mhurhangee/ep-ind-claims huggingface dataset:
A method of decomposing a phenol by-product, the method comprising: supplying the phenol by-product produced in a phenol and acetone preparation process to a decomposition reactor to perform a decomposition reaction to produce tar and a decomposition reaction product; collecting the tar produced by the decomposition reaction; separating an effective component and acetophenone from the decomposition reaction product; and mixing the separated acetophenone with the tar to form a tar-acetophenone mixed stream; wherein the decomposition reactor is a reaction distillation column of a type in which the reactor and the distillation column are integrated, and wherein the method includes: collecting the tar from a lower portion of the reaction distillation column; collecting the acetophenone from a middle portion of the reaction distillation column; collecting the effective component from an upper portion of the reaction distillation column; and collecting the tar-acetophenone mixed stream after mixing collected acetophenone with collected tar; wherein the effective component includes phenol, α-methylstyrene, and cumene. supplying the phenol by-product produced in a phenol and acetone preparation process to a decomposition reactor to perform a decomposition reaction to produce tar and a decomposition reaction product; collecting the tar produced by the decomposition reaction; separating an effective component and acetophenone from the decomposition reaction product; and mixing the separated acetophenone with the tar to form a tar-acetophenone mixed stream; wherein the decomposition reactor is a reaction distillation column of a type in which the reactor and the distillation column are integrated, and wherein the method includes: collecting the tar from a lower portion of the reaction distillation column; collecting the acetophenone from a middle portion of the reaction distillation column; collecting the effective component from an upper portion of the reaction distillation column; and collecting the tar-acetophenone mixed stream after mixing collected acetophenone with collected tar; wherein the effective component includes phenol, α-methylstyrene, and cumene. collecting the tar from a lower portion of the reaction distillation column; collecting the acetophenone from a middle portion of the reaction distillation column; collecting the effective component from an upper portion of the reaction distillation column; and collecting the tar-acetophenone mixed stream after mixing collected acetophenone with collected tar; wherein the effective component includes phenol, α-methylstyrene, and cumene.
A suction device of a press felt, said suction device comprising a tubular body extending in a transversal direction across a felt web and being equipped with a suction slot arrangement extending over the total length of the body, in contact with the felt, the inside thereof being connected with an exhaust suction apparatus so that exhaust suction is directed to the inside of the tubular body with two or more pipe connections leading to the inside of the tubular body, located over the length of the tubular body at a distance from each other, and below said two or more pipe connections there is at least one water draining connection located in the tubular body, wherein the suction device further comprises deflection plates for defleeting the direction of the suction flow, characterized in that the inside of the tubular body is equipped with the flow deflection plates on the outlet area of the pipe connections.
An ambulance cot loading and unloading system comprising: a cot having a cot-based control system and a cot-based user input device in communication with said cot-based control system; a cot loading and unloading apparatus comprising a loading and unloading apparatus-based control system, said loading and unloading apparatus-based control system configured for controlling said loading and unloading apparatus; and said cot including a cot-based communication system for communicating with a communication system on said loading and unloading apparatus, characterised by said cot-based control system being configured for controlling said loading and unloading apparatus and as a primary control system for controlling said cot loading and unloading apparatus with said cot-based user input device, and said loading and unloading apparatus-based control system being a slave control system to said primary control system wherein, when a cot is on or adjacent a loading and unloading apparatus, a user can control the loading and unloading apparatus from the cot. a cot having a cot-based control system and a cot-based user input device in communication with said cot-based control system; a cot loading and unloading apparatus comprising a loading and unloading apparatus-based control system, said loading and unloading apparatus-based control system configured for controlling said loading and unloading apparatus; and said cot including a cot-based communication system for communicating with a communication system on said loading and unloading apparatus, characterised by said cot-based control system being configured for controlling said loading and unloading apparatus and as a primary control system for controlling said cot loading and unloading apparatus with said cot-based user input device, and
Corona shielding system for an electrical machine, comprising a polymeric matrix and particles disposed therein that have a core and a coating, where the core contains mica and the coating a metal oxide, characterized in that the metal oxide coating has surface functionalization for binding to the matrix.
A shutoff device adapted for use in a toaster, including a guiding unit extending in an up-down direction; a bread carriage connected to and movable along said guiding unit, and including a first carriage body that has a first portion and a second portion spaced apart from and disposed under said first portion, and a lever unit having a contact segment that is adjacent to said first carriage body of saidbread carriage, and that is connected to and movable along said guiding unit, characterized in that: said contact segment has a lower portion disposed between said first and second portions (44, 45) of said first carriage body, and an upper portion spaced apart from said lower portion and disposed above said lower portion and said first portion of said first carriage body; said shutoff device further includes a switch that has a conduct portion, and a contact portion convertible between a contact position, where said contact portion electrically contacts said conduct portion, and a shutoff position, where said contact portion is separated from said conduct portion; said lever unit is downwardly movable to move said bread carriage downwardly, and to urge said contact portion of said switch to the contact position; and said lever unit is upwardly movable relative to said bread carriage with said lower portion being moved upwardly toward said first portion of said first carriage body and with said upper portion being moved upwardly away from said first portion of said first carriage body, thereby converting said contact portion of said switch to the shutoff position. a guiding unit extending in an up-down direction; a bread carriage connected to and movable along said guiding unit, and including a first carriage body that has a first portion and a second portion spaced apart from and disposed under said first portion, and a lever unit having a contact segment that is adjacent to said first carriage body of saidbread carriage, and that is connected to and movable along said guiding unit, said contact segment has a lower portion disposed between said first and second portions (44, 45) of said first carriage body, and an upper portion spaced apart from said lower portion and disposed above said lower portion and said first portion of said first carriage body; said shutoff device further includes a switch that has a conduct portion, and a contact portion convertible between a contact position, where said contact portion electrically contacts said conduct portion, and a shutoff position, where said contact portion is separated from said conduct portion; said lever unit is downwardly movable to move said bread carriage downwardly, and to urge said contact portion of said switch to the contact position; and said lever unit is upwardly movable relative to said bread carriage with said lower portion being moved upwardly toward said first portion of said first carriage body and with said upper portion being moved upwardly away from said first portion of said first carriage body, thereby converting said contact portion of said switch to the shutoff position.
A chemical-mechanical-polishing apparatus for polishing a workpiece, the apparatus comprising: a table that is operably connected with a motor and a motor drive of the apparatus, and that is supported at a portion of a housing of the apparatus rotatably about an axis of rotation; a carrier-chuck having a chuck head and a workpiece holder (220, 414) removably attached to the chuck head, wherein the apparatus further comprises: a polishing pad holder removably carried by the table, said polishing pad holder having a recess that forms a reservoir therein; an electronic circuitry including a potentiometer and a microcontroller configured to at least govern an operation of the drive, to control force exerted by a component located within the carrier chuck onto the workpiece holder (220, 414), to collect measurement data acquired by a measurement system of the apparatus, and, in response to processing such measurement data, to modify one or more parameters of said polishing; and wherein the measurement system of the apparatus includes a first electrode, which is electrically-connected at least to the microcontroller through a slip-ring and which extends into the reservoir from an electrode-holder. a table that is operably connected with a motor and a motor drive of the apparatus, and that is supported at a portion of a housing of the apparatus rotatably about an axis of rotation; a carrier-chuck having a chuck head and a workpiece holder (220, 414) removably attached to the chuck head, wherein the apparatus further comprises: a polishing pad holder removably carried by the table, said polishing pad holder having a recess that forms a reservoir therein; an electronic circuitry including a potentiometer and a microcontroller configured to at least govern an operation of the drive, to control force exerted by a component located within the carrier chuck onto the workpiece holder (220, 414), to collect measurement data acquired by a measurement system of the apparatus, and, in response to processing such measurement data, to modify one or more parameters of said polishing; and wherein the measurement system of the apparatus includes a first electrode, which is electrically-connected at least to the microcontroller through a slip-ring and which extends into the reservoir from an electrode-holder. a polishing pad holder removably carried by the table, said polishing pad holder having a recess that forms a reservoir therein; an electronic circuitry including a potentiometer and a microcontroller configured to at least govern an operation of the drive, to control force exerted by a component located within the carrier chuck onto the workpiece holder (220, 414), to collect measurement data acquired by a measurement system of the apparatus, and, in response to processing such measurement data, to modify one or more parameters of said polishing; and wherein the measurement system of the apparatus includes a first electrode, which is electrically-connected at least to the microcontroller through a slip-ring and which extends into the reservoir from an electrode-holder.
A system for detecting ink leakage in a print head for continuous inkjet printing, comprising an inkjet print head device, a sensor controller and a main controller for monitoring the signals from the sensor, the inkjet print head device comprising a transducer, a charge electrode, a deflection plate, a gutter, and a holster, provided that the holster is receiving at least the aforementioned components of the inkjet print head device, characterized in that the holster comprises an opening for a dedicated outlet for the ink in a printing mode and further comprises an ink leakage detection area, the ink leakage detection area comprising a non-conductive substrate and conductive circuit provided thereon, wherein the sensor controller is operatively connected to the ink leakage detection area, wherein the ink leakage detection area is configured to send to the sensor controller an ink leak signal, a holster mounted signal and a signal referring about a wiring connection and further to a control cabinet.
A cannula for perfusion of a donor organ, the cannula comprising: a seal that comprises a flexible material, that forms a first clamping surface for vasculature, and that has a flow passage; a second clamping surface, opposed to the first clamping surface, for the vasculature; and a chamber portion, on a side of the seal opposite the second clamping surface and comprising (i) a chamber, (ii) a first opening, (iii) a second opening, (iv) a third opening, and (v) a seal engaging portion around the first opening, the seal engaging portion being engaged with and supporting a periphery of the seal; characterized by: the cannula comprising a first circumferential portion and a second circumferential portion that mutually cooperate to support a circumference of the vasculature and to form the second clamping surface; the cannula comprising at least one support within the chamber that supports the seal, the support being attached to and extending from a wall of the chamber; and the at least one support being disposed closer to a center of the first clamping surface than the seal engaging portion so that the seal is located between the seal engaging portion and the support. a seal that comprises a flexible material, that forms a first clamping surface for vasculature, and that has a flow passage; a second clamping surface, opposed to the first clamping surface, for the vasculature; and a chamber portion, on a side of the seal opposite the second clamping surface and comprising (i) a chamber, (ii) a first opening, (iii) a second opening, (iv) a third opening, and (v) a seal engaging portion around the first opening, the seal engaging portion being engaged with and supporting a periphery of the seal; characterized by: the cannula comprising a first circumferential portion and a second circumferential portion that mutually cooperate to support a circumference of the vasculature and to form the second clamping surface; the cannula comprising at least one support within the chamber that supports the seal, the support being attached to and extending from a wall of the chamber; and the at least one support being disposed closer to a center of the first clamping surface than the seal engaging portion so that the seal is located between the seal engaging portion and the support. the cannula comprising a first circumferential portion and a second circumferential portion that mutually cooperate to support a circumference of the vasculature and to form the second clamping surface; the cannula comprising at least one support within the chamber that supports the seal, the support being attached to and extending from a wall of the chamber; and the at least one support being disposed closer to a center of the first clamping surface than the seal engaging portion so that the seal is located between the seal engaging portion and the support.
A molded body for deodorizing solid surfaces and/or the air, characterized in that at least a portion of the surface of the molded body comprises a metal/polymer mixture, the metal/polymer mixture comprising - greater than or equal to 40 wt.% and less than or equal to 80 wt.% of a thermoplastic styrene block copolymer; - greater than or equal to 10 wt.% and less than or equal to 50 wt.% of a polypropylene block copolymer, and - greater than or equal to 5 wt.% and less than or equal to 30 wt.% of a ferriferous metal, the sum of the indicated components of the metal/polymer mixture being at least 80 wt.%. - greater than or equal to 40 wt.% and less than or equal to 80 wt.% of a thermoplastic styrene block copolymer; - greater than or equal to 10 wt.% and less than or equal to 50 wt.% of a polypropylene block copolymer, and - greater than or equal to 5 wt.% and less than or equal to 30 wt.% of a ferriferous metal, the sum of the indicated components of the metal/polymer mixture being at least 80 wt.%.
Applicator for use in connection with an apparatus for treatment of subcutaneous, fat-rich cells using cold, wherein the applicator has a contact face which is formed as a surface of a rigid treatment plate, preferably from aluminium or another material with good heat conductivity, characterized in that two treatment plates are connected to form a stack with contact faces arranged on both sides.
A subscriber unit, comprising: a receiver configured to receive control information, therein the control information includes a forward traffic channel allocation information and a reverse traffic channel allocation information, therein the control information is received in a first time interval less than or equal to a slot of a second time interval, and therein the second time interval is defined by a plurality of slots; the receiver configured to receive forward traffic data in at least one slot of the second time interval in response to the forward traffic channel allocation information; and a transmitter configured to transmit reverse traffic data in at least one slot in response to the reverse traffic channel allocation information. a receiver configured to receive control information, therein the control information includes a forward traffic channel allocation information and a reverse traffic channel allocation information, therein the control information is received in a first time interval less than or equal to a slot of a second time interval, and therein the second time interval is defined by a plurality of slots; the receiver configured to receive forward traffic data in at least one slot of the second time interval in response to the forward traffic channel allocation information; and a transmitter configured to transmit reverse traffic data in at least one slot in response to the reverse traffic channel allocation information.
An in-wheel motor drive device, comprising: a motor part; a speed reduction part; a wheel bearing part; and a casing configured to hold the motor part, the speed reduction part and the wheel bearing part, the motor part comprising: a stator, which is fixed to the casing; a rotation shaft of a motor, which is rotatably supported on the casing through intermediation of rolling bearings; and a rotor, which is mounted to the rotation shaft of the motor, the speed reduction part comprising: an input shaft of a speed reducer, which is rotationally driven by the rotation shaft of the motor; and an output shaft of the speed reducer, which is configured to transmit rotation of the input shaft of the speed reducer, which is reduced in speed, to the wheel bearing part, each of the rolling bearings having a radial internal clearance (δ) of from 8 μm to 25 μm before being mounted, wherein the each of the rolling bearings has an axial constant pressure preload applied thereto. a motor part; a speed reduction part; a wheel bearing part; and a casing configured to hold the motor part, the speed reduction part and the wheel bearing part, the motor part comprising: a stator, which is fixed to the casing; a rotation shaft of a motor, which is rotatably supported on the casing through intermediation of rolling bearings; and a rotor, which is mounted to the rotation shaft of the motor, a stator, which is fixed to the casing; a rotation shaft of a motor, which is rotatably supported on the casing through intermediation of rolling bearings; and a rotor, which is mounted to the rotation shaft of the motor, the speed reduction part comprising: an input shaft of a speed reducer, which is rotationally driven by the rotation shaft of the motor; and an output shaft of the speed reducer, which is configured to transmit rotation of the input shaft of the speed reducer, which is reduced in speed, to the wheel bearing part, an input shaft of a speed reducer, which is rotationally driven by the rotation shaft of the motor; and an output shaft of the speed reducer, which is configured to transmit rotation of the input shaft of the speed reducer, which is reduced in speed, to the wheel bearing part, each of the rolling bearings having a radial internal clearance (δ) of from 8 μm to 25 μm before being mounted, wherein the each of the rolling bearings has an axial constant pressure preload applied thereto.
A connector comprising a plug member and a socket portion configured for mating with the plug member, the plug member including a first engagement claw having a first angled surface positioned to engage a first complementary angled surface of the socket portion, a lever arm pivotally mounted on the plug member and movable between a first position for coupling the plug member to the socket portion and a second position for uncoupling the plug member from the socket portion, the lever arm including a second engagement claw having a second angled surface configured to engage a second complementary angled surface of the socket portion when said lever arm is in said first position, the lever arm also including a chamfered side edge that forms at least one angled surface at a side of the second angled surface, a biasing member disposed between said plug member and said lever arm for biasing said lever arm toward said first position with a biasing force, the plug member being adapted to uncouple from the socket portion when a break-away force is applied to the plug member to cause said second angled surface, an angled surface of the chamfered side edge, or a combination of those angled surfaces to slide over the second complementary angled surface of the socket portion by overcoming the biasing force.
An image processing apparatus comprising: detecting means for detecting at least one layer boundary on a tomographic image of an eye obtained by performing tomographic imaging on the eye by using optical interference; determining means for determining, based on the detected at least one layer boundary, a region of the tomographic image including a retina of the eye; and processing means for converting an intensity distribution of a region other than the region including the retina by using an amount of conversion which is greater than an amount of conversion used to convert an intensity distribution of the region including the retina. detecting means for detecting at least one layer boundary on a tomographic image of an eye obtained by performing tomographic imaging on the eye by using optical interference; determining means for determining, based on the detected at least one layer boundary, a region of the tomographic image including a retina of the eye; and processing means for converting an intensity distribution of a region other than the region including the retina by using an amount of conversion which is greater than an amount of conversion used to convert an intensity distribution of the region including the retina.