an order for automatic deployment of said float to the deployment means, during which said deployment means deploys each float when on the one hand the arming means activates the deployment means and when on the other hand an event contained in a pre-established list occurs, said list comprising at least the following events: - said two immersion sensors signal an immersion to the deployment means by sending said deployment order thereto, - the deployment means remains activated at the end of a predetermined time, said predetermined time elapsing when a single immersion sensor signals an immersion by sending said deployment order. - said two immersion sensors signal an immersion to the deployment means by sending said deployment order thereto, - the deployment means remains activated at the end of a predetermined time, said predetermined time elapsing when a single immersion sensor signals an immersion by sending said deployment order.
Footwear obtained by forming one knitted fabric knitted with a flat knitting machine including at least a pair of front and rear needle beds into a three-dimensional shape by joining together joint portions (201, 232) needing each other, wherein the knitted fabric includes a shoe tongue part located at a foot-instep side, an instep-side toe part continuous from a front end of the shoe tongue part, a bottom-side toe part continuous from a front end of the instep-side toe part and extending to a sole side, a main part continuous from a rear end of the bottom-side toe part, the main part comprising a sole and both side portions (232, 232) at left and right sides of the sole, and a heel part continuous from a rear end of the main part, wherein the joint portions (201, 232) of the knitted fabric include a first temporary retainment portion extended by knitting from the shoe tongue part, and a second temporary retainment portion provided by knitting at the main part and temporarily retaining the first temporary retainment portion, wherein the first temporary retainment portion is firmly joined by using joining means so that a temporarily retained state in which the joint portions (201, 232) of the knitted fabric are temporarily retained to each other by the temporary retainment portions (25, 26) becomes a firmly joined state, wherein an insertion piece is employed as the first temporary retainment portion, and an insertion opening is employed as the second temporary retainment portion, and wherein the insertion piece has a barb that prevents the insertion piece from being released from the insertion opening when the insertion piece is inserted into the insertion opening.
A washing machine comprising: a cabinet; a tub provided in the cabinet to store washing water; a drum rotatably provided in the tub; a pulsator configured to be rotatable independently of the drum; and a flange shaft configured to transmit a rotational force to the drum, wherein the drum comprises a cylindrical portion forming a side surface of the drum, and a rear cover at one end of the cylindrical portion and disposed radially outside the pulsator, and wherein the rear cover further comprises a drum rear surface configured to form a rear surface of the drum, and a seating flange bent from the drum rear surface to be seated in the flange shaft. a cabinet; a tub provided in the cabinet to store washing water; a drum rotatably provided in the tub; a pulsator configured to be rotatable independently of the drum; and a flange shaft configured to transmit a rotational force to the drum, wherein the drum comprises a cylindrical portion forming a side surface of the drum, and a rear cover at one end of the cylindrical portion and disposed radially outside the pulsator, and wherein the rear cover further comprises a drum rear surface configured to form a rear surface of the drum, and a seating flange bent from the drum rear surface to be seated in the flange shaft.
A column frame for tools of stamping- and forming technology, consisting of a head plate and a base plate between which guide columns for guiding a guide plate are arranged and the guide columns define a direction of movement Z for the guide plate, characterized in that the guide plate is elastically supported on guide plate-side guide units on the guide columns in such a manner that the guide plate can execute a wobbling movement about an axis parallel to the Z direction.
A transcatheter heart valve comprising: a valve prosthesis comprising a radially expandable and collapsible frame and a plurality of valve leaflets positioned at least partially in the frame and configured to control blood flow through the valve prosthesis, wherein the frame has a first end, a second end, and an outer surface extending from the first end to the second end; and a covering (100, 200, 300, 400, 500) connected to the valve prosthesis, wherein the covering (100, 200, 300, 400, 500) covers at least the first end and substantially all of the outer surface of the frame, the covering (100, 200, 300, 400, 500) comprises a first layer attached to the outer surface of the frame and a second layer, characterized in that the second layer is positioned on an outer surface of the first layer and configured to slide or move along the outer surface of the first layer. a valve prosthesis comprising a radially expandable and collapsible frame and a plurality of valve leaflets positioned at least partially in the frame and configured to control blood flow through the valve prosthesis, wherein the frame has a first end, a second end, and an outer surface extending from the first end to the second end; and a covering (100, 200, 300, 400, 500) connected to the valve prosthesis, wherein the covering (100, 200, 300, 400, 500) covers at least the first end and substantially all of the outer surface of the frame, the covering (100, 200, 300, 400, 500) comprises a first layer attached to the outer surface of the frame and a second layer, characterized in that the second layer is positioned on an outer surface of the first layer and configured to slide or move along the outer surface of the first layer.
Hydrogelating additive based on fatty amide, characterized in that it is the product of the addition reaction of a fatty acid R 1 CO 2 H with caprolactam and carries an end carboxyl functional group in the acid form or in the form salified by a neutralizing agent and in that the said additive consists of or comprises the mixture of 3 different amide compounds resulting from the said reaction and which are characterized by the number n of caprolactam units incorporated, which number is respectively 1, 2 and 3, with a mean number n of units (mean per molecule) ranging from 0.8 to 3, preferably from 0.9 to 2.75 and more preferably from 0.9 to 2.5.
A fluid processing apparatus using at least two kinds of fluids, at least one kind of the fluids containing at least a kind of material to be processed for processing a material to be processed between processing surfaces (1, 2) in processing members (10, 20) capable of approaching to and separating from each other, at least one of which rotates relative to the other, using a first fluid being introduced between the processing surfaces by a micropump effect in a depression arranged on at least one of the processing surfaces (1, 2) from inside to outside of the radial direction of the relatively rotating processing surfaces, and a second fluid being introduced from an introduction part between the processing surfaces (1, 2) from another flow path that is independent of the flow path for introducing the first fluid and is provided with an opening leading to the processing surfaces (1, 2), wherein the opening is at a predetermined angle (θ2) facing the rotation direction from a reference line (g) in the outward direction and in the radial direction passing through the opening, wherein the predetermined angle (θ2) is arranged at more than 0° and less than 90°, whereby the processing is done by mixing and stirring between the processing surfaces (1, 2), wherein, a distance between the processing surfaces is maintained to be in a minute distance by the balance of forces in an approaching direction and a separating direction, the forces comprising supply pressure of each of the fluids and a pressure applied between the relatively rotating processing surfaces (1, 2) relative to each other, wherein the micropump effect produces an effect such that a force is generated in the direction of separating the processing surfaces (1, 2) from each other by rotating at least one of the processing surfaces (1, 2) provided with the depression, and further such that a fluid is introduced between the processing surfaces (1, 2), in a plane along the processing surfaces, directionality accompanies the introducing direction from the opening of the second fluid into the processing surfaces (1, 2), and, regarding the introducing direction of the second fluid, it is an outward direction away from the center for the fluid in the radial direction of the processing surface, and it is a forward direction for the fluid in the rotation direction of the fluid between the relatively rotating processing surfaces (1, 2), wherein the opening in the another flow path is arranged at a position nearer to the outer diameter than a position where the direction of a flow for introduced fluid by the micropump effect from the depression arranged on at least one of the processing surfaces (1, 2) is converted into the direction of a spiral laminar flow formed between the processing surfaces (1, 2), and the direction of introduction of the introduction part from the opening of the processing surface is inclined at a predetermined elevation angle (θ1) relative to the processing surface 2, and the elevation angle (θ1) is arranged at more than 0° and less than 90°.
Window wiper device, in particular for a rear window wiper of a motor vehicle, with a wiper motor which, via a gear arrangement accommodated in a gear housing, drives an output shaft, which actuates a wiper lever, wherein, in order to transfer a rotary movement of the wiper motor into an oscillating rotational movement of the output shaft, the gear arrangement has a conversion gear which comprises a worm wheel, a connecting rod which is connected in a hinged manner to the worm wheel, and a toothed segment which is connected in an articulated manner to the connecting rod, is mounted rotatably about an axis of rotation in the gear housing in a positionally fixed manner and meshes with a pinion arranged on the output shaft, characterized in that the toothed segment is designed in such a manner that a central tooth axis, which is formed by the arrangement of the teeth of the toothed segment, and the axis of rotation of the toothed segment are arranged offset with respect to each other by a distance V.
An electronic device comprising: a reflector sheet (113; 311) disposed under a display panel; and a digitizer (150; 330) disposed under the reflector sheet and configured to sense an induced electromagnetic force emitted by a stylus supporting electromagnetic resonance, 'EMR'; characterized in that the digitizer comprises: an insulating layer (334; 410), and a first circuit layer formed on a surface of the insulating layer and comprising a conductive circuit pattern (332; 431; 520; 620), and a dummy circuit pattern (333; 433, 530; 630), such that circuits constituting the dummy circuit pattern are not electronically connected with a control circuit. a reflector sheet (113; 311) disposed under a display panel; and a digitizer (150; 330) disposed under the reflector sheet and configured to sense an induced electromagnetic force emitted by a stylus supporting electromagnetic resonance, 'EMR'; characterized in that the digitizer comprises: an insulating layer (334; 410), and a first circuit layer formed on a surface of the insulating layer and comprising a conductive circuit pattern (332; 431; 520; 620), and a dummy circuit pattern (333; 433, 530; 630), such that circuits constituting the dummy circuit pattern are not electronically connected with a control circuit. an insulating layer (334; 410), and a first circuit layer formed on a surface of the insulating layer and comprising a conductive circuit pattern (332; 431; 520; 620), and a dummy circuit pattern (333; 433, 530; 630), such that circuits constituting the dummy circuit pattern are not electronically connected with a control circuit.
A cartridge holder for a drug delivery device, comprising: - a housing extending in an axial direction (48, 50) and being adapted to receive a cartridge at least partially filled with a medicament, said cartridge being sealed near a distal end by way of a pierceable seal, - at least one bearing element fixed to the housing, and - at least one tensioning member to engage with the bearing element and with the cartridge in an axial direction (48, 50) for transferring a distally directed injection force from the cartridge to the housing, characterized in that - the tensioning member is attached to the bearing element and comprises a rubber member or a foamed rubber member and extends in axial proximal direction to exert a proximally directed counterforce to the cartridge. - a housing extending in an axial direction (48, 50) and being adapted to receive a cartridge at least partially filled with a medicament, said cartridge being sealed near a distal end by way of a pierceable seal, - at least one bearing element fixed to the housing, and - at least one tensioning member to engage with the bearing element and with the cartridge in an axial direction (48, 50) for transferring a distally directed injection force from the cartridge to the housing, characterized in that - the tensioning member is attached to the bearing element and comprises a rubber member or a foamed rubber member and extends in axial proximal direction to exert a proximally directed counterforce to the cartridge.
A key button apparatus comprising: a housing having an opening; a moveable key button; a sealing member configured to seal the opening of the housing, deformed by movement of the key button; and a switch disposed inside of the housing and pressed by a deformation of the sealing member, characterized in that the sealing member is molded by laminating a plurality of elastic bodies made of different materials using in-mold injection molding. a housing having an opening; a moveable key button; a sealing member configured to seal the opening of the housing, deformed by movement of the key button; and a switch disposed inside of the housing and pressed by a deformation of the sealing member, characterized in that the sealing member is molded by laminating a plurality of elastic bodies made of different materials using in-mold injection molding.
An image processing method comprising: generating an input image by scanning a bound original; determining one or more candidate pixels among a plurality of pixels constituting the input image, the one or more candidate pixels having a variation of brightness compared to adjacent pixels in a first direction exceeding a first reference value; determining the number of candidate pixels in one or more rows of pixels in a second direction different from the first direction; determining a certain region in which a total number of candidate pixels existing in one of said rows of pixels in the second direction exceeds a second reference value; and generating an output image excluding the determined certain region, wherein the certain region is one of a folding line and an edge of the bound original, wherein the determining of the one or more candidate pixels comprises determining a candidate pixel block comprising at least one candidate pixel among a plurality of N by N pixel blocks constituting the input image, N being a natural number; and wherein, the determining of the certain region comprises determining the certain region in a unit of the candidate pixel block, and the method further comprising a dilation process which comprises determining at least one pixel block arranged in the first direction from the candidate pixel block and substituting the at least one determined pixel block with a new candidate pixel block. generating an input image by scanning a bound original; determining one or more candidate pixels among a plurality of pixels constituting the input image, the one or more candidate pixels having a variation of brightness compared to adjacent pixels in a first direction exceeding a first reference value; determining the number of candidate pixels in one or more rows of pixels in a second direction different from the first direction; determining a certain region in which a total number of candidate pixels existing in one of said rows of pixels in the second direction exceeds a second reference value; and generating an output image excluding the determined certain region, wherein the certain region is one of a folding line and an edge of the bound original, wherein the determining of the one or more candidate pixels comprises determining a candidate pixel block comprising at least one candidate pixel among a plurality of N by N pixel blocks constituting the input image, N being a natural number; and wherein, the determining of the certain region comprises determining the certain region in a unit of the candidate pixel block, and
A valve, comprising: a housing defining an inner volume, wherein the housing has an inlet port and an outlet port; a seal member disposed in the housing between the inlet port and the outlet port; a first stem disposed in the housing, wherein the seal member engages an outer diameter of the first stem into form a seal, the seal between the seal member and the first stem divides the inner volume into an inlet volume and an outlet volume, a fluid channel is formed through the first stem, the fluid channel has an inlet and an outlet, the inlet of the fluid channel opens to the inlet volume, the first stem is movable relative to the seal member characterised in that the outlet of the fluid channel travels across the seal member; and a second stem disposed in the housing between the seal member and the outlet port. a housing defining an inner volume, wherein the housing has an inlet port and an outlet port; a seal member disposed in the housing between the inlet port and the outlet port; a first stem disposed in the housing, wherein the seal member engages an outer diameter of the first stem into form a seal, the seal between the seal member and the first stem divides the inner volume into an inlet volume and an outlet volume, a fluid channel is formed through the first stem, the fluid channel has an inlet and an outlet, the inlet of the fluid channel opens to the inlet volume, the first stem is movable relative to the seal member characterised in that the outlet of the fluid channel travels across the seal member; and a second stem disposed in the housing between the seal member and the outlet port.