mhurhangee/ep-ind-claims huggingface dataset:
A fin-tube heat exchanger comprising a plurality of fins which have cut-and-raised parts and through which air current passes, and a plurality of heat transfer pipes which penetrate the plurality of fins and through which fluid flows, wherein each of the fins includes a flat seat formed around the heat transfer pipe; a fin flat surface formed from the seat to a fin end located on downstream side with respect to the air current, and a corrugated portion which has alternately formed peaks and valleys, the cut-and-raised parts are placed only on the fin flat surface of the downstream side of a center of the closest heat transfer pipe with respect to the air current, characterised in that said corrugated portion is formed around the seat and around the fin flat surface, said cut-and-raised parts incline with respect to the air current, and the fin-tube heat exchange comprises of boundary lines between the fin flat surface on which the cut-and raised part is placed and the corrugated portion, wherein a boundary line of a lower side of the cut-and raised part inclines in the same direction as the cut-and raised part.
Device for forming an endless rod from a sticky tobacco material for manufacture of aerosol generating articles comprising a suction-type rod conveyor equipped with a revolving, continuous, porous tape, to which vacuum is applied from the top and on whose underside tobacco material shreds or fibres are conveyed along a tobacco channel, wherein the tobacco material is shaped into a continuous tobacco rod, at least one liquid pressure nozzle being directed to the underside of the tape and connected to a source for fluid under pressure and an exhaust hood is arranged at the upper side of the tape opposite the at least one liquid pressure nozzle and connected to a vacuum source, characterized in that the liquid pressure nozzle is arranged that a cleaning of the tape takes place in an area of the tape on which the continuous rod is not shaped from tobacco material.
A furniture fitting for fastening a front panel to a drawer frame member, comprising: - a connecting element which is associated with the front panel and which can be pre-mounted to the front panel, and - a fastening device which is associated with the drawer frame member and which can be connected to the frame member and which has a frame plate, an adjusting plate and adjusting elements (8, 9) which are arranged on the frame plate, in particular rotatably, and which act on the adjusting plate and by which the adjusting plate is displaceable relative to the frame plate in the height direction and in the lateral direction, wherein the connecting element can be hung on the adjusting plate and in the hung condition also performs the displacement movements of the adjusting plate relative to the frame plate, characterised in that the adjusting plate is adjustable in the lateral direction with respect to the frame plate by a first adjusting element in the form of a lateral adjusting device, wherein mounting elements form a pivot axis for the adjusting plate, and is displaceable in the height direction with respect to the frame plate by a second adjusting element in the form of a height adjusting device. - a connecting element which is associated with the front panel and which can be pre-mounted to the front panel, and - a fastening device which is associated with the drawer frame member and which can be connected to the frame member and which has a frame plate, an adjusting plate and adjusting elements (8, 9) which are arranged on the frame plate, in particular rotatably, and which act on the adjusting plate and by which the adjusting plate is displaceable relative to the frame plate in the height direction and in the lateral direction,
A device for casting electrode substrates for the production of lead grid electrodes in a continuous casting process, wherein the device has the following features: - a casting drum, the surface of which has been engraved with the shape of lead strip to be cast and characterised by draft angles of less than 7 degrees, in particular less than 3 degrees, and - a casting shoe which rests on the right side of the outer circumference of the casting drum in the area of the horizontal line drawn through its axis of rotation when the casting drum rotates counterclockwise, wherein the exiting liquid lead flows into the concave shape of the casting drum surface and can be removed by the action of gravity as a solidified lead strip at the lower vertex of the casting drum after three quarters of a turn. - a casting drum, the surface of which has been engraved with the shape of lead strip to be cast and characterised by draft angles of less than 7 degrees, in particular less than 3 degrees, and - a casting shoe which rests on the right side of the outer circumference of the casting drum in the area of the horizontal line drawn through its axis of rotation when the casting drum rotates counterclockwise,
A method of preparing a dentifrice comprising polymer matrix film with low solubility flavorant therein comprising the steps of: a) forming a polymer matrix film in the substantial absence of low solubility flavorant, wherein said polymer matrix comprises a water soluble polymer and a low solubility polymer additive, wherein the low solubility polymer additive is ethyl cellulose; b) forming a dentifrice base comprising a low solubility flavorant; c) combining the polymer matrix film with the dentifrice base; and d) maintaining the combined polymer matrix film and dentifrice base for an amount of time suitable for an effective amount of low solubility flavorant to transfer from said dentifrice base to said polymer matrix film, wherein the low solubility flavorant is selected from the group consisting of: menthol, spearmint oil, cinnamon oil, peppermint oil, clove oil, bay oil, thyme oil, cedar leaf oil, oil of nutmeg, oil of sage, and oil of bitter almonds. a) forming a polymer matrix film in the substantial absence of low solubility flavorant, wherein said polymer matrix comprises a water soluble polymer and a low solubility polymer additive, wherein the low solubility polymer additive is ethyl cellulose; b) forming a dentifrice base comprising a low solubility flavorant; c) combining the polymer matrix film with the dentifrice base; and d) maintaining the combined polymer matrix film and dentifrice base for an amount of time suitable for an effective amount of low solubility flavorant to transfer from said dentifrice base to said polymer matrix film,
Spark plug, comprising: - a housing, - an insulator which is inserted into the housing, - a centre electrode which is inserted into the insulator, and - a connection bolt which is inserted into the insulator, wherein at least one rounded portion is formed on the housing and/or on the insulator and/or on the centre electrode and/or on the connection bolt at a point of change in cross section, wherein the rounded portion, as viewed in cross section, has a first limb length and a second limb length which is angled away in relation to the first limb length, and wherein the first limb length is greater than the second limb length, wherein the two limb lengths (21, 22) are each defined between transition points at which the rounded portion merges with a straight portion, characterized in that the first limb length is at least 1.3 times the second limb length, and in that the first limb length is arranged perpendicular to the greatest force acting on the rounded portion. - a housing, - an insulator which is inserted into the housing, - a centre electrode which is inserted into the insulator, and - a connection bolt which is inserted into the insulator, wherein at least one rounded portion is formed on the housing and/or on the insulator and/or on the centre electrode and/or on the connection bolt at a point of change in cross section, wherein the rounded portion, as viewed in cross section, has a first limb length and a second limb length which is angled away in relation to the first limb length, and wherein the first limb length is greater than the second limb length, wherein the two limb lengths (21, 22) are each defined between transition points at which the rounded portion merges with a straight portion, characterized in that the first limb length is at least 1.3 times the second limb length, and in that the first limb length is arranged perpendicular to the greatest force acting on the rounded portion.
Device for supporting Hybrid Automatic Repeat Request, HARQ, the device being configured to transmit to a receiver an Aggregated Media Access Control Protocol Data Unit, A-MPDU, according to the IEEE 802.11 standards and including at least two data units, and to transmit to the receiver, together with the A-MPDU, HARQ block information about a division of the A-MPDU into a plurality of determined HARQ Blocks, wherein the device is further configured to scramble and encode the A-MPDU by performing scrambling and by using Forward Error Correction, FEC, independently on each of the plurality of HARQ blocks, and to retransmit to the receiver, if a decoding of at least one data unit failed at the receiver, at least a part of the A-MPDU including the at least one failed data unit, wherein each HARQ block includes at least one data unit, wherein the retransmitted part contains each HARQ block that includes a failed data unit, and wherein the device is further configured to scramble and encode the at least one failed data unit in the retransmitted part by performing scrambling based on the same scrambling seed and by using FEC with the same FEC outputs that were used for scrambling and encoding said data unit in the A-MPDU. transmit to a receiver an Aggregated Media Access Control Protocol Data Unit, A-MPDU, according to the IEEE 802.11 standards and including at least two data units, and to transmit to the receiver, together with the A-MPDU, HARQ block information about a division of the A-MPDU into a plurality of determined HARQ Blocks, wherein the device is further configured to scramble and encode the A-MPDU by performing scrambling and by using Forward Error Correction, FEC, independently on each of the plurality of HARQ blocks, and to retransmit to the receiver, if a decoding of at least one data unit failed at the receiver, at least a part of the A-MPDU including the at least one failed data unit, wherein each HARQ block includes at least one data unit, wherein the retransmitted part contains each HARQ block that includes a failed data unit, and wherein the device is further configured to scramble and encode the at least one failed data unit in the retransmitted part by performing scrambling based on the same scrambling seed and by using FEC with the same FEC outputs that were used for scrambling and encoding said data unit in the A-MPDU.
A gas turbine disk, comprising: a plurality of cooling channels penetrating a side surface of the disk and spaced from each other in a circumferential direction, each of which having a cross section in an oval shape so as to have a long axis in the circumferential direction of the disk; and reinforcement parts coupled to partial arcs of exits of the cooling channels so as to reduce stress concentrated on the cooling channels, wherein the reinforcement parts respectively connect exits of neighboring cooling channels among the plurality of cooling channels. a plurality of cooling channels penetrating a side surface of the disk and spaced from each other in a circumferential direction, each of which having a cross section in an oval shape so as to have a long axis in the circumferential direction of the disk; and reinforcement parts coupled to partial arcs of exits of the cooling channels so as to reduce stress concentrated on the cooling channels, wherein the reinforcement parts respectively connect exits of neighboring cooling channels among the plurality of cooling channels.
A data processing system comprising: an interface configured to receive a first plurality of symbols from one or more ports, wherein the interface is configured to aggregate a predetermined number of the first plurality of symbols to provide a second plurality of symbols; and an encoder (54; 106) configured to (i) generate a header, and (ii) encode the second plurality of symbols to generate a third plurality of symbols, wherein the header indicates whether the third plurality of symbols includes a set of control codes, wherein one of the third plurality of symbols includes the set of control codes, and wherein the set of control codes includes one or more control bits, wherein, responsive to the third plurality of symbols including the set of control codes, the encoder is configured to generate a pointer for the set of control codes, and wherein the system is characterized in that the pointer can assume more values than are in the set of control codes. an interface configured to receive a first plurality of symbols from one or more ports, wherein the interface is configured to aggregate a predetermined number of the first plurality of symbols to provide a second plurality of symbols; and an encoder (54; 106) configured to (i) generate a header, and (ii) encode the second plurality of symbols to generate a third plurality of symbols, wherein the header indicates whether the third plurality of symbols includes a set of control codes, wherein one of the third plurality of symbols includes the set of control codes, and wherein the set of control codes includes one or more control bits, wherein, responsive to the third plurality of symbols including the set of control codes, the encoder is configured to generate a pointer for the set of control codes, and wherein the system is characterized in that the pointer can assume more values than are in the set of control codes.
A camera mount for mounting a camera inside a windshield of a vehicle, the camera including a lens mount and a camera housing, the camera mount including a fixed element (707/714) in use mounted on the inside of the windshield, and a mechanism providing a tilt rotation axis; characterized in that the mechanism provides a tilt rotation axis at a point between the lens mount and the windshield, and constrains a front tip of the lens mount to be in close proximity to or to contact the inside of the windshield at different rake angles of the windshield as the camera is rotated.
Method for operating an internal combustion engine, having an injection system with a high-pressure accumulator, wherein a high pressure in the high-pressure accumulator is regulated via a low-pressure-side suction throttle as a first pressure actuator in a first high-pressure control loop, wherein in a normal mode a high-pressure disturbance variable is generated via at least one first high-pressure-side pressure control valve (19, 20) as a further pressure actuator, via which fuel is discharged from the high-pressure accumulator into a fuel reservoir, wherein the at least one pressure control valve (19, 20) is actuated in the normal mode on the basis of a setpoint volumetric flow (Vs) for the fuel to be controlled, characterized in that a development over time of the setpoint volumetric flow (Vs) is detected, and in that the setpoint volumetric flow (Vs) is filtered, wherein a time constant (T V) for filtering the setpoint volumetric flow (Vs) is selected as a function of the detected development over time.
A method for allocating resources in a wireless communication system, comprising the steps of: allocating, to first access terminals located within a broad-band service area around an access point, time division duplexing, TDD, resources, the TDD resources being divided into an uplink resource and a downlink resource in a time interval and allocating, to second access terminals located within a narrow-band service area having a radius larger than a radius of the broad-band service area, frequency division duplexing, FDD, resources, wherein the TDD resources and the FDD resources occupy the entire system frequency band in their time intervals, wherein the FDD time interval is located between a time interval including the uplink resource and a time interval including the downlink resource, and, wherein in a same FDD time interval, the allocated FDD resources are divided into a plurality of uplink resources and downlink resources in a frequency region. allocating, to first access terminals located within a broad-band service area around an access point, time division duplexing, TDD, resources, the TDD resources being divided into an uplink resource and a downlink resource in a time interval and allocating, to second access terminals located within a narrow-band service area having a radius larger than a radius of the broad-band service area, frequency division duplexing, FDD, resources, wherein the TDD resources and the FDD resources occupy the entire system frequency band in their time intervals, wherein the FDD time interval is located between a time interval including the uplink resource and a time interval including the downlink resource, and, wherein in a same FDD time interval, the allocated FDD resources are divided into a plurality of uplink resources and downlink resources in a frequency region.
A copper alloy wire comprising: copper matrix phases; and composite phases comprising copper-zirconium compound phases and copper phases; wherein the zirconium content of alloy composition is 3.0 to 7.0 atomic percent; and the composite phases contain 5% to 25% of amorphous phases in terms of area fraction as viewed in a cross-section parallel to an axial direction and including a central axis. copper matrix phases; and composite phases comprising copper-zirconium compound phases and copper phases; wherein the zirconium content of alloy composition is 3.0 to 7.0 atomic percent; and the composite phases contain 5% to 25% of amorphous phases in terms of area fraction as viewed in a cross-section parallel to an axial direction and including a central axis.
Use of a rotary clamping device, consisting of at least one tensioning unit and the associated holding element which mechanically connects the tensioning unit to a table, the tensioning unit comprising an expansion vessel which can be filled via a pressure medium, for coating circularly rolled sheet metal strips, characterized in that • at least one circularly rolled sheet metal strip is fixed to the tensioning unit by means of a clamping device arranged longitudinally on the circumference of the expansion vessel, • the expansion vessel is filled with compressed air, • the circularly rolled sheet metal strips are coated, • the compressed air is released from the expansion vessel, • the circularly rolled sheet metal strips are released from the tensioning unit. • at least one circularly rolled sheet metal strip is fixed to the tensioning unit by means of a clamping device arranged longitudinally on the circumference of the expansion vessel, • the expansion vessel is filled with compressed air, • the circularly rolled sheet metal strips are coated, • the compressed air is released from the expansion vessel, • the circularly rolled sheet metal strips are released from the tensioning unit.
A communication device (101, 103) comprising: a processor and a communication interface, the processor enabled to: communicate with one or more remote communication devices in a communication session via the communication interface; receive data from a camera device, wherein the data comprises images; determine that at least a subset of the data meets a given condition, wherein the given condition comprises a change in a number of people in the images; and transmit an alert to the one or more remote communication devices in the communication session, the alert based on the data and the given condition. a processor and a communication interface, the processor enabled to: communicate with one or more remote communication devices in a communication session via the communication interface; receive data from a camera device, wherein the data comprises images; determine that at least a subset of the data meets a given condition, wherein the given condition comprises a change in a number of people in the images; and transmit an alert to the one or more remote communication devices in the communication session, the alert based on the data and the given condition. communicate with one or more remote communication devices in a communication session via the communication interface; receive data from a camera device, wherein the data comprises images; determine that at least a subset of the data meets a given condition, wherein the given condition comprises a change in a number of people in the images; and transmit an alert to the one or more remote communication devices in the communication session, the alert based on the data and the given condition.
A control method of a washing machine for performing a washing operation, comprising: i) supplying water and detergent into a water tub to form wash liquid, wherein a drum is installed in the water tub to receive laundry; ii) generating bubbles with a circulating unit to raise a level of the wash liquid by circulating the wash liquid thereby increasing the volume of the wash liquid in the water-tub; characterized by iii) accelerating the generation of bubbles to further raise the level of the wash liquid by a rotation of the drum in one direction at a higher speea than a drum speed of the washing operation with an alternating rotation veloity; thereby (ii, iii) transmitting the bubbles to laundry; and performing the washing operation. i) supplying water and detergent into a water tub to form wash liquid, wherein a drum is installed in the water tub to receive laundry; ii) generating bubbles with a circulating unit to raise a level of the wash liquid by circulating the wash liquid thereby increasing the volume of the wash liquid in the water-tub; characterized by iii) accelerating the generation of bubbles to further raise the level of the wash liquid by a rotation of the drum in one direction at a higher speea than a drum speed of the washing operation with an alternating rotation veloity; thereby (ii, iii) transmitting the bubbles to laundry; and performing the washing operation.
The use of probiotics in the manufacturing of a composition for oral administration to expecting female mammals for boosting the immunity of their offsprings after birth, characterized in that said probiotics are Bifidobacterium lactis CNCM I-3446.
A hydrogel comprising a therapeutic agent having a low solubility in water for use in treatment of a back of the eye disease by forming a hydrogel in situ in an eye with the therapeutic agent dispersed in the hydrogel, the therapeutic agent initially being disposed directly in the hydrogel, wherein the hydrogel is formed by combining a first precursor comprising nucleophilic groups with a second precursor comprising electrophilic groups to form covalent crosslinks by reaction of the nucleophilic groups with the electrophilic groups to form the hydrogel, wherein the first precursor and the second precursor each individually comprise a multi-armed_polyethylene glycol-containing precursor having a molecular weight from 5,000 Da to 50,000 Da, wherein the hydrogel is water-degradable, as measurable by the hydrogel being dissolvable in vitro in an excess of water by degradation of water-degradable groups, wherein the hydrogel is formed with a spacing between crosslinks that allows diffusion of the agent through the hydrogel, wherein the therapeutic agent is released from the hydrogel to provide an effective concentration of the agent in an eye over a period of time.