mhurhangee/ep-ind-claims huggingface dataset:
Lightweight aircraft passenger seat assembly, comprising: at least one seat shell having a seat pan and a seat back which are rigidly connected with each other, wherein the lightweight aircraft passenger seat assembly further comprises a backrest portion which is movable in relation to the seat shell, and a supporting portion for supporting the at least one seat shell and the backrest portion relative to an aircraft structure, the supporting portion comprising at least one cross beam and at least one leg portion for attaching the at least one cross beam (41, 42) to the aircraft structure; characterized in that the backrest portion is hinged to the at least one cross beam of the supporting portion, wherein the backrest portion extends into and/or penetrates the seat shell for being hinged to the supporting portion.
Device for detecting forces occuring on a mold closing unit of an injection molding machine for processing plastics and other plasitifiable masses as ceramical and plastic materials, the mold closing unit comprising: - a stationary mold carrier, - a movable mold carrier forming together with the stationary mold carrier a mold clamping space for receiving an injection mold, - a closing device for cyclically opening, moving and closing of the injection mold and for generating the closing force, - at least two force transmitting elements connecting the stationary mold carrier across the mold clamping space with one of the following components for supporting the mold closing device, wherein the components include the closing device, a supporting element for the closing device or the stationary mold carrier, wherein the device comprises a sensor system for detecting both a mold safeguarding force when moving the injection mold and a several times larger closing force when closing the mold with at least two associated sensors (S, S'), one of which is associated to each one of the at least two transmitting elements, wherein one sensor (S') is adapted for the measuring range of the mold safeguarding force and the other sensor is adapted for the measuring range of the closing force, characterized in that the at least two identically constructed sensors for the measuring range of the mold safeguarding force, on the one hand, and for the measuring range of the closing force, on the other hand, are adjustable on different mechanical amplifications and that the sensors (S, S') are installed at the respectively same installation place in the structurally identical force transmitting elements. - a stationary mold carrier, - a movable mold carrier forming together with the stationary mold carrier a mold clamping space for receiving an injection mold, - a closing device for cyclically opening, moving and closing of the injection mold and for generating the closing force, - at least two force transmitting elements connecting the stationary mold carrier across the mold clamping space with one of the following components for supporting the mold closing device, wherein the components include the closing device, a supporting element for the closing device or the stationary mold carrier,
An ethylene polymerization system comprising: (i) a first compressor that provides a monomer under relatively low pressure; (ii) a second compressor located downstream of and in fluid communication with the first compressor, wherein the second compressor pressurizes the monomer to a relatively high pressure; (iii) a reactor located downstream of and in fluid communication with the second compressor, wherein the reactor polymerizes the monomer under relatively high pressure to produce a product mixture including polymer and unreacted monomer; (iv) a separation system downstream of and in fluid communication with the reactor; and (v) a quench system that cools the product mixture entering the separation system, the quench system including a pump located downstream of and in fluid communication with the reactor, the pump having a suction inlet that receives at least a portion of the monomer under relatively low pressure from the first compressor such that the pressure of the monomer under relatively low pressure from the first compressor is less than a suction pressure of the second compressor. (i) a first compressor that provides a monomer under relatively low pressure; (ii) a second compressor located downstream of and in fluid communication with the first compressor, wherein the second compressor pressurizes the monomer to a relatively high pressure; (iii) a reactor located downstream of and in fluid communication with the second compressor, wherein the reactor polymerizes the monomer under relatively high pressure to produce a product mixture including polymer and unreacted monomer; (iv) a separation system downstream of and in fluid communication with the reactor; and (v) a quench system that cools the product mixture entering the separation system, the quench system including a pump located downstream of and in fluid communication with the reactor, the pump having a suction inlet that receives at least a portion of the monomer under relatively low pressure from the first compressor such that the pressure of the monomer under relatively low pressure from the first compressor is less than a suction pressure of the second compressor.
A substrate processing apparatus comprising: a chamber having an inner space; an airflow former (AG or FL) supplies gas into the chamber to form a downward airflow; a substrate holder that holds a substrate in the chamber; a nozzle that supplies a processing liquid to the substrate from a processing position above the substrate held by the substrate holder; and a partition that partitions an inner space of the chamber into a processing space (Spa) including the substrate held by the substrate holder and a non-processing space (Spb) surrounding at least part of the processing space with the substrate held by the substrate holder, wherein the partition includes a processing cup that is provided to surround the substrate held by the substrate holder in a plan view and overlap with the substrate held by the substrate holder in a side view, and forms the processing space, a partition plate that is provided at a position above the processing cup, and has a plurality of through holes for guiding part of the downward airflow to the processing space and a nozzle opening formed to overlap with the processing position in a plan view, and a lid configured to cover the nozzle opening while allowing supply of a processing liquid from the nozzle to the substrate with the substrate held by the substrate holder and the nozzle located at the processing position. a chamber having an inner space; an airflow former (AG or FL) supplies gas into the chamber to form a downward airflow; a substrate holder that holds a substrate in the chamber; a nozzle that supplies a processing liquid to the substrate from a processing position above the substrate held by the substrate holder; and a partition that partitions an inner space of the chamber into a processing space (Spa) including the substrate held by the substrate holder and a non-processing space (Spb) surrounding at least part of the processing space with the substrate held by the substrate holder, wherein the partition includes a processing cup that is provided to surround the substrate held by the substrate holder in a plan view and overlap with the substrate held by the substrate holder in a side view, and forms the processing space, a partition plate that is provided at a position above the processing cup, and has a plurality of through holes for guiding part of the downward airflow to the processing space and a nozzle opening formed to overlap with the processing position in a plan view, and a lid configured to cover the nozzle opening while allowing supply of a processing liquid from the nozzle to the substrate with the substrate held by the substrate holder and the nozzle located at the processing position.
A battery system comprising: a battery module; a cooling channel disposed adjacent to the battery module; a ground wire configured to electrically connect the cooling channel and a vehicle body; characterized in that the battery system further comprises: a leakage current blocking device configured to interrupt an electrical connection of the cooling channel and the vehicle body when a leakage current continuously occurs in the battery module, wherein the leakage current blocking device comprises: a spark induction chamber having an inner space, in which an electric spark occurs, and having a piston which moves by the expansion of a gas in the inner space of the spark induction chamber; a switch configured to be operated by the piston; and a relay configured to determine an electrical connection state of the ground wire according to an operation of the switch. a battery module; a cooling channel disposed adjacent to the battery module; a ground wire configured to electrically connect the cooling channel and a vehicle body; characterized in that the battery system further comprises: a leakage current blocking device configured to interrupt an electrical connection of the cooling channel and the vehicle body when a leakage current continuously occurs in the battery module, wherein the leakage current blocking device comprises: a spark induction chamber having an inner space, in which an electric spark occurs, and having a piston which moves by the expansion of a gas in the inner space of the spark induction chamber; a switch configured to be operated by the piston; and a relay configured to determine an electrical connection state of the ground wire according to an operation of the switch. a leakage current blocking device configured to interrupt an electrical connection of the cooling channel and the vehicle body when a leakage current continuously occurs in the battery module, wherein the leakage current blocking device comprises: a spark induction chamber having an inner space, in which an electric spark occurs, and having a piston which moves by the expansion of a gas in the inner space of the spark induction chamber; a switch configured to be operated by the piston; and a relay configured to determine an electrical connection state of the ground wire according to an operation of the switch. a spark induction chamber having an inner space, in which an electric spark occurs, and having a piston which moves by the expansion of a gas in the inner space of the spark induction chamber; a switch configured to be operated by the piston; and a relay configured to determine an electrical connection state of the ground wire according to an operation of the switch.
A method of operating a communication device, comprising: - while the communication device operates in a disconnected mode (303, 305) in which a data connection is not set-up between the communication device and a network, receiving at least one downlink signal transmitted by a base station of the network, - determining a receive property of the at least one downlink signal based on said receiving, and - transmitting an uplink report signal indicative of the receive property of the at least one downlink signal, wherein the receive property comprises at least one of a signal strength, signal-to-noise ratio, an error rate of decoding a plurality of downlink signals, or a decoding reliability, wherein the at least one downlink signal comprises a plurality of downlink signals, wherein the plurality of downlink signals are received in receive timeslots of a repetitive probing schedule, wherein the receive timeslots are coincident in time domain with paging occasions, and characterized in that the repetitive probing schedule is time-aligned with a discontinuous reception cycle of the disconnected mode (303, 305) such that not every on duration of the discontinuous reception cycle includes a receive timeslot of the repetitive probing schedule. - while the communication device operates in a disconnected mode (303, 305) in which a data connection is not set-up between the communication device and a network, receiving at least one downlink signal transmitted by a base station of the network, - determining a receive property of the at least one downlink signal based on said receiving, and - transmitting an uplink report signal indicative of the receive property of the at least one downlink signal, wherein the receive property comprises at least one of a signal strength, signal-to-noise ratio, an error rate of decoding a plurality of downlink signals, or a decoding reliability, wherein the at least one downlink signal comprises a plurality of downlink signals, wherein the plurality of downlink signals are received in receive timeslots of a repetitive probing schedule, wherein the receive timeslots are coincident in time domain with paging occasions, and characterized in that the repetitive probing schedule is time-aligned with a discontinuous reception cycle of the disconnected mode (303, 305) such that not every on duration of the discontinuous reception cycle includes a receive timeslot of the repetitive probing schedule.
Drainage device for at least partial installation in the floor of a room, comprising - an elongated water collection surface (3, 4) which is significantly more extended in a longitudinal direction than in a transverse direction perpendicular thereto, - a housing part which, when installed, has an upper opening and a lower opening, wherein water flowing off the water collection surface (3, 4) can enter the upper opening and wherein the water which has entered through the upper opening can escape from the lower opening, wherein the water collection surface (3, 4) can be attached or is releasably attached to the housing part, wherein the drainage device comprises a drain body into which the water escaping from the lower opening of the housing part can enter, and wherein the drain body can be connected directly or indirectly to a drain pipe provided by the customer, wherein the drainage device is designed such that the water from the water collection surface (3, 4) enters the upper opening of the housing part via the upper edge of the housing part, wherein the drainage device comprises an odour trap, characterised in that the extent of the water collection surface (3, 4) in the transverse direction is less than one third of the extent of the housing part in the transverse direction of the water collection surface (3, 4), and in that when assembled, the odour trap is arranged at least partially in the drain body. - an elongated water collection surface (3, 4) which is significantly more extended in a longitudinal direction than in a transverse direction perpendicular thereto, - a housing part which, when installed, has an upper opening and a lower opening, wherein water flowing off the water collection surface (3, 4) can enter the upper opening and wherein the water which has entered through the upper opening can escape from the lower opening, wherein the water collection surface (3, 4) can be attached or is releasably attached to the housing part, wherein the drainage device comprises a drain body into which the water escaping from the lower opening of the housing part can enter, and wherein the drain body can be connected directly or indirectly to a drain pipe provided by the customer, wherein the drainage device is designed such that the water from the water collection surface (3, 4) enters the upper opening of the housing part via the upper edge of the housing part, wherein the drainage device comprises an odour trap, characterised in that the extent of the water collection surface (3, 4) in the transverse direction is less than one third of the extent of the housing part in the transverse direction of the water collection surface (3, 4), and in that when assembled, the odour trap is arranged at least partially in the drain body.
A foam-type external skin preparation comprising: a hydrophobically modified alkyl cellulose; at least one salt selected from the group consisting of a carbonate and a bicarbonate; and a water-soluble acid, wherein the hydrophobically modified alkyl cellulose is represented by the following structural formula: wherein R 1, R 2, and R 3 are the same or different, and are a hydrogen atom, a lower alkyl group, a -[CH 2 CH 2-k (CH 3) k O] m H group, or a -CH 2 CH CH 2 OC j H 2j+1 group; n is an integer of 100 to 10,000; k is an integer of 0 or 1; m is an integer of 1 to 10; and j is an integer of 6 to 26; and the hydrophobically modified alkyl cellulose necessarily contains a -CH 2 CH CH 2 OC j H 2j+1 group; wherein the lower alkyl group is a methyl group or an ethyl group.
An assembly including a sprocket (1, 1'), the sprocket (1, 1') including: a body for being mounted in use for rotation about an axis, and a plurality of teeth projecting radially outwardly from the body with respect to the axis; the teeth including wear surfaces (10, 13, 14, 15) configured to engage respective links of at least one chain in use, wherein in use the wear surfaces (10, 13, 14, 15) are progressively worn by contact with the chain to define a varying wear profile of the teeth; characterised in that the sprocket (1, 1') further includes at least two datum connection portions spaced apart axially along the sprocket (1, 1') and not forming part of the wear surfaces (10, 13, 14, 15), and the assembly further includes a datum body; the datum body extending between the datum connection portions in a predefined position relative to the sprocket (1, 1'); the datum connection portions releasably engage the datum body extending between the datum connection portions to support the datum body in said predefined position relative to the sprocket (1, 1'), said predefined position being independent of the wear profile. a body for being mounted in use for rotation about an axis, and a plurality of teeth projecting radially outwardly from the body with respect to the axis; the teeth including wear surfaces (10, 13, 14, 15) configured to engage respective links of at least one chain in use, wherein in use the wear surfaces (10, 13, 14, 15) are progressively worn by contact with the chain to define a varying wear profile of the teeth; characterised in that the sprocket (1, 1') further includes at least two datum connection portions spaced apart axially along the sprocket (1, 1') and not forming part of the wear surfaces (10, 13, 14, 15), and the assembly further includes a datum body; the datum body extending between the datum connection portions in a predefined position relative to the sprocket (1, 1'); the datum connection portions releasably engage the datum body extending between the datum connection portions to support the datum body in said predefined position relative to the sprocket (1, 1'), said predefined position being independent of the wear profile.
A method for encoding rendered data, the method comprising: dividing a display area having rendered data thereon into a plurality of tiles determining an update frequency of the rendered data for each tile in the plurality of tiles for each tile whose update frequency exceeds a threshold, marking that tile as a candidate tile; associating adjacent marked tiles to form a heat map; analyzing the heat map over a first predetermined amount of time to determine whether to encode the rendered data associated with the heat map; when each tile in the heat map remains a candidate tile for the first predetermined amount of time, determining to encode the rendered data associated with the heat map as video data; and encoding the rendered data associated with the heat map as video data when each tile in the heat map remains a candidate tile for the first predetermined amount of time. dividing a display area having rendered data thereon into a plurality of tiles determining an update frequency of the rendered data for each tile in the plurality of tiles for each tile whose update frequency exceeds a threshold, marking that tile as a candidate tile; associating adjacent marked tiles to form a heat map; analyzing the heat map over a first predetermined amount of time to determine whether to encode the rendered data associated with the heat map; when each tile in the heat map remains a candidate tile for the first predetermined amount of time, determining to encode the rendered data associated with the heat map as video data; and encoding the rendered data associated with the heat map as video data when each tile in the heat map remains a candidate tile for the first predetermined amount of time.
A housing structure of a planar resistor, wherein all electrode extraction ends of the planar resistor are on the same side; a body of the housing structure is made of an insulating material covering the surface of the resistor; and an insulating structure (3, 8) having an opening facing toward the resistor is disposed to surround or is between the electrode extraction ends of the planar resistor; characterized in that one end of the insulating structure (3, 8) is of a multi-tooth or multi-groove structure, and an outer top surface of the other end of the insulating structure (3, 8) is a flat surface or a cambered surface or a waved surface; the opening of the multi-tooth or multi-groove structure after installation faces toward the ground.
A printing control method, comprising: receiving ticket data to be printed (S12, S101, S201, S301, S401, S501); printing the ticket data on a ticket (S14, S102, S202, S302, S402, S502) using a first printing mechanism with a first printing head; judging whether the ticket data on the printed ticket is complete (S16, S105, S205, S305, S405, S505); and performing a predetermined process according to the judgment result, wherein performing a predetermined process according to the judgment result comprises performing a first process under the condition that the ticket data is completely printed, and performing a second process under the condition that the ticket data is incompletely printed, wherein the second process comprises performing a second marking process on the incompletely printed ticket using an invalid ticket processing mechanism, characterized in that the second marking process comprises a punching or a stamping, the first process comprises performing a first marking process on the completely printed ticket using a second printing mechanism with a second printing head. receiving ticket data to be printed (S12, S101, S201, S301, S401, S501); printing the ticket data on a ticket (S14, S102, S202, S302, S402, S502) using a first printing mechanism with a first printing head; judging whether the ticket data on the printed ticket is complete (S16, S105, S205, S305, S405, S505); and performing a predetermined process according to the judgment result, wherein performing a predetermined process according to the judgment result comprises performing a first process under the condition that the ticket data is completely printed, and performing a second process under the condition that the ticket data is incompletely printed, wherein the second process comprises performing a second marking process on the incompletely printed ticket using an invalid ticket processing mechanism, characterized in that the second marking process comprises a punching or a stamping, the first process comprises performing a first marking process on the completely printed ticket using a second printing mechanism with a second printing head.