mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus comprising: a rotatable image bearing member; a developing member configured to develop an electrostatic latent image formed on the image bearing member using a developer at a developing portion; a transfer member configured to transfer a developer image developed by the developing member from the image bearing member to a transferred member at a transfer portion; and a brush contacting the image bearing member at a position of downstream of the transfer portion and upstream of the developing portion with respect to a rotational direction of the image bearing member, wherein the developer remaining on the surface of the image bearing member is collected in the developing portion, and characterized in that an average distance between base materials of the brush with respect to a rotational axis direction of the image bearing member is larger than an average particle diameter of the developer, and is equal to or less than 50μm. a rotatable image bearing member; a developing member configured to develop an electrostatic latent image formed on the image bearing member using a developer at a developing portion; a transfer member configured to transfer a developer image developed by the developing member from the image bearing member to a transferred member at a transfer portion; and a brush contacting the image bearing member at a position of downstream of the transfer portion and upstream of the developing portion with respect to a rotational direction of the image bearing member, wherein the developer remaining on the surface of the image bearing member is collected in the developing portion, and characterized in that an average distance between base materials of the brush with respect to a rotational axis direction of the image bearing member is larger than an average particle diameter of the developer, and is equal to or less than 50μm.
A xylanase enzyme having at least 70% amino acid sequence identity to the amino acid sequence of SEQ ID NO: 21, the xylanase enzyme comprising amino acids 7D, 33V, 79Y, 217Q and 298Y at positions corresponding to the amino acid numbering of SEQ ID NO: 21 and wherein the xylanase enzyme has xylanase activity and is capable of increased oil recovery from grain-based material as compared to the xylanase enzyme of SEQ ID NO: 1.
A method for determining a detection range for a control channel in a multi-beam system, characterized by comprising: sending, by a network device, configuration information to a terminal device, wherein the configuration information is used for the terminal device to determine a time domain resource in which control channel detection is required within a target downlink time period according to the configuration information, and the time domain resource comprises multiple time domain scheduling units (S 110); wherein time domain resources except a second time domain resource within the target downlink time period all comprise a synchronization signal and a broadcast channel; wherein, sending, by the network device, the configuration information to the terminal device (S 110), comprises: sending, by the network device, system information to the terminal device, wherein the system information comprises the configuration information; or, sending, by the network device, the configuration information to the terminal device through a broadcast channel. sending, by a network device, configuration information to a terminal device, wherein the configuration information is used for the terminal device to determine a time domain resource in which control channel detection is required within a target downlink time period according to the configuration information, and the time domain resource comprises multiple time domain scheduling units (S 110); wherein time domain resources except a second time domain resource within the target downlink time period all comprise a synchronization signal and a broadcast channel; wherein, sending, by the network device, the configuration information to the terminal device (S 110), comprises: sending, by the network device, system information to the terminal device, wherein the system information comprises the configuration information; or, sending, by the network device, the configuration information to the terminal device through a broadcast channel. sending, by the network device, system information to the terminal device, wherein the system information comprises the configuration information; or, sending, by the network device, the configuration information to the terminal device through a broadcast channel.
A method of co-extruding a plurality of polymeric plastic material streams to produce a resulting molded plastic article having a body portion and a protrusion portion, the method comprising the steps of: forming a combined polymeric flow stream comprising an inner stream and an outer stream of a first polymeric material and an interior core stream of a second polymeric material; flowing the combined polymeric flow stream from a gate portion of a mold cavity through a primary channel in the mold cavity at a first volumetric flow ratio of the inner stream to the outer stream of the first polymeric material; and controlling the first volumetric flow ratio of the inner stream to the outer stream throughout the primary channel at a single volumetric flow ratio to selectively control the flow of the interior core stream of the second polymeric material through a branch junction formed at an intersection of the primary channel and a downstream branch channel in the mold cavity, wherein the controlling of the first volumetric flow ratio of the inner stream to the outer stream of the first polymeric material throughout the primary channel results in a second volumetric flow ratio of the inner stream to the outer stream of the first polymeric material in the downstream branch channel. forming a combined polymeric flow stream comprising an inner stream and an outer stream of a first polymeric material and an interior core stream of a second polymeric material; flowing the combined polymeric flow stream from a gate portion of a mold cavity through a primary channel in the mold cavity at a first volumetric flow ratio of the inner stream to the outer stream of the first polymeric material; and controlling the first volumetric flow ratio of the inner stream to the outer stream throughout the primary channel at a single volumetric flow ratio to selectively control the flow of the interior core stream of the second polymeric material through a branch junction formed at an intersection of the primary channel and a downstream branch channel in the mold cavity, wherein the controlling of the first volumetric flow ratio of the inner stream to the outer stream of the first polymeric material throughout the primary channel results in a second volumetric flow ratio of the inner stream to the outer stream of the first polymeric material in the downstream branch channel.
A method for manufacturing a bonded wafer comprising: forming an ion implantation layer by ion implanting at least one gas ion selected from a hydrogen ion and a rare gas ion from a surface of a bond wafer; bonding the ion implanted surface of the bond wafer and a surface of a base wafer directly or through an insulating film; producing a bonded wafer having a thin-film on the base wafer by delaminating a part of the bond wafer along the ion implantation layer as a delamination surface; and reducing a film thickness of the thin-film, wherein the step of reducing the film thickness comprises a stage of reducing the film thickness by sacrificial oxidation treatment or vapor phase etching, wherein the method for manufacturing a bonded wafer further comprises a first cleaning step of cleaning the bonded wafer exposing the delamination surface just before the step of reducing the film thickness by sacrificial oxidation treatment or vapor phase etching, wherein the first cleaning step includes a stage of performing a wet cleaning by successively dipping the bonded wafer to plural of cleaning baths, wherein the wet cleaning is performed without applying ultrasonic in each of the cleaning baths in the wet cleaning, and wherein the first cleaning step is performed with using a cleaning line which detects and controls the particles with sizes of 65 nm or more.
Steering column lock for an automotive vehicle comprising: - a first part comprising a barrel with a rotor intended to rotate according to a lock rotation axis and comprising a receiving end intended to receive a key insert and a command end for transmitting the rotation movement of the rotor, - a second part comprising a cam intended to rotate according to a cam rotation axis, the cam is rotated by the command end of the rotor, - a third part comprising a lock bar mounted in translation according to a lock bar translation axis between a steering column lock position and a steering column release position, the lock bar being mobile in translation by the rotation of cam, the cam being connected to the command end of the rotor and to the lock bar through the cam peripheral surface, characterized in that the bar translation axis and the cam rotation axis are parallel together and not parallel with the lock rotation axis and, and in that said steering column lock comprises a lever linked to a key sensor for determining the presence of a key insert inserted in the rotor and connected to the barrel and to the lock bar, with return means associated with the lever. - a first part comprising a barrel with a rotor intended to rotate according to a lock rotation axis and comprising a receiving end intended to receive a key insert and a command end for transmitting the rotation movement of the rotor, - a second part comprising a cam intended to rotate according to a cam rotation axis, the cam is rotated by the command end of the rotor, - a third part comprising a lock bar mounted in translation according to a lock bar translation axis between a steering column lock position and a steering column release position, the lock bar being mobile in translation by the rotation of cam,
An anode valve for a circuit downstream of fuel cells of a system for automotive transport, comprising: - a valve body having an inlet pipe for the inlet of a fluid, an outlet pipe for discharging the fluid, connectable to the inlet pipe, and a body compartment; - a shutter suitable for passing from a closed configuration to an open configuration, wherein the shutter comprises a shutter body and an elastically deformable shutter diaphragm, joined to the shutter body; - an electrically powered solenoid device for moving the shutter body from the closed configuration to the open configuration, comprising a fixed core, a translatable movable core, integral with the shutter body, and a coil; - an inner casing provided with a second chamber in which is arranged the movable core; wherein the inner casing comprises an annular band made of a non-magnetic metal material, arranged between the coil and the second chamber to deviate the magnetic field and convey it into the movable core, and wherein the shutter diaphragm is permanently pressed against a support surface of the valve body to form a seal for the fluid and hermetically separate the inlet pipe and the outlet pipe from the body compartment and from the second chamber, characterized in that a fixed guide is received in the second chamber, the fixed guide comprising a foot, fastened to the fixed core, a stem extending along a main axis starting from the foot, and a head, joined to the end of the stem opposite to the foot, wherein said movable core is slidable on the stem. - a valve body having an inlet pipe for the inlet of a fluid, an outlet pipe for discharging the fluid, connectable to the inlet pipe, and a body compartment; - a shutter suitable for passing from a closed configuration to an open configuration, wherein the shutter comprises a shutter body and an elastically deformable shutter diaphragm, joined to the shutter body; - an electrically powered solenoid device for moving the shutter body from the closed configuration to the open configuration, comprising a fixed core, a translatable movable core, integral with the shutter body, and a coil; - an inner casing provided with a second chamber in which is arranged the movable core; wherein the inner casing comprises an annular band made of a non-magnetic metal material, arranged between the coil and the second chamber to deviate the magnetic field and convey it into the movable core, and wherein the shutter diaphragm is permanently pressed against a support surface of the valve body to form a seal for the fluid and hermetically separate the inlet pipe and the outlet pipe from the body compartment and from the second chamber, characterized in that a fixed guide is received in the second chamber, the fixed guide comprising a foot, fastened to the fixed core, a stem extending along a main axis starting from the foot, and a head, joined to the end of the stem opposite to the foot, wherein said movable core is slidable on the stem.
A method performed by a base station to assign to an user equipment, UE, communicating with the base station a number of coded control information symbols being transmitted with coded data information symbols during the same transmission time interval by the UE, the method comprising: assigning, by the base station, an offset value for the control information to the UE; assigning, by the base station, a modulation and coding scheme for the data information, data MCS, to the UE; transmitting information regarding the offset value to the UE; and transmitting information regarding the data MCS to the UE, wherein the number of coded control information symbols assigned to the UE for transmission of the control information is determined based on the data MCS and the offset value. assigning, by the base station, an offset value for the control information to the UE; assigning, by the base station, a modulation and coding scheme for the data information, data MCS, to the UE; transmitting information regarding the offset value to the UE; and transmitting information regarding the data MCS to the UE, wherein the number of coded control information symbols assigned to the UE for transmission of the control information is determined based on the data MCS and the offset value.
A method of cleaning the exterior surface of a surgical instrument in need thereof to remove gross contaminants prior to disinfection, said method including the steps of: i) wiping the exterior surface of said surgical instrument, wherein a resilient pad or a wipe is pressed against an exterior surface of the tubular portion of the surgical instrument and slid longitudinally to remove externally adherent soiling and at the same time redistribute any external soiling so that it is distributed as a film of thin and uniform thickness, while at the same time ii) subjecting the surface to treatment with a composition impregnated in the resilient pad or wipe, the composition comprising an enzyme and a surfactant, wherein the enzyme is present as a solution or a suspension in an amount of from 5 to 25% w/w of the composition, the enzyme selected from protease, alcalase, cellulase, lipolase, and combinations thereof. i) wiping the exterior surface of said surgical instrument, wherein a resilient pad or a wipe is pressed against an exterior surface of the tubular portion of the surgical instrument and slid longitudinally to remove externally adherent soiling and at the same time redistribute any external soiling so that it is distributed as a film of thin and uniform thickness, while at the same time ii) subjecting the surface to treatment with a composition impregnated in the resilient pad or wipe, the composition comprising an enzyme and a surfactant, wherein the enzyme is present as a solution or a suspension in an amount of from 5 to 25% w/w of the composition, the enzyme selected from protease, alcalase, cellulase, lipolase, and combinations thereof.
An endoluminal prosthesis system for being deployed in a patient's aorta near the heart, the system comprising: a graft having a tubular body with a proximal end and a distal end, where the proximal end is an end configured to be deployed near a patient's heart and the distal end is an end configured to be deployed away from the patient's heart, the tubular body defining a lumen extending from the proximal end to the distal end; a proximal portion of the graft including the proximal end, wherein the proximal portion is unstented; a distal portion of the graft including the distal end; a middle portion of the graft extending from the proximal portion to the distal portion, wherein the middle portion of the graft is stented; a collar disposed at a junction at the intersection between the distal portion and the middle portion; a plurality of connection branches attached to the middle portion, each of the connection branches having an inner end attached to the middle portion and an outer end disposed radially outwardly from the inner end, the inner end defining an inner opening and the outer end defining an outer opening, and a lumen extending from the inner opening to the outer opening; wherein each of the connection branches is pivotable in a proximal and distal direction and a circumferential direction relative to the middle portion at an attachment interface between the inner end of the connection branch and the middle portion; wherein each of the connection branches includes a seal stent disposed at the outer end, the seal stent being radially expandable to engage a branch vessel wall. a graft having a tubular body with a proximal end and a distal end, where the proximal end is an end configured to be deployed near a patient's heart and the distal end is an end configured to be deployed away from the patient's heart, the tubular body defining a lumen extending from the proximal end to the distal end; a proximal portion of the graft including the proximal end, wherein the proximal portion is unstented; a distal portion of the graft including the distal end; a middle portion of the graft extending from the proximal portion to the distal portion, wherein the middle portion of the graft is stented; a collar disposed at a junction at the intersection between the distal portion and the middle portion; a plurality of connection branches attached to the middle portion, each of the connection branches having an inner end attached to the middle portion and an outer end disposed radially outwardly from the inner end, the inner end defining an inner opening and the outer end defining an outer opening, and a lumen extending from the inner opening to the outer opening; wherein each of the connection branches is pivotable in a proximal and distal direction and a circumferential direction relative to the middle portion at an attachment interface between the inner end of the connection branch and the middle portion; wherein each of the connection branches includes a seal stent disposed at the outer end, the seal stent being radially expandable to engage a branch vessel wall.
A support for module (101, 201) of a transport system for displacement of people and/or goods comprising a plurality of plates where the transport system has system lines comprising: 1a) an entrance finished floor defined by a level of entrance fixed plate; 1b) an exit finished floor defined by a level of exit fixed plate; 1c) a nose line defined by a nose of the plates in a central section comprised between the entrance finished floor and the exit finished floor; 1d) an entrance working point, intersection of the nose line and the entrance finished floor; 1e) an exit working point, intersection of the nose line and the exit finished floor; 1f1) a plurality of fixings configured to fix the support to a bearing structure of the transport system; characterized in that the support comprises: 1f2) a plurality of horizontal tie plates configured to support and horizontally place the module (101, 201); 1f3) a plurality of lateral tie plates configured to support and laterally place the module (101, 201); 1f4) a plurality of longitudinal tie plates configured to support and longitudinally place the module (101, 201). 1a) an entrance finished floor defined by a level of entrance fixed plate; 1b) an exit finished floor defined by a level of exit fixed plate; 1c) a nose line defined by a nose of the plates in a central section comprised between the entrance finished floor and the exit finished floor; 1d) an entrance working point, intersection of the nose line and the entrance finished floor; 1e) an exit working point, intersection of the nose line and the exit finished floor; 1f1) a plurality of fixings configured to fix the support to a bearing structure of the transport system; 1f2) a plurality of horizontal tie plates configured to support and horizontally place the module (101, 201); 1f3) a plurality of lateral tie plates configured to support and laterally place the module (101, 201); 1f4) a plurality of longitudinal tie plates configured to support and longitudinally place the module (101, 201).
Bubble trap (4, 10) element in an extracorporeal haemodialysis circuit comprising - a body defining a space internal to said element; - an inner wall dividing the inner space of the element into a first and a second compartment; - a pressure port adapted to be connected to a pressure sensor in order to measure the pressure inside the bubble trap (4, 10); - a discharge opening to evacuate clots located inside the bubble trap (4, 10); the pressure port opening up in the first compartment of the element, the discharge opening opening up in the second compartment of the element, characterised in that said element also comprises an air intake that opens up into the second compartment of the element. - a body defining a space internal to said element; - an inner wall dividing the inner space of the element into a first and a second compartment; - a pressure port adapted to be connected to a pressure sensor in order to measure the pressure inside the bubble trap (4, 10); - a discharge opening to evacuate clots located inside the bubble trap (4, 10);