mhurhangee/ep-ind-claims huggingface dataset:
An inventory control system for monitoring removal and replacement of objects stored in the system, the system comprising: a storage device including a container having a plurality of storage locations for storing objects, a sensing device configured to detect the presence or absence of objects in the storage locations, a locking mechanism for preventing access to the storage locations, and a data processor operatively connected to the locking mechanism and the sensing device; and an administrative computer remote from the storage device and operatively connected to the data processor, characterized in that, the administrative computer is configured to provide commands to the data processor to remotely control the locking mechanism of the storage device to lock at least some of the objects in the storage locations based on a lock down message transmitted by the central server to the system. a storage device including a container having a plurality of storage locations for storing objects, a sensing device configured to detect the presence or absence of objects in the storage locations, a locking mechanism for preventing access to the storage locations, and a data processor operatively connected to the locking mechanism and the sensing device; and an administrative computer remote from the storage device and operatively connected to the data processor, characterized in that, the administrative computer is configured to provide commands to the data processor to remotely control the locking mechanism of the storage device to lock at least some of the objects in the storage locations based on a lock down message transmitted by the central server to the system.
A storage battery control device that controls a power storage system including a plurality of storage batteries (C1 to Cn) connected in series with a load or a power generation unit, a bypass unit (B1 to Bn) configured to bypass the storage battery (C1 to Cn), a current sensor configured to detect a current value of the load or the power generation unit, and a control device, wherein the control device is configured to execute: a first detection process of, during a first discharge period in which a voltage value or a state of charge of the storage battery (C1 to Cn) at discharge is equal to or less than a first discharge threshold value, detecting a zero current state in which the current value detected by the current sensor becomes zero, and a first bypass process of, in response to detecting the zero current state in the first detection process, bypassing a storage battery (C1 to Cn) having a voltage value or a state of charge equal to or less than the first discharge threshold value by the bypass unit (B1 to Bn); or a second detection process of, during a first charge period in which a voltage value or a state of charge of the storage battery (C1 to Cn) at charge is equal to or greater than a first charge threshold value (V1'), detecting the zero current state, and a second bypass process of, in response to detecting the zero current state in the second detection process, bypassing a storage battery (C1 to Cn) having a voltage value or a state of charge equal to or greater than the first charge threshold value (V1') by the bypass unit (B1 to Bn). the control device is configured to execute: a first detection process of, during a first discharge period in which a voltage value or a state of charge of the storage battery (C1 to Cn) at discharge is equal to or less than a first discharge threshold value, detecting a zero current state in which the current value detected by the current sensor becomes zero, and a first bypass process of, in response to detecting the zero current state in the first detection process, bypassing a storage battery (C1 to Cn) having a voltage value or a state of charge equal to or less than the first discharge threshold value by the bypass unit (B1 to Bn); or a second detection process of, during a first charge period in which a voltage value or a state of charge of the storage battery (C1 to Cn) at charge is equal to or greater than a first charge threshold value (V1'), detecting the zero current state, and a second bypass process of, in response to detecting the zero current state in the second detection process, bypassing a storage battery (C1 to Cn) having a voltage value or a state of charge equal to or greater than the first charge threshold value (V1') by the bypass unit (B1 to Bn).
A method for coating of woven materials with a PEDOT:PSS polymer complex, wherein the coating comprises the steps of: a) initial coating by dyeing in exhaust of woven fabrics with an aqueous solution of PEDOT:PSS polymer complex at 80-95 oC for 20-45 min, b) removing water by drying at 100-120 oC for 100-300 sec, c) additional coating by knife over roll at room temperature with an aqueous solution of PEDOT:PSS polymer complex, d) removing water by drying at 100-120 oC for 100-300 sec, e) crosslinking with organic compound. a) initial coating by dyeing in exhaust of woven fabrics with an aqueous solution of PEDOT:PSS polymer complex at 80-95 oC for 20-45 min, b) removing water by drying at 100-120 oC for 100-300 sec, c) additional coating by knife over roll at room temperature with an aqueous solution of PEDOT:PSS polymer complex, d) removing water by drying at 100-120 oC for 100-300 sec, e) crosslinking with organic compound.
A bevel formation data setting device for setting a bevel for holding an eyeglasses lens on a rim of an eyeglasses frame, comprising: a rim information acquisition means configured to acquire rim information of the eyeglasses frame; and a display control means configured to control display of a display, wherein the display control means is configured to cause the display to display a setting screen for setting bevel formation data based on the acquired rim information, the setting screen corresponding to the rim, wherein the display control means is configured to cause the display to display information to be identifiable on the setting screen based on the acquired rim information, the information being required for forming the bevel corresponding to the rim. a rim information acquisition means configured to acquire rim information of the eyeglasses frame; and a display control means configured to control display of a display, wherein the display control means is configured to cause the display to display a setting screen for setting bevel formation data based on the acquired rim information, the setting screen corresponding to the rim, wherein the display control means is configured to cause the display to display information to be identifiable on the setting screen based on the acquired rim information, the information being required for forming the bevel corresponding to the rim.
An infeed apparatus for supplying can bodies to a can body decorator, the infeed apparatus comprising a conveyor which transports can bodies from an upstream supply; a rotatable mandrel wheel which receives each can body in a pocket on the circumference of the wheel, wherein the can bodies are supplied undecorated; the apparatus includes one or more infeed turrets having a circular pitch: a separator turret (22, 25, 28) which separates each can body received from the conveyor, whereby the linear can pitch on the conveyor is changed to a circular can pitch on the infeed turret(s); the apparatus is characterised by having a transfer turret for transferring can bodies to the mandrel wheel and having a circular pitch which is identical to that of the mandrel wheel, whereby the can stability is improved for loading and whereby the can pitch between conveyor and mandrel wheel is changed in one or more stages and handling of the undecorated can bodies is controlled.
A screw compressor or expander comprising: a female rotor (614; 714; 814; 914) including a first section (614A; 714A; 814A; 914A) having a first groove (616; 716; 816; 916) with a right-hand helical profile, a second section (614B; 714B; 814B; 914B) having a second groove (616; 716; 816; 916) with a left-hand helical profile, and a first central section (614C; 714C; 814C; 914C) having a first transition connecting the first and second groove (616; 716; 816; 916); and a male rotor (610; 710; 810; 910) including a third section (610A; 710A; 810A; 910A) having a first lobe (612; 712; 812; 912) with a right-hand helical profile, a fourth section (610B; 710B; 810B; 910B) having a second lobe (612; 712; 812; 912) with a left-hand helical profile, and a second central section (610C; 710C; 810C; 910C) having a second transition connecting the first and second lobes (612; 712; 812; 912), characterized in that the first transition is a curved transition, the second transition is a curved transition. a female rotor (614; 714; 814; 914) including a first section (614A; 714A; 814A; 914A) having a first groove (616; 716; 816; 916) with a right-hand helical profile, a second section (614B; 714B; 814B; 914B) having a second groove (616; 716; 816; 916) with a left-hand helical profile, and a first central section (614C; 714C; 814C; 914C) having a first transition connecting the first and second groove (616; 716; 816; 916); and a male rotor (610; 710; 810; 910) including a third section (610A; 710A; 810A; 910A) having a first lobe (612; 712; 812; 912) with a right-hand helical profile, a fourth section (610B; 710B; 810B; 910B) having a second lobe (612; 712; 812; 912) with a left-hand helical profile, and a second central section (610C; 710C; 810C; 910C) having a second transition connecting the first and second lobes (612; 712; 812; 912),
A washing machine comprising: a main body having a laundry inlet on a front surface portion of the main body; a tub provided inside the main body to store washing water; a drum rotatably provided in the tub and comprising a plurality of through holes continuously formed along the circumferential surface thereof; a pulsator disposed inside the drum on a side of the drum facing opposite to the laundry inlet and configured to be rotated separately from the drum; and a driving device configured to provide power to the drum and the pulsator, wherein no lifters are mounted on an inner surface of the drum, wherein each of the plurality of through holes is formed as a protrusion configured to protrude inward from the inner circumferential surface of the drum, wherein the pulsator comprises: a coupling portion disposed at the central axis of the pulsator; a first blade; and a second blade configured to have a smaller size than the first blade, and wherein the first blade and the second blade are disposed alternately in a circumferential direction of the coupling portion and extend outward from the coupling portion in a radial direction. a main body having a laundry inlet on a front surface portion of the main body; a tub provided inside the main body to store washing water; a drum rotatably provided in the tub and comprising a plurality of through holes continuously formed along the circumferential surface thereof; a pulsator disposed inside the drum on a side of the drum facing opposite to the laundry inlet and configured to be rotated separately from the drum; and a driving device configured to provide power to the drum and the pulsator, wherein no lifters are mounted on an inner surface of the drum, wherein each of the plurality of through holes is formed as a protrusion configured to protrude inward from the inner circumferential surface of the drum, wherein the pulsator comprises: a coupling portion disposed at the central axis of the pulsator; a first blade; and a second blade configured to have a smaller size than the first blade, and a coupling portion disposed at the central axis of the pulsator; a first blade; and a second blade configured to have a smaller size than the first blade, and wherein the first blade and the second blade are disposed alternately in a circumferential direction of the coupling portion and extend outward from the coupling portion in a radial direction.
Support device for supporting a motor vehicle component, comprising: - a mounting plate which is equipped with securing means able to secure said component and with fastening means able to fasten said mounting plate to a structural element of the motor vehicle, - a deflector which forms a ramp, an end part of which extends at the height of the mounting plate and an opposite end of which is inclined with respect to the mounting plate. - a mounting plate which is equipped with securing means able to secure said component and with fastening means able to fasten said mounting plate to a structural element of the motor vehicle, - a deflector which forms a ramp, an end part of which extends at the height of the mounting plate and an opposite end of which is inclined with respect to the mounting plate.
A method comprising: generating at a network device comprising a virtual switch (14, 18) in communication with one or more virtual machines, a tenant record comprising tenant information for a context defined within said virtual switch to map flow data to a specific tenant; exporting the tenant record to a collector; monitoring network flow at said virtual switch; and exporting network flow data in a data record to the collector; wherein the data record comprises an identifier associating the data record with the context; wherein the monitoring and exporting is performed on a per tenant basis; and wherein each tenant comprises one or more applications using an on-demand service cloud computing environment, with virtual machines sharing hardware resources. generating at a network device comprising a virtual switch (14, 18) in communication with one or more virtual machines, a tenant record comprising tenant information for a context defined within said virtual switch to map flow data to a specific tenant; exporting the tenant record to a collector; monitoring network flow at said virtual switch; and exporting network flow data in a data record to the collector; wherein the data record comprises an identifier associating the data record with the context; wherein the monitoring and exporting is performed on a per tenant basis; and wherein each tenant comprises one or more applications using an on-demand service cloud computing environment, with virtual machines sharing hardware resources. wherein the data record comprises an identifier associating the data record with the context; wherein the monitoring and exporting is performed on a per tenant basis; and wherein each tenant comprises one or more applications using an on-demand service cloud computing environment, with virtual machines sharing hardware resources.
Assembly for a seal, in particular for a tilt seal or for an automatic lowering floor seal for doors, comprising the following characteristics: - the attachment comprises a sealing means and a first holding means; - the sealing means is disposed at least indirectly on the first holding means; - the first holding means is adapted for and equipped to be arranged on one or more second holding means; - the first holding means has first connecting elements (42, 47) to connect the first holding means to the second holding means in a first relative position; - the first holding means has second connecting elements (46, 48) to connect the first holding means to the second holding means in a second relative position - the first holding means has bridges and/or collars (46, 47, 48) that form the first connecting elements and/or the second connecting elements, characterized in that the second holding means is an angular part with a first arm and a second arm (53, 54, 55). - the attachment comprises a sealing means and a first holding means; - the sealing means is disposed at least indirectly on the first holding means; - the first holding means is adapted for and equipped to be arranged on one or more second holding means; - the first holding means has first connecting elements (42, 47) to connect the first holding means to the second holding means in a first relative position; - the first holding means has second connecting elements (46, 48) to connect the first holding means to the second holding means in a second relative position - the first holding means has bridges and/or collars (46, 47, 48) that form the first connecting elements and/or the second connecting elements, characterized in that the second holding means is an angular part with a first arm and a second arm (53, 54, 55).
A liquid shim, comprising: a bag defining a closed inner volume and having sealed openings spaced inwardly from a periphery of the bag, the sealed openings being sealed from the closed inner volume and delimiting holes extending through the bag; and a liquid shim material being flowable through the closed inner volume around the sealed openings and being curable to form a solid, the liquid shim material having a liquid shim material volume being less than the closed inner volume of the bag. a bag defining a closed inner volume and having sealed openings spaced inwardly from a periphery of the bag, the sealed openings being sealed from the closed inner volume and delimiting holes extending through the bag; and a liquid shim material being flowable through the closed inner volume around the sealed openings and being curable to form a solid, the liquid shim material having a liquid shim material volume being less than the closed inner volume of the bag.
A medical device, comprising: a sensing circuit configured to receive a cardiac electrical signal via electrodes coupled to the medical device; an impedance sensing circuit configured to apply a drive signal to electrodes coupled to the medical device and sense a resultant impedance signal; a telemetry circuit configured to transmit fluid status data to another medical device; and a control circuit coupled to the sensing circuit, the impedance sensing circuit and the telemetry circuit, the control circuit configured to: determine a plurality of impedance metrics from the impedance signal; determine a first plurality of amplitudes from the cardiac electrical signal; determine a first calibration relationship between the plurality of impedance metrics and the first plurality of amplitudes; determine a second plurality of amplitudes from the cardiac electrical signal; and generate fluid status signal data by adjusting the second plurality of amplitudes according to the determined first calibration relationship. a sensing circuit configured to receive a cardiac electrical signal via electrodes coupled to the medical device; an impedance sensing circuit configured to apply a drive signal to electrodes coupled to the medical device and sense a resultant impedance signal; a telemetry circuit configured to transmit fluid status data to another medical device; and a control circuit coupled to the sensing circuit, the impedance sensing circuit and the telemetry circuit, the control circuit configured to: determine a plurality of impedance metrics from the impedance signal; determine a first plurality of amplitudes from the cardiac electrical signal; determine a first calibration relationship between the plurality of impedance metrics and the first plurality of amplitudes; determine a second plurality of amplitudes from the cardiac electrical signal; and generate fluid status signal data by adjusting the second plurality of amplitudes according to the determined first calibration relationship. determine a plurality of impedance metrics from the impedance signal; determine a first plurality of amplitudes from the cardiac electrical signal; determine a first calibration relationship between the plurality of impedance metrics and the first plurality of amplitudes; determine a second plurality of amplitudes from the cardiac electrical signal; and generate fluid status signal data by adjusting the second plurality of amplitudes according to the determined first calibration relationship.
A mounting system (10, 10B) comprising multiple mounting-related devices (20, 25, 28, 30, 38, 40, 45), each being configured to execute a mounting-related process related to a process of mounting a component to a mounting target, which are arranged side by side along a conveyance direction of the mounting target, the mounting-related devices (20, 25, 28, 30, 38, 40, 45) comprising: an execution unit (23, 33) configured to execute the mounting-related process; a first interface configured to enable a mobile work device (16, 17) to access the execution unit (23, 33), the mobile work device (16, 17) moving a member related to the mounting-related process, characterized in that the mounting related devices (20, 25, 28, 30, 38, 40, 45) comprise an operation panel (24, 26, 36, 39, 41, 46) disposed in a second interface, the second interface being located on an opposite side of the first interface and configured to allow an operator access to the operation panel (24, 26, 36, 39, 41, 46) without allowing access by the mobile work device (16, 17), and in the mounting system (10, 10B), multiple of the first interfaces are arranged on a first side, and multiple of the second interfaces are arranged on a second side thereby constituting a mounting line (11, 12), and the first side is an automatic processing area for automatic processing by the mobile work device (16, 17), and the second side is an operator area in which the operator performs work without the mobile work device (16, 17) entering the operator area. an execution unit (23, 33) configured to execute the mounting-related process; a first interface configured to enable a mobile work device (16, 17) to access the execution unit (23, 33), the mobile work device (16, 17) moving a member related to the mounting-related process, characterized in that the mounting related devices (20, 25, 28, 30, 38, 40, 45) comprise an operation panel (24, 26, 36, 39, 41, 46) disposed in a second interface, the second interface being located on an opposite side of the first interface and configured to allow an operator access to the operation panel (24, 26, 36, 39, 41, 46) without allowing access by the mobile work device (16, 17), and in the mounting system (10, 10B), multiple of the first interfaces are arranged on a first side, and multiple of the second interfaces are arranged on a second side thereby constituting a mounting line (11, 12), and the first side is an automatic processing area for automatic processing by the mobile work device (16, 17), and the second side is an operator area in which the operator performs work without the mobile work device (16, 17) entering the operator area.
A composition comprising a combination of imazalil or a salt thereof, as component, and as a component a silver compound selected from silver acetate, silver alginate, silver azide, silver citrate, silver lactate, silver nitrate, silver perchlorate, silver sulfate, silver chloride, silver thiocyanate, silver-sodium-hydrogen-zirconium phosphate, silver sulfadiazine, silver cyclohexanediacetic acid and disilver 2,5-dichloro-3,6-dihydroxy-2,5-cyclohexadiene-1,4-dione; wherein the ratio by weight of component to component ranges from 4:1 to 1:4 to provide a synergistic biocidal effect.