mhurhangee/ep-ind-claims huggingface dataset:
A grinding element (104, 204) configured to be coupled to a carrier element (102, 201) comprising: abrasive particles embedded in a metal matrix having a network of interconnected pores; a first face (111, 211); a second face (113, 213); a grinding portion (117, 217) between the first face and the second face, where the grinding portion wears in use; a bonding edge (115, 215) between the first face and the second face and opposite the grinding edge, where the bonding edge of each grinding element is configured to be bonded to the carrier element; a height equal to the distance between the grinding portion and the bonding edge; and a first indicator mark (121, 221) disposed on the first face of the grinding element characterised in that said first indicator mark (121, 122) is disposed at a first distance from the bonding edge and parallel to the bonding edge. abrasive particles embedded in a metal matrix having a network of interconnected pores; a first face (111, 211); a second face (113, 213); a grinding portion (117, 217) between the first face and the second face, where the grinding portion wears in use; a bonding edge (115, 215) between the first face and the second face and opposite the grinding edge, where the bonding edge of each grinding element is configured to be bonded to the carrier element; a height equal to the distance between the grinding portion and the bonding edge; and a first indicator mark (121, 221) disposed on the first face of the grinding element characterised in that said first indicator mark (121, 122) is disposed at a first distance from the bonding edge and parallel to the bonding edge.
A method for cleaning a cleaning wafer that is used to clean one of a probe card cleaning wafer and a FEOL tool cleaning wafer, the method comprising: securing a cleaning wafer having a cleaning polymer, the cleaning polymer having debris embedded in a top surface of the cleaning polymer; and applying a cleaning film to the top surface of the cleaning polymer of the cleaning wafer to remove debris from the top surface of the cleaning polymer of the cleaning wafer, and wherein a difference in one of surface tack and adhesion force between the cleaning film and the cleaning polymer of the cleaning wafer causes the debris to release from the top surface of the cleaning polymer of the cleaning wafer onto the cleaning film without using a solvent, wherein the surface tack and adhesion properties of the cleaning film exceed the surface tack and adhesion properties of the cleaning polymer of the cleaning water. securing a cleaning wafer having a cleaning polymer, the cleaning polymer having debris embedded in a top surface of the cleaning polymer; and applying a cleaning film to the top surface of the cleaning polymer of the cleaning wafer to remove debris from the top surface of the cleaning polymer of the cleaning wafer, and wherein a difference in one of surface tack and adhesion force between the cleaning film and the cleaning polymer of the cleaning wafer causes the debris to release from the top surface of the cleaning polymer of the cleaning wafer onto the cleaning film without using a solvent, wherein the surface tack and adhesion properties of the cleaning film exceed the surface tack and adhesion properties of the cleaning polymer of the cleaning water.
A method for processing a streaming media service, the method comprising: acquiring registration information of an input source, the registration information comprising process information of a streaming media service process of the input source and streaming media address information of the input source, wherein the process information includes a registration ID of the input source and the streaming media address information includes an input address and an output address of the streaming media data of the input source; enabling the streaming media service process according to the process information; and controlling, by using the streaming media address information, a separate streaming media service process to identify the streaming media data of the input source according to a preset image analysis model, so as to obtain identified streaming media data and process streaming media data of the input source, wherein the streaming media service directly performs Artificial Intelligence, AI, analysis and identification on the streaming media data of the input source without interactive transmission with other AI services. acquiring registration information of an input source, the registration information comprising process information of a streaming media service process of the input source and streaming media address information of the input source, wherein the process information includes a registration ID of the input source and the streaming media address information includes an input address and an output address of the streaming media data of the input source; enabling the streaming media service process according to the process information; and controlling, by using the streaming media address information, a separate streaming media service process to identify the streaming media data of the input source according to a preset image analysis model, so as to obtain identified streaming media data and process streaming media data of the input source, wherein the streaming media service directly performs Artificial Intelligence, AI, analysis and identification on the streaming media data of the input source without interactive transmission with other AI services.
A solid-state imaging element comprising: a plurality of pixels, each of which is configured to compare an amount of change in a voltage corresponding to a photocurrent with a predetermined threshold; a current detection unit configured to detect a sum of the photocurrents of the respective plurality of pixels as a total current; and a threshold control unit configured to control the predetermined threshold to a value corresponding to the total current. a plurality of pixels, each of which is configured to compare an amount of change in a voltage corresponding to a photocurrent with a predetermined threshold; a current detection unit configured to detect a sum of the photocurrents of the respective plurality of pixels as a total current; and a threshold control unit configured to control the predetermined threshold to a value corresponding to the total current.
Coupling arrangement for connecting components, with a first coupling part designed to be fixed to a first component, and with a second coupling part designed to be fixed to a second component, wherein an end portion of the first coupling part is provided with an internal thread extending along a thread axis and wherein an end portion of the second coupling part is provided with an external thread extending along the thread axis, which is screwed into the internal thread of the first coupling part, wherein a clamping sleeve is rotatably received on an outer surface of the end portion of the first coupling part, wherein an inner surface of the clamping sleeve and the outer surface of the end section of the first coupling part have, in a cross-sectional plane aligned transversely to the thread axis, locking geometries (26, 46, 47, 48) in order to cause, during a rotary movement of the clamping sleeve relative to the end section of the first coupling part, an at least partially elastic or elastic and plastic change in diameter of the end section of the first coupling part for clamping the end section of the second coupling part, characterized in that two locking geometries are formed on the inner surface of the clamping sleeve and two locking geometries (46, 47, 48) are formed on the outer surface of the end section of the first coupling part, wherein the locking geometries (26, 46, 47, 48) are arranged such that that in a first functional position of the clamping sleeve relative to the end section of the first coupling part, only one of the locking geometries of the clamping sleeve is in engagement with one of the locking geometries (46, 47, 48) of the end section of the first coupling part and that in a second functional position of the clamping sleeve relative to the end section of the first coupling part, the two locking geometries of the clamping sleeve are in engagement with the two locking geometries (46, 47, 48) of the end section of the first coupling part (11.
Control device for supplying at least one hydraulic load with fluid having a variable displacement pump that can be controlled by means of a load-sensing pressure, wherein, in the event of an increased volume flow in the feed of the hydraulic load, the load-sensing pressure is transferred to a control apparatus by means of a control line, said control apparatus carrying out the increase in the feed by switching on a fixed displacement pump as soon as an operator initiates the corresponding function by actuating the control apparatus, wherein the control apparatus comprises a first and a second control valve, the second control valve of which can be controlled by the operator, characterised in that the first control valve can be controlled by the load-sensing pressure in the control line.
A method for inputting expression information, comprising: acquiring (201, 301) first image information of a user; and further comprising: acquiring target feature information of the user from the first image information, the target feature information including at least one of the following items: facial feature information and limb feature information; acquiring target expression information corresponding to the target feature information based on a target database including a correspondence relationship between feature information of the user and expression information; and inputting (103, 205, 305) the target expression information; characterized by in the case that the target database does not comprise a correspondence relationship between the target feature information and the target expression information, acquiring the target expression information comprises: acquiring a model image selected by the user; extracting feature information of the user from the first image information; adding the feature information of the user to an image area selected by the user in the model image. acquiring target feature information of the user from the first image information, the target feature information including at least one of the following items: facial feature information and limb feature information; acquiring target expression information corresponding to the target feature information based on a target database including a correspondence relationship between feature information of the user and expression information; and inputting (103, 205, 305) the target expression information; characterized by in the case that the target database does not comprise a correspondence relationship between the target feature information and the target expression information, acquiring the target expression information comprises: acquiring a model image selected by the user; extracting feature information of the user from the first image information; adding the feature information of the user to an image area selected by the user in the model image. acquiring a model image selected by the user; extracting feature information of the user from the first image information; adding the feature information of the user to an image area selected by the user in the model image.
A head-mounted display worn by a user, comprising: a display unit disposed in front of eyes of the user; an optical system disposed between the display unit and the eyes of the user, wherein video light output from the display unit passes through the optical system; an imaging unit disposed between the display unit and the optical system; a light-irradiation unit that irradiates light onto the eyes of the user, characterized by that: the imaging unit images the display unit, and the imaging unit images an image of the eyes of the user reflected in the display unit by reflecting the light irradiated by the light-irradiation unit by the eyes of the user, wherein the light-irradiation unit is disposed between the display unit and the optical system and irradiates, onto the eyes of the user, reflected light in which light irradiated onto the display unit is reflected. a display unit disposed in front of eyes of the user; an optical system disposed between the display unit and the eyes of the user, wherein video light output from the display unit passes through the optical system; an imaging unit disposed between the display unit and the optical system; a light-irradiation unit that irradiates light onto the eyes of the user, characterized by that: the imaging unit images the display unit, and the imaging unit images an image of the eyes of the user reflected in the display unit by reflecting the light irradiated by the light-irradiation unit by the eyes of the user, wherein the light-irradiation unit is disposed between the display unit and the optical system and irradiates, onto the eyes of the user, reflected light in which light irradiated onto the display unit is reflected. the imaging unit images the display unit, and the imaging unit images an image of the eyes of the user reflected in the display unit by reflecting the light irradiated by the light-irradiation unit by the eyes of the user, wherein the light-irradiation unit is disposed between the display unit and the optical system and irradiates, onto the eyes of the user, reflected light in which light irradiated onto the display unit is reflected.
Folding covering for a convertible vehicle, having a cover and a rear window foam-sealed into the cover with a plastic, wherein the foam encapsulation between the cover and rear window is undertaken along the entire border of the rear window, and having a tensioning bow, wherein the tensioning bow is arranged in the rear region of the motor vehicle and rests at least with a central region on a body-side component in the closed position and has a bottom side, a side region running perpendicularly (z direction) and a top side running downwards obliquely with respect to the rear side, and wherein, at least in a region of the border of the rear window, the cover is offset inwards with respect to the rear window in the direction of the vehicle interior, wherein the rear window comprises a lower border region, an upper border region and lateral border regions, and the offset of the cover is arranged inwards on the lower border region, and wherein the rear window rests in the lower border region indirectly or directly on the upper side of the tensioning bow and conceals the latter, as seen from the outer side, characterized in that the profile-like PU foam encapsulation is arranged as an end on the border side in the region of the lower border edge of the rear window, said PU foam encapsulation comprising a border edge pointing downwards to the body-side component, and wherein the cover is kept foamed in place in the profile-like PU foam encapsulation by means of a first border region and, as it runs further around the border edge, is folded over inwards into the vehicle interior and kept fixed on the tensioning bow by means of a second border region.
Machine tool for in particular machining processing of workpieces, comprising a workpiece table, in particular a double tilt support, which is rotatably mounted on a machine frame, for workpieces to be processed, and an in particular horizontal tool spindle which is held on the machine frame and comprises a tool for processing workpieces, characterized in that a robot for loading workpieces to be processed onto the workpiece table and for unloading processed workpieces from the workpiece table is held suspended in a loading cell that is laterally coupled to the machine frame, that the loading cell comprises a cell door, in particular a circular arc door, which can be pivoted about a vertical axis between an open position and a closed position and closes the cell interior in the closed position and opens it in the open position, and that the cell door has an in particular circular sector shaped door bottom which projects into the cell interior below the robot at least in the closed position.
A reversible and multipurpose modular panic locking device for mortise locks, the reversible feature referring to a property such that the same device may be used for doors opening to the left or to the right, and the multipurpose modular feature referring to said device application for pushbar, which is a bar articulated at its ends to carry out, by means of two connecting rods, a collapsing rotation on the door, and touchbar, which is a bar that includes an outer casing capable of linear movement perpendicular to the door, the panic lock device comprises a case that is fastened to a door by means of a base plate, the case has a first vertical sidewall (1 a) provided with a complementary window (1 c) of a shaft hub of a connecting rod of a pushbar of a panic locking mechanism installed across the width of the inner side of the door, there being in this first sidewall (1 a) at least one reciprocally wide slot of the thickness of a tongue belonging to an end swinging arm of a panic locking device actuated by means of a touchbar, characterised in that the panic lock device comprises a first-order lever that has a vertical axis of rotation in the case, and a cam with a reciprocal topography of facing surfaces that belong to the base plate and to a floor wall of the case, this cam having its virtual axis of rotation in a hollow that is reciprocal to a square shaft of a lock mortised in the thickness of the door, this hollow being in a shaft journal that is reciprocal to a bearing of the base plate, wherein, when the use of a pushbar-type panic lock is preferred, the first-order lever of which has a first arm in contact with a projecting part of the shaft hub on a face thereof that is frontal with regard to its rotation during the collapse of the connecting rod, and wherein, when the use of a touchbar-type panic lock is preferred, the touchbar is actuated and the tongues make the first-order lever rotate, said first-order lever having a second arm with its front in contact with a protruding part of the cam on a face thereof that is rear with regard to the rotation of the square shaft consistent with the opening of the mechanism of the mortise lock.
Use of a strip of an aluminium alloy for producing a heat exchanger component, characterised in that a roll-embossed strip is used which has at least one region with a substantially direction-independent surface topography and the strip is subjected to forming during the production of the heat exchanger component, wherein at least the region with the direction-independent surface topography is formed, wherein the mean value for the closed empty volume V vcl of the surface topography of the strip is at least 130 mm 3 /m 2.
A method for printing images on a substrate with a binary array ink jet printer comprising: providing a liquid ink composition comprising: an organic solvent; a binder comprising a first thermoplastic polymer and a second thermoplastic polymer, wherein the first thermoplastic polymer is selected from polysiloxanes, rosin esters, and mixtures thereof and the second thermoplastic polymer is selected from acrylics, cellulose esters, nitrocellulose, vinyl acetate/vinyl chloride copolymers, and mixtures thereof; and a polymeric dye; providing a substrate, wherein the substrate is a plastic film; directing droplets of the ink jet ink composition to the substrate; and allowing the droplets to dry, thereby printing a durable graphic image on the substrate. providing a liquid ink composition comprising: an organic solvent; a binder comprising a first thermoplastic polymer and a second thermoplastic polymer, wherein the first thermoplastic polymer is selected from polysiloxanes, rosin esters, and mixtures thereof and the second thermoplastic polymer is selected from acrylics, cellulose esters, nitrocellulose, vinyl acetate/vinyl chloride copolymers, and mixtures thereof; and a polymeric dye; an organic solvent; a binder comprising a first thermoplastic polymer and a second thermoplastic polymer, wherein the first thermoplastic polymer is selected from polysiloxanes, rosin esters, and mixtures thereof and the second thermoplastic polymer is selected from acrylics, cellulose esters, nitrocellulose, vinyl acetate/vinyl chloride copolymers, and mixtures thereof; and a polymeric dye; providing a substrate, wherein the substrate is a plastic film; directing droplets of the ink jet ink composition to the substrate; and allowing the droplets to dry, thereby printing a durable graphic image on the substrate.
A method for transmitting a reference signal to a User Equipment, UE, by a transmission point, the method characterised by transmitting (S410; S505) first initialization value generation information associated with a first value of scrambling code identity, SCID, n scid, information and second initialization value generation information associated with a second value of the SCID, n scid, information, wherein the first initialization value generation information and the second initialization value generation information comprise respective cell identity, cell ID, information, wherein the respective cell ID information is selected based on the SCID information to the UE through radio resource control, RRC, signaling; transmitting (S425; S520) selection indication information necessary to select one of the first initialization value determined by the first initialization value generation information and the second initialization value determined by the second initialization value generation information to the UE; generating (S435; S540) the reference signal based on the initialization value selected by the selection indication information, wherein the first initialization value is determined based on the first initialization value generation information and the second initialization value is determined based on the second initialization value generation information; and transmitting the generated reference signal to the UE, wherein the selection indication information corresponds to scrambling code identity, SCID, n scid, information included in downlink control information, DCI.
Screen construction comprising a roof construction with at least two inclined roof construction elements (2a;2b;2c) and a supporting structure for said roof construction, wherein the roof construction comprises at least one essentially horizontally extending screen casing which is provided with an internal space for a screen roller for a screen which is guided on its lateral sides in slat guides and/or screen guides and which can be rolled up and unrolled by means of which the roof construction can be closed off at least partly, and wherein the roof construction furthermore comprises at least two support elements which are provided in order to receive the respective ends of the screen roller and which are provided in line with said inclined roof construction elements (2a;2b;2c) and are connected to said inclined roof construction elements (2a:2b;2c), characterized in that said support elements, on the one hand, secure the screen roller and, on the other hand, engage with the inclined roof construction elements (2a;2b;2c) and thus ensure a correct position of the screen roller and screen with respect to the slat and/or screen guides, wherein at least one support element comprises a passage in the form of a recess for one or more power supply cables from various apparatus through the support element.
A method of preparing a polycarbonate raw material, characterized by mixing a dihydroxy compound which has the structure represented by the following formula in the molecule and is solid at 25°C, with a molten carbonic acid diester at a temperature of from 70°C to 240°C, a pressure of from 0.06 MPa to 0.20 MPa and a period of from 0.5 hours to 30 hours and using the resultant mixture as a raw material for a polycarbonate, [Chem. 3] -CH 2 -O- provided that the structure of formula in which the oxygen atom is bonded to a hydrogen atom is excluded.