mhurhangee/ep-ind-claims huggingface dataset:
A substrate processing device comprising: a housing (1, 17), the housing has a top face with an inlet/outlet opening for letting a substrate in and out to the housing, the inlet/outlet opening having a diameter slightly larger than the diameter of the substrate; holding means that holds, in the housing (1, 17), a substrate subjected to an eliminating process of adhering materials on a processing surface of the substrate with the processing surface being directed to a bottom of the housing; a rotating table that includes, on a surface thereof, the holding means; supply means (8, 9) for supplying a process liquid to the processing surface of the substrate held by the holding means from the bottom side thereof; an inlet for taking a gaseous body in the housing, the inlet being a clearance formed between an outer periphery of the substrate and the inlet/outlet opening of the housing; and an outlet for evacuating, from the housing, vapors of the process liquid in the housing together with the gaseous body taken in from the inlet characterized by further comprising: a suction means connected with the outlet, the suction means designed to vacuum an interior of the housing to suction air from the inlet to produce airflow; and an infrared lamp provided above the inlet/outlet opening for heating a rear side of the substrate. a housing (1, 17), the housing has a top face with an inlet/outlet opening for letting a substrate in and out to the housing, the inlet/outlet opening having a diameter slightly larger than the diameter of the substrate; holding means that holds, in the housing (1, 17), a substrate subjected to an eliminating process of adhering materials on a processing surface of the substrate with the processing surface being directed to a bottom of the housing; a rotating table that includes, on a surface thereof, the holding means; supply means (8, 9) for supplying a process liquid to the processing surface of the substrate held by the holding means from the bottom side thereof; an inlet for taking a gaseous body in the housing, the inlet being a clearance formed between an outer periphery of the substrate and the inlet/outlet opening of the housing; and an outlet for evacuating, from the housing, vapors of the process liquid in the housing together with the gaseous body taken in from the inlet characterized by further comprising: a suction means connected with the outlet, the suction means designed to vacuum an interior of the housing to suction air from the inlet to produce airflow; and an infrared lamp provided above the inlet/outlet opening for heating a rear side of the substrate. a suction means connected with the outlet, the suction means designed to vacuum an interior of the housing to suction air from the inlet to produce airflow; and an infrared lamp provided above the inlet/outlet opening for heating a rear side of the substrate.
An intraoral device to be inserted in the mouth of an animal, preferably a human, said mouth having an upper and a lower jaw, and comprising: - upper cooperating means adapted to cooperate with the upper jaw; - lower cooperating means adapted to cooperate with the lower jaw; - a bracket fixed in the cooperating means (2, 3); and - a target carried by the bracket; wherein the upper and lower cooperating means (2, 3) are connected; - said bracket has an overall U-shape; and - said target is located on the lower part of the U-shaped bracket, characterised in that said target is spherical or spheroidal, and has at least one degree of freedom relative to the bracket. - upper cooperating means adapted to cooperate with the upper jaw; - lower cooperating means adapted to cooperate with the lower jaw; - a bracket fixed in the cooperating means (2, 3); and - a target carried by the bracket; wherein the upper and lower cooperating means (2, 3) are connected; - said bracket has an overall U-shape; and - said target is located on the lower part of the U-shaped bracket, characterised in that said target is spherical or spheroidal, and has at least one degree of freedom relative to the bracket.
A method for color management in a printing system comprising a printer, having printer settings to convert image color values into printer colorant control values, the method comprising the calibration steps of: a) printing a color test chart for a specified media type on the printer; b) measuring a printed color on the color test chart; c) establishing a relation between the printed color, media type and printer settings; and d) adjusting the printer settings on the basis of the established relation; characterized in that the method further comprises the step of: composing a test chart print job, wherein at least two calibrations for at least two different media types according to steps a) to d) that are due within a predetermined time range, are collected to be executed collectively. a) printing a color test chart for a specified media type on the printer; b) measuring a printed color on the color test chart; c) establishing a relation between the printed color, media type and printer settings; and d) adjusting the printer settings on the basis of the established relation;
A process comprising: halogenating a procatalyst precursor in the presence of a substituted phenylene aromatic diester at a temperature less than 115°C, the substituted phenylene aromatic diester having the structure wherein R 1 -R 14 are the same or different, each of R 1 -R 14 is selected from the group consisting of hydrogen, a halogen, a hydrocarbyl group having 1-20 carbon atoms and an alkoxy group having 1 to 20 carbon atoms, and combinations thereof; and at least one R 1 -R 14 is not hydrogen; and forming a procatalyst composition with a selectivity index of less than 2.5. halogenating a procatalyst precursor in the presence of a substituted phenylene aromatic diester at a temperature less than 115°C, the substituted phenylene aromatic diester having the structure wherein R 1 -R 14 are the same or different, each of R 1 -R 14 is selected from the group consisting of hydrogen, a halogen, a hydrocarbyl group having 1-20 carbon atoms and an alkoxy group having 1 to 20 carbon atoms, and combinations thereof; and at least one R 1 -R 14 is not hydrogen; and forming a procatalyst composition with a selectivity index of less than 2.5.
A method for producing a composite nanoparticle, comprising the steps of: a) providing a polyelectrolyte polymer solution, comprising a polyelectrolyte polymer and a solvent; b) inducing a change in conformation of at least a portion of the polyelectrolyte polymer from a first extended conformation to a more compact conformation by adding one or more ionic precursor moieties to the polyelectrolyte polymer solution, so that the portion of the polyelectrolyte polymer confines the one or more ionic precursor moieties to form a composite precursor moiety having a mean diameter in the range between 1 nm and 100 nm; and c) cross-linking the polyelectrolyte polymer of the composite precursor moiety. a) providing a polyelectrolyte polymer solution, comprising a polyelectrolyte polymer and a solvent; b) inducing a change in conformation of at least a portion of the polyelectrolyte polymer from a first extended conformation to a more compact conformation by adding one or more ionic precursor moieties to the polyelectrolyte polymer solution, so that the portion of the polyelectrolyte polymer confines the one or more ionic precursor moieties to form a composite precursor moiety having a mean diameter in the range between 1 nm and 100 nm; and c) cross-linking the polyelectrolyte polymer of the composite precursor moiety.
A shedding mechanism on a Jacquard-type weaving loom, this mechanism comprising a housing extending according to a longitudinal direction (X100, X200, X300), at least one movable hook, moved in the housing by a knife according to a longitudinal direction between a bottom dead center position and a top dead center position, in or near which the hook can be retained by a selection device which comprises at least - an electromagnet which is mounted and fixed in the housing, and which includes ∘ a ferromagnetic core comprising a first pole face and a second pole face, these pole faces being offset from each other according to the longitudinal direction (X100, X200, X300), and ∘ a non-magnetic portion (104, 106, 108, 110) integral with the ferromagnetic core - a retaining lever configured to retain the movable hook when this is in or near its top dead center position, the retaining lever being pivotally mounted about an oscillation axis between a position remote from the electromagnet and a position in contact with the electromagnet, and comprising a ferromagnetic armature that magnetically interacts with the first and second pole faces to control the angular position of the retaining lever about the oscillation axis characterized - in that the non-magnetic portion of the electromagnet comprises a guide surface for the pivotal movement of the retaining lever about the oscillation axis, this guide surface cooperating with the retaining lever in a direction radial to the oscillation axis between the remote position and the contact position, and - in that the guide surface is cylindrical with a circular base, centered on the oscillation axis. - an electromagnet which is mounted and fixed in the housing, and which includes ∘ a ferromagnetic core comprising a first pole face and a second pole face, these pole faces being offset from each other according to the longitudinal direction (X100, X200, X300), and ∘ a non-magnetic portion (104, 106, 108, 110) integral with the ferromagnetic core ∘ a ferromagnetic core comprising a first pole face and a second pole face, these pole faces being offset from each other according to the longitudinal direction (X100, X200, X300), and ∘ a non-magnetic portion (104, 106, 108, 110) integral with the ferromagnetic core - a retaining lever configured to retain the movable hook when this is in or near its top dead center position, the retaining lever being pivotally mounted about an oscillation axis between a position remote from the electromagnet and a position in contact with the electromagnet, and comprising a ferromagnetic armature that magnetically interacts with the first and second pole faces to control the angular position of the retaining lever about the oscillation axis - in that the non-magnetic portion of the electromagnet comprises a guide surface for the pivotal movement of the retaining lever about the oscillation axis, this guide surface cooperating with the retaining lever in a direction radial to the oscillation axis between the remote position and the contact position, and - in that the guide surface is cylindrical with a circular base, centered on the oscillation axis.
A refrigerated merchandiser comprising: a case including a product display area for supporting food product, an opening for providing customer access to the product display area, and an air passageway in fluid communication with the product display area to direct an airflow into the product display area; a door coupled to the case over the opening and including a charged glass pane; and a charge device in fluid communication with the air passageway to alter the polarity of the airflow to create a charged airflow, wherein the charged glass pane and the charged airflow have the same polarity such that the glass pane is insulated from the charged airflow. a case including a product display area for supporting food product, an opening for providing customer access to the product display area, and an air passageway in fluid communication with the product display area to direct an airflow into the product display area; a door coupled to the case over the opening and including a charged glass pane; and a charge device in fluid communication with the air passageway to alter the polarity of the airflow to create a charged airflow, wherein the charged glass pane and the charged airflow have the same polarity such that the glass pane is insulated from the charged airflow.
A processing machine with a plurality of processing stations (02; 03; 04; 06) for processing bodies, wherein a plurality of processing stations (02; 03; 04; 06) are each configured as a printing unit, wherein the processing stations (02; 03; 04; 06) provided for processing the bodies are arranged in each case at positions different from one another, wherein at least one handling device is provided for the transport of at least one of the bodies to be processed, wherein the relevant handling device has a drive controlled by a controller and by means of this drive it is possible to travel from one processing station (02; 03; 04; 06) processing the respective body to at least a next processing station (02; 03; 04; 06) processing this body, wherein this processing machine has a learning phase and a production phase, wherein provision is made that in the learning phase a memory device connected to the controller stores position values of the relevant handling device determined for a specified processing procedure by means of a calibration travel executed by the relevant handling device, wherein after switching of this processing machine from its learning phase to its production phase the drive of the relevant handling device is controlled by the controller such that the relevant handling device occupies in succession the positions stored in the storage device for it previously in the learning phase, characterized in that the relevant handling device provided for the transport of the bodies to be processed is configured such, that it transports a plurality of bodies, in each case individually and in succession, from one processing station (02; 03; 04; 06) to the next, wherein processing stations (02; 03; 04; 06) provided for the processing of a transported body each have at least one proximity sensor (12; 13; 14; 16) in each case with a detection region (22; 23; 24; 26) protruding into the movement path of the relevant handling device.
A retention mechanism in a dispenser for retaining an exchangeable roll of material, the retention mechanism comprising: - a housing including a front wall, wherein an insertion slot for a bearing pin of an end plug of the exchangeable roll extends along the front wall, and - a cam lock, which is arranged in the housing so as to be rotatable in a plane which is parallel to the front wall and to the direction of extension of the insertion slot, wherein the cam lock includes a retaining means which is movable between an open position and a locked position by rotating the cam lock, when the retaining means are in the open position, the bearing pin can be inserted into the insertion slot, and when the retaining means are in the locked position, the bearing pin is retained in a locking section of the insertion slot, characterized in that the retaining means of the cam lock are provided in the form of a hook arranged and constructed for cooperating with a neck portion of the bearing pin. - a housing including a front wall, wherein an insertion slot for a bearing pin of an end plug of the exchangeable roll extends along the front wall, and - a cam lock, which is arranged in the housing so as to be rotatable in a plane which is parallel to the front wall and to the direction of extension of the insertion slot, the cam lock includes a retaining means which is movable between an open position and a locked position by rotating the cam lock, when the retaining means are in the open position, the bearing pin can be inserted into the insertion slot, and when the retaining means are in the locked position, the bearing pin is retained in a locking section of the insertion slot, the retaining means of the cam lock are provided in the form of a hook arranged and constructed for cooperating with a neck portion of the bearing pin.
Switching arrangement, as polarity switching mean, for a regulating transformer, which comprises a first winding for a phase, which is to be regulated, of an alternating current mains, comprising - a first connection terminal (1.1) connectible with the winding; - a second connection terminal (1.2) connectible with a diverter; - a vacuum interrupter with a fixed contact (4.1) and a movable contact (4.2); - a isolator with a stationary switching-on contact and an electrically conductive movable bearing housing; - a resistor connected in series with the vacuum interrupter and the isolator; - the polarity rotor has an upper support plate and lower support plate, between which the vacuum interrupter is mounted to be vertical and on which the bearing housing is mounted; - a drive shaft by way of which the polarity rotor can be rotated is arranged vertically between the support plates (21, 22); wherein - the first connection terminal (1.1) is connected with the second connection terminal (1.2) by way of the series circuit; - the isolator and the vacuum interrupter are actuated by rotation of the polarity rotor; - a bearing housing can be selectively applied to the switching-on contact or separated from the switching-on contact; - the fixed contact (4.1) is arranged at the lower support plate and the movable contact (4.2) is mechanically connected to the upper support plate; - the movable contact (4.2) is mechanically connected with an actuating lever; - the actuating lever is pivotably mounted by a first end in the bearing housing and carries a roller at a second end. - a first connection terminal (1.1) connectible with the winding; - a second connection terminal (1.2) connectible with a diverter; - a vacuum interrupter with a fixed contact (4.1) and a movable contact (4.2); - a isolator with a stationary switching-on contact and an electrically conductive movable bearing housing; - a resistor connected in series with the vacuum interrupter and the isolator; - the polarity rotor has an upper support plate and lower support plate, between which the vacuum interrupter is mounted to be vertical and on which the bearing housing is mounted; - a drive shaft by way of which the polarity rotor can be rotated is arranged vertically between the support plates (21, 22); wherein - the first connection terminal (1.1) is connected with the second connection terminal (1.2) by way of the series circuit; - the isolator and the vacuum interrupter are actuated by rotation of the polarity rotor; - a bearing housing can be selectively applied to the switching-on contact or separated from the switching-on contact; - the fixed contact (4.1) is arranged at the lower support plate and the movable contact (4.2) is mechanically connected to the upper support plate; - the movable contact (4.2) is mechanically connected with an actuating lever; - the actuating lever is pivotably mounted by a first end in the bearing housing and carries a roller at a second end.
A vehicle seat assembly, comprising: a support structure including a first support part coupled to a second support part at an articulating joint (116; 158); and a pneumatic actuator positioned within the support structure having at least one pneumatic chamber adjustable by inflating and deflating to articulate the articulating joint (116; 158) to cause relative movement between the first support part and the second support part to change a position of the support structure; characterized in that the vehicle seat assembly further comprises a range limiter coupled to the first and second support parts for limiting travel of the first support part in opposite directions. a support structure including a first support part coupled to a second support part at an articulating joint (116; 158); and a pneumatic actuator positioned within the support structure having at least one pneumatic chamber adjustable by inflating and deflating to articulate the articulating joint (116; 158) to cause relative movement between the first support part and the second support part to change a position of the support structure; characterized in that the vehicle seat assembly further comprises a range limiter coupled to the first and second support parts for limiting travel of the first support part in opposite directions.
A Fourier ptychographic imaging system, comprising: a variable illuminator configured to illuminate a sample being imaged at a plurality of incidence angles at different times; an optical system comprising a collection lens (134, 137, 138), the collection lens (134, 137, 138) configured to collect and filter light issuing from the sample being imaged; a radiation detector configured to receive light from the optical system and acquire a plurality of intensity images of the sample being imaged, each intensity image corresponding to a different incidence angle of the plurality of incidence angles; and a processor configured to reconstruct an image with a higher resolution than a resolution of the intensity images wherein reconstructing the higher resolution image comprises: iteratively updating overlapping regions in the Fourier domain with intensity image measurements, and recovering phase information from the plurality of intensity images; characterised in that: the collection lens (134, 137, 138) has a numerical aperture, NA, of 0.40 or greater, wherein the plurality of incidence angles and the NA correspond to a plurality of overlapping regions in the Fourier domain that cover an expanded NA of greater than 1.0; and the variable illuminator comprises a first set of circular rings of light elements centred about the central axis of the collection lens (134, 137, 138). a variable illuminator configured to illuminate a sample being imaged at a plurality of incidence angles at different times; an optical system comprising a collection lens (134, 137, 138), the collection lens (134, 137, 138) configured to collect and filter light issuing from the sample being imaged; a radiation detector configured to receive light from the optical system and acquire a plurality of intensity images of the sample being imaged, each intensity image corresponding to a different incidence angle of the plurality of incidence angles; and a processor configured to reconstruct an image with a higher resolution than a resolution of the intensity images wherein reconstructing the higher resolution image comprises: iteratively updating overlapping regions in the Fourier domain with intensity image measurements, and recovering phase information from the plurality of intensity images; characterised in that: the collection lens (134, 137, 138) has a numerical aperture, NA, of 0.40 or greater, wherein the plurality of incidence angles and the NA correspond to a plurality of overlapping regions in the Fourier domain that cover an expanded NA of greater than 1.0; and the variable illuminator comprises a first set of circular rings of light elements centred about the central axis of the collection lens (134, 137, 138). the collection lens (134, 137, 138) has a numerical aperture, NA, of 0.40 or greater, wherein the plurality of incidence angles and the NA correspond to a plurality of overlapping regions in the Fourier domain that cover an expanded NA of greater than 1.0; and the variable illuminator comprises a first set of circular rings of light elements centred about the central axis of the collection lens (134, 137, 138).
Stripper for a work roll of a roll stand, particularly a hot-rolling stand, wherein the stripper has a stripper tip for contacting a work roll of the roll stand and a first screening element for screening the rolling stock from cooling water of the roll stand is provided, wherein a second screening element for screening the first screening element from thermal loading by the rolling stock is provided, characterised in that an insulating element for thermal insulation of the two screening element (6, 8) relative to one another is provided between the first screening element and the second screening element.