mhurhangee/ep-ind-claims huggingface dataset:
A vertically folding wall partition adapted to close an opening comprising a plurality of interconnected horizontal wall panels pivotally interconnected to one another and forming horizontal panel joints therebetween, said panels being actuably secured by an overhead lifting mechanism to displace said panels from a folded storage position, wherein the opening is unobstructed, to a deployed partition forming position, wherein the opening is closed by the wall partition, said wall panels each having opposed spaced-apart composite walls (16, 16') forming a gap therebetween, said composite walls having side edge perimeter seals to provide acoustic sound damping; said vertically folding wall partition having a top and bottom horizontal seal (30, 31), and an acoustically damping joint obstructing member disposed within said horizontal panel joints between adjacent ones of said wall panels when said wall panels are in said deployed position, said composite walls (16, 16'), said side edge perimeter seals, said top and bottom horizontal seals (30, 31) and said joint obstructing members in combination provide improved acoustic performance for said vertically folding wall partition; characterized in that each said composite wall (16, 16') has a face sheet secured to a front face of a core material, a backer sheet secured to a rear face of said core material and an insulation material secured to said backer sheet facing said gap.
Carriage of a linear movement guide for arrangement on a rail of the linear movement guide, the carriage having an at least substantially U-shaped cross section and being provided at least with a substantially U-shaped main body supplemented with plastics components, wherein the carriage in the two legs of the U shape is provided with at least one respective intrinsically closed rolling-body recirculating means, each of which is held open towards the rail, characterized in that a one-piece plastics component in the two legs of the carriage is used in each case to form at least parts of inner and outer boundary surfaces of a return channel and the two deflection channels of one of the rolling-body recirculating means in the respective leg, and in that a respective insert for forming upper boundary surfaces (32, 33) is provided for two rolling-body recirculating means arranged in different legs of the carriage, wherein the two inserts are connected to one another in one piece by means of at least one bridge portion or bridge part (29, 30).
A control apparatus constituting an autonomous distributed radio network with at least one of equipment, comprising: an application processing unit processing an application to control the equipment, and a communication control unit managing route information by each of the equipment according to a prescribed communication protocol positioned in a lower layer than the application; characterised in that when the number of the equipment included in the radio network is equal to or less than a threshold determined in accordance with an upper limit number of the route information capable of being managed by the communication control unit, the application processing unit selects a first mode, when the number of the equipment included in the radio network is more than the threshold, the application processing unit selects a second mode, in the first mode, notification of the equipment to be controlled is sent from the application processing unit to the communication control unit, and the communication control unit controls communication route to the equipment to be controlled, and in the second mode, the application processing unit decides the communication route to the equipment to be controlled, and notification of the communication route is sent from the application processing unit to the communication control unit. an application processing unit processing an application to control the equipment, and a communication control unit managing route information by each of the equipment according to a prescribed communication protocol positioned in a lower layer than the application; characterised in that when the number of the equipment included in the radio network is equal to or less than a threshold determined in accordance with an upper limit number of the route information capable of being managed by the communication control unit, the application processing unit selects a first mode, when the number of the equipment included in the radio network is more than the threshold, the application processing unit selects a second mode, in the first mode, notification of the equipment to be controlled is sent from the application processing unit to the communication control unit, and the communication control unit controls communication route to the equipment to be controlled, and in the second mode, the application processing unit decides the communication route to the equipment to be controlled, and notification of the communication route is sent from the application processing unit to the communication control unit.
A toner composition comprising a core comprising a bio-based amorphous polyester resin, a phenol-free crystalline polyester resin, and a colorant, and a polymer shell thereover said core, wherein said bio-based amorphous polyester resin is selected from the group consisting of poly (bis-rosin-neopentylene-terephthalate), poly (bis-rosin-neopentylene-isophthalate), copoly-(bis-rosin-neopentylene-terephthalate) copoly-(bis-rosin-neopentylene-succinate), copoly-(bis-rosin-neopentylene-isophthalate)-copoly-(bis-rosin-neopentylene-succinate), and mixtures thereof, and wherein said polymer shell is selected from the group consisting of a styrene acrylate and a polystyrene acrylate amorphous resin.
An arrangement for supplying animals with feed, comprising: a) at least one feed tank for holding a volume of feed, wherein the feed tank is operatively connected to at least one pump for conveying the feed; b) at least one ring line opening into the feed tank, with a supply valve, a return valve arranged downstream the supply valve in a feed distribution direction, and having a plurality of outlets for the feed arranged between the supply valve and the return valve, wherein the outlets are each connected via a feed point valve to a discharge pipe opening into a trough bowl; c) a main valve for controlling the transportation of the feed from the feed tank to the ring line, wherein the main valve is located downstream of the pump and upstream of the supply valve; d) a compressed air supply with a compressed air valve for controlling the supply of compressed air to the ring line and/or a water supply with a water injection valve for controlling the supply of water to the ring line, wherein the compressed air supply and/or the water supply is located downstream of the main valve and upstream of the supply valve, e) wherein, when the supply valve is open, the return valve is open and the main valve is closed, a residue of feed is blown into the feed tank when a fluid flows through the ring pipe; characterized in that the discharge pipe is arranged essentially perpendicular to the trough bowl and the trough bowl has an essentially conical elevation pointing towards an opening of the discharge pipe, wherein, when the return valve is closed, the main valve is closed, the supply valve is open and the feed point valve is open, a residue of feed in the trough bowl is blown out of the trough bowl by a fluid being admitted via the opening of the discharge pipe onto the essentially conical elevation of the trough bowl. a) at least one feed tank for holding a volume of feed, wherein the feed tank is operatively connected to at least one pump for conveying the feed; b) at least one ring line opening into the feed tank, with a supply valve, a return valve arranged downstream the supply valve in a feed distribution direction, and having a plurality of outlets for the feed arranged between the supply valve and the return valve, wherein the outlets are each connected via a feed point valve to a discharge pipe opening into a trough bowl; c) a main valve for controlling the transportation of the feed from the feed tank to the ring line, wherein the main valve is located downstream of the pump and upstream of the supply valve; d) a compressed air supply with a compressed air valve for controlling the supply of compressed air to the ring line and/or a water supply with a water injection valve for controlling the supply of water to the ring line, wherein the compressed air supply and/or the water supply is located downstream of the main valve and upstream of the supply valve, e) wherein, when the supply valve is open, the return valve is open and the main valve is closed, a residue of feed is blown into the feed tank when a fluid flows through the ring pipe;
A mounting deviation correction apparatus for correcting mounting deviation of a mounted component which is mounted onto a board, comprising: a contact holding member which includes an abutting section for holding the mounted component; a movement device that is configured to move the contact holding member; a positional information acquisition device that is configured to acquire positional information of the mounted component in which mounting deviation is arising in relation to the board; and a contact holding control device configured to control the movement device such that the contact holding member is moved until the abutting section holds the mounted component in which the mounting deviation is arising based on the acquired positional information, characterized by a mounting deviation correction control device configured to control the movement device, in a state in which the abutting section holds the mounted component and based on the positional information which has been acquired, such that the contact holding member is moved in a direction which cancels out the mounting deviation of the mounted component, wherein the abutting section includes an abutting surface which is formed of a friction member, and wherein the contact holding control device is a device that is configured to control the movement device so as to cause the abutting surface to push the mounted component. a contact holding member which includes an abutting section for holding the mounted component; a movement device that is configured to move the contact holding member; a positional information acquisition device that is configured to acquire positional information of the mounted component in which mounting deviation is arising in relation to the board; and a contact holding control device configured to control the movement device such that the contact holding member is moved until the abutting section holds the mounted component in which the mounting deviation is arising based on the acquired positional information, characterized by a mounting deviation correction control device configured to control the movement device, in a state in which the abutting section holds the mounted component and based on the positional information which has been acquired, such that the contact holding member is moved in a direction which cancels out the mounting deviation of the mounted component, wherein the abutting section includes an abutting surface which is formed of a friction member, and wherein the contact holding control device is a device that is configured to control the movement device so as to cause the abutting surface to push the mounted component.
Method for actuating a control valve, wherein the control valve controls a volume flow of a fluid from a filter of a tank to an intake pipe of an internal combustion engine along a line (16, 17); wherein the method comprises at least the following steps: a) carrying out a closing operation of the control valve; b) measuring a pressure profile upstream of the control valve; c) determining a density of the fluid taking into consideration the pressure profile; wherein control of a metering of fuel to the internal combustion engine is performed in a manner dependent on the determined density of the fluid. a) carrying out a closing operation of the control valve; b) measuring a pressure profile upstream of the control valve; c) determining a density of the fluid taking into consideration the pressure profile;
Method of aligning an optical sensor, comprising at least one transmitter emitting transmitted light beams, at least one receiver for receiving the transmitted light beams and an evaluating unit for generating a binary object detection signal in dependence on the received signals, wherein the transmitted light beams are conducted into a monitoring region for detection of objects, wherein the switch states of the object detection signal are issued as a status report and wherein through introduction of a light beam deflecting unit the beam path of the transmitted light beams in the monitoring region is changed and the resulting changes in the status report are utilised for controlling the orientation of the transmitted light beams, characterised in that the light beam deflecting unit comprises at least one rotating prism.
A semiconductor device comprising: a semiconductor element; a support member (3, 5) bonded to a first surface of the semiconductor element with a first bonding member; and a lead electrode bonded to a second surface of the semiconductor element supported on the support member with a second bonding member, wherein the first.surface of the semiconductor element and the surface of the support member (3, 5) facing the semiconductor element have a Ni-plating and the first bonding member is obtainable by soldering with a Sn solder having a Cu content of 3 to 7% by mass and containing Cu 6 Sn 5 grains, and/or wherein the second surface of the semiconductor element and the surface of the lead electrode facing the semiconductor element have a Ni-plating and the second bonding member is obtainable by soldering with a Sn solder having a Cu content of 3 to 7% by mass and containing Cu 6 Sn 5 grains, such that: a plated Ni layer and a Cu-Sn compound layer are formed in each of an interface between the support member and the first bonding member and an interface between the first bonding member and the semiconductor element, and/or a plated Ni layer and a Cu-Sn compound layer are formed in each of an interface between the lead electrode and the second bonding member and an interface between the second bonding member and the semiconductor element. a semiconductor element; a support member (3, 5) bonded to a first surface of the semiconductor element with a first bonding member; and a lead electrode bonded to a second surface of the semiconductor element supported on the support member with a second bonding member, wherein the first.surface of the semiconductor element and the surface of the support member (3, 5) facing the semiconductor element have a Ni-plating and the first bonding member is obtainable by soldering with a Sn solder having a Cu content of 3 to 7% by mass and containing Cu 6 Sn 5 grains, and/or wherein the second surface of the semiconductor element and the surface of the lead electrode facing the semiconductor element have a Ni-plating and the second bonding member is obtainable by soldering with a Sn solder having a Cu content of 3 to 7% by mass and containing Cu 6 Sn 5 grains, a plated Ni layer and a Cu-Sn compound layer are formed in each of an interface between the support member and the first bonding member and an interface between the first bonding member and the semiconductor element, and/or a plated Ni layer and a Cu-Sn compound layer are formed in each of an interface between the lead electrode and the second bonding member and an interface between the second bonding member and the semiconductor element.
An elevator system, comprising: an elevator car drive assembly configured to drive at least one elevator car (104a-104n) to a plurality of floors serviced by the elevator system; and a mobile electronic device that inputs a ride request to deliver an available elevator car among the at least one elevator car (104a-104n) to a floor location containing the mobile electronic device, an electronic elevator controller in signal communication with the elevator drive assembly and the mobile electronic device, the electronic elevator controller configured to determine an unavailability of an originally assigned elevator car selected to perform the ride request, and to transmit reassignment information to the mobile electronic device indicating modification of the ride request, wherein the electronic elevator controller is configured to automatically reassign a different elevator car to the mobile electronic device, and to transmit the reassignment information to the mobile electronic device such that the mobile electronic device displays an identifier, ID, of the different elevator car, characterised in that the electronic elevator controller is further configured to transmit the reassignment information including a request to manually reinput the ride request when a number of automatic elevator car reassignments exceeds a reassignment threshold value. an elevator car drive assembly configured to drive at least one elevator car (104a-104n) to a plurality of floors serviced by the elevator system; and a mobile electronic device that inputs a ride request to deliver an available elevator car among the at least one elevator car (104a-104n) to a floor location containing the mobile electronic device, an electronic elevator controller in signal communication with the elevator drive assembly and the mobile electronic device, the electronic elevator controller configured to determine an unavailability of an originally assigned elevator car selected to perform the ride request, and to transmit reassignment information to the mobile electronic device indicating modification of the ride request, wherein the electronic elevator controller is configured to automatically reassign a different elevator car to the mobile electronic device, and to transmit the reassignment information to the mobile electronic device such that the mobile electronic device displays an identifier, ID, of the different elevator car, characterised in that the electronic elevator controller is further configured to transmit the reassignment information including a request to manually reinput the ride request when a number of automatic elevator car reassignments exceeds a reassignment threshold value.
A coating composition for filter media comprising: a flame retardant polymer dispersion comprised of monomeric units derived from a flame retardant monomer composition comprised of: a) a group derived from one of a (meth)acrylic acid, (meth)acrylamide, or vinylbenzene, b) a polyphosphate moiety, and c) an amine species; wherein a) is covalently bonded directly or through a linking group to b) forming a precursor monomer unit, and wherein c) is in complex with the covalently bonded polyphosphate moiety of b) in the precursor monomer unit. a) a group derived from one of a (meth)acrylic acid, (meth)acrylamide, or vinylbenzene, b) a polyphosphate moiety, and c) an amine species;
A storage system comprising: a first set of parallel rails or tracks and a second set of parallel rails or tracks extending transverse to the first set in a substantially horizontal plane to form a grid pattern comprising a plurality of grid spaces; a plurality of stacks of containers located beneath the rails, and arranged such that each stack occupies a footprint of a single grid space; and a load handling device for lifting and moving the containers stacked in the storage system, the load handling device being arranged to move laterally above the stacks on the rails or tracks, the load handling device comprising a container-receiving space located above the rails or tracks and a lifting device arranged to lift a single container from a stack into the container-receiving space, characterised in that the load handling device has a footprint that occupies substantially only a single grid space in the storage system. a first set of parallel rails or tracks and a second set of parallel rails or tracks extending transverse to the first set in a substantially horizontal plane to form a grid pattern comprising a plurality of grid spaces; a plurality of stacks of containers located beneath the rails, and arranged such that each stack occupies a footprint of a single grid space; and a load handling device for lifting and moving the containers stacked in the storage system, the load handling device being arranged to move laterally above the stacks on the rails or tracks, the load handling device comprising a container-receiving space located above the rails or tracks and a lifting device arranged to lift a single container from a stack into the container-receiving space, characterised in that the load handling device has a footprint that occupies substantially only a single grid space in the storage system.
A toolholder (25; 25') comprising a bottom abutment surface (27; 27'); a projection (29; 29') extending upwardly from the bottom abutment surface (27; 27'), the projection (29; 29') including an internally threaded opening (31; 31'), the internally threaded opening (31; 31') having a central axis (C1; C1') that is offset from a central axis (C3; C3') of the projection (29; 29') in a first direction (D1; D1'); and a clamping screw (33; 33') having external threads (35; 35') for mating with internal threads of the internally threaded opening (31; 31') and a head having a bottom clamping surface (39; 39') shaped as a truncated cone for contacting an insert clamping surface (41;41') and urging an insert (23; 23') in substantially the first direction (D1; D1') when the clamping screw (33; 33') is tightened relative to the toolholder (25; 25') and the insert (23; 23'), characterized in that the projection (29; 29') is generally circularly cylindrical and the toolholder (25; 25') comprises at least one abutment member (43; 43') extending from a side wall (45; 45') of the projection (29; 29') in a radial direction, each abutment member having an abutment point being a forwardmost point facing the first direction (D1, D1'), at least the abutment point of the at least one abutment member (43; 43') being closer to the central axis (C3; C3') of the projection (29; 29') than to the central axis (C1; C1') of the internally threaded opening (31; 31').
Household appliance for caring for pieces of laundry, having a drum for receiving pieces of laundry, a housing in which the drum is mounted with an oscillating device, and at least one acceleration sensor which is arranged on the drum or an outer tub and which comprises at least one measuring axis, characterised in that the oscillating device comprises a facility for identifying an error status of the oscillating device, wherein the facility includes the at least one acceleration sensor, with which the direction of the acceleration of gravity, which extends vectorially oriented vertically with respect to the base, can be measured relative to the direction of the measuring axis of the acceleration sensor and an error status of the oscillating device can be identified as a function of a comparison of the direction of the acceleration of gravity and the direction of the measuring axis of the acceleration sensor.