mhurhangee/patent-ind-claim-en huggingface dataset:
Underride guard for commercial vehicles with a chassis , with at least two rod carriers (4a, b) lying next to one another in a width direction (Y) of the chassis , which can be attached in a longitudinal direction (X) to a rear end of the chassis and are used for fastening an underride protection bar extending parallel to a roadway plane (N), wherein the two bar supports (4a, b) each have at least one upper bar support part and one lower bar support part and the lower bar support part is pivotable with the underride protection bar with respect to a pivot axis (A) to the upper bar support part , the upper or the lower bar support parts each have a groove in the form of an arcuate section extending around the pivot axis (A) and the other bar support parts each have a bolt guided in the groove , as a result of which a maximum possible pivoting movement of the lower bar support parts with the underride protection bar around the pivot axis (A) lies within a limited angular range α wherein in each case a first connecting element connects a lower bar support part to an upper bar support part , wherein the pivot axis (A) runs centrally through the first connecting elements , wherein at least one securing element is attached to one of the bar support parts , which at least partially extends along the width direction (Y) of the lower bar support part with the underride protection bar around the pivot axis (A) in a limited angular range α, a first connecting element in each case connecting a lower bar support part to an upper bar support part , the pivot axis (A) running centrally through the first connecting elements , wherein at least one securing element is attached to one of the bar support parts , which element is guided at least partially along the width direction (Y) through at least one of the bar support parts and thereby locks the lower bar support parts with the underride protection bar in the upper and/or lower end position, characterized in that a hole for the securing element in the upper bar support part is a groove, and a retaining plate , which has at least two holes, is attached to the upper bar support part in such a way that the pivot axis (A) and thus the first connecting element leads through one of the holes, the other hole being arranged above the groove, so that the securing element can be guided through the retaining plate and the upper and lower rod carrier part .
An image forming apparatus comprising: a photosensitive member configured to be rotated; scanning means for scanning the photosensitive member that is charged with light corresponding to image data, thereby forming an electrostatic latent image on the photosensitive member ; a contacting member (23; 24; 26) in contact with the photosensitive member to form a nip portion ; voltage application means for applying a voltage to the contacting member (23; 24; 26); detection means (50; 150; 45) for detecting the electrostatic latent image formed on the photosensitive member by detecting a current that flows via the nip portion when the voltage application means applies the voltage to the contacting member (23; 24; 26); and correction means for correcting, in a correction mode, a shift of an image based on a detection result of an electrostatic latent image for correction obtained by the detection means (50; 150; 45), the electrostatic latent image for correction being formed on the photosensitive member by the scanning means , wherein a width (w2) of the electrostatic latent image for correction is equal to or more than a width (w1) of the nip portion in a rotation direction of the photosensitive member . a photosensitive member configured to be rotated; scanning means for scanning the photosensitive member that is charged with light corresponding to image data, thereby forming an electrostatic latent image on the photosensitive member ; a contacting member (23; 24; 26) in contact with the photosensitive member to form a nip portion ; voltage application means for applying a voltage to the contacting member (23; 24; 26); detection means (50; 150; 45) for detecting the electrostatic latent image formed on the photosensitive member by detecting a current that flows via the nip portion when the voltage application means applies the voltage to the contacting member (23; 24; 26); and correction means for correcting, in a correction mode, a shift of an image based on a detection result of an electrostatic latent image for correction obtained by the detection means (50; 150; 45), the electrostatic latent image for correction being formed on the photosensitive member by the scanning means , wherein a width (w2) of the electrostatic latent image for correction is equal to or more than a width (w1) of the nip portion in a rotation direction of the photosensitive member .
A cleaning arrangement (10; 10a) for a wiper arm of a windscreen wiper system , wherein the cleaning arrangement (10; 10a) has at least one spray nozzle for a cleaning fluid, wherein the cleaning arrangement (10; 10a) is constructed to form an engagement connection at the wiper arm , and wherein the engagement connection comprises at the cleaning arrangement (10; 10a) at least one resilient engagement element (40; 40a) which is constructed to cooperate with an engagement mount (54; 54a) at the wiper arm , characterized in that the cleaning arrangement (10; 10a) comprises first guide means , which first guide means are constructed to establish the engagement connection by rotating the cleaning arrangement (10; 10a) with respect to a rotation axis , and in that the first guide means are constructed as at least one separate element from the at least one engagement element (40; 40a).
A method for detecting a profile surface of a rod-shaped or tubular workpiece , in which a lighting device is directed on a profile surface of an end face of the workpiece and in which an image capturing device is associated with said end face of the workpiece and radiation emitted from said lighting device impinges on the profile surface of the end face of the workpiece at a given angle of incidence (α 1 ), characterised in that an annular lighting device is positioned coaxially with respect to the longitudinal axis of the workpiece so as to illuminate the entire profile surface of the end face of the workpiece , and an image of radiation reflected directly at the profile surface of the end face of the workpiece is captured by the image capturing device , and based on said image a shape of a contour line bordering said profile surface is evaluated.
A pump comprising: - a suction space which is at least partly bounded by a flexible body and which is located between end elements (6-1, 6-2) at least one of which can be driven so as to move in a reciprocating manner, - a delivery space which together with the suction space is surrounded by a pump housing , and - valves provided in the pump housing and in at least one of the end elements (6-1, 6-2), the valves being constructed such that when the volume of the suction space is increased, a medium is sucked through a first valve into said suction space , which medium, when said volume is reduced, flows through a second valve to the delivery space from which the medium is expelled through a third valve when the volume of the delivery space is reduced, characterised in that : - the delivery space surrounds the suction space whereby the flexible body is completely located inside the delivery space , and - when the end elements (6-1, 6-2) approach one another and the volume of the suction space is minimal the consequently inwardly bent flexible body is in a folded-up state, and conversely when the end elements (6-1, 6-2) are the maximum distance apart the consequently outwardly bent flexible body is in an unfolded state. - a suction space which is at least partly bounded by a flexible body and which is located between end elements (6-1, 6-2) at least one of which can be driven so as to move in a reciprocating manner, - a delivery space which together with the suction space is surrounded by a pump housing , and - valves provided in the pump housing and in at least one of the end elements (6-1, 6-2), the valves being constructed such that when the volume of the suction space is increased, a medium is sucked through a first valve into said suction space , which medium, when said volume is reduced, flows through a second valve to the delivery space from which the medium is expelled through a third valve when the volume of the delivery space is reduced, - the delivery space surrounds the suction space whereby the flexible body is completely located inside the delivery space , and - when the end elements (6-1, 6-2) approach one another and the volume of the suction space is minimal the consequently inwardly bent flexible body is in a folded-up state, and conversely when the end elements (6-1, 6-2) are the maximum distance apart the consequently outwardly bent flexible body is in an unfolded state.
A stepper motor control circuit configured to provide synchronized movement control in multiple dimensions, comprising: a first numerical controlled oscillator configured to provide step signals for a first axis of stepper motor movement; and a second numerical controlled oscillator configured to provide step signals for a second axis of stepper motor movement; and a prescaler oscillator , characterized in that the prescaler oscillator is configured to offset operation of the first numerical controlled oscillator by one half of a remainder of a ratio between a first count of steps to be performed by the first numerical controlled oscillator and a second count of steps to be performed by the second numerical oscillator ; wherein the first and second numerical controlled oscillators are configured to be operated at a same frequency provided by a synchronized clock signal. a first numerical controlled oscillator configured to provide step signals for a first axis of stepper motor movement; and a second numerical controlled oscillator configured to provide step signals for a second axis of stepper motor movement; and a prescaler oscillator , characterized in that the prescaler oscillator is configured to offset operation of the first numerical controlled oscillator by one half of a remainder of a ratio between a first count of steps to be performed by the first numerical controlled oscillator and a second count of steps to be performed by the second numerical oscillator ; wherein the first and second numerical controlled oscillators are configured to be operated at a same frequency provided by a synchronized clock signal.
A method for checking the circumferential distribution of the wall thickness of a hollow glass article in a hollow glass production facility, consisting at least of a glass forming machine and a device for thermal treatment of the same, which is arranged downstream thereof in the throughput direction of the hollow glass articles , having devices for transporting the hollow glass article from the output of the glass forming machine, the hot end of the glass production facility, to the input of the device for thermal treatment and continuing from its output, to the beginning of the cold end of the hollow glass production facility, at least one IR camera for recording regions of the distribution of the total thermal radiation emitted by the hollow glass articles being arranged at the hot end, characterized in that a circumferential measurement of the distribution of the wall thickness of a hollow glass article is determined as a function of the angle of rotation at the cold end, that the circumferential distribution of the total radiation of the hollow glass article is recorded at the hot end and is associated with the circumferential measurement of the wall thickness with the aim of establishing a functional dependency between the values of the distributions of the total radiation and the wall thickness, so that the wall thickness profile can be recognized in terms of value based on the total radiation at the hot end.
Method for detecting an object in an opening region of a first door of a motor vehicle by means of at least one first distance sensor , wherein the at least one first distance sensor is disposed in and/or on the first door and has a detection region , wherein a current opening angle (α2) of the first door is detected in the method and the detection region is adapted on the basis of the detected opening angle (α2), characterized in that a state variable of at least one component of the motor vehicle that differs from the first door is determined, wherein the state variable describes a position and/or an operational setting of a second door of the motor vehicle and/or of a component of the second door , and the detection region of the at least one first distance sensor is additionally adapted on the basis of the determined state variable, wherein the second door is disposed in relation to the first door in such a way that the second door is able to be pivoted into the detection region of the first distance sensor in a predefined relative position of the first door .
A core network, CN, node configured to interact with one or more radio access network, RAN, nodes (102 1 , 102 2 ) managing cells in a routing area, the CN node comprising: a processor ; and, a memory that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the CN node is operable to: obtain radio interface Time Division Multiple Access, TDMA, Frame Number, FN, information applicable to the cells managed by any one of the one or more RAN nodes; receive a payload for one of a plurality of wireless devices (104 1 , 104 2 , 104 3 ...104 n ) which is using any one of a plurality of extended Discontinuous Receive, eDRX, cycles; calculate a time remaining until a next paging occasion for the one of the plurality of wireless devices by utilizing the obtained TDMA FN information; and, transmit , to the one or more RAN nodes, a paging message associated with the one of the plurality of wireless devices, wherein the paging message is transmitted a predetermined time before the next instance of the paging group for the one of the plurality of wireless devices. a processor ; and, a memory that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the CN node is operable to: obtain radio interface Time Division Multiple Access, TDMA, Frame Number, FN, information applicable to the cells managed by any one of the one or more RAN nodes; receive a payload for one of a plurality of wireless devices (104 1 , 104 2 , 104 3 ...104 n ) which is using any one of a plurality of extended Discontinuous Receive, eDRX, cycles; calculate a time remaining until a next paging occasion for the one of the plurality of wireless devices by utilizing the obtained TDMA FN information; and, transmit , to the one or more RAN nodes, a paging message associated with the one of the plurality of wireless devices, wherein the paging message is transmitted a predetermined time before the next instance of the paging group for the one of the plurality of wireless devices. obtain radio interface Time Division Multiple Access, TDMA, Frame Number, FN, information applicable to the cells managed by any one of the one or more RAN nodes; receive a payload for one of a plurality of wireless devices (104 1 , 104 2 , 104 3 ...104 n ) which is using any one of a plurality of extended Discontinuous Receive, eDRX, cycles; calculate a time remaining until a next paging occasion for the one of the plurality of wireless devices by utilizing the obtained TDMA FN information; and, transmit , to the one or more RAN nodes, a paging message associated with the one of the plurality of wireless devices, wherein the paging message is transmitted a predetermined time before the next instance of the paging group for the one of the plurality of wireless devices.
A photomask blank comprising a transparent substrate , a second film formed on the substrate, optionally via a first film , a third film serving as a hard mask film formed contiguous to the second film, and a fourth film formed contiguous to the third film, wherein the third film , and first film if present, are formed of materials resistant to chlorine base dry etching and removable by fluorine base dry etching, the second and fourth films are formed of materials resistant to fluorine base dry etching and removable by chlorine base dry etching, and wherein under the same chlorine base dry etching conditions the fourth film has an etching clear time longer than an etching clear time of the second film , and wherein the third film is thinner than the second film. the third film , and first film if present, are formed of materials resistant to chlorine base dry etching and removable by fluorine base dry etching, the second and fourth films are formed of materials resistant to fluorine base dry etching and removable by chlorine base dry etching, and wherein under the same chlorine base dry etching conditions the fourth film has an etching clear time longer than an etching clear time of the second film , and wherein the third film is thinner than the second film.
A fuel injection control system of an internal combustion engine including a fuel injection valve for injecting fuel into a combustion chamber of the engine , comprising a forced feed means for forcedly feeding fuel into the fuel injection valve through a fuel passageway (P1) and a control means for controlling the fuel injection valve to conduct a fuel injection of at least three times in succession in a single combustion cycle, the control means comprising an injection period calculation means for calculating a fuel injection period for each injection according to the operation condition of the engine , characterized in that the control means further comprises a second injection period correction means for correcting an ending time of the second fuel injection according to a pressure fluctuation of the fuel caused by the first fuel injection, a suitable range set means for setting a suitable range of the ending time of the second fuel injection, a suitable value determination means for determining a suitable value of the ending time to be applied to the second fuel injection in the suitable range according to the corrected ending time of the second fuel injection, and a third injection quantity determination means for determining the fuel injection quantity of the third fuel injection according to the difference between the suitable value and the corrected ending time of the second fuel injection.
An aircraft lavatory unit comprising: a movable table on which an infant can be placed and which can be selectively changed between a housed state in which the movable table is configured to be housed in a wall surface and a pulled-out state in which the movable table is configured to be pulled out from the wall surface; and characterized in that the aircraft lavatory unit comprises a display which is disposed to face the movable table in the pulled-out state and displays still images or videos, wherein the display is configured to display a still image or a video having content for infants in response to the movable table changing to the pulled-out state. a movable table on which an infant can be placed and which can be selectively changed between a housed state in which the movable table is configured to be housed in a wall surface and a pulled-out state in which the movable table is configured to be pulled out from the wall surface; and characterized in that the aircraft lavatory unit comprises a display which is disposed to face the movable table in the pulled-out state and displays still images or videos, wherein the display is configured to display a still image or a video having content for infants in response to the movable table changing to the pulled-out state. a display which is disposed to face the movable table in the pulled-out state and displays still images or videos, wherein the display is configured to display a still image or a video having content for infants in response to the movable table changing to the pulled-out state.
A composition comprising: (i) an oligomer, the oligomer comprising: a polyether urethane diacrylate compound having the formula: and a di-adduct compound having the formula: wherein: - R 1 , R 2 and R 3 are independently selected from linear alkylene groups, branched alkylene groups, or cyclic alkylene groups; - y is 1, 2, 3, or 4; - x is greater than 40; - the di-adduct compound is present in the oligomer in an amount of at least 1.0 wt%; and - the oligomer is present in the composition in an amount greater than 30 wt%; (ii) a monomer, the monomer comprising an alkoxylated compound having the formula: wherein R 4 is a linear or branched alkyl group, R 5 is a linear or branched alkylene group, q is in the range from 1 - 10, and the monomer is present in the composition in an amount greater than 25 wt%; wherein the group R 5 is an alkylene group with 3-6 carbon atoms, further comprising (iii) a N-vinyl amide compound, wherein the N-vinyl amide compound is present in the coating composition at a concentration in the range from 3.0 wt% - 8.0 wt%, preferably wherein the N- vinyl amide compound is N -vinyl caprolactam. (i) an oligomer, the oligomer comprising: a polyether urethane diacrylate compound having the formula: and a di-adduct compound having the formula: wherein: - R 1 , R 2 and R 3 are independently selected from linear alkylene groups, branched alkylene groups, or cyclic alkylene groups; - y is 1, 2, 3, or 4; - x is greater than 40; - the di-adduct compound is present in the oligomer in an amount of at least 1.0 wt%; and - the oligomer is present in the composition in an amount greater than 30 wt%; a polyether urethane diacrylate compound having the formula: and a di-adduct compound having the formula: wherein: - R 1 , R 2 and R 3 are independently selected from linear alkylene groups, branched alkylene groups, or cyclic alkylene groups; - y is 1, 2, 3, or 4; - x is greater than 40; - the di-adduct compound is present in the oligomer in an amount of at least 1.0 wt%; and - the oligomer is present in the composition in an amount greater than 30 wt%; - R 1 , R 2 and R 3 are independently selected from linear alkylene groups, branched alkylene groups, or cyclic alkylene groups; - y is 1, 2, 3, or 4; - x is greater than 40; - the di-adduct compound is present in the oligomer in an amount of at least 1.0 wt%; and - the oligomer is present in the composition in an amount greater than 30 wt%; (ii) a monomer, the monomer comprising an alkoxylated compound having the formula: wherein R 4 is a linear or branched alkyl group, R 5 is a linear or branched alkylene group, q is in the range from 1 - 10, and the monomer is present in the composition in an amount greater than 25 wt%; wherein the group R 5 is an alkylene group with 3-6 carbon atoms, further comprising (iii) a N-vinyl amide compound, wherein the N-vinyl amide compound is present in the coating composition at a concentration in the range from 3.0 wt% - 8.0 wt%, preferably wherein the N- vinyl amide compound is N -vinyl caprolactam.