mhurhangee/ep-ind-claims huggingface dataset:
A stackable basket for dishwashing machines, comprising: - a bottom wall and four sidewalls, each sidewall of said four sidewalls having an upper portion and an opposite lower portion, said upper portion being more internal with respect to said lower portion in the direction of the central part of said basket, - each upper portion comprises at least one recess extending toward said bottom wall, - each lower portion comprises at least one pair of ribs spaced apart and connecting said lower portion to said bottom wall, - wherein two baskets can be stacked in an engagement position in which the lower portion of the upper basket at least partially overlaps the upper portion of the lower basket in said engagement position, and said at least one pair of ribs in the lower portion of the upper basket are at least partially inserted in a corresponding recess in the upper portion of the lower basket; characterised in that: - each recess comprises a horizontal lower side and two vertical sides (6c,6d) opposite to each other and orthogonal to said lower side and spaced apart by a first distance (D') which is comprised between 10% and 30% of the total length of said sidewall. - a bottom wall and four sidewalls, each sidewall of said four sidewalls having an upper portion and an opposite lower portion, said upper portion being more internal with respect to said lower portion in the direction of the central part of said basket, - each upper portion comprises at least one recess extending toward said bottom wall, - each lower portion comprises at least one pair of ribs spaced apart and connecting said lower portion to said bottom wall, - wherein two baskets can be stacked in an engagement position in which the lower portion of the upper basket at least partially overlaps the upper portion of the lower basket in said engagement position, and said at least one pair of ribs in the lower portion of the upper basket are at least partially inserted in a corresponding recess in the upper portion of the lower basket; characterised in that: - each recess comprises a horizontal lower side and two vertical sides (6c,6d) opposite to each other and orthogonal to said lower side and spaced apart by a first distance (D') which is comprised between 10% and 30% of the total length of said sidewall.
A method for controlling anaerobic bacteria in an aqueous or water-containing system having a temperature of at least 60 °C, the method comprising contacting the aqueous or water-containing system with a protected antimicrobial compound,wherein said protected antimicrobial compound is: N-methylenemethanamine oxide; N-methyleneethanamine oxide; N-methylenepropylamine oxide; N-methyleneisopropylamine oxide; N-methylenetertbutylamine oxide; N,N'-(pentane-1,5-diylidene)bis(methanamine oxide); N,N'-(pentane-1,5-diylidene)bis(ethanamine oxide); N,N'-(pentane-1,5-diylidene)bis(propylamine oxide); N,N'-(pentane-1,5-diylidene)bis(propan-2-amine oxide); N,N'-(pentane-1,5-diylidene)bis(2-methylpropan-2-amine oxide); N,N'-(ethane-1,2-diylidene)bis(methanamine oxide); N,N'-(ethane-1,2-diylidene)bis(ethanamine oxide); N,N'-(ethane-1,2-diylidene)bis(propan-2-amine oxide); N,N'-(ethane-1,2-diylidene)bis(2-methylpropan-2-amine oxide); or mixtures of two or more thereof.
Electric coolant pump with a pump section and an electronically commutated canned drive motor which comprises: an internal motor rotor and external stator coils, a coil carrier carrying all of the stator coils, motor electronics arranged at a longitudinal end of the coolant pump that is opposite the pump section, and a separate can body separating a coolant space in which the motor rotor is arranged from a dry space in which the coil carrier with the stator coils is arranged, wherein the can body and the coil carrier comprise complementary form-fitting means (33, 48; 50, 52; 60, 62) that ensure an unambiguous rotational and axial positioning of the coil carrier with respect to the can body, characterized in that the form-fitting means (33, 50, 60) of the can body is arranged on the outer side of the can body, and that the can body has at least one axial cable sleeve through which a coil cable passes and which serves to guide the coil cable between the stator coils and the motor electronics. an internal motor rotor and external stator coils, a coil carrier carrying all of the stator coils, motor electronics arranged at a longitudinal end of the coolant pump that is opposite the pump section, and a separate can body separating a coolant space in which the motor rotor is arranged from a dry space in which the coil carrier with the stator coils is arranged, wherein
Use of a lyophilized dry platelet lysate material as a ready-to-use material for preparing a three-dimensional, gel-like substrate for cultivating cells, wherein the lyophilized platelet lysate material is free of any gelatinization-inhibiting substance.
Aerial transport installation (10, 100) with back-and-forth movement comprising: - two carrying-hauling ropes (11, 12) extending in two individual closed loops between two end terminals (A, B) separated from one another by an intermediate station, - vehicles (13a, 13b) suspended on the two carrying-hauling ropes (11, 12) by non-detachable fixed grips to perform back-and-forth runs between the end terminals (A, B) and the intermediate station (S, T) by means of a geared motor, - a first bull-wheel in one of the end terminals, - a second bull-wheel in the other end terminal, - a common double pulley in the intermediate station, characterized in that - the double pulley of the intermediate station is provided with two grooves having different groove root diameters (D1, D2), such that the ratio of the diameters (D1/D2) is equal to the ratio (L1/L2) respectively of the axial distance L1 separating the centres of the first bull-wheel and of the double pulley, and of the axial distance L2 separating the centres of the second bull-wheel and of the double pulley, - the loop of carrying-hauling rope passes around the bull-wheel and the outer receiving groove of diameter D1, whereas the other loop of carrying-hauling rope passes around the bull-wheel and the inner receiving groove of diameter D2. - two carrying-hauling ropes (11, 12) extending in two individual closed loops between two end terminals (A, B) separated from one another by an intermediate station, - vehicles (13a, 13b) suspended on the two carrying-hauling ropes (11, 12) by non-detachable fixed grips to perform back-and-forth runs between the end terminals (A, B) and the intermediate station (S, T) by means of a geared motor, - a first bull-wheel in one of the end terminals, - a second bull-wheel in the other end terminal, - a common double pulley in the intermediate station, characterized in that - the double pulley of the intermediate station is provided with two grooves having different groove root diameters (D1, D2), such that the ratio of the diameters (D1/D2) is equal to the ratio (L1/L2) respectively of the axial distance L1 separating the centres of the first bull-wheel and of the double pulley, and of the axial distance L2 separating the centres of the second bull-wheel and of the double pulley, - the loop of carrying-hauling rope passes around the bull-wheel and the outer receiving groove of diameter D1, whereas the other loop of carrying-hauling rope passes around the bull-wheel and the inner receiving groove of diameter D2.
An aircraft, comprising: a fuselage comprising: a composite skin comprising a first resin (402, 502) and a plurality of fibers (314, 316, 404, 406, 504, 506); a conductive patch (320, 420, 520) bonded to an interior surface of the composite skin, wherein the conductive patch is in electrical contact with the plurality of fibers; and a connector (322, 426, 572) in electrical contact with the conductive patch; characterised in that: the conductive patch is bonded to the interior surface of the composite skin by a second resin (422, 522), wherein portions of the conductive patch are separated from one another in a manner that allows the second resin to couple to the plurality of fibers while the conductive patch is also in contact with the plurality of fibers. a composite skin comprising a first resin (402, 502) and a plurality of fibers (314, 316, 404, 406, 504, 506); a conductive patch (320, 420, 520) bonded to an interior surface of the composite skin, wherein the conductive patch is in electrical contact with the plurality of fibers; and a connector (322, 426, 572) in electrical contact with the conductive patch; characterised in that: the conductive patch is bonded to the interior surface of the composite skin by a second resin (422, 522), wherein portions of the conductive patch are separated from one another in a manner that allows the second resin to couple to the plurality of fibers while the conductive patch is also in contact with the plurality of fibers.
A dental technology kit, for coupling a dental prosthesis to a bone tissue, which comprises at least one shell that defines a compartment that can be associated with a protruding head of a pin that can be anchored, directly or indirectly, to the bone tissue, and at least one containment unit, which can be stably inserted into a complementarily-shaped recess that can be provided in the prosthesis, characterized in that it comprises an intermediate container, which defines internally a receptacle of shape at least partially complementary to said shell, said container being accommodatable in an at least partially complementarily-shaped chamber provided in said containment unit until a mating configuration is defined, in said mating configuration at least one curved surface hump of said container, accommodated in said chamber, being arranged in contact with at least one complementarily-shaped curved surface region of said unit, in order to define, at least in said mating configuration, a spherical mating between said container and said unit.
An actinic ray-sensitive or radiation-sensitive resin composition comprising: a resin capable of increasing the solubility in an alkali developer by the action of an acid, a compound capable of generating an acid upon irradiation with an actinic ray or radiation, and a resin which contains (c) a repeating unit having at least one polarity conversion group and has at least a fluorine atom, wherein the acid generated from the compound upon irradiation with an actinic ray or radiation has a molecular weight of 300 or more and contains a monocyclic or polycyclic, alicyclic or aromatic ring which may contain a heteroatom, the content of the resin is from 0.1 to 10 mass% based on the entire solid content of the actinic ray-sensitive or radiation-sensitive resin composition, the repeating unit (c) has at least a fluorine atom, the polarity conversion group does not include an ester group directly bonded to the main chain of the repeating unit (c), and the repeating unit (c) has a partial structure represented by the following formula (KA-1), and the polarity conversion group is represented by X in the partial structure represented by the formula (KA-1): wherein X represents a carboxylic acid ester. a resin capable of increasing the solubility in an alkali developer by the action of an acid, a compound capable of generating an acid upon irradiation with an actinic ray or radiation, and a resin which contains (c) a repeating unit having at least one polarity conversion group and has at least a fluorine atom,
An orientation calculation apparatus for obtaining data from an input device comprising at least a gyro sensor (55, 56) and an acceleration sensor, so as to calculate an orientation of the input device, the orientation calculation apparatus comprising: orientation calculation means for calculating a first orientation of the input device in accordance with an angular rate detected by the gyro sensor and for calculating a second orientation (v2') of the input device relative to gravity in accordance with acceleration data detected by the acceleration sensor; and correction means (10, S5) for calculating a value representing the difference between a magnitude of an acceleration represented by the acceleration data detected by the acceleration sensor and a magnitude of the gravitational acceleration and, if the difference is smaller than a predetermined reference, for correcting the first orientation such that the first orientation approaches the second orientation (v2') of the input device as the magnitude of the acceleration becomes closer to the magnitude of the gravitational acceleration. orientation calculation means for calculating a first orientation of the input device in accordance with an angular rate detected by the gyro sensor and for calculating a second orientation (v2') of the input device relative to gravity in accordance with acceleration data detected by the acceleration sensor; and correction means (10, S5) for calculating a value representing the difference between a magnitude of an acceleration represented by the acceleration data detected by the acceleration sensor and a magnitude of the gravitational acceleration and, if the difference is smaller than a predetermined reference, for correcting the first orientation such that the first orientation approaches the second orientation (v2') of the input device as the magnitude of the acceleration becomes closer to the magnitude of the gravitational acceleration.
An agricultural harvester comprising a measuring device for investigating a crop material flow conveyed through the harvester, wherein the measuring device includes at least one optical detection unit which is arranged at the crop material flow and which detects light reflected by the crop material, and an evaluation unit which evaluates the spectrum of the detected light to derive therefrom properties of the crop material, wherein the evaluation unit is arranged at a position of the harvester which is very substantially decoupled from mechanical loading by the material flow and/or other operationally induced acceleration effects and is connected to the detection unit by way of at least one optical waveguide, characterised in that there are provided means with which the spacing and/or the orientation of the optical detection unit can be adjusted with respect to the material flow to be investigated.
Elevator having a safety controller to which several safety switch arrangements (20 - 28) are connected, which safety controller is configured to cause the stop of the elevator motor and the activation of the motor brakes, in the safety controller a comparator is provided for the determination of the status of the safety chain, which comparator is connected with a memory for storing at least one resistor reference value, which comparator is configured to output a safety chain status signal in dependence of comparison of a measured resistance value with the resistor reference value, characterized in that each of said safety switch arrangements comprises at least one first resistor and a safety switch which are connected in series, that the value of the first resistor is different in at least some safety switch arrangements (20 - 28), preferably in all safety switch arrangements, that each safety switch arrangement (20 - 28) comprises at least a second resistor connected in parallel with the safety switch, which second resistor has a higher value than the first resistor, and that the second resistor is connected in series with the first resistor.
A dishwasher comprising - an outer cabinet, - a tub wherein the washing process is performed, disposed into the outer cabinet such that a gap remains therebetween, - an air channel both ends of which are connected to the tub, - a dehumidifying unit having at least one desiccant material disposed on the air channel, at least one heater used for regenerating the desiccant material, a chamber wherein the desiccant material and the heater are placed and at least one fin disposed on the heater, - an outlet enabling air transfer from the inside of the tub into the air channel, - at least one fan that is disposed on the air channel and that sucks and delivers the humid air in the tub towards the dehumidifying unit and - an inlet that provides the dehumidified and heated air leaving the dehumidifying unit to be sent back to the tub through the air channel characterized by the at least one fin of the dehumidifying unit preventing the desiccant material particles from contacting the heater by forming a barrier between the desiccant material and the heater. - an outer cabinet, - a tub wherein the washing process is performed, disposed into the outer cabinet such that a gap remains therebetween, - an air channel both ends of which are connected to the tub, - a dehumidifying unit having at least one desiccant material disposed on the air channel, at least one heater used for regenerating the desiccant material, a chamber wherein the desiccant material and the heater are placed and at least one fin disposed on the heater, - an outlet enabling air transfer from the inside of the tub into the air channel, - at least one fan that is disposed on the air channel and that sucks and delivers the humid air in the tub towards the dehumidifying unit and - an inlet that provides the dehumidified and heated air leaving the dehumidifying unit to be sent back to the tub through the air channel characterized by the at least one fin of the dehumidifying unit preventing the desiccant material particles from contacting the heater by forming a barrier between the desiccant material and the heater.
A packet processing method, comprising the steps of: receiving, by an aggregation gateway, bandwidth information of a first tunnel and bandwidth information of a second tunnel sent by a home gateway, wherein the bandwidth information of the first tunnel comprises maximum bandwidth of the first tunnel, and the bandwidth information of the second tunnel comprises maximum bandwidth of the second tunnel, and wherein the first tunnel and the second tunnel are tunnels used for transmitting a downlink data packet between the aggregation gateway and the home gateway; determining, by the aggregation gateway, available bandwidth based on the bandwidth information of the first tunnel and the bandwidth information of the second tunnel; sending, by the aggregation gateway, the downlink data packet to the home gateway by using at least one of the first tunnel and the second tunnel based on the available bandwidth; and wherein before sending, the method further comprises a step of establishing, by the aggregation gateway, the first tunnel and the second tunnel between the aggregation gateway and the home gateway, wherein the first tunnel is corresponding to a first access network, and the second tunnel is corresponding to a second access network. receiving, by an aggregation gateway, bandwidth information of a first tunnel and bandwidth information of a second tunnel sent by a home gateway, wherein the bandwidth information of the first tunnel comprises maximum bandwidth of the first tunnel, and the bandwidth information of the second tunnel comprises maximum bandwidth of the second tunnel, and wherein the first tunnel and the second tunnel are tunnels used for transmitting a downlink data packet between the aggregation gateway and the home gateway; determining, by the aggregation gateway, available bandwidth based on the bandwidth information of the first tunnel and the bandwidth information of the second tunnel; sending, by the aggregation gateway, the downlink data packet to the home gateway by using at least one of the first tunnel and the second tunnel based on the available bandwidth; and wherein before sending, the method further comprises a step of establishing, by the aggregation gateway, the first tunnel and the second tunnel between the aggregation gateway and the home gateway, wherein the first tunnel is corresponding to a first access network, and the second tunnel is corresponding to a second access network.
An inhaler comprising a compliance monitoring module, wherein the inhaler is a pressurised metred dose inhaler, hereinafter pMDI, or a dry powder inhaler, hereinafter DPI, the compliance monitoring module comprising: a miniature pressure sensor, a sensor port of said sensor being configured to be pneumatically coupled to a flow channel of said inhaler through which a user can inhale; a battery to power the miniature pressure sensor; control means for switching on the pressure sensor and/or waking the pressure sensor from a low power state, wherein the control means is a mechanical switch, an optical sensor, an accelerometer or a Hall effect sensor; a processor configured to: receive data from a sensing element of the pressure sensor; receive data from a mode sensor configured to detect when the inhaler changes from an inactive mode to an active mode; and based on said data from said pressure sensor sensing element and said data from said mode sensor, compile a compliance report; wherein the inhaler is characterised in that the miniature pressure sensor is a microelectromechanical system pressure sensor or a nanoelectromechanical system pressure sensor, and wherein the inhaler further comprises a wireless transmitter configured to issue said compliance report. a miniature pressure sensor, a sensor port of said sensor being configured to be pneumatically coupled to a flow channel of said inhaler through which a user can inhale; a battery to power the miniature pressure sensor; control means for switching on the pressure sensor and/or waking the pressure sensor from a low power state, wherein the control means is a mechanical switch, an optical sensor, an accelerometer or a Hall effect sensor; a processor configured to: receive data from a sensing element of the pressure sensor; receive data from a mode sensor configured to detect when the inhaler changes from an inactive mode to an active mode; and based on said data from said pressure sensor sensing element and said data from said mode sensor, compile a compliance report; receive data from a sensing element of the pressure sensor; receive data from a mode sensor configured to detect when the inhaler changes from an inactive mode to an active mode; and based on said data from said pressure sensor sensing element and said data from said mode sensor, compile a compliance report; wherein the inhaler is characterised in that the miniature pressure sensor is a microelectromechanical system pressure sensor or a nanoelectromechanical system pressure sensor, and wherein the inhaler further comprises a wireless transmitter configured to issue said compliance report.
An aqueous binder composition comprising (i) one or more diprimary diamine or poly(primary amine), and (ii) a 5-carbon reducing sugar that is an aldopentose, wherein the number of equivalents of primary amine relative to the number of equivalents of carbonyl groups in the 5-carbon reducing sugar ranges 0.2:1 to 2:1, and wherein, when (i) is a poly(primary amine), it is a polyamine having a weight average molecular weight as determined by size exclusion gel chromatography of 5,000 or less and 10 wt.% or more of primary amine groups, based on the total weight of the polyamine.