mhurhangee/ep-ind-claims huggingface dataset:
A multiple laundry machine comprising: - a laundry machine for washing or drying laundry contained in an interior of the laundry machine, wherein the laundry machine includes a main controller provided at the laundry machine for controlling an operation of the laundry machine; - an auxiliary drying device arranged at one side of the laundry machine, the auxiliary drying device having a laundry container formed in an interior of the auxiliary drying device; and - a driver (140, 180, 150) provided at the auxiliary drying device to drive the auxiliary drying device, Characterized by - a coupler for coupling the auxiliary drying device to one side of the laundry machine, and in that the auxiliary drying device comprises: -- a controller provided at the auxiliary drying device to control the driver (140, 180, 150); -- a display unit provided at the laundry machine or the auxiliary drying device for displaying an operation state of the auxiliary drying device; and -- an operating unit provided at the laundry machine for operating the auxiliary drying device in accordance with a user's selection. - a laundry machine for washing or drying laundry contained in an interior of the laundry machine, wherein the laundry machine includes a main controller provided at the laundry machine for controlling an operation of the laundry machine; - an auxiliary drying device arranged at one side of the laundry machine, the auxiliary drying device having a laundry container formed in an interior of the auxiliary drying device; and - a driver (140, 180, 150) provided at the auxiliary drying device to drive the auxiliary drying device, Characterized by - a coupler for coupling the auxiliary drying device to one side of the laundry machine, and in that the auxiliary drying device comprises: -- a controller provided at the auxiliary drying device to control the driver (140, 180, 150); -- a display unit provided at the laundry machine or the auxiliary drying device for displaying an operation state of the auxiliary drying device; and -- an operating unit provided at the laundry machine for operating the auxiliary drying device in accordance with a user's selection. -- a controller provided at the auxiliary drying device to control the driver (140, 180, 150); -- a display unit provided at the laundry machine or the auxiliary drying device for displaying an operation state of the auxiliary drying device; and -- an operating unit provided at the laundry machine for operating the auxiliary drying device in accordance with a user's selection.
A method comprising: receiving from a host node comprising a tenant multicast application operating in a single virtual machine or container and having a single tenant deployment, an encapsulated multicast packet over unicast at a virtual replicator, the encapsulated multicast packet comprising receiver information for the virtual replicator, the receiver information comprising multicast membership information inserted into the packet by the host node for use in replicating and transmitting the packet to a plurality of receiving nodes; replicating the encapsulated multicast packet at the virtual replicator; and transmitting the encapsulated multicast packet over unicast to a plurality of receiving nodes based on said receiver information, said plurality of receiving nodes comprising the tenant multicast application; wherein the virtual replicator maintains topology state without multicast membership information and operates in a cloud without multicast capability. receiving from a host node comprising a tenant multicast application operating in a single virtual machine or container and having a single tenant deployment, an encapsulated multicast packet over unicast at a virtual replicator, the encapsulated multicast packet comprising receiver information for the virtual replicator, the receiver information comprising multicast membership information inserted into the packet by the host node for use in replicating and transmitting the packet to a plurality of receiving nodes; replicating the encapsulated multicast packet at the virtual replicator; and transmitting the encapsulated multicast packet over unicast to a plurality of receiving nodes based on said receiver information, said plurality of receiving nodes comprising the tenant multicast application; wherein the virtual replicator maintains topology state without multicast membership information and operates in a cloud without multicast capability.
Leaf spring assembly for a wheel suspension of a motor vehicle, comprising: a leaf spring with a first spring part made from a fibre reinforced plastic material and a second spring part made from a steel material, namely spring steel, wherein the first spring part and the second spring part are connected to each other, wherein the ratio of the length of the first spring part to the length of the second spring part is greater than two, and wherein in a relaxed condition the first spring part comprises a lower convex curvature and the second spring part is bent downwardly starting from the first spring part and has a lower concave curvature; a first receiving device, in which a first end portion of the leaf spring is supported; a second receiving device, in which a second end portion of the leaf spring is supported; wherein the first receiving device and the second receiving device are formed such, that the first end portion and the second end portion of the leaf spring are held non-displaceably relative to each other. a leaf spring with a first spring part made from a fibre reinforced plastic material and a second spring part made from a steel material, namely spring steel, wherein the first spring part and the second spring part are connected to each other, wherein the ratio of the length of the first spring part to the length of the second spring part is greater than two, and wherein in a relaxed condition the first spring part comprises a lower convex curvature and the second spring part is bent downwardly starting from the first spring part and has a lower concave curvature; a first receiving device, in which a first end portion of the leaf spring is supported; a second receiving device, in which a second end portion of the leaf spring is supported; wherein the first receiving device and the second receiving device are formed such, that the first end portion and the second end portion of the leaf spring are held non-displaceably relative to each other.
A camera system of a driver assistance system, having a camera module that has an optical system, having a housing that comprises a first housing part and a second housing part (6,8), which are each made of sheet metal, and having a circuit board arranged in the housing, wherein at least the first housing part is a deep-drawn part, characterised in that the housing is in the form of two legs (9a, 9b) disposed at an angle to each other, wherein the circuit board is arranged in one leg and the camera module in the other leg.
A control valve assembly comprising; an inlet for receiving compressed air from a supply line; an outlet for supplying compressed air to a transfer line; and a control valve for selectively placing the inlet in fluid communication with the outlet; wherein the control valve assembly is configured to be removably disposed in a wheel hub; and characterised in that: the control valve assembly comprises a filter for filtering air moving between the supply line and the transfer line. an inlet for receiving compressed air from a supply line; an outlet for supplying compressed air to a transfer line; and a control valve for selectively placing the inlet in fluid communication with the outlet; wherein the control valve assembly is configured to be removably disposed in a wheel hub; and characterised in that: the control valve assembly comprises a filter for filtering air moving between the supply line and the transfer line. the control valve assembly comprises a filter for filtering air moving between the supply line and the transfer line.
A method of finding a feature behind a surface using a sensor having first and second plates (301, 302), the method comprising the acts of: moving the sensor and surface adjacent one another; measuring a first capacitance of a first capacitor including the first plate; measuring a second capacitance of a second capacitor including the second plate; computing a ratio of the first and second capacitances; the method characterised by providing an indication, if the ratio is approximately one, that the sensor is over a centerline of the feature. moving the sensor and surface adjacent one another; measuring a first capacitance of a first capacitor including the first plate; measuring a second capacitance of a second capacitor including the second plate; computing a ratio of the first and second capacitances; the method characterised by providing an indication, if the ratio is approximately one, that the sensor is over a centerline of the feature.
A device for separating a stromal-vascular fraction from human or animal tissues, containing a fluid-tight vessel for tissue treatment having and a channel system within side walls of the vessel, wherein the inlet of each channel has recesses and sectoral slots for bayonet connection to the adapter fittings, said vessel for tissue treatment is of a conical shape and divided into two chambers by a microfilter system, the microfilter system contains at least two nylon microfilters, having pore diameters from 10 μm for the lower filter to 500 μm for the upper filter, and filters are separated by polymeric pads, the chambers are hermetically fastened with a bayonet connection through a silicone seal, wherein one chamber, namely a tissue-treatment chamber, is used for tissue treatment and the other chamber, namely a cell-concentrating chamber, is used to concentrate cells, wherein the inner surface of the vessel has a hydrophobic antiadhesive coating; one channel of the channel system opens into the tissue-treatment chamber, another channel of the channel system opens into the cell-concentrating chamber, and the vessel also contains a bacteriological filter configured to equalize pressure inside the device.
A medical apparatus for irreversible electroporation, the apparatus comprising: a probe configured for insertion into a body of a patient and comprising an array of electrodes disposed along the probe and configured to contact tissue within the body; and an electrical signal generator configured to apply sequences of bipolar pulses over one or more trios of the electrodes, each trio comprising first, second and third neighboring electrodes, such that the second electrode is disposed between and adjacent to the first and third electrodes, wherein while the probe contacts the tissue, the electrical signal generator is configured to apply the sequences of the bipolar pulses between the first and second electrodes during one or more first time intervals, and between the second and third electrodes during one or more second time intervals, and between the first and third electrodes during one or more third time intervals, wherein the first, second and third time intervals are mutually disjoint. a probe configured for insertion into a body of a patient and comprising an array of electrodes disposed along the probe and configured to contact tissue within the body; and an electrical signal generator configured to apply sequences of bipolar pulses over one or more trios of the electrodes, each trio comprising first, second and third neighboring electrodes, such that the second electrode is disposed between and adjacent to the first and third electrodes, wherein while the probe contacts the tissue, the electrical signal generator is configured to apply the sequences of the bipolar pulses between the first and second electrodes during one or more first time intervals, and between the second and third electrodes during one or more second time intervals, and between the first and third electrodes during one or more third time intervals, wherein the first, second and third time intervals are mutually disjoint.
A particle-comprising polyether alcohol which can be prepared by in-situ polymerization of olefinically unsaturated monomers in a polyether alcohol, wherein the polymerization is carried out in the presence of at least one compound of the general formula in which where A, B and C are randomly arranged and x, y and z are selected so that the weight ratio of the polysiloxane chain to the total molecular weight is 0.25 to 0.65, Me is a methyl group, R is an alkyl group having from 1 to 10 carbon atoms, M is an alkylene or arylene group or araliphatic group having from 2 to 10 carbon atoms, which can be bonded to the polyether chain via an ether, ester, urethane, carbonate or acetal bond m, n are integers which are selected so that the molecular weights M n of the units A and C are in the range from 500 to 2000 and the ratio n:m is in the range from 20:80 to 80:20, where the polysiloxane chain has a molecular weight Mn in the range from 3000 to 7000. Me is a methyl group, R is an alkyl group having from 1 to 10 carbon atoms, M is an alkylene or arylene group or araliphatic group having from 2 to 10 carbon atoms, which can be bonded to the polyether chain via an ether, ester, urethane, carbonate or acetal bond m, n are integers which are selected so that the molecular weights M n of the units A and C are in the range from 500 to 2000 and the ratio n:m is in the range from 20:80 to 80:20,
A working vehicle comprising: a vehicle body; a linkage device configured to link a working device to the vehicle body; a prime mover provided on the vehicle body; a traveling device configured to cause the vehicle body to travel; a transmission device configured to transmit power from the prime mover to the traveling device and perform a speed change process to change a speed of the vehicle body; an increase-in-speed detection device configured to detect an increase in speed of the vehicle body; and a speed change restraint unit configured such that, during the speed change process performed by the transmission device, when the increase in speed detected by the increase-in-speed detection device has become equal to or greater than a threshold, the speed change restraint unit stops the speed change process performed by the transmission device and then performs a return process to change a speed stage of the transmission device back to a speed stage before the start of the speed change process. a vehicle body; a linkage device configured to link a working device to the vehicle body; a prime mover provided on the vehicle body; a traveling device configured to cause the vehicle body to travel; a transmission device configured to transmit power from the prime mover to the traveling device and perform a speed change process to change a speed of the vehicle body; an increase-in-speed detection device configured to detect an increase in speed of the vehicle body; and a speed change restraint unit configured such that, during the speed change process performed by the transmission device, when the increase in speed detected by the increase-in-speed detection device has become equal to or greater than a threshold, the speed change restraint unit stops the speed change process performed by the transmission device and then performs a return process to change a speed stage of the transmission device back to a speed stage before the start of the speed change process.
Method for developing a container enclosing a filling structure comprising a crystalline phase enclosing 55 to 97% by weight of xonotlite crystallites, 3 to 45% by weight of tobermorite crystallites, less than 15% by weight of intermediaries of the formula Ca x Si y O z,w.H 2 O with 1<x<16, 1<y<24, 4<z<60 and 1<w<18, of which less than 5% by weight of CaCO 3, and less than 5% by weight of SiO 2, said filling structure being consistent and said container having a discontinuous or continuous side gap between the inner surface of the metal casing thereof and the outer surface of the filling structure, characterised in that it comprises the following steps: a) a step of hydrothermally synthesising the filling mass made from a mixture of quicklime and silica, b) a step of inserting the filling mass coming from step a) into a container comprising a metal casing, c) a step of cooling the filling mass coming from step b) by spraying a liquid or a gas taken at a temperature of between 15 and 25°C over at least part of the periphery of the container for a duration of between 30 seconds and 10 minutes so as to provide a discontinuous or continuous side gap between the inner surface of the metal casing and the outer surface of the filling mass, d) a step of drying the filling mass coming from step c). a) a step of hydrothermally synthesising the filling mass made from a mixture of quicklime and silica, b) a step of inserting the filling mass coming from step a) into a container comprising a metal casing, c) a step of cooling the filling mass coming from step b) by spraying a liquid or a gas taken at a temperature of between 15 and 25°C over at least part of the periphery of the container for a duration of between 30 seconds and 10 minutes so as to provide a discontinuous or continuous side gap between the inner surface of the metal casing and the outer surface of the filling mass, d) a step of drying the filling mass coming from step c).
An aqueous slurry composition for the production of a coating on a substrate comprising: a binder comprising an aqueous solution of lithiium doped potassium silicate, the binder characteriized by an absence of chromium; an aluminum powder or an aluminum alloy powder incorporated into the binder; and a cure catalyst comprising nano-sized cerium oxide colloidal solution. a binder comprising an aqueous solution of lithiium doped potassium silicate, the binder characteriized by an absence of chromium; an aluminum powder or an aluminum alloy powder incorporated into the binder; and a cure catalyst comprising nano-sized cerium oxide colloidal solution.
An endless belt (42A, 42B, 42C) comprising: a band-shaped belt main body (12, 29) made of a vulcanized rubber; and a coupling part (40A, 40B) that is made of a thermoplastic resin and is provided between both end parts of the belt main body (12, 29), wherein the vulcanized rubber of the both end parts of the belt main body (12, 29) and the thermoplastic resin of the coupling part (40A, 40B) are chemically bonded to each other through a crosslinking agent, that covalently bonds to an unvulcanized rubber and a thermoplastic resin. a band-shaped belt main body (12, 29) made of a vulcanized rubber; and a coupling part (40A, 40B) that is made of a thermoplastic resin and is provided between both end parts of the belt main body (12, 29), wherein the vulcanized rubber of the both end parts of the belt main body (12, 29) and the thermoplastic resin of the coupling part (40A, 40B) are chemically bonded to each other through a crosslinking agent, that covalently bonds to an unvulcanized rubber and a thermoplastic resin.
Method for secure pairing of wireless devices, wherein a master device is deployed in a network environment, and wherein a new device to be securely integrated into said network environment executes an unauthenticated key exchange with said master device, wherein said master device has a security association with a camera system that monitors an operational area where said new wireless device is placed, based on the exchanged key from the unauthenticated key exchange, said master device and said new device each compute a key confirmation code, wherein said camera system learns said key confirmation code from said master device, said camera system watches for devices transmitting said key confirmation code via a visual out-of-band channel and provides images of such identified devices to said master device, based on an analysis of an image of a device identified by said camera system, an authorization decision is made with respect to accepting said identified device as new device of said network environment.
An analysis apparatus comprising: heating furnace comprising a heating furnace main body having a tubular member and a tubular block body provided above the tubular member, the heating furnace containing a sample; a filter member formed in a tubular shape through which gas produced from the sample heated in the sample containing part passes; and a gas flow path adapted to lead the gas having passed through the filter member to an analyzer, wherein: the filter member comprises in one end part a gas lead-out port connecting to the gas flow path, and the filter member is provided in the block body to partition an internal space of the block body into an inner internal space and an outer internal space, wherein the inner internal space is communicatively connected with the gas flow path, and the outer internal space is communicatively connected with an internal space of the tubular member, the gas flow path being configured such that the gas passes through a side wall part of the filter member from the outer internal space to the inner internal space, and flows from the gas lead-out port to the gas flow path. heating furnace comprising a heating furnace main body having a tubular member and a tubular block body provided above the tubular member, the heating furnace containing a sample; a filter member formed in a tubular shape through which gas produced from the sample heated in the sample containing part passes; and a gas flow path adapted to lead the gas having passed through the filter member to an analyzer, wherein: the filter member comprises in one end part a gas lead-out port connecting to the gas flow path, and the filter member is provided in the block body to partition an internal space of the block body into an inner internal space and an outer internal space, wherein the inner internal space is communicatively connected with the gas flow path, and the outer internal space is communicatively connected with an internal space of the tubular member, the gas flow path being configured such that the gas passes through a side wall part of the filter member from the outer internal space to the inner internal space, and flows from the gas lead-out port to the gas flow path.
Linear resonator (100, 300) of a high frequency antenna capable of emitting an excitation radio frequency signal and receiving a relaxation radio frequency signal, said linear resonator (100, 300) comprising: - a radiating element (103, 303) capable of emitting an excitation radio frequency signal and receiving a relaxation radio frequency signal, - a balun circuit and - a substrate formed by a dielectric material supporting said radiating element (103, 303) and in which said balun circuit is incorporated, said resonator being characterised in that: - said balun circuit is formed by a power supply line and two coupling lines (131, 132); and in that the resonator comprises: - two contact points (136, 137) connecting said balun circuit to said radiating element (103, 303), said contact points being formed by one of the ends of said coupling lines (131, 132) opening up in said substrate, the distance separating the two contact points (136, 137) being chosen during the design of said resonator so as to match the impedance of said resonator (100, 300); - a ground plane separating said coupling lines (131, 132) from said radiating element (103, 303). - a radiating element (103, 303) capable of emitting an excitation radio frequency signal and receiving a relaxation radio frequency signal, - a balun circuit and - a substrate formed by a dielectric material supporting said radiating element (103, 303) and in which said balun circuit is incorporated, - said balun circuit is formed by a power supply line and two coupling lines (131, 132); - two contact points (136, 137) connecting said balun circuit to said radiating element (103, 303), said contact points being formed by one of the ends of said coupling lines (131, 132) opening up in said substrate, the distance separating the two contact points (136, 137) being chosen during the design of said resonator so as to match the impedance of said resonator (100, 300); - a ground plane separating said coupling lines (131, 132) from said radiating element (103, 303).