mhurhangee/ep-ind-claims huggingface dataset:
A washer comprising - a body, - a tub that is disposed within the body and wherein the washing/drying processes are performed, - a housing that extends from the outer surface of the body to the interior of the body, - a housing upper lid that closes over the housing, - a dispenser that is disposed inside the housing and that has more than one division (7, 107) wherein the cleaning agents are stored, - a dosing unit adjacent to the housing with flow connection between the housing and itself, that doses the liquid cleaning agents put into the dispenser, - at least one liquid transfer mechanism that is disposed between the dispenser and the dosing unit and that provides flow between the dispenser and the dosing unit, - a flushing unit that is situated on the housing upper lid, that extends towards the gap between the dispenser rear wall and the housing rear wall and that enables the water to be transferred to the housing base through the gap and to enable the liquid cleaning agents to be mixed with water and delivered to the tub through an outlet opening, characterized by at least two hoses that connect the dosing unit and the housing base, at least two holes at the housing base to which the hoses are connected, and a barrier situated between the holes. - a body, - a tub that is disposed within the body and wherein the washing/drying processes are performed, - a housing that extends from the outer surface of the body to the interior of the body, - a housing upper lid that closes over the housing, - a dispenser that is disposed inside the housing and that has more than one division (7, 107) wherein the cleaning agents are stored, - a dosing unit adjacent to the housing with flow connection between the housing and itself, that doses the liquid cleaning agents put into the dispenser, - at least one liquid transfer mechanism that is disposed between the dispenser and the dosing unit and that provides flow between the dispenser and the dosing unit, - a flushing unit that is situated on the housing upper lid, that extends towards the gap between the dispenser rear wall and the housing rear wall and that enables the water to be transferred to the housing base through the gap and to enable the liquid cleaning agents to be mixed with water and delivered to the tub through an outlet opening,
An air filter for capturing reactive gas from a stream of moving air, wherein the reactive gas is an acid gas, an acid precursor gas, or a mixture of both, wherein the air filter comprises a filter support that supports polymeric sorbent particles, wherein the polymeric sorbent comprises a reaction product of: (a) a precursor polymeric material comprising a polymerized product of a polymerizable composition comprising 8 to 65 weight percent maleic anhydride based on the total weight of monomers in the polymerizable composition; 30 to 85 weight percent divinylbenzene based on the total weight of monomers in the polymerizable composition; and 0 to 40 weight percent of a styrene-type monomer based on the total weight of monomers in the polymerizable composition, wherein the styrene-type monomer is styrene, an alkyl-substituted styrene, or a combination thereof; and (b) a nitrogen-containing compound that is selected from ammonia or a compound having at least one primary amino group or at least one secondary amino group and that is covalently attached to the polymeric sorbent, and wherein the polymeric sorbent is present in the form of porous particles. (a) a precursor polymeric material comprising a polymerized product of a polymerizable composition comprising 8 to 65 weight percent maleic anhydride based on the total weight of monomers in the polymerizable composition; 30 to 85 weight percent divinylbenzene based on the total weight of monomers in the polymerizable composition; and 0 to 40 weight percent of a styrene-type monomer based on the total weight of monomers in the polymerizable composition, wherein the styrene-type monomer is styrene, an alkyl-substituted styrene, or a combination thereof; and 8 to 65 weight percent maleic anhydride based on the total weight of monomers in the polymerizable composition; 30 to 85 weight percent divinylbenzene based on the total weight of monomers in the polymerizable composition; and 0 to 40 weight percent of a styrene-type monomer based on the total weight of monomers in the polymerizable composition, wherein the styrene-type monomer is styrene, an alkyl-substituted styrene, or a combination thereof; and (b) a nitrogen-containing compound that is selected from ammonia or a compound having at least one primary amino group or at least one secondary amino group and that is covalently attached to the polymeric sorbent, and wherein the polymeric sorbent is present in the form of porous particles.
Motorised tool comprising a body and a terminal unit arranged to be movable at one extremity of said body, said body housing motor means connected to said terminal unit, said tool comprising manual actuation means that are movable between at least: - an activation position wherein said motor means are on and drive said terminal unit in motion, - a deactivation position in which said motor means are off and said terminal unit is not driven in motion, said tool comprising return means tending to bring said actuation means into said deactivation position, characterised in that said return means exert on said actuation means a return force whose value decreases gradually as the actuation means are moved from their deactivation position to their activation position. - an activation position wherein said motor means are on and drive said terminal unit in motion, - a deactivation position in which said motor means are off and said terminal unit is not driven in motion,
An automatic call synchronization system, comprising: a wireless signal transponder, at least one mobile terminal having a wireless communication module, a fixed terminal having a wireless communication module, and a mode recognition unit connected to the wireless signal transponder, wherein the mobile terminal is configured to transmit, to the wireless signal transponder, a call synchronization request which carries identification information and call information of the mobile terminal, when the mobile terminal receives a called signal from a calling mobile terminal and determines that an automatic call synchronization function is enabled by itself; the mode recognition unit is configured to perform an authentication on the mobile terminal according to the identification information of the mobile terminal, after receiving the call synchronization request forwarded by the wireless signal transponder; and transmit a call access request which carries the identification information and the call information of the mobile terminal to the fixed terminal via the wireless signal transponder, after the authentication on the mobile terminal is passed; the fixed terminal is configured to notify the user of the mobile terminal that there is a call according to the identification information and the call information of the mobile terminal, after receiving the call access request; and transmit a call access response to the wireless signal transponder when it is determined that the user of the mobile terminal answers the call with the fixed terminal, and complete communication for the call over a network connected between the calling mobile terminal and the fixed terminal; characterized in that the mode recognition unit is further configured to receive, by the wireless signal transponder, an addressing request which carries the identification information of the mobile terminal and is transmitted by the fixed terminal, via the wireless signal transponder; perform the authentication on the mobile terminal according to the identification information of the mobile terminal; and transmit a request for obtaining addressing information to the corresponding mobile terminal via the wireless signal transponder, after the authentication on the mobile terminal is passed; wherein the fixed terminal has a display module; and wherein the mobile terminal is further configured to transmit, via the wireless signal transponder, corresponding stored information to the display module of the fixed terminal for display, after receiving the request for obtaining addressing information which is forwarded by the wireless signal transponder.
A heat exchanger comprising a heat transfer tube(3,4) and a fin, the heat transfer tube(3,4) including a first tube portion, and a plurality of second tube portions connected in parallel with each other with respect to the first tube portion, the first tube portion having a first inner circumferential surface, and at least one first groove recessed relative to the first inner circumferential surface and arranged side by side in a circumferential direction of the heat transfer tube, the plurality of second tube portions each having a second inner circumferential surface, and at least one second groove recessed relative to the second inner circumferential surface and arranged side by side in the circumferential direction, and the at least one first groove being less than the at least one second groove in at least one of a number of grooves, a depth of each groove, and a lead angle of each groove, characterised in that the first tube portion and the second tube portion are connected with the fin. the heat transfer tube(3,4) including a first tube portion, and a plurality of second tube portions connected in parallel with each other with respect to the first tube portion, the first tube portion having a first inner circumferential surface, and at least one first groove recessed relative to the first inner circumferential surface and arranged side by side in a circumferential direction of the heat transfer tube, the plurality of second tube portions each having a second inner circumferential surface, and at least one second groove recessed relative to the second inner circumferential surface and arranged side by side in the circumferential direction, and the at least one first groove being less than the at least one second groove in at least one of a number of grooves, a depth of each groove, and a lead angle of each groove,
System comprising a plurality of gear motors and at least one sensor, wherein the sensor is designed to record a measured value, wherein each gear motor comprises a respective electronic unit (4, 5), wherein the electronic units (4, 5) of the gear motors are constructed so as to enable a data exchange between the electronic units (4, 5) of the gear motors, wherein at least one gear motor is connected to the sensor, characterized in that the gear motors are designed such that the measured value recorded by the sensor is available to all electronic units (4, 5) of the gear motors, wherein each individual electronic unit (4, 5) is designed to control and/or regulate a gear motor of the system on the basis of the measured value recorded by the sensor.
A method for use by a user equipment, UE, comprising: providing, by the UE, a plurality of flows at a medium access control, MAC, layer, wherein each flow has an associated priority; selecting, by the UE, based on a maximum transmission power level, a transport format combination, TFC, that maximizes transmission of highest priority data and such that no other TFC that maximizes the transmission of highest priority data has a lower bit rate than the selected TFC; producing and transmitting, by the UE, a MAC protocol data unit based on the selected TFC; and selecting, by the UE, in response to determining that a maximum transmit power has been reached, a TFC from a minimum TFC set, and selecting, by the UE, in response to determining that a maximum transmit power has not been reached, a supported TFC from a full TFC set. providing, by the UE, a plurality of flows at a medium access control, MAC, layer, wherein each flow has an associated priority; selecting, by the UE, based on a maximum transmission power level, a transport format combination, TFC, that maximizes transmission of highest priority data and such that no other TFC that maximizes the transmission of highest priority data has a lower bit rate than the selected TFC; producing and transmitting, by the UE, a MAC protocol data unit based on the selected TFC; and selecting, by the UE, in response to determining that a maximum transmit power has been reached, a TFC from a minimum TFC set, and selecting, by the UE, in response to determining that a maximum transmit power has not been reached, a supported TFC from a full TFC set.
A tyre comprising a tread portion comprising a first tread edge and a second tread edge, wherein the tread portion is provided with a plurality of oblique grooves extending obliquely with respect to a tyre axial direction, the plurality of the oblique grooves includes a first oblique groove and a second oblique groove, the first oblique groove has an open end connected with the first tread edge and extends therefrom axially inwardly to cross the tyre equator and to have a terminating end terminating before reaching the second tread edge, the second oblique groove has an open end connected with the second tread edge and extends therefrom axially inwardly to cross the tyre equator and to have a terminating end terminating before reaching the first tread edge, regarding an inclination with respect to the tyre axial direction, each of the first oblique groove and the second oblique groove includes a first steeply-inclined portion positioned on a side of the open end (11a, 12a), a second steeply-inclined portion positioned on a side of the terminating end (11b, 12b), and a mildly-inclined portion positioned between them, and the second steeply-inclined portion includes a part in which an angle thereof with respect to a tyre circumferential direction is gradually decreased as it goes toward the terminating end (11b, 12b) characterized in that an angle (θ2) with respect to the tyre axial direction of the mildly-inclined portion of the or each first oblique groove is gradually decreased as it goes toward the second tread edge or an angle (θ3) with respect to the tyre axial direction of the mildly-inclined portion of the or each second oblique groove is gradually decreased as it goes toward the first tread edge.
A heat exchanger for an air conditioner, comprising: at least one heat exchange device (HU1, HU2), the at least one heat exchange device comprising: a lower header provided therein with a lower flow path (PL1, PL2); an upper header provided therein with an upper flow path (PU, PU1, PU2); and a plurality of flat tubes (50, 60 to 69, 70, 80 to 89) provided therein with a plurality of flow paths (C1, C2, C3) that communicates with the lower flow path and the upper flow path, wherein the lower flow path is partitioned into a first lower flow path with which a first portion of the plurality of flat tubes communicates, and a second lower flow path with which a second portion of the plurality of flat tubes communicates, wherein a longitudinal width of a heat exchange area is greater than a transverse width of the heat exchange area, the heat exchange area being an area in which heat of the plurality of flat tubes are exchanged with air, and characterized in that each of an internal sectional area (Aheader) of the upper header and an internal sectional area (Aheader) of the lower header is approximately 0.7 times or more as large as a sum of sectional areas of flow paths (Acell) in the plurality of flat tubes forming one path. at least one heat exchange device (HU1, HU2), a lower header provided therein with a lower flow path (PL1, PL2); an upper header provided therein with an upper flow path (PU, PU1, PU2); and a plurality of flat tubes (50, 60 to 69, 70, 80 to 89) provided therein with a plurality of flow paths (C1, C2, C3) that communicates with the lower flow path and the upper flow path, wherein the lower flow path is partitioned into a first lower flow path with which a first portion of the plurality of flat tubes communicates, and a second lower flow path with which a second portion of the plurality of flat tubes communicates, wherein a longitudinal width of a heat exchange area is greater than a transverse width of the heat exchange area, the heat exchange area being an area in which heat of the plurality of flat tubes are exchanged with air, and characterized in that each of an internal sectional area (Aheader) of the upper header and an internal sectional area (Aheader) of the lower header is approximately 0.7 times or more as large as a sum of sectional areas of flow paths (Acell) in the plurality of flat tubes forming one path. with which a second portion of the plurality of flat tubes communicates, wherein a longitudinal width of a heat exchange area is greater than a transverse width of the heat exchange area, the heat exchange area being an area in which heat of the plurality of flat tubes are exchanged with air, and characterized in that each of an internal sectional area (Aheader) of the upper header and an internal sectional area (Aheader) of the lower header is approximately 0.7 times or more as large as a sum of sectional areas of flow paths (Acell) in the plurality of flat tubes forming one path.
Furniture element having a top wall and a Lazy Susan unit comprising a magnetic base and at least one permanent magnet carrier levitating by repulsion with respect to said magnet base, wherein said magnetic base is housed within said top wall, characterized by comprising a magnetic guide to stabilize the lateral position of said carrier in a substantially horizontal plane; wherein the guide comprises at least an electromagnetic coil, at least one position sensor to detect the position of the carrier and a control unit controlling said electromagnet to stabilize at least the lateral position of said carrier based on the input of said at least one position sensor; and wherein said magnetic base is hidden inside said top wall.
Sewing machine with a pick-and-place device for particularly sequin-like functional elements (1a to 1d), with at least one magazine-like storage element (14; 14a to 14c) for the functional elements (1a to 1d), in which the functional elements (1a to 1d) are arranged loosely and stacked one above another, and with a transfer device for withdrawing a respective functional element (1a to 1d) from the storage element (14; 14a to 14c) in a pick-up position and for positioning the functional element (1a to 1d) in a transfer position in the region above a textile, wherein the transfer device is designed as a linearly movably arranged transfer element (20; 20a) with at least one receptacle (30; 30a to 30c) for a functional element (1a to 1d), characterized in that the transfer element (20; 20a) between the pick-up position and the transfer position is arranged virtually without a gap above a surface of the textile to be connected to the functional element (1a to 1d). wherein the transfer device is designed as a linearly movably arranged transfer element (20; 20a) with at least one receptacle (30; 30a to 30c) for a functional element (1a to 1d), characterized in that the transfer element (20; 20a) between the pick-up position and the transfer position is arranged virtually without a gap above a surface of the textile to be connected to the functional element (1a to 1d).
Process of use for the surface silicidation of a carbon-based material comprising at least the steps consisting in: a) bringing said surface to be treated into contact with an effective amount of silicon particles with a particle size varying from 0.2 to 500 μm, with a purity between 2N and 5N, and with an oxygen content of less than 10% by weight, b) imposing, at least at said surface coated with said silicon particles, a heat treatment favourable to the melting of the silicon and to its interaction in the molten state with the carbon of said surface to form SiC in an amount sufficient to form, at the surface, an impermeable surface SiC layer in direct contact with the carbon of said external surface and to fill in, if existing, the porosities of said surface, and c) removing the excess free silicon by vacuum evaporation, steps b) and c) being carried out by means of a heat treatment comprising at least one cycle of 3 successive steps corresponding to a rise in temperature, in particular at a rate of between 300 and 600°C/h, up to a temperature favourable to the melting of said silicon, in particular of greater than 1415°C, the maintenance of a temperature stationary phase, in particular of at least 20 minutes, at said temperature favourable to the melting of the silicon and a cooling in temperature, in particular at a rate of between 100 and 600°C/h, said carbon-based material being a graphite substrate having, at least at the surface to be silicidized, a porosity by volume of less than 25% and a pore diameter of less than 2 μm, with said surface SiC layer obtained consisting, to more than 99% by weight, of SiC and being "impermeable" because its loss in weight is less than 10 -2 g/cm 2 of covered surface after a heat treatment at 900°C under air for 2 hours. a) bringing said surface to be treated into contact with an effective amount of silicon particles with a particle size varying from 0.2 to 500 μm, with a purity between 2N and 5N, and with an oxygen content of less than 10% by weight, b) imposing, at least at said surface coated with said silicon particles, a heat treatment favourable to the melting of the silicon and to its interaction in the molten state with the carbon of said surface to form SiC in an amount sufficient to form, at the surface, an impermeable surface SiC layer in direct contact with the carbon of said external surface and to fill in, if existing, the porosities of said surface, and c) removing the excess free silicon by vacuum evaporation,
A developing apparatus comprising: a developer bearing member; a developing frame body that rotatably supports the developer bearing member; a one-end side end member that supports one end of the developing frame body in an axis direction of the developer bearing member; and another-end side end member that supports the other end of the developing frame body in the axis direction of the developer bearing member, characterized in that the one-end side end member is rotatable with respect to the developing frame body and with respect to the another-end side end member, and the another-end side end member is rotatable with respect to the developing frame body and with respect to the one-end side end member. a developer bearing member; a developing frame body that rotatably supports the developer bearing member; a one-end side end member that supports one end of the developing frame body in an axis direction of the developer bearing member; and another-end side end member that supports the other end of the developing frame body in the axis direction of the developer bearing member, characterized in that the one-end side end member is rotatable with respect to the developing frame body and with respect to the another-end side end member, and the another-end side end member is rotatable with respect to the developing frame body and with respect to the one-end side end member.
A method of fabricating a light emitting apparatus comprising measuring the light output of the semiconductor light emitting device, characterised by tailoring at least one characteristic of luminous material applied to the light emitting device based on the measured light output of the light emitting device.