mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge attachable to and detachable from an apparatus main body of an image forming apparatus that forms an image on a recording material, the cartridge comprising: a photosensitive body ; and a frame body which supports the photosensitive body and which includes a first restricted portion that is restricted by a first restricting portion provided in the apparatus main body and a second restricted portion that is provided on a side opposite to the first restricted portion across an optical path of light for exposing the photosensitive body and that is restricted by a second restricting portion provided in the apparatus main body, characterized in that the first restricted portion and the second restricted portion are restricted by the first restricting portion and the second restricting portion such that a movement of the frame body in a movement direction of the cartridge , the movement direction is along with an axial direction of the photosensitive body , when being attached to or detached from the apparatus main body is allowed and a posture of the process cartridge during attaching and detaching is restricted. a photosensitive body ; and a frame body which supports the photosensitive body and which includes a first restricted portion that is restricted by a first restricting portion provided in the apparatus main body and a second restricted portion that is provided on a side opposite to the first restricted portion across an optical path of light for exposing the photosensitive body and that is restricted by a second restricting portion provided in the apparatus main body, characterized in that the first restricted portion and the second restricted portion are restricted by the first restricting portion and the second restricting portion such that a movement of the frame body in a movement direction of the cartridge , the movement direction is along with an axial direction of the photosensitive body , when being attached to or detached from the apparatus main body is allowed and a posture of the process cartridge during attaching and detaching is restricted.
A chip on board (COB) light source, comprising: a substrate , at least one LED chip , a surrounding dam , and a fluorescent glue, wherein the surrounding dam which has a closed annular body is arranged on the substrate , the at least one LED chip is configured on the substrate and inside the surrounding dam , and the inside of the surrounding dam is filled with the fluorescent glue, and wherein the at least one LED chip is a high voltage blue LED chip, characterised in that the fluorescent glue consists of a silica gel, a yellow-green phosphor, and a red phosphor, and that the yellow-green phosphor has an emitting peak wavelength of 530nm to 540nm and makes up 10% of the silica gel in mass while the red phosphor has an emitting peak wavelength of 620nm to 640nm and makes up 10% of the silica gel in mass. a substrate , at least one LED chip , a surrounding dam , and a fluorescent glue, wherein the surrounding dam which has a closed annular body is arranged on the substrate , the at least one LED chip is configured on the substrate and inside the surrounding dam , and the inside of the surrounding dam is filled with the fluorescent glue, and wherein the at least one LED chip is a high voltage blue LED chip, characterised in that the fluorescent glue consists of a silica gel, a yellow-green phosphor, and a red phosphor, and that the yellow-green phosphor has an emitting peak wavelength of 530nm to 540nm and makes up 10% of the silica gel in mass while the red phosphor has an emitting peak wavelength of 620nm to 640nm and makes up 10% of the silica gel in mass.
A method for determining an isotopic profile for a molecule, the isotopic profile indicative of an isotopic content for the molecule, the method comprising: mass selecting ions of the molecule in a mass window, the mass window excluding a mass for a monoisotopic molecular ion and including a mass for at least one isotopic variant of the monoisotopic molecular ion; fragmenting the mass selected ions into fragment ions; performing mass analysis on one or more of the fragment ions to produce a mass spectrum; and determining the isotopic profile for the molecule, the isotopic profile comprising at least one data value, each data value calculated for a fragment ion as a function of intensities of multiple peaks in the mass spectrum. mass selecting ions of the molecule in a mass window, the mass window excluding a mass for a monoisotopic molecular ion and including a mass for at least one isotopic variant of the monoisotopic molecular ion; fragmenting the mass selected ions into fragment ions; performing mass analysis on one or more of the fragment ions to produce a mass spectrum; and determining the isotopic profile for the molecule, the isotopic profile comprising at least one data value, each data value calculated for a fragment ion as a function of intensities of multiple peaks in the mass spectrum.
A decelerating clutch of a washing machine, comprising: a bearing seat , an input shaft , an output shaft , and an output shaft sleeve , wherein, the input shaft and the output shaft are arranged coaxially, the output shaft sleeve is sleeved on the input shaft and the output shaft , the output shaft sleeve is installed on the bearing seat via a bearing, the output shaft sleeve is connected with the input shaft in a transmission manner via a planetary gear train, two ends and a middle part of the output shaft sleeve are respectively provided with at least one bearing, an inner ring of the at least one bearing is coordinated with the output shaft sleeve , and an outer ring of the at least one bearing is coordinated with the bearing seat , wherein the output shaft sleeve additionally comprises an inner barrel shaft , a brake wheel and an oil seal cover , wherein the inner barrel shaft and the oil seal cover are respectively arranged at two sides of the brake wheel , and are fixedly connected with the brake wheel , and the three move synchronously, characterized in that the at least one bearing comprises a first bearing installed on the inner barrel shaft , a second bearing installed on the brake wheel , and a third bearing installed on the oil seal cover , wherein an inner ring of the first bearing and the third bearing is respectively in interference fit with the inner barrel shaft and the oil seal cover , and an outer ring of the first bearing and the third bearing is respectively in interference fit or clearance fit with the bearing seat . the input shaft and the output shaft are arranged coaxially, the output shaft sleeve is sleeved on the input shaft and the output shaft , the output shaft sleeve is installed on the bearing seat via a bearing, the output shaft sleeve is connected with the input shaft in a transmission manner via a planetary gear train, two ends and a middle part of the output shaft sleeve are respectively provided with at least one bearing, an inner ring of the at least one bearing is coordinated with the output shaft sleeve , and an outer ring of the at least one bearing is coordinated with the bearing seat , wherein the output shaft sleeve additionally comprises an inner barrel shaft , a brake wheel and an oil seal cover , wherein the inner barrel shaft and the oil seal cover are respectively arranged at two sides of the brake wheel , and are fixedly connected with the brake wheel , and the three move synchronously, characterized in that the at least one bearing comprises a first bearing installed on the inner barrel shaft , a second bearing installed on the brake wheel , and a third bearing installed on the oil seal cover , wherein an inner ring of the first bearing and the third bearing is respectively in interference fit with the inner barrel shaft and the oil seal cover , and an outer ring of the first bearing and the third bearing is respectively in interference fit or clearance fit with the bearing seat .
A discontinuous reception, DRX, management method, wherein the method comprises: determining (S510), by a base station, that a terminal has a voice service either based on a message received by the base station, or by parsing information on a default bearer; and setting up (S520), by the base station, a voice bearer for the terminal, and characterized in that the method further comprises: activating (S530) a DRX function of the terminal when setting up the voice bearer for the terminal; wherein, either before setting up, by the base station, a voice bearer for the terminal, the method further comprises setting up, by the base station (S540), the default bearer for the terminal, and skipping activating a DRX function of the terminal when setting up the default bearer for the terminal; or wherein, when the base station has activated the DRX function of the terminal before the base station sets up the voice bearer for the terminal, the method further comprises sending, by the base station (S550), a message for deactivating the DRX function of the terminal to the terminal. determining (S510), by a base station, that a terminal has a voice service either based on a message received by the base station, or by parsing information on a default bearer; and setting up (S520), by the base station, a voice bearer for the terminal, and characterized in that the method further comprises: activating (S530) a DRX function of the terminal when setting up the voice bearer for the terminal; wherein, either before setting up, by the base station, a voice bearer for the terminal, the method further comprises setting up, by the base station (S540), the default bearer for the terminal, and skipping activating a DRX function of the terminal when setting up the default bearer for the terminal; or wherein, when the base station has activated the DRX function of the terminal before the base station sets up the voice bearer for the terminal, the method further comprises sending, by the base station (S550), a message for deactivating the DRX function of the terminal to the terminal. activating (S530) a DRX function of the terminal when setting up the voice bearer for the terminal; wherein, either before setting up, by the base station, a voice bearer for the terminal, the method further comprises setting up, by the base station (S540), the default bearer for the terminal, and skipping activating a DRX function of the terminal when setting up the default bearer for the terminal; or wherein, when the base station has activated the DRX function of the terminal before the base station sets up the voice bearer for the terminal, the method further comprises sending, by the base station (S550), a message for deactivating the DRX function of the terminal to the terminal.
Supporting device configured for removably supporting a cleaning element (M), in particular a cleaning cloth, comprising: an elongated base body ; holding means (9; 15), for removably holding said cleaning element (M); and bumper means , arranged at opposite ends of said supporting device , for protecting said supporting device from lateral impacts; wherein said holding means (9; 15) and said bumper means are parts of a support body fixed to said base body by overmoulding; wherein said holding means (9; 15) comprises a plurality of projecting elements projecting from a lower side of said supporting device , which projecting elements are provided with a free end configured for removably holding said cleaning element (M) and are arranged, spaced angularly equidistantly from one another, to form a plurality of circles ; wherein said holding means (9; 15) further comprises a pair of gripping means arranged on opposite sides of an upper side of said supporting device , which gripping means is configured for holding possible free edges (M2, M3) of said cleaning element (M); said supporting device is characterised in that said circles are arranged in rows that are parallel to one another and staggered with respect to a longitudinal axis of prevalent extent of said supporting device , which rows are positioned at respective longitudinal edge zones of said supporting device ; and in that said gripping means are positioned at a central longitudinal zone of said supporting device which is interposed between said longitudinal edge zones. an elongated base body ; holding means (9; 15), for removably holding said cleaning element (M); and bumper means , arranged at opposite ends of said supporting device , for protecting said supporting device from lateral impacts; wherein said holding means (9; 15) and said bumper means are parts of a support body fixed to said base body by overmoulding; wherein said holding means (9; 15) comprises a plurality of projecting elements projecting from a lower side of said supporting device , which projecting elements are provided with a free end configured for removably holding said cleaning element (M) and are arranged, spaced angularly equidistantly from one another, to form a plurality of circles ; wherein said holding means (9; 15) further comprises a pair of gripping means arranged on opposite sides of an upper side of said supporting device , which gripping means is configured for holding possible free edges (M2, M3) of said cleaning element (M); said supporting device is characterised in that said circles are arranged in rows that are parallel to one another and staggered with respect to a longitudinal axis of prevalent extent of said supporting device , which rows are positioned at respective longitudinal edge zones of said supporting device ; and in that said gripping means are positioned at a central longitudinal zone of said supporting device which is interposed between said longitudinal edge zones.
Method for starting a turbine engine in cold weather where the when the outside temperature is typically less than -10°C, even less than -30°C; the turbine engine comprising a starting system intended for rotating a drive shaft of the turbine engine , the method comprising the following steps: - a pre-starting step, wherein a first starting signal is generated to control the drive shaft in a first direction of rotation about a longitudinal axis (X) and in a second opposite direction of rotation in an alternating manner so as to generate oscillations, and - a starting step, wherein a second starting signal is generated to control the drive shaft of the turbine engine in a normal direction of rotation corresponding to one of the first and second direction of rotation and wherein the drive shaft is rotated until a rotation speed (V2) that causes the turbine engine to start. - a pre-starting step, wherein a first starting signal is generated to control the drive shaft in a first direction of rotation about a longitudinal axis (X) and in a second opposite direction of rotation in an alternating manner so as to generate oscillations, and - a starting step, wherein a second starting signal is generated to control the drive shaft of the turbine engine in a normal direction of rotation corresponding to one of the first and second direction of rotation and wherein the drive shaft is rotated until a rotation speed (V2) that causes the turbine engine to start.
An image sensor comprising: - a plurality of pixels , each pixel comprising a photodiode (PD) and a sense node (FD) and being capable of supplying on its sense node (FD) an output signal (V OUT ) representative of a quantity of light energy received by its photodiode (PD) during a pixel integration phase (T I ); and - a control circuit configured to, during a phase of acquisition (T F ) of an image, successively select each pixel a number n of times without resetting the pixel between the first and the last selection of the pixel and, for each selection of a pixel, compare the output signal (V OUT ) of the pixel with a quantization threshold and read a binary signal (B OUT ) representative of the result of the comparison, the sequence of n binary signals thus obtained forming the pixel output value. - a plurality of pixels , each pixel comprising a photodiode (PD) and a sense node (FD) and being capable of supplying on its sense node (FD) an output signal (V OUT ) representative of a quantity of light energy received by its photodiode (PD) during a pixel integration phase (T I ); and - a control circuit configured to, during a phase of acquisition (T F ) of an image, successively select each pixel a number n of times without resetting the pixel between the first and the last selection of the pixel and, for each selection of a pixel, compare the output signal (V OUT ) of the pixel with a quantization threshold and read a binary signal (B OUT ) representative of the result of the comparison, the sequence of n binary signals thus obtained forming the pixel output value.
A grounding connector comprising: a shell having a mating end provided at a front-end of the grounding connector and a mounting end , the shell defining a cavity open at the mating end configured to receive a mating component , the shell having a base at the mounting end defining the bottom of the cavity and having a plurality of contact channels open to the cavity ; and grounding contacts received in corresponding said contact channels , the grounding contacts having mating ends and rear ends opposite the mating ends , the mating ends being positioned in the cavity for mating with the mating component , wherein the mounting end of the shell includes a mounting flange for mounting the grounding connector to another structure, characterized in that the mounting end is provided at a rear end of the grounding connector , and in that the grounding contacts have compliant portions at or near the rear ends , the compliant portions being received in the contact channels to mechanically and electrically connect by press-fit each of the grounding contacts to the shell and to each other through the shell , wherein the compliant portions are directly supported by the shell and physically engage the shell to electrically connect to the shell . a shell having a mating end provided at a front-end of the grounding connector and a mounting end , the shell defining a cavity open at the mating end configured to receive a mating component , the shell having a base at the mounting end defining the bottom of the cavity and having a plurality of contact channels open to the cavity ; and grounding contacts received in corresponding said contact channels , the grounding contacts having mating ends and rear ends opposite the mating ends , the mating ends being positioned in the cavity for mating with the mating component , wherein the mounting end of the shell includes a mounting flange for mounting the grounding connector to another structure, characterized in that the mounting end is provided at a rear end of the grounding connector , and in that the grounding contacts have compliant portions at or near the rear ends , the compliant portions being received in the contact channels to mechanically and electrically connect by press-fit each of the grounding contacts to the shell and to each other through the shell , wherein the compliant portions are directly supported by the shell and physically engage the shell to electrically connect to the shell .
An antistatic film structure comprising a transparent antistatic support structure comprising at least one antistatic component, wherein said transparent antistatic support structure comprises cellulose triacetate, and said antistatic component is incorporated into an existing laminated layer or is incorporated into said antistatic support structure during its manufacturing, characterized in that the antistatic film structure comprises an enhancing layer that enhances the antistatic performance of said antistatic film comprising at least one enhancing additive selected from the group consisting of diethylene glycol, polyethylene or any combination thereof and wherein the enhancing layer additive is added in an amount ranging from 1 to 10 wt% of the enhancing layer. said transparent antistatic support structure comprises cellulose triacetate, and said antistatic component is incorporated into an existing laminated layer or is incorporated into said antistatic support structure during its manufacturing, characterized in that the antistatic film structure comprises an enhancing layer that enhances the antistatic performance of said antistatic film comprising at least one enhancing additive selected from the group consisting of diethylene glycol, polyethylene or any combination thereof and wherein the enhancing layer additive is added in an amount ranging from 1 to 10 wt% of the enhancing layer.
A transition metal compound represented by the following Chemical Formula 1: in Chemical Formula 1, M is a Group 4 transition metal, X 1 and X 2 are the same as or different from each other, and are each independently halogen, R 1 and R 2 are the same as or different from each other, and are each independently C 1-20 alkyl, C 2-20 alkenyl, C 2-20 alkoxyalkyl, C 6-20 aryl, C 7-40 alkylaryl, or C 7-40 arylalkyl, R 3 to R 6 are the same as or different from each other, and are each independently C 1-20 alkyl, R 7 is a substituted or unsubstituted C 6-20 aryl, and R 8 is C 1-20 alkyl. M is a Group 4 transition metal, X 1 and X 2 are the same as or different from each other, and are each independently halogen, R 1 and R 2 are the same as or different from each other, and are each independently C 1-20 alkyl, C 2-20 alkenyl, C 2-20 alkoxyalkyl, C 6-20 aryl, C 7-40 alkylaryl, or C 7-40 arylalkyl, R 3 to R 6 are the same as or different from each other, and are each independently C 1-20 alkyl, R 7 is a substituted or unsubstituted C 6-20 aryl, and R 8 is C 1-20 alkyl.
Improved grapple for gripping barrels, essentially comprising a body equipped with a means for attachment to any type of lifting device, a hydraulic power unit , two articulated members mounted in opposition and actuated respectively by two hydraulic cylinders , two grasping jaws mounted respectively at the ends of said members and configured to grasp the barrel ; with each end of each member comprising, in its extension, an additional member , fitted at its end with an articulated pallet , actuated by its own electric cylinder , designed to be positioned under the barrel to support its bottom, and with the two grasping jaws being respectively mounted rotationally at the ends of said members and being configured to grasp the barrel to be handled in either a vertical or horizontal position and, after moving it, to put it down in either a horizontal or vertical position.