mhurhangee/ep-ind-claims huggingface dataset:
A laundry treating apparatus comprising: an outer case; an inner case disposed in the outer case, the inner case providing a laundry receiving space that is opened in a front side of the inner case; a supply air hole formed in the inner case, the supply air hole communicating with the laundry receiving space; a heat exchange channel having an inlet end configured to introduce air and a discharge end configured to discharge the air; a heating device configured to heat air passing through the heat exchange channel; a supply air duct connecting the discharge end of the heat exchange channel and the supply air hole; an exhaust air hole formed in the inner case, the exhaust air hole communicating with the laundry receiving space; and an exhaust air duct connecting the inlet end of the heat exchange channel and the exhaust air hole, the exhaust air duct extending vertically, wherein the inner case has a rear wall extending upwardly from a bottom of the inner case and defining a rear surface of the laundry receiving space, characterised in that the supply air duct and the exhaust air duct extend vertically along the rear wall of the inner case, and wherein a vertical portion of the supply air duct is positioned closer to the rear wall of the inner case than a vertical portion of the exhaust air duct is positioned to the rear wall. an outer case; an inner case disposed in the outer case, the inner case providing a laundry receiving space that is opened in a front side of the inner case; a supply air hole formed in the inner case, the supply air hole communicating with the laundry receiving space; a heat exchange channel having an inlet end configured to introduce air and a discharge end configured to discharge the air; a heating device configured to heat air passing through the heat exchange channel; a supply air duct connecting the discharge end of the heat exchange channel and the supply air hole; an exhaust air hole formed in the inner case, the exhaust air hole communicating with the laundry receiving space; and an exhaust air duct connecting the inlet end of the heat exchange channel and the exhaust air hole, the exhaust air duct extending vertically, wherein the inner case has a rear wall extending upwardly from a bottom of the inner case and defining a rear surface of the laundry receiving space, characterised in that the supply air duct and the exhaust air duct extend vertically along the rear wall of the inner case, and wherein a vertical portion of the supply air duct is positioned closer to the rear wall of the inner case than a vertical portion of the exhaust air duct is positioned to the rear wall.
A hoop lock having a lock body and a hoop which is movable relative to the lock body between an open position and a closed position, wherein a latch is arranged in the interior of the lock body and is selectively movable into an unlocked position or into a locked position, with the latch locking the hoop at the lock body when the hoop is in the closed position and the latch is in the locked position, wherein the latch is fastened to a pivot lever pivotable about a pivot axle and is movable between the unlocked position and the locked position by a pivot movement of the pivot lever, characterized in that the latch has two ends which are opposite one another, which are arranged on sides of the pivot lever disposed opposite one another and which are aligned along an axis which extends in parallel with the pivot axle of the pivot lever, with the hoop having two locking sections, and with each of the two ends of the latch being in engagement with one of the two locking sections of the hoop when the hoop is in the closed position and the latch is in the locked position.
An electronic device (200, 1000) at vehicular user equipment end, T-VUE, in wireless V2X communication, the electronic device comprising a processing circuit (202, 204, 1002, 1004) configured to: measure downlink channel qualities of a serving base station of the user equipment T-VUE and neighboring base stations; and determine, based on the measured downlink channel qualities, a first base station set from the serving base station and the neighboring base stations, wherein the first base station set indicates a set of base stations to broadcast or multicast a V2X message from the T-VUE to receiving vehicular user equipments, R-VUEs; generate a report comprising the V2X message and the first base station set to be sent to the serving base station; send the report to the serving base station for broadcast or multicast by the base stations in the first base station set. measure downlink channel qualities of a serving base station of the user equipment T-VUE and neighboring base stations; and determine, based on the measured downlink channel qualities, a first base station set from the serving base station and the neighboring base stations, wherein the first base station set indicates a set of base stations to broadcast or multicast a V2X message from the T-VUE to receiving vehicular user equipments, R-VUEs; generate a report comprising the V2X message and the first base station set to be sent to the serving base station; send the report to the serving base station for broadcast or multicast by the base stations in the first base station set.
A closure cap for capping the aperture of a container having a neck with a male thread, the cap comprising a threaded female cylindrical section for engaging the male thread of the neck; said closure cap comprising on its outer surface a skirt comprising outwardly projecting gripping means, said gripping means comprising projections (15a, 15b, 17a, 17b) of at least two different kinds characterized in that the projections (17a, 17b) have a U shape which extremities are extending from the skirt.
A sensory system for an electronic illuminator to detect presence and color of a fiber optic cable, comprising: a fiber optic cable having a proximal end with a fiber funnel cap and a terminal end; an electronic illuminator, comprising: a housing; a printed circuit board ('PCB'); a light emitting diode ('LED'); and a power source; an ambient light sensor, configured within the housing of the electronic illuminator, wherein the ambient light sensor converts light intensity to a digital signal; a fiber detection assembly, having a three dimensional magnetic flux density; and a cap color detection assembly, wherein the cap color detection assembly detects color of the fiber funnel cap on the fiber optic cable. a fiber optic cable having a proximal end with a fiber funnel cap and a terminal end; an electronic illuminator, comprising: a housing; a printed circuit board ('PCB'); a light emitting diode ('LED'); and a power source; a housing; a printed circuit board ('PCB'); a light emitting diode ('LED'); and a power source; an ambient light sensor, configured within the housing of the electronic illuminator, wherein the ambient light sensor converts light intensity to a digital signal; a fiber detection assembly, having a three dimensional magnetic flux density; and a cap color detection assembly, wherein the cap color detection assembly detects color of the fiber funnel cap on the fiber optic cable.
A vision system for a motor vehicle, comprising an imaging means with at least one imaging device (12a, 12b) adapted to record images from a region surrounding the motor vehicle, and an electronic processing means for processing said recorded images, wherein said vision system comprises a determination means adapted to determine during driving, by using image processing performed in said electronic processing means, at least two essentially straight lines (42a, 42b) in the recorded image, to determine a convergence point from said lines, and to determine a current orientation of said imaging device (12a, 12b) based on position information of said convergence point, wherein said vision system comprises a confirmation means adapted to evaluate, on the basis of an independent source (52, 53, 54, 55, 60), a convergence point determination reliability, characterized in that said independent source used by said confirmation means comprises a yaw sensor, a pitch sensor and/or a sensor measuring the steering wheel angle.
A method for configuring a plurality of managed forwarding elements, MFEs, (505, 510, 515, 520, 3905, 3820, 3825) to implement a logical L3 router and a plurality of logical L2 switches (220, 230), the method comprising for each MFE of a set of MFEs that implement a particular logical L2 switch, generating a first set of data records for configuring the MFE to implement the particular logical L2 switch and the logical L3 router for processing packets sent to a network address that maps to the particular logical L2 switch; and for each MFE of the set of MFEs, generating a second set of data records for configuring the MFE to implement load balancing processing on a subset of packets sent to the network address that maps to the particular logical L2 switch, the second set of flow entries specifying to balance the subset of packets across a plurality of machines that logically couple to the particular logical L2 switch and are physically coupled to a plurality of different MFEs (3820, 3825). for each MFE of a set of MFEs that implement a particular logical L2 switch, generating a first set of data records for configuring the MFE to implement the particular logical L2 switch and the logical L3 router for processing packets sent to a network address that maps to the particular logical L2 switch; and for each MFE of the set of MFEs, generating a second set of data records for configuring the MFE to implement load balancing processing on a subset of packets sent to the network address that maps to the particular logical L2 switch, the second set of flow entries specifying to balance the subset of packets across a plurality of machines that logically couple to the particular logical L2 switch and are physically coupled to a plurality of different MFEs (3820, 3825).
Colored powder cosmetic composition comprising at least one silicate, natural or synthetic, and at least one dye, characterized in that said at least one silicate is a phyllosilicate comprising a quaternary salt of sepiolite, hectorite, montmorillonite, bentonite or mixtures thereof, said at least one dye is pure water-soluble dye or a non-water-soluble dye extended on inorganic support said at least one silicate is able to absorb the water-soluble portion of said dye released from the dye itself when it is in contact with an aqueous solution, said at least one silicate is in an amount from 50% to 90% by weight and said at least one dye is in an amount from 10% to 50% by weight.
A reactive protection arrangement for protecting stationary or mobile objects against threats posed by hollow charges, projectile-forming charges or kinetic energy penetrators, which can be secured at a distance to the side of the object to be protected that faces the threat, comprising at least one protective area arranged at an inclination angle relative to the threat direction, wherein said protective area comprises: a continuous front cover that faces the threat, a rear cover (9, 10) that faces away from the threat and is spaced apart from said front cover, and at least one fixed or movable reactive middle layer between said front cover and said rear cover (9, 10), characterized in that said at least one reactive middle layer comprises a plurality of reactive partial areas being plugged on all sides, and each consisting of at least one explosive field; and when a reactive partial area of said at least one reactive middle layer is detonated, a partial area corresponding to the size of the detonated reactive partial area is stamped out of said front cover and is accelerated to interact with the threat. a continuous front cover that faces the threat, a rear cover (9, 10) that faces away from the threat and is spaced apart from said front cover, and at least one fixed or movable reactive middle layer between said front cover and said rear cover (9, 10), characterized in that said at least one reactive middle layer comprises a plurality of reactive partial areas being plugged on all sides, and each consisting of at least one explosive field; and when a reactive partial area of said at least one reactive middle layer is detonated, a partial area corresponding to the size of the detonated reactive partial area is stamped out of said front cover and is accelerated to interact with the threat.
A method performed by a first device, comprising: initiating a close proximity wireless connection between the first device and a second device; sending first data over the wireless connection to advertise one or more supported channel configurations of the first device to the second device; receiving second data over the wireless connection, wherein the second data is to advertise one or more supported channel configurations of the second device to the first device; determining that a particular one of a plurality of modes of the first device is to be used in communications with the second device over the close proximity wireless connection based on the first and second data; and receiving by a protocol selector, a signal from the second device and determining from the signal whether the second device supports a protocol negotiation stage, wherein the first and second device enter the protocol negotiation stage when it is determined that both the first and second device support the protocol negotiation stage, and the first and second devices are to communicate messages according to a negotiation protocol in the protocol negotiation stage to determine a particular one of a plurality of communication protocols to be used in the communications with the second device in a main functional mode upon exiting the protocol negotiation stage. initiating a close proximity wireless connection between the first device and a second device; sending first data over the wireless connection to advertise one or more supported channel configurations of the first device to the second device; receiving second data over the wireless connection, wherein the second data is to advertise one or more supported channel configurations of the second device to the first device; determining that a particular one of a plurality of modes of the first device is to be used in communications with the second device over the close proximity wireless connection based on the first and second data; and receiving by a protocol selector, a signal from the second device and determining from the signal whether the second device supports a protocol negotiation stage, wherein the first and second device enter the protocol negotiation stage when it is determined that both the first and second device support the protocol negotiation stage, and the first and second devices are to communicate messages according to a negotiation protocol in the protocol negotiation stage to determine a particular one of a plurality of communication protocols to be used in the communications with the second device in a main functional mode upon exiting the protocol negotiation stage.
An article of footwear comprising: an upper having a heel portion; a heel system including: a heel cage secured to the upper; and a heel counter extending along a rear of the heel portion to an upper extent of the heel counter above the heel cage, wherein: the heel counter includes a first layer and a second layer; and the second layer is relatively more rigid than the first layer. an upper having a heel portion; a heel system including: a heel cage secured to the upper; and a heel counter extending along a rear of the heel portion to an upper extent of the heel counter above the heel cage, wherein: the heel counter includes a first layer and a second layer; and the second layer is relatively more rigid than the first layer. a heel cage secured to the upper; and a heel counter extending along a rear of the heel portion to an upper extent of the heel counter above the heel cage, wherein: the heel counter includes a first layer and a second layer; and the second layer is relatively more rigid than the first layer. the heel counter includes a first layer and a second layer; and the second layer is relatively more rigid than the first layer.
An isolated multipotent glomerular mesenchymal stem cell derivable from adult human kidney glomeruli (hGL-MSC), wherein said cell is characterised by the markers CD133(negative), CD146(positive), CD34(negative), CD105(positive), CD24(positive) and Pax-2(positive) and further characterised by the ability to differentiate into at least the following cell types: podocytes, endothelial cells and mesangial cells.
A porous and permeable composite for treatment of contaminated fluids characterized in that said composite comprises a body of porous iron particles obtained by CO-reduction or H2-reduction of iron oxides, having particle size range between 45 μm and 2 mm, having Fe content above 90 % by weight; and 0.01-10% by weight of a functional ingredient being activated carbon, in free form, distributed and locked in the pores and cavities of the iron body.
A method in a sensor package having a ferromagnetic structure, said ferromagnetic structure (56, 72, 162) being characterized by a baseline magnetic state, wherein said ferromagnetic structure (56, 72, 162) comprises a flux concentrator (72, 162), said method comprising: detecting an altered magnetic state (60, 61) of said ferromagnetic structure (56, 72, 162), said altered magnetic state (60, 61) differing from said baseline magnetic state; determining, at a processor within said sensor package (64, 160), when a reset action is needed in response to said altered magnetic state (60, 61); detecting an external magnetic field at a high field magnetic sense element of a subsystem included in said sensor package, wherein said high field magnetic sense element has a sensitivity corresponding to an expected magnitude of a magnetic shock event; and communicating an output signal representative of said external magnetic field from said high field magnetic sense element to said processor, wherein said processor determines that said reset action is needed when said external magnetic field exceeds a maximum magnetic field threshold; and applying a reset magnetic field to said flux concentrator (72, 162) of said ferromagnetic structure (56, 72, 162) via a current carrying structure positioned in proximity to said ferromagnetic structure (56, 72, 162) to reset said ferromagnetic structure (56, 72, 162) to said baseline magnetic state, said reset magnetic field having a magnetic flux density magnitude that is sufficient to reset a magnetic polarization of said flux concentrator (72, 162) to said baseline magnetic state. detecting an altered magnetic state (60, 61) of said ferromagnetic structure (56, 72, 162), said altered magnetic state (60, 61) differing from said baseline magnetic state; determining, at a processor within said sensor package (64, 160), when a reset action is needed in response to said altered magnetic state (60, 61); detecting an external magnetic field at a high field magnetic sense element of a subsystem included in said sensor package, wherein said high field magnetic sense element has a sensitivity corresponding to an expected magnitude of a magnetic shock event; and communicating an output signal representative of said external magnetic field from said high field magnetic sense element to said processor, wherein said processor determines that said reset action is needed when said external magnetic field exceeds a maximum magnetic field threshold; and applying a reset magnetic field to said flux concentrator (72, 162) of said ferromagnetic structure (56, 72, 162) via a current carrying structure positioned in proximity to said ferromagnetic structure (56, 72, 162) to reset said ferromagnetic structure (56, 72, 162) to said baseline magnetic state, said reset magnetic field having a magnetic flux density magnitude that is sufficient to reset a magnetic polarization of said flux concentrator (72, 162) to said baseline magnetic state.
A control device for an electronic aerosol provision system, the control device being configured to receive a replaceable component to form an electronic aerosol provision system, the control device being configured to: receive an identifier from a replaceable component received by the control device; and modify one or more characteristics of an airflow path through the electronic aerosol provision system dependent upon the received identifier; wherein the one or more characteristics of an airflow path through the electronic aerosol provision system comprise resistance to draw. receive an identifier from a replaceable component received by the control device; and modify one or more characteristics of an airflow path through the electronic aerosol provision system dependent upon the received identifier; wherein the one or more characteristics of an airflow path through the electronic aerosol provision system comprise resistance to draw.
An electric device comprising: a force and touch sensitive screen (110; 310; 410); a sensor cooperating with said force and touch sensitive screen and configured to detect and output a force signal representing a force generated by an object interacting with the force and touch sensitive screen; a haptic feedback element configured to generate a haptic feedback; a controller connected to the haptic feedback element and to the sensor, the controller being configured to receive the force signal from the sensor and to control said haptic feedback element based on the force signal; characterized in that the electric device further comprises: a first filtering element arranged between said sensor and said controller, wherein the first filtering element is configured to filter the force signal from a force generated by the haptic feedback to extract the force applied by the object interacting with the force and touch sensitive screen from the haptic feedback; and a second filtering element arranged between said controller and said haptic feedback element, the second filtering element being selective at a vibration or transient frequency generated by the haptic feedback element for distinguishing force signal from haptic feedback. a force and touch sensitive screen (110; 310; 410); a sensor cooperating with said force and touch sensitive screen and configured to detect and output a force signal representing a force generated by an object interacting with the force and touch sensitive screen; a haptic feedback element configured to generate a haptic feedback; a controller connected to the haptic feedback element and to the sensor, the controller being configured to receive the force signal from the sensor and to control said haptic feedback element based on the force signal; a first filtering element arranged between said sensor and said controller, wherein the first filtering element is configured to filter the force signal from a force generated by the haptic feedback to extract the force applied by the object interacting with the force and touch sensitive screen from the haptic feedback; and a second filtering element arranged between said controller and said haptic feedback element, the second filtering element being selective at a vibration or transient frequency generated by the haptic feedback element for distinguishing force signal from haptic feedback.