mhurhangee/patent-ind-claim-en huggingface dataset:
An image forming apparatus for forming an image on a continuous medium (M), comprising: an image forming section configured to form a developer image; a transferred member conveyed in a first direction and onto which the developer image is to be transferred; a transfer roller that faces the transferred member , and configured to make a transition between a biasing state in which the transferred member is biased by the transfer roller and a separated state in which the transfer roller is separated away from the transferred member , the medium (M) being held between the transferred member and the transfer roller in the biasing state such that the developer image on the transferred member is further transferred onto the medium (M); and a separator configured to start to separate, in the separated state, the medium (M) away from the transferred member after the transfer roller starts making a transition from the biasing state to the separated state, characterized in that the separator includes a support and a biasing member , the support being configured to support the transfer roller and move rotatably around a rotation axis, the biasing member being supported by the support and being configured to bias the medium (M) in a direction in which the medium (M) is separated away from the transferred member , and a distance from the rotation axis to the biasing member is longer than a distance from the rotation axis to a contact point at which the transfer roller and the transferred member are in contact with each other. an image forming section configured to form a developer image; a transferred member conveyed in a first direction and onto which the developer image is to be transferred; a transfer roller that faces the transferred member , and configured to make a transition between a biasing state in which the transferred member is biased by the transfer roller and a separated state in which the transfer roller is separated away from the transferred member , the medium (M) being held between the transferred member and the transfer roller in the biasing state such that the developer image on the transferred member is further transferred onto the medium (M); and a separator configured to start to separate, in the separated state, the medium (M) away from the transferred member after the transfer roller starts making a transition from the biasing state to the separated state, characterized in that the separator includes a support and a biasing member , the support being configured to support the transfer roller and move rotatably around a rotation axis, the biasing member being supported by the support and being configured to bias the medium (M) in a direction in which the medium (M) is separated away from the transferred member , and
Compounds of Formula I wherein M is Sc or Y, Hal is Cl, Br, F or I R is alkyl with 1 - 4 atoms of C X is Cl, Br, F or I or a group of Formula 2 wherein R is alkyl with 1 - 4 atoms of C. wherein M is Sc or Y, Hal is Cl, Br, F or I R is alkyl with 1 - 4 atoms of C X is Cl, Br, F or I or a group of Formula 2 wherein R is alkyl with 1 - 4 atoms of C.
Dishwasher , in particular household dishwasher, with a dishwasher cavity for receiving items to be washed, such as dishware, glasses, cutlery or the like, and with at least one movable door for opening or closing the dishwasher cavity , wherein in the switched-on state of the dishwasher the door is able to be held open automatically, at least for a period of time, in an only slightly open drying position during a phase, which serves to dry the items to be washed, of at least one program sequence, characterised in that a deviation, caused due to an interaction of a customer from the outside, of the door opening from the automatically set opening width (W) of the drying position is able to be detected in this drying position of the door , and a response of the dishwasher to said deviation is able to be performed automatically, in accordance with which (a) in the case of a decrease (K) in the opening width of the door compared to the opening width (W) assigned to its drying position, at least one optical and/or acoustic signal, in particular a text signal relating to an impaired drying result, is able to be output to the customer, (b) in the case of an increase (G) in the opening width of the door compared to the opening width (W) assigned to its drying position, at least one optical and/or acoustic signal, in particular a text signal relating to a drying phase which has not yet concluded, is able to be output to the customer, (c) following the end of the deviation of the door opening from the opening width (W) of the drying position, the dishwasher continues in its preset program sequence and, in doing so, takes the time of the existence of the deviation into consideration for a correction of the program duration, and/or (d) a program continuation of the program sequence includes the step of the door being automatically opened again into its drying position with the opening width (W) assigned to said drying position. (a) in the case of a decrease (K) in the opening width of the door compared to the opening width (W) assigned to its drying position, at least one optical and/or acoustic signal, in particular a text signal relating to an impaired drying result, is able to be output to the customer, (b) in the case of an increase (G) in the opening width of the door compared to the opening width (W) assigned to its drying position, at least one optical and/or acoustic signal, in particular a text signal relating to a drying phase which has not yet concluded, is able to be output to the customer, (c) following the end of the deviation of the door opening from the opening width (W) of the drying position, the dishwasher continues in its preset program sequence and, in doing so, takes the time of the existence of the deviation into consideration for a correction of the program duration, and/or (d) a program continuation of the program sequence includes the step of the door being automatically opened again into its drying position with the opening width (W) assigned to said drying position.
A copolyester composition comprising: (a) from greater than 90 to 98 wt % of a copolyester comprising (i) a diacid component comprising from 70 to 100 mole % residues of terephthalic acid, from 0 to 30 mole % residues of a modifying aromatic diacid having from 8 to 12 carbon atoms, and from 0 to 10 mole % residues of an aliphatic dicarboxylic acid; and (ii) a glycol component comprising from 1 to 65 mole % cyclohexanedimethanol residues and from 35 to 99 mole % of a modifying glycol having 2 to 20 carbon atoms; (b) from 2 to 10 wt % of a flame retardant comprising a polymer comprising a sulfonyl moiety and a phenyl phosphonate moiety, wherein the copolyester composition has a UL 94 V-0 rating, wherein the energy at maximum load is greater than 15 Joules according to ASTM D3763; wherein the copolyester composition has less than 10 % haze according to ASTM D1003, wherein the wt % is based on the weight of the copolyester composition, wherein the total mole % of the dicarboxylic acid component is 100 mole % and the total mole % of the glycol component is 100 mole %. (a) from greater than 90 to 98 wt % of a copolyester comprising (i) a diacid component comprising from 70 to 100 mole % residues of terephthalic acid, from 0 to 30 mole % residues of a modifying aromatic diacid having from 8 to 12 carbon atoms, and from 0 to 10 mole % residues of an aliphatic dicarboxylic acid; and (ii) a glycol component comprising from 1 to 65 mole % cyclohexanedimethanol residues and from 35 to 99 mole % of a modifying glycol having 2 to 20 carbon atoms; (i) a diacid component comprising from 70 to 100 mole % residues of terephthalic acid, from 0 to 30 mole % residues of a modifying aromatic diacid having from 8 to 12 carbon atoms, and from 0 to 10 mole % residues of an aliphatic dicarboxylic acid; and from 70 to 100 mole % residues of terephthalic acid, from 0 to 30 mole % residues of a modifying aromatic diacid having from 8 to 12 carbon atoms, and from 0 to 10 mole % residues of an aliphatic dicarboxylic acid; and (ii) a glycol component comprising from 1 to 65 mole % cyclohexanedimethanol residues and from 35 to 99 mole % of a modifying glycol having 2 to 20 carbon atoms; from 1 to 65 mole % cyclohexanedimethanol residues and from 35 to 99 mole % of a modifying glycol having 2 to 20 carbon atoms; (b) from 2 to 10 wt % of a flame retardant comprising a polymer comprising a sulfonyl moiety and a phenyl phosphonate moiety,
A medical instrument , comprising: a housing ; a tool section coupled to the housing ; an interior cavity disposed in the housing ; a piston disposed in the interior cavity; a button coupled to the piston and disposed on the housing , wherein the button is configured to actuate the piston for pumping fluid through the housing ; characterised by further comprising a fluidic channel extending through the piston , wherein the fluidic channel is segmented into a plurality of sub-channels, wherein each of the sub-channels terminates in a valve , wherein fluid exiting a first one of the sub-channels is configured to feed into a second one of the sub-channels. a housing ; a tool section coupled to the housing ; an interior cavity disposed in the housing ; a piston disposed in the interior cavity; a button coupled to the piston and disposed on the housing , wherein the button is configured to actuate the piston for pumping fluid through the housing ; characterised by further comprising a fluidic channel extending through the piston , wherein the fluidic channel is segmented into a plurality of sub-channels, wherein each of the sub-channels terminates in a valve , wherein fluid exiting a first one of the sub-channels is configured to feed into a second one of the sub-channels.
A device for use in removing adipose tissue from a surgical site, the device comprising: a removable coupler configured to be connected to a cannula so that a channel of the cannula and a channel of the removable coupler provide a pathway for flow of adipose tissue from the surgical site, the removable coupler including a distal end and a cavity located in the distal end and having interior walls, and a motor connected to the removable coupler , the motor configured to rotate the cannula , wherein a center axis of the motor is adjacent a center axis of the removable coupler so that the pathway does not pass through the motor , characterized in that the removable coupler includes a plurality of venting channels on the interior walls of the cavity and that allow a certain amount of air to flow between the interior walls of the cavity and the cannula . a removable coupler configured to be connected to a cannula so that a channel of the cannula and a channel of the removable coupler provide a pathway for flow of adipose tissue from the surgical site, the removable coupler including a distal end and a cavity located in the distal end and having interior walls, and a motor connected to the removable coupler , the motor configured to rotate the cannula , wherein a center axis of the motor is adjacent a center axis of the removable coupler so that the pathway does not pass through the motor , characterized in that the removable coupler includes a plurality of venting channels on the interior walls of the cavity and that allow a certain amount of air to flow between the interior walls of the cavity and the cannula .
A preheating apparatus for use in the production of beverage capsules, the beverage capsule comprising a body formed from a material, the apparatus comprising: - a housing comprising a plurality of spaced apart airflow passages for receiving a supply of heated air, each airflow passage comprising: - an inlet to receive the heated air from an air supply means; - an outlet for discharging the heated air to a defined area on the material which is to form the body of a capsule; and - an airflow disrupter supported within the airflow passage configured to disrupt the airflow through the airflow passage to provide a substantially uniform temperature distribution across the outlet such that the defined area can be substantially uniformly heated; - airflow barriers disposed about the outlet of the airflow passage to contain the airflow, wherein the airflow barriers comprise a first form of airflow barriers, a first form of airflow barriers are side partitions located between adjacent airflow passages , characterised in that the side partitions extend downwardly from the bottom of the housing and are moveable relative to the housing . - a housing comprising a plurality of spaced apart airflow passages for receiving a supply of heated air, each airflow passage comprising: - an inlet to receive the heated air from an air supply means; - an outlet for discharging the heated air to a defined area on the material which is to form the body of a capsule; and - an airflow disrupter supported within the airflow passage configured to disrupt the airflow through the airflow passage to provide a substantially uniform temperature distribution across the outlet such that the defined area can be substantially uniformly heated; - airflow barriers disposed about the outlet of the airflow passage to contain the airflow, wherein the airflow barriers comprise a first form of airflow barriers, a first form of airflow barriers are side partitions located between adjacent airflow passages , characterised in that the side partitions extend downwardly from the bottom of the housing and are moveable relative to the housing .
A background display system for a virtual image recording studio having a background display device which is configured to display a representation of a virtual background behind or above a real subject for a recording by means of an associated camera , and a control device which is configured to control the background display device , wherein the control device comprises a data input for receiving lens data of the associated camera , characterized in that the control device is configured to adjust the representation of the virtual background in dependence on the received lens data such that distance-dependent imaging effects which would arise if a real background corresponding to the virtual background was imaged by means of the associated camera in accordance with the received lens data are reproduced in the optical image of the representation of the virtual background which can be generated by the camera , with the reproduced distance-dependent imaging effects comprising a distance-dependent blur in the optical image which can be generated by the camera . a background display device which is configured to display a representation of a virtual background behind or above a real subject for a recording by means of an associated camera , and a control device which is configured to control the background display device , wherein the control device comprises a data input for receiving lens data of the associated camera , characterized in that the control device is configured to adjust the representation of the virtual background in dependence on the received lens data such that distance-dependent imaging effects which would arise if a real background corresponding to the virtual background was imaged by means of the associated camera in accordance with the received lens data are reproduced in the optical image of the representation of the virtual background which can be generated by the camera , with the reproduced distance-dependent imaging effects comprising a distance-dependent blur in the optical image which can be generated by the camera .
Tank for a motor vehicle, intended for containing liquefied gas, such as liquefied natural gas, characterised in that it comprises: - a liquefied gas storage container , the container comprising an internal reinforcement structure, and - a protective external shell arranged around said container, said container and said external shell each having a substantially parallelepiped general shape, said container being secured to said external shell by suspension means (MS1, MS2) allowing a relative movement of said container with respect to said external shell. - a liquefied gas storage container , the container comprising an internal reinforcement structure, and - a protective external shell arranged around said container,
A processing method for call termination for communication technologies, comprising: receiving , by an application processor of a mobile terminal, a hang-up instruction; sending , by the application processor, a first message to a modem in the mobile terminal according to the hang-up instruction, wherein the first message is used to trigger the modem to terminate a call; characterised by : terminating, by the application processor, the call prior to an expiration of a T305 timer and an expiration of a T308 timer. receiving , by an application processor of a mobile terminal, a hang-up instruction; sending , by the application processor, a first message to a modem in the mobile terminal according to the hang-up instruction, wherein the first message is used to trigger the modem to terminate a call; characterised by : terminating, by the application processor, the call prior to an expiration of a T305 timer and an expiration of a T308 timer.
A sheet conveying device , comprising: a conveying path forming unit configured to form a conveying path of a sheet; and an orthogonal movement permitting device provided in the conveying path and configured to convey the sheet along a conveying direction (Vs) and allowing the sheet to move in a conveying orthogonal direction (V1) orthogonal to the conveying direction, wherein the orthogonal movement permitting device includes a contact surface that abuts the sheet, characterised in that the contact surface has a first friction coefficient (K1) in the conveying direction and a second friction coefficient (K2) smaller than the first friction coefficient in the conveying orthogonal direction. a conveying path forming unit configured to form a conveying path of a sheet; and an orthogonal movement permitting device provided in the conveying path and configured to convey the sheet along a conveying direction (Vs) and allowing the sheet to move in a conveying orthogonal direction (V1) orthogonal to the conveying direction, wherein the orthogonal movement permitting device includes a contact surface that abuts the sheet, characterised in that the contact surface has a first friction coefficient (K1) in the conveying direction and a second friction coefficient (K2) smaller than the first friction coefficient in the conveying orthogonal direction.
A method for determining one or more improved exposure parameters of an image capturing device , the method comprising: receiving image data for multiple points of an image ; receiving first one or more exposure parameters that were used to generate the image data; determining a distribution based on the image data; determining one or more improved exposure parameters of the image capturing device based on the distribution, characterised in that the image data comprises wavelength indexed spectral data comprising an intensity value for each wavelength index and each of multiple points of an image, the method comprises determining image values that represent the total power of the intensity values for each of the multiple points of the image, and determining the one or more improved exposure parameters of the imaging capturing device comprises: determining for each point of the image data an enhanced value by equalising the distribution of the image values; and optimising a difference between the determined image values and the enhanced values, such that the one or more improved exposure parameters adjust the determined image values towards the enhanced image values. receiving image data for multiple points of an image ; receiving first one or more exposure parameters that were used to generate the image data; determining a distribution based on the image data; determining one or more improved exposure parameters of the image capturing device based on the distribution, characterised in that the image data comprises wavelength indexed spectral data comprising an intensity value for each wavelength index and each of multiple points of an image, the method comprises determining image values that represent the total power of the intensity values for each of the multiple points of the image, and determining the one or more improved exposure parameters of the imaging capturing device comprises: determining for each point of the image data an enhanced value by equalising the distribution of the image values; and optimising a difference between the determined image values and the enhanced values, such that the one or more improved exposure parameters adjust the determined image values towards the enhanced image values. determining for each point of the image data an enhanced value by equalising the distribution of the image values; and optimising a difference between the determined image values and the enhanced values, such that the one or more improved exposure parameters adjust the determined image values towards the enhanced image values.
A powertrain system comprising: an engine ; a cooling system connected to the engine and having one or more actuators ; a multivariable controller configured in more than one control component including an off-line portion configured to operate without input from an operating engine and an online portion configured to operate with input from an operating engine, the on-line portion connected to the engine and the cooling system and the off-line portion being a separate control component than a control component of the on-line portion; one or more sensors in communication with the controller and configured to sense values of one or more variables of the engine and/or the cooling system; and wherein: the controller is configured to control positions of the one or more actuators of the cooling system; the controller is configured to receive values for one or more variables sensed by the one or more sensors during operation of the engine, where at least one received value for a sensed variable is indicative of one or more conditions of the engine and/or the cooling system; and the on-line portion of the controller is configured to adjust one or more positions of the actuators of the cooling system to drive a value of the one or more conditions to associated condition set point trajectories for the engine and/or cooling system based on a quadratic programming problem determined with the off-line portion of the controller. a cooling system connected to the engine and having one or more actuators ; a multivariable controller configured in more than one control component including an off-line portion configured to operate without input from an operating engine and an online portion configured to operate with input from an operating engine, the on-line portion connected to the engine and the cooling system and the off-line portion being a separate control component than a control component of the on-line portion; one or more sensors in communication with the controller and configured to sense values of one or more variables of the engine and/or the cooling system; and the controller is configured to control positions of the one or more actuators of the cooling system; the controller is configured to receive values for one or more variables sensed by the one or more sensors during operation of the engine, where at least one received value for a sensed variable is indicative of one or more conditions of the engine and/or the cooling system; and the on-line portion of the controller is configured to adjust one or more positions of the actuators of the cooling system to drive a value of the one or more conditions to associated condition set point trajectories for the engine and/or cooling system based on a quadratic programming problem determined with the off-line portion of the controller.