mhurhangee/ep-ind-claims huggingface dataset:
Fixing device for a sliding door of a motor vehicle, wherein the sliding door is adjustable on the motor vehicle body between an open position and a closed position, wherein the sliding door is assigned a running roller arrangement with at least one running roller, wherein the fixing device can be brought into a fixing state, in which said fixing device fixes the sliding door, which is in the open position, in the mounted state on the motor vehicle body via a fixing force effect chain, and into a release state, in which said fixing device releases the sliding door in the mounted state in the closing direction, wherein the fixing device can be brought in a motorized manner out of the fixing state into the release state by means of a drive arrangement, wherein the fixing force effect chain is assigned a flexible section which, in the mounted state, during a manual closing pushing actuation of the sliding door, which is fixed in the open position, with an overload lying above a predetermined limit value, yields and thereby releases the sliding door in the closing direction, wherein the flexible section is an adjustable engagement element which can be brought into a fixing position, in which it produces the fixing engagement between the sliding door and the motor vehicle body, and into a release position, in which it releases the sliding door in the closing direction, wherein the engagement element is a rotary latch with a mouth-like formation, characterized in that the rotary latch is assigned a pawl which can be brought into an engaged position, in which it holds the rotary latch in its fixing position, and into a raised position, in which it releases the rotary latch, and in that the rotary latch is of two-part configuration, wherein the two rotary latch parts (20, 21) are coupled to each other in a spring-prestressed manner by means of a coupling spring, wherein, during a manual closing pushing actuation of the sliding door, which is fixed in the open position, with an overload, the coupling yields and thereby releases the sliding door in the closing direction, wherein the flexibility of the coupling spring permits deflection of the rotary latch part anticlockwise and out of the range of movement of the running roller, and thus the running roller is released by the rotary latch and therefore the sliding door as a whole is released in the closing direction.
Information presentation support with two presentation faces (11, 12) respectively on two panel sections (2, 3) made of a substantially rigid and foldable material, with the panel sections (2, 3) being arranged to, in an unfolded state of the support, be restrained in order to restrain the presentation faces (11, 12), a plurality of support inserts, of which the actions are exerted discretely along the length of said panel sections, being provided to hold the presentation faces (11, 12) in their restrained condition, the panel sections (2, 3) of the presentation faces (11, 12) are connected between them by their edges (14, 19), characterised by the fact that each support insert is mounted between the panel sections (2, 3) in a changeable state that can be altered between a support folded state and a state for maintaining the restrained state of the presentation faces (11, 12) of the panel sections (2, 3) of the support, each insert being associated with means for locking the maintaining state, each insert comprises a plaque made of a substantially rigid and foldable material arranged to be folded over itself along at least two intersecting folding lines (23, 24), with the plaque portion extending from one side of one of the two folding lines being fixed to the panel sections (2, 3), in order to constitute the support insert, with the other of the two folding lines being substantially parallel to the edges (14, 19) of the panel sections (2, 3) and contained in the plane of these edges, and the plaque portion extending from the other side of said one folding line forming a lever for locking-unlocking the state of maintaining the insert portion of the plaque, with the lever making it possible to unlock the support from its condition of maintaining and as such the flattening of the panel sections (2, 3) and the folding back of the support.
An apparatus for machining workpieces, in particular saw blades, comprising: - at least one pick-up station for picking up at least one workpiece which is to be machined, - at least one discharge station for discharging at least one workpiece after machining, - at least one machining station (16, 18, 20) for machining at least one workpiece, wherein the at least one machining station (16, 18, 20) is arranged between the pick-up station and the discharge station, and - at least one transport device for transporting at least one workpiece between the stations (12, 14, 16, 18, 20), wherein the at least one transport device is configured in such a manner that it transports at least one workpiece from one station (12, 14, 16, 18, 20) to the next station (12, 14, 16, 18, 20), wherein the at least one transport device simultaneously heads for at least two stations (12, 14, 16, 18, 20) to transfer the workpiece, wherein at the at least the one machining station (16, 18, 20) the at least one transport device moves into a position, in which a machining station (16, 18, 20) may be loaded with a workpiece or in which the workpiece may be picked up after machining, and wherein in a pick-up station the workpiece is picked up and in the discharge station the workpiece is discharged, wherein the at least one transport device is configured in such a manner that it moves linearly in a first direction of movement relative to the stations (16, 18, 20), wherein the at least one transport device is configured in such a manner that at least one workpiece is movable for pick-up or transfer to at least one station (12, 14, 16, 18, 20) in at least a second direction of movement relative to at least this station (12, 14, 16, 18, 20), characterised in that the at least one transport device is configured in such a manner that the at least one transport device is movable in a third direction of movement, wherein in the third direction of movement the position of the at least one transport device is adjustable in the vertical direction. - at least one pick-up station for picking up at least one workpiece which is to be machined, - at least one discharge station for discharging at least one workpiece after machining, - at least one machining station (16, 18, 20) for machining at least one workpiece, wherein the at least one machining station (16, 18, 20) is arranged between the pick-up station and the discharge station, and - at least one transport device for transporting at least one workpiece between the stations (12, 14, 16, 18, 20),
Apparatus for cleaning a flow of gas from solid and/or liquid particles therein by means of centrifugal separation, comprising a rotatable rotor in a surrounding, stationary casing and having a plurality of adjacent surface elements with an inner surface facing the center axis of the rotor onto which surface particles in said gas flow can be trapped by centrifugal forces during the radial passage of the gas flow between the surface elements, said surface elements of the rotor delimiting at least one axial flow shaft in the central portion of the rotor which communicates with the flow passages between the surface elements and with an opening in the rotor for the gas flow through a first wall of the casing, said casing delimiting a collection chamber for particles separated in the rotor and having an opening for the gas flow through a related wall of the casing and an outlet for the discharge of particles collected in the casing, and a drive shaft extending through a second passage in a second wall opposite to said first wall of the casing, as well as a second end rotatably supported in a cantilevered manner and carrying a pulley on the outside of the casing, characterized in that said rotor having a first end extending through a first passage in said first wall, and in that the drive shaft is supported in a surrounding, non-rotatable bearing sleeve which is resiliently connected to the stationary casing by means of at least one elastic member (46; 46'; 50) configured to counteract shearing and tilting movements of the supported end of the drive shaft during operation in such a manner that the first end of the rotor situated at the first passage has a substantially fixed position relative to the first passage.
An electrophotographic imaging unit, comprising: a photoconductor housing configured to rotatably support a photoconductor drum; a developer housing configured to accommodate developer and a developer roller; and a support configured to rotatably support the developer roller at opposite ends thereof, wherein the photoconductor housing and the developer housing are hinged together at one side, and movable relative to each other at another side to open and close the imaging unit, wherein the support is sandwiched between the photoconductor housing and the developer housing when the imaging unit is closed, a fastening mechanism configured to fasten together the photoconductor housing and the developer housing to hold the support in place when the imaging unit is closed, characterized in that the fastening mechanism includes an elastically compressible member formed of rubber or sponge rubber and inserted between the photoconductor housing and the developer housing when the imaging unit is closed, such that the fastening mechanism is less prone to breakage. a photoconductor housing configured to rotatably support a photoconductor drum; a developer housing configured to accommodate developer and a developer roller; and a support configured to rotatably support the developer roller at opposite ends thereof,
An immunoassay device comprising a first section and a second section connectable together, the first section comprising a photovoltaic sensor array for detecting variations in light intensity and a printed circuit board and the second section comprising a nitrocellulose strip exposed at one end of the second section so that a sample to be analysed can be deposited thereon, the photovoltaic sensor array comprising a plurality of photovoltaic cells, each cell comprising a p-n junction and being connected to corresponding positive and negative electrical terminals, wherein the positive terminals and the negative terminals are connected to p and n sides respectively of the respective cell, the photovoltaic sensor array further comprises a common substrate, the common substrate is positioned on the printed circuit board, each cell being formed on said common substrate, wherein the printed circuit board is connected to each cell via the respective positive terminals and negative terminals so that each cell is independently connected to the printed circuit board and so that the printed circuit board is operable to independently measure the voltage output of each cell and compare the measured voltage output of each of the plurality of cells so that the photovoltaic sensor array is configured to detect variations of incident light, wherein the second section comprises a transparent lens and wherein, when the first and the second sections are connected together, the second section covers the photovoltaic cells of the photovoltaic sensor array, the transparent lens is arranged to permit light to strike the plurality of photovoltaic cells, and the nitrocellulose strip extends between the transparent lens and the plurality of photovoltaic cells.
A method for operating a computing system having one or more clusters, each cluster including one or more processor cores (P1-Pn), comprising: detecting a condition in which a total number of active processor cores (P3-Pn) within the one or more clusters is less than a predetermined number, and an operating frequency of the active processor cores (P3-Pn) has risen to a specified frequency; obtaining an ambient temperature measurement of the one or more clusters; and upon detecting the condition, increasing the operating frequency above the specified frequency based on the ambient temperature measurement while maintaining a same level of supply voltage to the active processor cores (P3-Pn); wherein increasing the operating frequency further comprises increasing the operating frequency such that increased power consumption due to the increased operating frequency comes from IR drop caused by having at least one inactive processor core (P1, P2) in the one or more clusters, wherein - the total number of active processor cores (P3-Pn) belongs to one cluster, and the predetermined number is not greater than a total number of processor cores (P1-Pn) in the one cluster; or - the active processor cores (P3-Pn) belong to a plurality of clusters in the computing system, and the predetermined number is not greater than a total number of processor cores (P1-Pn) in the computing system. detecting a condition in which a total number of active processor cores (P3-Pn) within the one or more clusters is less than a predetermined number, and an operating frequency of the active processor cores (P3-Pn) has risen to a specified frequency; obtaining an ambient temperature measurement of the one or more clusters; and upon detecting the condition, increasing the operating frequency above the specified frequency based on the ambient temperature measurement while maintaining a same level of supply voltage to the active processor cores (P3-Pn); wherein increasing the operating frequency further comprises increasing the operating frequency such that increased power consumption due to the increased operating frequency comes from IR drop caused by having at least one inactive processor core (P1, P2) in the one or more clusters, wherein - the total number of active processor cores (P3-Pn) belongs to one cluster, and the predetermined number is not greater than a total number of processor cores (P1-Pn) in the one cluster; or - the active processor cores (P3-Pn) belong to a plurality of clusters in the computing system, and the predetermined number is not greater than a total number of processor cores (P1-Pn) in the computing system. - the total number of active processor cores (P3-Pn) belongs to one cluster, and the predetermined number is not greater than a total number of processor cores (P1-Pn) in the one cluster; or - the active processor cores (P3-Pn) belong to a plurality of clusters in the computing system, and the predetermined number is not greater than a total number of processor cores (P1-Pn) in the computing system.
An augmented reality content generation method in a mobile terminal having a display panel, a camera and a sensor unit, the method comprising: receiving an augmented reality mode execution request for generating augmented reality content based on electronic book content; activating the camera in response to the augmented reality mode execution request, and displaying, on the display panel, a preview image captured by the camera, the preview image being a live image of a user's real environment; loading default book data of the electronic book on the preview image; storing, in a mapping table, reaction data mapped to motions of the user and sensor values generated by the sensor unit; detecting an event occurring in the augmented reality mode, wherein detecting the event comprises at least one of detecting a motion of the user in the preview image, and detecting sensor values obtained by the sensor unit; extracting the reaction data pre-mapped to the event; loading the extracted reaction data on the preview image; receiving an augmented reality mode termination request; and in response to receiving the augmented reality mode termination request, ending the augmented reality mode, and storing the preview image with the reaction data and the default book data loaded thereon. receiving an augmented reality mode execution request for generating augmented reality content based on electronic book content; activating the camera in response to the augmented reality mode execution request, and displaying, on the display panel, a preview image captured by the camera, the preview image being a live image of a user's real environment; loading default book data of the electronic book on the preview image; storing, in a mapping table, reaction data mapped to motions of the user and sensor values generated by the sensor unit; detecting an event occurring in the augmented reality mode, wherein detecting the event comprises at least one of detecting a motion of the user in the preview image, and detecting sensor values obtained by the sensor unit; extracting the reaction data pre-mapped to the event; loading the extracted reaction data on the preview image; receiving an augmented reality mode termination request; and in response to receiving the augmented reality mode termination request, ending the augmented reality mode, and storing the preview image with the reaction data and the default book data loaded thereon.
Adhesive composition consisting of (a) 25 wt% to 50 wt%, preferably 30 wt% to 40 wt%, of at least one kind of a saturated vinylaromatic block copolymer, (b) 20 wt% to 50 wt%, preferably 25 wt% to 45 wt%, of at least one kind of a first tackifier resin, which is a hydrocarbon resin, having a DACP (determined as specified in the description) of more than +25°C and an MMAP (determined as specified in the description) of more than +60°C, and also either 0 wt% to 10 wt% of at least one kind of a second tackifier resin, having a DACP of less than 0°C and an MMAP of less than +30°C, and 5 wt% to 25 wt% of at least one kind of an aliphatic or cycloaliphatic alkyl ester as plasticizer, or 5 wt% to 25 wt%, preferably 10 wt% to 20 wt%, of at least one kind of a second tackifier resin, having a DACP of less than 0°C and an MMAP of less than +30°C, and 5 wt% to 15 wt% of at least one kind of an aliphatic or cycloaliphatic alkyl ester as plasticizer, and also (e) optionally further additives. (a) 25 wt% to 50 wt%, preferably 30 wt% to 40 wt%, of at least one kind of a saturated vinylaromatic block copolymer, (b) 20 wt% to 50 wt%, preferably 25 wt% to 45 wt%, of at least one kind of a first tackifier resin, which is a hydrocarbon resin, having a DACP (determined as specified in the description) of more than +25°C and an MMAP (determined as specified in the description) of more than +60°C, and also either 0 wt% to 10 wt% of at least one kind of a second tackifier resin, having a DACP of less than 0°C and an MMAP of less than +30°C, and 5 wt% to 25 wt% of at least one kind of an aliphatic or cycloaliphatic alkyl ester as plasticizer, or 5 wt% to 25 wt%, preferably 10 wt% to 20 wt%, of at least one kind of a second tackifier resin, having a DACP of less than 0°C and an MMAP of less than +30°C, and 5 wt% to 15 wt% of at least one kind of an aliphatic or cycloaliphatic alkyl ester as plasticizer, and also (e) optionally further additives.
A proppant for use in fracturing a subterranean formation, wherein the proppant is characterized by a mean particle size of 0.4 to 1.8 millimeters, a particle size standard deviation less than or equal to 70% of the mean particle size, and a mean aspect ratio of 1:1 to 2:1, as determined by dynamic image analysis; wherein the proppant comprises particles comprising a thermoplastic composition comprising the product of melt blending components comprising at least 35 weight percent of a polyamide, and at least 20 weight percent of a poly(phenylene ether); wherein all weight percents are based on the total weight of the thermoplastic composition. a mean particle size of 0.4 to 1.8 millimeters, a particle size standard deviation less than or equal to 70% of the mean particle size, and a mean aspect ratio of 1:1 to 2:1, as determined by dynamic image analysis; at least 35 weight percent of a polyamide, and at least 20 weight percent of a poly(phenylene ether);
Electric toggle switch having at least one actuating element which is designed as a toggle lever and which, on the one hand, interacts with movable electrical contact parts of a switching apparatus via a switching piece and which, on the other hand, is guided with its free end region outwards through an opening of a cover plate, the switching apparatus being connected to a supporting ring and having the electrical connection contact parts necessary for connection to an electrical installation system of a building, wherein a receptacle for fixing the at least one actuating element designed as a toggle lever is provided on the at least one switching piece of the switching apparatus, characterised by the fact that the receptacle is provided in one piece on the switching piece, and by the fact that at least one clip tongue is integrally formed on the receptacle and, in order to produce a clip connection, interacts in a clipping manner with at least one corresponding notch which is present in the second end region, facing the switching piece, of the actuating element designed as a toggle lever.
An auto-injector assembly comprising: a medicament container defining a substantially cylindrical chamber containing a liquid medicament, a proximal end of the chamber being closed by a piston slidably located within the cylindrical chamber, and a distal end of the chamber being closed by a container seal spanning an opening at a distal end of the medicament container, wherein the container seal is a pierceable septum; biasing means coupled to the piston and acting to bias the piston towards the container seal, thereby pressurising the liquid medicament, a hypodermic needle for parenteral administration of the liquid medicament, a removable needle cap for maintaining the hypodermic needle in sterile conditions until use, and means for establishing fluid communication between the chamber and the hypodermic needle such that the pressurised liquid medicament is automatically delivered through the hypodermic needle when communication has been established, wherein the means for establishing fluid communication is a valve comprising a valve housing defining a bore, the valve housing coupled to the distal end of the container such that the pierceable septum is located at a proximal end of the bore, and a shuttle slidably retained within the bore, the shuttle comprising a piercing element for piercing the pierceable septum when the shuttle is moved towards the proximal end of the bore to establish fluid communication between the chamber and the hypodermic needle, wherein the liquid medicament is stored under pressure. a medicament container defining a substantially cylindrical chamber containing a liquid medicament, a proximal end of the chamber being closed by a piston slidably located within the cylindrical chamber, and a distal end of the chamber being closed by a container seal spanning an opening at a distal end of the medicament container, wherein the container seal is a pierceable septum; biasing means coupled to the piston and acting to bias the piston towards the container seal, thereby pressurising the liquid medicament, a hypodermic needle for parenteral administration of the liquid medicament, a removable needle cap for maintaining the hypodermic needle in sterile conditions until use, and means for establishing fluid communication between the chamber and the hypodermic needle such that the pressurised liquid medicament is automatically delivered through the hypodermic needle when communication has been established, wherein the means for establishing fluid communication is a valve comprising a valve housing defining a bore, the valve housing coupled to the distal end of the container such that the pierceable septum is located at a proximal end of the bore, and a shuttle slidably retained within the bore, the shuttle comprising a piercing element for piercing the pierceable septum when the shuttle is moved towards the proximal end of the bore to establish fluid communication between the chamber and the hypodermic needle,