mhurhangee/ep-ind-claims huggingface dataset:
Use of an inhibitor of general formula or in which R 1 and R 2 each independently of each other are hydrogen, a branched or unbranched C 1 -C 20 alkyl group and X is any electron-donating group, for adjusting the reactivity and gel time of resin mixtures and/or reaction resin mortars based on radically hardenable compounds.
A cooking attachment for a heatable vessel of a kitchen appliance, which cooking attachment has a bottom comprising at least one bottom opening, through which steam, which escapes from the vessel, can enter the cooking attachment and/or condensate, which escapes from the cooking attachment, can enter the vessel, in particular cooking attachment, characterized in that a vibration actuator is assigned to the cooking attachment and/or to a lid for generating a forced vibration of the cooking attachment and/or of the lid, which closes the cooking attachment, wherein the vibration is suitable to release condensate from the cooking attachment and/or the lid, so that said condensate can flow in the direction of the vessel.
Bale wrapper for wrapping or packaging in particular agricultural harvested crop bales, comprising a base frame, a wrapping table that receives the harvested crop bales and is mounted on the base frame, and a wrapping arm that is arranged on a pivot bearing above a bale received by the wrapping table and receives at least one film roll, at least the vertical spacing of which wrapping arm from the wrapping table can be adjusted in order to adjust to different bale sizes and which comprises at least one first non-operational position in which the total weight of the wrapping arm rests directly on the base frame whilst simultaneously relieving the load on the pivot bearing, characterised in that the entire wrapping arm, together with the pivot bearing thereof, can be moved into a second non-operational position above an uppermost operational position at a maximum vertical spacing between the wrapping arm and the wrapping table.
A sprinkler head comprising: a sprinkler body having a longitudinal center axis; a nozzle supported in said sprinkler body, said nozzle having an orifice on said longitudinal axis; a wobbler cage including a multi-grooved water deflector plate downstream of said nozzle and adapted to receive a stream emitted from said nozzle; said wobbler cage tilted relative to said longitudinal center axis and mounted for rotating and wobbling motion relative to said sprinkler body; characterised in that said sprinkler head further comprises a rotary brake located within said sprinkler body or said wobbler cage for slowing the rotating and wobbling motion of the wobbler cage and the water deflector plate, said rotary brake being coupled between said wobbler cage and said sprinkler body, and being supported in said sprinkler head and coupled to said deflector plate via a shaft mounting a brake disc, and further being a viscous brake having a rotor attached to one end of said shaft and located in a chamber at least partially filled with a viscous fluid; said disc being mounted on an opposite end of said shaft; wherein said disc is either: provided with a post offset from said shaft, which post is received in a recess in a center of said water deflector plate, or is formed with a recess offset from said shaft, which recess receives a post projecting from a center of said water deflector plate. a sprinkler body having a longitudinal center axis; a nozzle supported in said sprinkler body, said nozzle having an orifice on said longitudinal axis; a wobbler cage including a multi-grooved water deflector plate downstream of said nozzle and adapted to receive a stream emitted from said nozzle; said wobbler cage tilted relative to said longitudinal center axis and mounted for rotating and wobbling motion relative to said sprinkler body; characterised in that said sprinkler head further comprises a rotary brake located within said sprinkler body or said wobbler cage for slowing the rotating and wobbling motion of the wobbler cage and the water deflector plate, said rotary brake being coupled between said wobbler cage and said sprinkler body, and being supported in said sprinkler head and coupled to said deflector plate via a shaft mounting a brake disc, and further being a viscous brake having a rotor attached to one end of said shaft and located in a chamber at least partially filled with a viscous fluid; said disc being mounted on an opposite end of said shaft; wherein said disc is either: provided with a post offset from said shaft, which post is received in a recess in a center of said water deflector plate, or is formed with a recess offset from said shaft, which recess receives a post projecting from a center of said water deflector plate.
A method, comprising steps of: (a) providing a first device comprising a sensor configured to sense a stimulus experienced by the first device, a controller configured to receive data from the sensor, a transceiver configured to wirelessly transmit the data from the first device to a second device, and a battery configured to supply power to at least the controller and the transceiver; (b) operating the first device in a first operational mode in which the sensor, the controller, and the transceiver are used at least occasionally to obtain and transmit data to the second device and the first device is used at least occasionally to receive data from the second device; (c) determining whether the battery is in a low power condition; and (d) when it is determined that the battery is in a low power condition, operating the first device in a second operational mode wherein the sensor, controller, and transceiver are used to obtain and transmit sensor data to the second device, wherein the first device at least occasionally transmits a signal to the second device that indicates a low power condition of the battery and the first device is not used to receive data from the second device. (a) providing a first device comprising a sensor configured to sense a stimulus experienced by the first device, a controller configured to receive data from the sensor, a transceiver configured to wirelessly transmit the data from the first device to a second device, and a battery configured to supply power to at least the controller and the transceiver; (b) operating the first device in a first operational mode in which the sensor, the controller, and the transceiver are used at least occasionally to obtain and transmit data to the second device and the first device is used at least occasionally to receive data from the second device; (c) determining whether the battery is in a low power condition; and (d) when it is determined that the battery is in a low power condition, operating the first device in a second operational mode wherein the sensor, controller, and transceiver are used to obtain and transmit sensor data to the second device, wherein the first device at least occasionally transmits a signal to the second device that indicates a low power condition of the battery and the first device is not used to receive data from the second device.
A bioreactor container, comprising: - an at least in some areas flexible wall, - at least one container opening (9a, 9b, 9c, 9d), the wall of the bioreactor container having a fluid-tight inner layer, and the wall of the bioreactor container having an at least in some areas fluid- permeable outer layer. - an at least in some areas flexible wall, - at least one container opening (9a, 9b, 9c, 9d),
Plant for blowing a pressurized fluid into a blank, especially into a blank for a PET container, which comprises: - a lower mould which is intended to house the blank, and which comprises an upper horizontal wall comprising an insertion orifice through which an upper neck of the blank is intended to project; - an upper nozzle which comprises a lower outlet orifice for the pressurized fluid which is intended to blow the pressurized fluid into the blank via the neck, and which comprises an annular seal which is arranged under the lower circumference of the outlet orifice; of the type in which the circumference of the outlet orifice is intended to be positioned opposite a bearing wall (18, 24) while surrounding the neck of the blank, the seal being pressed against the bearing wall (18, 24) to prevent the pressurized fluid from leaking between the circumference of the outlet orifice of the nozzle and bearing face (18, 24), characterized in that the seal comprises at least one first flexible annular lower lip which extends radially towards the inside of the outlet orifice, so that the pressurized fluid presses on an upper face of the lip so as to pin the free inside circular edge of the annular lip against the bearing wall (18, 24) to ensure the sealing of the nozzle. - a lower mould which is intended to house the blank, and which comprises an upper horizontal wall comprising an insertion orifice through which an upper neck of the blank is intended to project; - an upper nozzle which comprises a lower outlet orifice for the pressurized fluid which is intended to blow the pressurized fluid into the blank via the neck, and which comprises an annular seal which is arranged under the lower circumference of the outlet orifice; of the type in which the circumference of the outlet orifice is intended to be positioned opposite a bearing wall (18, 24) while surrounding the neck of the blank, the seal being pressed against the bearing wall (18, 24) to prevent the pressurized fluid from leaking between the circumference of the outlet orifice of the nozzle and bearing face (18, 24), characterized in that the seal comprises at least one first flexible annular lower lip which extends radially towards the inside of the outlet orifice, so that the pressurized fluid presses on an upper face of the lip so as to pin the free inside circular edge of the annular lip against the bearing wall (18, 24) to ensure the sealing of the nozzle.
A foldable electronic device comprising: a hinge module coupled at least in part between a first support member and a second support member; a first housing coupled at least in part to a first side of the hinge module by using the first support member; a second housing that is coupled at least in part to a second side of the hinge module by using the second support member and is configured to be unfolded and folded with the first housing by using the hinge module; a flexible display including a first display disposed on a first surface of the first housing, and a second display disposed on a third surface of the second housing; characterised by a sensor mounting module disposed in the second housing; a first fingerprint sensor that is mounted on a first surface of the sensor mounting module and is disposed between the third surface of the second housing and the second display; and a second fingerprint sensor that is mounted on a second surface of the sensor mounting module opposite to the first surface of the sensor mounting module and is disposed on a fourth surface of the second housing opposite to the third surface of the second housing. a hinge module coupled at least in part between a first support member and a second support member; a first housing coupled at least in part to a first side of the hinge module by using the first support member; a second housing that is coupled at least in part to a second side of the hinge module by using the second support member and is configured to be unfolded and folded with the first housing by using the hinge module; a flexible display including a first display disposed on a first surface of the first housing, and a second display disposed on a third surface of the second housing; characterised by a sensor mounting module disposed in the second housing; a first fingerprint sensor that is mounted on a first surface of the sensor mounting module and is disposed between the third surface of the second housing and the second display; and a second fingerprint sensor that is mounted on a second surface of the sensor mounting module opposite to the first surface of the sensor mounting module and is disposed on a fourth surface of the second housing opposite to the third surface of the second housing.
Method for automatically locating a fire alarm, in particular in a building, the method comprising the following steps: a) the position at which the fire alarm is installed is marked in a plan by an operator using input means, the plan being displayed on a mobile communications device of the operator; b) a test message of the fire alarm to a control centre is triggered by the operator, the test message including a unique identification number of the fire alarm; c) the control centre is instructed by the operator by means of the mobile communications device to send the test messages that have been present at the control centre for a defined period of time to the communications device, wherein, if precisely one test message is present, the unique identification number contained in the test message for the position of the fire alarm in the plan displayed on the mobile communications device can be assigned by the operator using input means, and wherein, if more than one test message is present, a new test message of the fire alarm to the control centre is triggered by the operator; (d) the assignment of the unique identification number of the fire alarm is stored together with its position in a building management system. a) the position at which the fire alarm is installed is marked in a plan by an operator using input means, the plan being displayed on a mobile communications device of the operator; b) a test message of the fire alarm to a control centre is triggered by the operator, the test message including a unique identification number of the fire alarm; c) the control centre is instructed by the operator by means of the mobile communications device to send the test messages that have been present at the control centre for a defined period of time to the communications device, wherein, if precisely one test message is present, the unique identification number contained in the test message for the position of the fire alarm in the plan displayed on the mobile communications device can be assigned by the operator using input means, and wherein, if more than one test message is present, a new test message of the fire alarm to the control centre is triggered by the operator; (d) the assignment of the unique identification number of the fire alarm is stored together with its position in a building management system.
A spinal implant comprising: an interbody implant in form of a corpectomy cage (12; 1312) defining a longitudinal axis, and an interbody endcap (22; 1322) comprising: a wall (66; 1366) having a first surface (74; 1374) connected to the interbody implant (12; 1312) and a second surface (72; 1372) including an arcuate portion configured for engagement with a vertebral endplate surface, wherein the second surface (72; 1372) extends between a first end and a second end such that the arcuate portion is disposed between the ends (78, 80), and wherein the ends (78, 80) each include a substantially planar configuration oriented transverse to the longitudinal axis, and wherein the second surface (72; 1372) extends outwardly from the interbody implant (12; 1312) to at least adjacent a perimeter of the vertebral endplate surface. an interbody implant in form of a corpectomy cage (12; 1312) defining a longitudinal axis, and an interbody endcap (22; 1322) comprising: a wall (66; 1366) having a first surface (74; 1374) connected to the interbody implant (12; 1312) and a second surface (72; 1372) including an arcuate portion configured for engagement with a vertebral endplate surface, wherein the second surface (72; 1372) extends between a first end and a second end such that the arcuate portion is disposed between the ends (78, 80), and wherein the ends (78, 80) each include a substantially planar configuration oriented transverse to the longitudinal axis, and wherein the second surface (72; 1372) extends outwardly from the interbody implant (12; 1312) to at least adjacent a perimeter of the vertebral endplate surface.
A refrigerating machine oil composition characterized in that a base oil containing a polyvinyl ether copolymer comprising a structural unit represented by the following general formula (XVII) wherein R 43 represents a hydrocarbon group with 1 to 3 carbon atoms having or not having an ether linkage in a molecule; and a structural unit represented by the following general formula (XVIII) wherein R 44 represents a hydrocarbon group with 3 to 20 carbon atoms having or not having an ether linkage in a molecule; provided that R 43 of the structural unit and R 44 of the structural unit are not the same; is mixed with 1 to 40% by weight, based on the total amount of the composition, of an alkylbenzene having an average molecular weight of 100 to 1,000.
A method for creating an interdigitated pattern for a back-contacted solar cell, comprising: depositing a first passivation layer stack including at least a layer of amorphous silicon, a-Si, of a first doping type on a surface of a silicon substrate of said solar cell; patterning the first passivation layer stack by using a first dry etching process, thereby creating one or more regions including the a-Si of the first doping type, and one or more exposed regions of said surface; cleaning said one or more exposed regions of said surface from contaminants remaining from said first dry etching process; and depositing, after said cleaning, a second passivation layer stack including at least a layer of a-Si of a second doping type different from the first doping type on said one or more exposed regions, thereby creating one or more regions including the a-Si of the second doping type on said one or more exposed regions of said surface, wherein the patterned first passivation layer stack and the one or more regions including the a-Si of the second doping type form the interdigitated pattern, and wherein said cleaning comprises: depositing a sacrificial layer at least on said one or more exposed regions of said surface; and removing said sacrificial layer by a second dry etching process, wherein said depositing and removing of the sacrificial layer are performed at a temperature not exceeding 250 °C. depositing a first passivation layer stack including at least a layer of amorphous silicon, a-Si, of a first doping type on a surface of a silicon substrate of said solar cell; patterning the first passivation layer stack by using a first dry etching process, thereby creating one or more regions including the a-Si of the first doping type, and one or more exposed regions of said surface; cleaning said one or more exposed regions of said surface from contaminants remaining from said first dry etching process; and depositing, after said cleaning, a second passivation layer stack including at least a layer of a-Si of a second doping type different from the first doping type on said one or more exposed regions, thereby creating one or more regions including the a-Si of the second doping type on said one or more exposed regions of said surface, wherein the patterned first passivation layer stack and the one or more regions including the a-Si of the second doping type form the interdigitated pattern, and wherein said cleaning comprises: depositing a sacrificial layer at least on said one or more exposed regions of said surface; and removing said sacrificial layer by a second dry etching process, wherein said depositing and removing of the sacrificial layer are performed at a temperature not exceeding 250 °C. depositing a sacrificial layer at least on said one or more exposed regions of said surface; and removing said sacrificial layer by a second dry etching process, wherein said depositing and removing of the sacrificial layer are performed at a temperature not exceeding 250 °C.
A hazardous material storage repository (100, 200, 300, 400, 500), comprising: a drillhole (104, 204) extending into the Earth and comprising an entry at least proximate a terranean surface (102, 502), the drillhole comprising a substantially vertical drillhole portion (106, 206), a transition drillhole portion coupled to the substantially vertical drillhole portion, and a hazardous material storage drillhole portion coupled to the transition drillhole portion, at least one of the transition drillhole portion or the hazardous material storage drillhole portion comprising an isolation drillhole portion that is directed vertically toward the terranean surface and away from an intersection between the substantially vertical drillhole portion and the transition drillhole portion; a storage canister (126, 226) positioned in the hazardous material storage drillhole portion, the storage canister sized to fit from the drillhole entry through the substantially vertical drillhole portion, the transition drillhole portion, and into the hazardous material storage drillhole portion of the drillhole, the storage canister comprising an inner cavity sized to enclose hazardous material; and a seal positioned in the drillhole, the seal isolating the hazardous material storage drillhole portion of the drillhole from the entry of the drillhole. a drillhole (104, 204) extending into the Earth and comprising an entry at least proximate a terranean surface (102, 502), the drillhole comprising a substantially vertical drillhole portion (106, 206), a transition drillhole portion coupled to the substantially vertical drillhole portion, and a hazardous material storage drillhole portion coupled to the transition drillhole portion, at least one of the transition drillhole portion or the hazardous material storage drillhole portion comprising an isolation drillhole portion that is directed vertically toward the terranean surface and away from an intersection between the substantially vertical drillhole portion and the transition drillhole portion; a storage canister (126, 226) positioned in the hazardous material storage drillhole portion, the storage canister sized to fit from the drillhole entry through the substantially vertical drillhole portion, the transition drillhole portion, and into the hazardous material storage drillhole portion of the drillhole, the storage canister comprising an inner cavity sized to enclose hazardous material; and a seal positioned in the drillhole, the seal isolating the hazardous material storage drillhole portion of the drillhole from the entry of the drillhole.
A gas turbine engine having an axis with a plurality of coaxial turbine discs, said plurality of turbine discs including a first disc and a second disc; wherein a face of the first disc is disposed opposite to a face of the second disc; and a cover plate coaxial with the axis and covering the second disc, the second disc further including an arrangement of turbine blade inserts positioned around a periphery of the second disc; the arrangement concentric with the plurality of turbine discs and the turbine blade inserts retained on the second disc at least in part by the cover plate, comprising: a coaxial tie bolt extending through the plurality of coaxial turbine disc; a spanner nut on an end of the tie bolt; an arm coaxial with the axis and extending from the face of the second disc, the arm having a distal end an axial stop extending from the face of the first disc; wherein the distal end is in contact with the axial stop; the axial stop restraining the axial movement of the second disc; and the cover plate extending axially between the axial stop and the second disc and radially between the arm and the periphery of the second disc. a coaxial tie bolt extending through the plurality of coaxial turbine disc; a spanner nut on an end of the tie bolt; an arm coaxial with the axis and extending from the face of the second disc, the arm having a distal end an axial stop extending from the face of the first disc; wherein the distal end is in contact with the axial stop; the axial stop restraining the axial movement of the second disc; and the cover plate extending axially between the axial stop and the second disc and radially between the arm and the periphery of the second disc.