mhurhangee/patent-ind-claim-en huggingface dataset:
Braking and/or clamping device for a shaft guided in relation to a base body with an actuation assembly and with a shaft-connection assembly , - wherein the actuation assembly comprises a gap housing which comprises an attachment zone and a bending zone that can be elastically buckled in sections with two bending plates spaced apart by an outwardly orientated gap space , - wherein each bending plate comprises pincer jaws with friction surfaces in two opposing clamping zones whose surface normals are pointed inwards, - wherein each bending plate - for supporting at least one support element - comprises an axial groove from the gap space , - wherein there is a sealed gap space between the bending plates and at least one support element , which can be filled with a pressure medium for the purpose of elastically pushing the friction surfaces apart, - wherein the shaft-connection assembly comprises a singly or multiply divided ring or at least two circular ring segments as a brake disc , - wherein the shaft-connection assembly comprises a coupling area which has two interspaced friction surfaces , the surface normals of which point outwards, - wherein the friction surfaces of the actuation assembly are applied to the friction surfaces of the shaft-connection assembly with the gap space being unburdened, thereby providing the clamping and/or braking force, characterized in that - the support element is an elastically deformable metallic support strip , the length of which corresponds to the average length of the individual axial groove , and - the single axial groove comprises at least one threading groove that flows into it. - wherein the actuation assembly comprises a gap housing which comprises an attachment zone and a bending zone that can be elastically buckled in sections with two bending plates spaced apart by an outwardly orientated gap space , - wherein each bending plate comprises pincer jaws with friction surfaces in two opposing clamping zones whose surface normals are pointed inwards, - wherein each bending plate - for supporting at least one support element - comprises an axial groove from the gap space , - wherein there is a sealed gap space between the bending plates and at least one support element , which can be filled with a pressure medium for the purpose of elastically pushing the friction surfaces apart, - wherein the shaft-connection assembly comprises a singly or multiply divided ring or at least two circular ring segments as a brake disc , - wherein the shaft-connection assembly comprises a coupling area which has two interspaced friction surfaces , the surface normals of which point outwards, - wherein the friction surfaces of the actuation assembly are applied to the friction surfaces of the shaft-connection assembly with the gap space being unburdened, thereby providing the clamping and/or braking force, characterized in that - the support element is an elastically deformable metallic support strip , the length of which corresponds to the average length of the individual axial groove , and - the single axial groove comprises at least one threading groove that flows into it.
A garment panel comprising: a first layer and a third layer of pliable material; and a second layer of thermally insulating sheet material interposed between the first layer and the third layer of pliable material, the second layer of thermally insulating sheet material comprising one or more voided portions , wherein at least one of the first layer of pliable material and the third layer of pliable material are secured to the second layer of thermally insulating sheet material through one or more non-garment forming seams positioned at one or more non-voided portions of the second layer of thermally insulating sheet material, and wherein the one or more non-garment forming seams cooperate with each other to form one or more baffles , wherein a first portion of an interior surface of the first layer of pliable material and a corresponding second portion of an interior surface of the third layer of pliable material that are in alignment with at least one voided portion of the one or more voided portions of the second layer of thermally insulating sheet material, are affixed to each other to form at least one affixed portion , wherein the affixed portion comprises one or more openings extending through the first layer of pliable material and the third layer of pliable material, wherein the affixed portion is formed by adhesively bonding the first portion of the interior surface of the first layer of pliable material and the corresponding second portion of the interior surface of the third layer of pliable material. a first layer and a third layer of pliable material; and a second layer of thermally insulating sheet material interposed between the first layer and the third layer of pliable material, the second layer of thermally insulating sheet material comprising one or more voided portions , wherein at least one of the first layer of pliable material and the third layer of pliable material are secured to the second layer of thermally insulating sheet material through one or more non-garment forming seams positioned at one or more non-voided portions of the second layer of thermally insulating sheet material, and wherein the one or more non-garment forming seams cooperate with each other to form one or more baffles , wherein a first portion of an interior surface of the first layer of pliable material and a corresponding second portion of an interior surface of the third layer of pliable material that are in alignment with at least one voided portion of the one or more voided portions of the second layer of thermally insulating sheet material, are affixed to each other to form at least one affixed portion , wherein the affixed portion comprises one or more openings extending through the first layer of pliable material and the third layer of pliable material, wherein the affixed portion is formed by adhesively bonding the first portion of the interior surface of the first layer of pliable material and the corresponding second portion of the interior surface of the third layer of pliable material.
Method for checking a first validity of image data for presentation in a display device comprising a graphics processor , a data monitoring module and a display , wherein the image data comprise colour values for individual pixels of the display , wherein the pixels comprise subpixels divided according to primary colours and wherein the image data comprise information regarding the intensity with which the assigned subpixels are intended to be luminous in the respective primary colours, wherein said intensity is encoded as a numerical value of eight bits, i.e. one byte, per pixel, wherein checking data associated with the image data are generated by the graphics processor and carry information concerning a checking of a validity of at least one portion of the image data, wherein the four bits having the least bit significance of all the subpixels of at least one primary colour in the image data are replaced by the checking data before a transmission by the graphics processor, wherein the image data containing the checking data are transmitted from the graphics processor to a data monitoring module and are received by the latter, and wherein the first validity of the image data is ascertained by the data monitoring module only if, during a checking of at least one portion to be checked of the received non-replaced image data on the basis of the received checking data, no errors are ascertained in the portion to be checked of the received non-replaced image data or if errors ascertained during the checking in the portion to be checked of the received non-replaced image data, by means of the received checking data, can be corrected at least to a predefined extent. wherein checking data associated with the image data are generated by the graphics processor and carry information concerning a checking of a validity of at least one portion of the image data, wherein the four bits having the least bit significance of all the subpixels of at least one primary colour in the image data are replaced by the checking data before a transmission by the graphics processor, wherein the image data containing the checking data are transmitted from the graphics processor to a data monitoring module and are received by the latter, and wherein the first validity of the image data is ascertained by the data monitoring module only if, during a checking of at least one portion to be checked of the received non-replaced image data on the basis of the received checking data, no errors are ascertained in the portion to be checked of the received non-replaced image data or if errors ascertained during the checking in the portion to be checked of the received non-replaced image data, by means of the received checking data, can be corrected at least to a predefined extent.
An overhead roll-up door assembly for a vertically moving door to permit and prohibit access to an opening, the door assembly comprising: a flexible door panel ; a shaft capable of rotating to vertically move the flexible door panel ; the shaft includes at least two shaft gears , each shaft gear having a substantially identical diameter; at least two motors are configured to rotate the shaft and each of the at least two motors has a motor gear coupled to a motor shaft, the motor gears having a substantially identical diameter, the substantially identical diameter of the motor gears being less than the substantially identical diameter of the shaft gears ; and a first of the at least two shaft gears engages a first of the at least two motor gears and a second of the at least two shaft gears engages a second of the at least two motor gears , characterized by at least one manual means for operating at least one of the at least two motors and rotating the shaft . a flexible door panel ; a shaft capable of rotating to vertically move the flexible door panel ; the shaft includes at least two shaft gears , each shaft gear having a substantially identical diameter; at least two motors are configured to rotate the shaft and each of the at least two motors has a motor gear coupled to a motor shaft, the motor gears having a substantially identical diameter, the substantially identical diameter of the motor gears being less than the substantially identical diameter of the shaft gears ; and a first of the at least two shaft gears engages a first of the at least two motor gears and a second of the at least two shaft gears engages a second of the at least two motor gears , the shaft includes at least two shaft gears , each shaft gear having a substantially identical diameter; at least two motors are configured to rotate the shaft and each of the at least two motors has a motor gear coupled to a motor shaft, the motor gears having a substantially identical diameter, the substantially identical diameter of the motor gears being less than the substantially identical diameter of the shaft gears ; and a first of the at least two shaft gears engages a first of the at least two motor gears and a second of the at least two shaft gears engages a second of the at least two motor gears , characterized by at least one manual means for operating at least one of the at least two motors and rotating the shaft .
A conveying system for transporting a product in vertical direction, comprising a drivable endless first conveyor belt and a drivable endless second conveyor belt , each having a conveying section for supporting and transporting a product and a return section , which conveying section extends along at least a helical path including a plurality of windings about a centreline between a lower end and an upper end of the helical path, wherein the lower end of the helical path of the conveying section of the first conveyor belt is located at a lower level than the lower end of the helical path of the conveying section of the second conveyor belt , wherein the upper end of the helical path of the conveying section of the second conveyor belt is located at a higher level than the upper end of the helical path of the conveying section of the first conveyor belt , wherein the upper end of the helical path of the conveying section of the first conveyor belt is located between the lower end and the upper end of the helical path of the conveying section of the second conveyor belt , wherein the conveying system is provided with a transfer region between the lower end of the helical path of the conveying section of the second conveyor belt and the upper end of the helical path of the conveying section of the first conveyor belt where the first and second conveyor belts extend parallel and next to each other, characterized in that the first and second conveyor belts move in the same direction of movement under operating conditions and with a transfer member for displacing a product between the first and second conveyor belts at the transfer region .
A head-up display that projects a display image on a windshield of a mobile body to project a virtual image (I), the head-up display comprising: a display device that displays the display image; and a projection optical system that projects the display image displayed on the display device as a virtual image (I) for an observer (D) on a driver's seat of the mobile body, wherein on an assumption that light emitting from the display device , reaching a center of a viewpoint region of the observer (D) and corresponding to a center of the virtual image (I) is reference light (Lc), the projection optical system includes a prism element that has an incident surface , a reflection surface for reflecting light entering the incident surface , and an emitting surface for emitting the light reflected by the reflection surface , wherein the emitting surface is not the same as the incident surface , characterized in that the normal of the emitting surface of the prism element is inclined to the reference light (Lc), wherein an inclination amount θ 2 of the reference light (Lc) emitted from the emitting surface with respect to the normal of the emitting surface lies in a range of 15° < |θ 2 | < 45° in the optical path from the display device . a display device that displays the display image; and a projection optical system that projects the display image displayed on the display device as a virtual image (I) for an observer (D) on a driver's seat of the mobile body, wherein on an assumption that light emitting from the display device , reaching a center of a viewpoint region of the observer (D) and corresponding to a center of the virtual image (I) is reference light (Lc), the projection optical system includes a prism element that has an incident surface , a reflection surface for reflecting light entering the incident surface , and an emitting surface for emitting the light reflected by the reflection surface , wherein the emitting surface is not the same as the incident surface , characterized in that the normal of the emitting surface of the prism element is inclined to the reference light (Lc), wherein an inclination amount θ 2 of the reference light (Lc) emitted from the emitting surface with respect to the normal of the emitting surface lies in a range of 15° < |θ 2 | < 45° in the optical path from the display device .
The -5,8,8a,9,10,11,12,12a,13,13a-decahydro-3-methoxy-12-(ethylsulphonyl)-6H-isoquino[2,1-g] naphthyridine compound [CAS-186002-54-0], commonly known as RS-79948-197, or pharmaceutically acceptable salts thereof, for use in the treatment of schizophrenia.
Fail-safe system intended to mechanically fasten two aircraft components , the fail-safe system including a first set , a second set consisting of two subsets made of a material different from the material of the first set , the first set being inserted between the two subsets (18 and 20), the first set and the two subsets (18 and 20) of the second set being stacked up, at least one of the first and second sets including at least one layer of composite material, characterized in that the first set and the at least two subsets are substantially plane, and in that cylindrical bores extending through the thickness of the first and second sets are respectively intended to accommodate a portion of the two aircraft components to mechanically secure to said components the fail-safe system .
Motor vehicle wheel anti-friction bearing of a passenger car, a van, a motorcycle, an (electric) scooter, a quad bike or a snowmobile or motorcycle swing arm anti-friction bearing, comprising the following features: - an outer rolling surface element, - an inner rolling surface element, - a set of rolling bodies arranged between the rolling surface elements, with the result that the rolling surface elements can be at least pivoted with respect to one another in the manner of an anti-friction bearing, - a lubricant reservoir of at least comb-type cage-like configuration for storing and outputting a lubricant with web elements which extend between the rolling bodies, and with a side ring which connects the web elements, - in addition to the lubricant reservoir, an anti-friction bearing cage made from a different material from the lubricant reservoir, the lubricant reservoir being configured so as to at least partially enclose at least portions of the anti-friction bearing cage, and - the rolling bodies are balls. - an outer rolling surface element, - an inner rolling surface element, - a set of rolling bodies arranged between the rolling surface elements, with the result that the rolling surface elements can be at least pivoted with respect to one another in the manner of an anti-friction bearing, - a lubricant reservoir of at least comb-type cage-like configuration for storing and outputting a lubricant with web elements which extend between the rolling bodies, and with a side ring which connects the web elements, - in addition to the lubricant reservoir, an anti-friction bearing cage made from a different material from the lubricant reservoir, the lubricant reservoir being configured so as to at least partially enclose at least portions of the anti-friction bearing cage, and - the rolling bodies are balls.
Device for additive manufacturing, comprising: - a memory arranged to receive shape data of object to be manufactured and actuator data for the object to be manufactured, said actuator data defining actuators configured to enable a predefined and controllable deformation of said object, - said device being characterized in that it comprises a computer arranged to determine an additive model defining an orthotropic foam using the shape data of the object to be manufactured and actuator data for the object to be manufactured. - a memory arranged to receive shape data of object to be manufactured and actuator data for the object to be manufactured, said actuator data defining actuators configured to enable a predefined and controllable deformation of said object, - said device being characterized in that it comprises a computer arranged to determine an additive model defining an orthotropic foam using the shape data of the object to be manufactured and actuator data for the object to be manufactured.
A system comprising: an input arranged to receive measurements for use in localizing a mobile device , the measurements corresponding to measurements of wireless signals transmitted between the mobile device and a plurality of reference nodes ; a localization database arranged to map the reference nodes to zones; a localization module arranged, for each of a plurality of the zones in the localization database, to determine a representative value based on a combination of said measurements for the reference nodes of the respective zone, wherein the localization module is further arranged to compare the representative values of the zones with one another in order to directly determine which one or more of the zones the mobile device belongs to; characterized in that the system further comprising: a lighting database arranged to map between lamps and said zones, arranged to receive an index or indices of each of the one or more determined zones from the localization module, and based on the received index or indices to directly relate the one or more determined zones to one or more of the lamps; and a lighting access service module arranged to grant the mobile device with access to control the one or more lamps on condition of being related to the one or more determined zones by the lighting database. an input arranged to receive measurements for use in localizing a mobile device , the measurements corresponding to measurements of wireless signals transmitted between the mobile device and a plurality of reference nodes ; a localization database arranged to map the reference nodes to zones; a localization module arranged, for each of a plurality of the zones in the localization database, to determine a representative value based on a combination of said measurements for the reference nodes of the respective zone, wherein the localization module is further arranged to compare the representative values of the zones with one another in order to directly determine which one or more of the zones the mobile device belongs to; characterized in that the system further comprising: a lighting database arranged to map between lamps and said zones, arranged to receive an index or indices of each of the one or more determined zones from the localization module, and based on the received index or indices to directly relate the one or more determined zones to one or more of the lamps; and a lighting access service module arranged to grant the mobile device with access to control the one or more lamps on condition of being related to the one or more determined zones by the lighting database. a lighting database arranged to map between lamps and said zones, arranged to receive an index or indices of each of the one or more determined zones from the localization module, and based on the received index or indices to directly relate the one or more determined zones to one or more of the lamps; and a lighting access service module arranged to grant the mobile device with access to control the one or more lamps on condition of being related to the one or more determined zones by the lighting database.
A light curtain for detecting objects in a monitoring area with a transmitter unit comprising a number of light beam emitting transmitters , with a receiver unit comprising a number of light beam receiving receivers , wherein the transmitter unit and the receiver unit are arranged at opposite edges of the monitoring area, and wherein at least one receiver is associated with each transmitter in such a way that when the monitoring area is free, the light beams of this transmitter strike the associated receiver , wherein the transmitter and the receivers associated therewith are each cyclically activated during a measuring cycle, and with an evaluation unit , in which an object detection signal is generated at the end of a measuring cycle as a function of received signals from receivers , the transmitters of the transmitter unit and the receivers of the receiver unit each being combined to form individual cascades (K1, K2, K3), the transmitters or receivers of a cascade (K1, K2, K3) being activated individually one after the other within a cascade cycle, and wherein the cascade cycles of individual cascades (K1, K2, K3) of transmitters or receivers within a measurement cycle at least partially coincide in time, characterised in that during each measurement cycle the transmitters or the receivers of all cascades are activated once each, wherein the different cascade cycles overlap in time and are activated with a time offset.