mhurhangee/ep-ind-claims huggingface dataset:
A touch-sensing system comprising: an active stylus including a probe electrode and associated sensory logic; the sensory logic configured to: receive a synchronization pulse sequence via the probe electrode between consecutive touch-sensing frames of a capacitive touch screen; use the synchronization pulse sequence to synchronize a local row counter of the sensory logic to a remote row counter of the capacitive touch screen; receive an excitation pulse via the probe electrode within a given touch-sensing frame; and use the excitation pulse to maintain synchronization between the local row counter and the remote row counter. an active stylus including a probe electrode and associated sensory logic; the sensory logic configured to: receive a synchronization pulse sequence via the probe electrode between consecutive touch-sensing frames of a capacitive touch screen; use the synchronization pulse sequence to synchronize a local row counter of the sensory logic to a remote row counter of the capacitive touch screen; receive an excitation pulse via the probe electrode within a given touch-sensing frame; and use the excitation pulse to maintain synchronization between the local row counter and the remote row counter. receive a synchronization pulse sequence via the probe electrode between consecutive touch-sensing frames of a capacitive touch screen; use the synchronization pulse sequence to synchronize a local row counter of the sensory logic to a remote row counter of the capacitive touch screen; receive an excitation pulse via the probe electrode within a given touch-sensing frame; and use the excitation pulse to maintain synchronization between the local row counter and the remote row counter.
A method of accelerating setup of a persistent connection over a network between a client device (102, 102a, 102b) and a remote host server (150, 150a, 150b, 150c), where establishing the connection requires a connection request by the client device and a corresponding connection response by the remote host server, the method comprising: intercepting, by an interceptor module on a client-side of the network, a connection request generated by the client device for a connection with the remote host server; determining, by the interceptor module, whether a pre-connect response (430, 630) from the remote host server is stored on the client-side of the network and corresponds to the intercepted connection request, the pre-connect response being a connection response from the remote host server to a pre-connect request (420, 620) that mimics the connection request; and if the determining is affirmative, providing the pre-connect response to the client device as a response to the intercepted connection request, characterised in that the connection request being generated using cached generation information (422, 622) indicating how the pre-connect request to the remote host server was generated. intercepting, by an interceptor module on a client-side of the network, a connection request generated by the client device for a connection with the remote host server; determining, by the interceptor module, whether a pre-connect response (430, 630) from the remote host server is stored on the client-side of the network and corresponds to the intercepted connection request, the pre-connect response being a connection response from the remote host server to a pre-connect request (420, 620) that mimics the connection request; and if the determining is affirmative, providing the pre-connect response to the client device as a response to the intercepted connection request, characterised in that the connection request being generated using cached generation information (422, 622) indicating how the pre-connect request to the remote host server was generated.
An R-Fe-B based porous magnet having an aggregate structure of Nd 2 Fe 14 B type crystalline phases with an average grain size of 0.1 μm to 1 μm, at least a portion of the magnet being porous and having micropores with a major axis of 1 μm to 20 μm, wherein the magnet has a structure in which a plurality of powder particles, each having the aggregate structure of the Nd 2 Fe 14 B type crystalline phases, have been bonded together and wherein gaps between the powder particles define the micropores, and wherein the powder particles have a mean particle size that is less than 10 μm.
A method of determining that a urine sample from a pregnant woman contains or does not contain misfolded proteins, comprising: (a) combining a urine sample from a pregnant woman with Congo Red dye that binds misfolded proteins and cellulose, thereby producing a solution of urine and dye; (b) applying the solution to a cellulosic surface that comprises free hydroxyl groups, under conditions under which the dye binds misfolded proteins and cellulose, thereby producing a spot on the surface; (c) maintaining the spot on the surface under conditions under which diffusion of a solution of urine comprising misfolded proteins and dye occurs; and (d) determining that the urine sample contains misfolded proteins if dye diffuses away from the spot on the surface, or determining that the urine sample does not contain misfolded proteins if dye does not diffuse away from the spot on the surface. (a) combining a urine sample from a pregnant woman with Congo Red dye that binds misfolded proteins and cellulose, thereby producing a solution of urine and dye; (b) applying the solution to a cellulosic surface that comprises free hydroxyl groups, under conditions under which the dye binds misfolded proteins and cellulose, thereby producing a spot on the surface; (c) maintaining the spot on the surface under conditions under which diffusion of a solution of urine comprising misfolded proteins and dye occurs; and (d) determining that the urine sample contains misfolded proteins if dye diffuses away from the spot on the surface, or determining that the urine sample does not contain misfolded proteins if dye does not diffuse away from the spot on the surface.
Belt lock for a belt for an agricultural implement, in particular a root-crop harvesting or transport machine, comprising two connection pieces to be connected via a lock pin and having in each case a top part and a bottom part which are formed in one piece with a hinge region, forming a receptacle for the lock pin, and are configured for at least partial arrangement of a respective belt end between them, in particular wherein the top and bottom parts (3, 4) each have at least one recess for arrangement of fastening means (8, 9), wherein the belt lock comprises a belt adaptor which is arranged on the respective connection piece and via which the respective belt end is to be releasably connected to the respective connection piece, said belt adaptor having at least one areal adaptor element which is in the form of an adaptor plate (6, 7) and on one side of which the belt end is to be arranged, while the top or bottom part (3, 4) of the connection piece is arranged on a further side, which is averted from the side on which the belt is to be arranged, characterized in that the adaptor plate (6, 7) has a cranked region and is formed in such a way that a constriction can be formed via the cranked region in the belt, so that a form fit is produced.
Spark plug, in particular pre-chamber spark plug, having a housing, a central electrode and an earth electrode, wherein the central electrode can be acted on with electrical voltage via a supply line which extends at least partially in an insulator and wherein the housing comprises a first housing portion and a second housing portion and receives at least a portion of the insulator therein and wherein the second housing portion facing away from a combustion chamber has a deformation region in order to tension the insulator inside the first housing portion and the second housing portion, wherein the deformation region is produced by heating and compressing the first housing portion and the second housing portion in the axial direction, characterised in that the end of the second housing portion facing away from the combustion chamber is constructed to be solid and in that the second housing portion engages behind the insulator with the end thereof facing away from the combustion chamber.
A liquid-cooled chiller for cooling adjacent aircraft galley carts comprising: a housing having at least one fan along an upper surface for drawing in air to the chiller through the upper surface and an opening in a bottom surface for expelling chilled air through the bottom of the housing; a pair of quick disconnect couplings (240, 250) for connecting a liquid cooled condenser with an aircraft heat sink; and a vapour compression cycle arranged in the housing with a vertical orientation and comprising: a compressor, a heat exchanger, a liquid cooled condenser, a service block between the liquid cooled condenser and the heat exchanger, and containing a sight glass and a filter/dryer assembly, and an expansion valve; an evaporator disposed directly below the at least one fan; wherein the heat exchanger is configured to perform a refrigerant liquid subcooling and refrigerant vapour superheating process by which liquid refrigerant passing from the service block to the expansion valve via the heat exchanger transfers heat to the vapour refrigerant passing from the evaporator to the compressor, wherein the housing has a height, a depth and a base, wherein the base has a trapezoidal profile. a housing having at least one fan along an upper surface for drawing in air to the chiller through the upper surface and an opening in a bottom surface for expelling chilled air through the bottom of the housing; a pair of quick disconnect couplings (240, 250) for connecting a liquid cooled condenser with an aircraft heat sink; a compressor, a heat exchanger, a liquid cooled condenser, a service block between the liquid cooled condenser and the heat exchanger, and containing a sight glass and a filter/dryer assembly, and an expansion valve; an evaporator disposed directly below the at least one fan; wherein the heat exchanger is configured to perform a refrigerant liquid subcooling and refrigerant vapour superheating process by which liquid refrigerant passing from the service block to the expansion valve via the heat exchanger transfers heat to the vapour refrigerant passing from the evaporator to the compressor, wherein the housing has a height, a depth and a base, wherein the base has a trapezoidal profile.
Method for controlling the rolling or coasting function of a vehicle, for example of a utility motor vehicle, having a drive train with a drive motor, an automatic or automated transmission which can be actuated by means of a transmission controller, having actuable shift means for interrupting the force flux in the drive train and having a cruise control device in which, in a suitable driving situation, the force flux in the drive train is interrupted, wherein the force flux in the drive train is restored as a function of a selectable speed difference (Δv_F_T) between the current vehicle speed (v_F) and a lower limiting speed (v_T) which is defined by means of a cruise control device, characterized in that the speed difference (Δv_F_T) at which the force flux is restored is selected as a function of the current vehicle acceleration (a_F) in such a way that in the case of a negative vehicle acceleration (a_F) over a threshold value the force flux is already restored before a torque request by the cruise controller, and in that in the case of a negative vehicle acceleration (a_F) below a threshold value a torque request of the cruise controller is temporarily blocked by the transmission controller and the force flux is only restored below the cruise control speed (v_T).
Apparatus, configured and adapted for cutting into breast fillets that are connected to one another at least in the region of a breastbone of a carcass of poultry bodies or parts thereof, the breast fillets being cut into along the breastbone, comprising a transport apparatus having a revolvingly driveable transport conveyor for transporting, neck first, the poultry bodies or parts thereof to be processed in a transport direction T along a transport path defining a transport plane E, at least one holding apparatus, arranged on the transport conveyor, for receiving and holding the poultry bodies or parts thereof during transport along the transport path in the transport plane E, a knife assembly, arranged along the transport path in the region of the transport conveyor, having a pair of separating knives (21, 22) for cutting the breast fillets along the breastbone, wherein one separating knife (21, 22), each, is arranged on either side of the centre axis K of the transport path such that there is formed between the two separating knives (21, 22) a gap A for transport of the poultry bodies or parts thereof to be processed with the breastbone through the mutually opposite separating knives (21, 22), wherein there is associated with the knife assembly a centring means which is configured and adapted for pre-centring the breastbone of the carcass and which comprises two centring elements (33, 34) which are each movable out of a stand-by position, in which the centring elements (33, 34) are positioned outside the transport path, into a centring position, in which the centring elements (33, 34) are positioned on the transport path, and back, wherein the centring elements (33, 34) in their centring position are located at least partly in front of the two separating knives (21, 22) in the transport direction T of the poultry bodies or parts thereof, characterised in that the centring elements (33, 34) in the centring position are so situated relative to one another and are so positioned that the centring elements (33, 34), starting from their free ends (44, 45), run towards one another with their mutually facing inner sides in the transport direction T to a minimum distance B greater than zero, in order to "catch" the breastbone or a breastbone crest process of the breastbone, wherein the minimum distance B between the centring elements (33, 34) in the centring position is smaller than the gap A between the separating knives (21, 22), in order to guide the breastbone centrally between the separating knives (21, 22).
Moisture-curing composition comprising a) 5 wt% to 20 wt% of at least one isocyanate-functional polymer, b) 7 wt% to 20 wt% of rapeseed oil methyl ester, and c) 70 wt% to 88 wt% of at least one filler, based on the overall composition. a) 5 wt% to 20 wt% of at least one isocyanate-functional polymer, b) 7 wt% to 20 wt% of rapeseed oil methyl ester, and c) 70 wt% to 88 wt% of at least one filler, based on the overall composition.
A cassette for the preparation of an imaging agent from an imaging agent precursor that is 2-((4-(((1-( tert -butyl)-5-chloro-6-oxo-1,6-dihydropyridazin-4-yl)oxy)methyl)benzyl)oxy)ethyl 4-methylbenzenesulfonate and [ 18 F] that may be produced by proton bombardment of [ 18 O]H 2 O in a cyclotron, wherein the imaging agent has the formula: the cassette configuration comprising a linear arrangement of a plurality of stopcock manifolds arranged in the order: 1) luer connections to gas inlet and [ 18 O]H 2 O recovery; 2) anion exchange cartridge - column eluting solution (optionally 1 mL punch vial); 3) spike connection for acetonitrile (optionally 10 mL punch vial); 4) empty syringe (optionally 30 mL); 5) reservoir with solution of imaging agent precursor (optionally 10 mL punch vial); 6) reaction vessel; 7) outlet to HPLC; 8) syringe (optionally 20 mL) with solution of ascorbic acid or salt thereof ( e.g., at pH 2); 9) inlet from HPLC; 10) ethanol reservoir (optionally 3 mL syringe); 11) syringe (optionally 10 mL) with solution of ascorbic acid or salt thereof ( e.g., at pH 5.8); 12) syringe (optionally 5 mL) with water; 13) final product vial; 14) empty syringe (optionally 30 mL); and 15) reaction vessel and exhaust. 1) luer connections to gas inlet and [ 18 O]H 2 O recovery; 2) anion exchange cartridge - column eluting solution (optionally 1 mL punch vial); 3) spike connection for acetonitrile (optionally 10 mL punch vial); 4) empty syringe (optionally 30 mL); 5) reservoir with solution of imaging agent precursor (optionally 10 mL punch vial); 6) reaction vessel; 7) outlet to HPLC; 8) syringe (optionally 20 mL) with solution of ascorbic acid or salt thereof ( e.g., at pH 2); 9) inlet from HPLC; 10) ethanol reservoir (optionally 3 mL syringe); 11) syringe (optionally 10 mL) with solution of ascorbic acid or salt thereof ( e.g., at pH 5.8); 12) syringe (optionally 5 mL) with water; 13) final product vial; 14) empty syringe (optionally 30 mL); and 15) reaction vessel and exhaust.
Machine for treating textile goods or fabrics, comprising a drum with a plurality of rotating operating cylinders, said drum cooperating with at least a first drawing cylinder at entrance and at least a first drawing cylinder at exit, characterized in that it comprises covering means suitable to be interposed, during use, between at least a circumferential position of said drum and the fabric, said covering means being terminally shaped to define specific start-of-contact lines with respect to the width of said fabric, and specific zones of no contact between said drum and said fabric.
Work train for firefighting and/or for rescuing persons and/or for maintaining a track, comprising two rail vehicles which can be moved on the track and are connected to one another, with one rail vehicle being a motor coach and the other rail vehicle being a liquid tank wagon, characterised in that a connecting area of both rail vehicles (2, 3) comprises a passage for persons, that the liquid tank wagon comprises a liquid tank in a lower area, and that an accessible room for persons is arranged above the liquid tank, that the liquid tank wagon comprises a vehicle frame which is supported on two rail-based running gears and carries the liquid tank, and that a pump device is arranged between the rail-based running gears below the liquid tank.
A method for processing a video signal, said video signal comprising at least one frame comprising a first image, the method comprising the steps of: - performing a processing on said first image to obtain a second image (A') corresponding to said first image; - determining a correction factor on the basis of an analysis of said second image (A') in relation to said first image; - applying said correction factor to at least a part of said frame to obtain a corrected frame (A''); - performing a compression by means of a live encoder on said corrected frame (A"), the compression including a transform coding and a quantisation process, wherein said processing comprises said transform coding, said quantisation process, a corresponding de-quantisation process and an inverse transforming coding, and wherein the processing does not include other steps included in the compression. - performing a processing on said first image to obtain a second image (A') corresponding to said first image; - determining a correction factor on the basis of an analysis of said second image (A') in relation to said first image; - applying said correction factor to at least a part of said frame to obtain a corrected frame (A''); - performing a compression by means of a live encoder on said corrected frame (A"), the compression including a transform coding and a quantisation process,
An injection device for a flexible intraocular lens, comprising an injector body accommodating a sliding pusher, and a compaction and ejection chamber rigidly connected to said injector body, characterized in that the compaction and injection chamber (3,22) is articulated on the distal end of the injector body so as to be able to adopt two positions, one loading position in which at least part of the compaction and injection chamber is folded along the injector body in a transversally offset manner relative to the longitudinal axis of the injector body so as to leave free room in the injector body, along said longitudinal axis, to accommodate therein a cartridge containing an intraocular lens in the non-stressed state, and an injection position in which the compaction and injection chamber is locked in the continuation of said injector body.
Method for refurbishing gas turbine blades of high-temperature superalloys by means of welding, in which welding filler is applied in a plurality of layers to the workpiece surface by means of a heat input zone and a supply zone for supplying the welding filler into the heat input zone, the heat input zone and the supply zone on the one hand and the workpiece surface on the other hand being moved in relation to one another, characterized in that the welding parameters are chosen such that the cooling rate during the solidifying of the material is at least 8000 Kelvins per second, with a low remelting depth of the preceding layer such that a polycrystalline weld seam is generated.
A method comprising: receiving, by a first apparatus (112, 114), a first frame from a second apparatus, wherein the first frame indicates at least one allowable power management mode of a wireless local area network among an active mode, a power-save mode, and a power-save mode according to unscheduled automatic power-save delivery mechanism, wherein the second apparatus operates as a group owner configured to be absent during an absence period; receiving, by the first apparatus (112, 114), an indication from the second apparatus, wherein the indication indicates the absence period during which it is not possible to transfer frames between the first apparatus (112, 114) and the second apparatus, wherein the indication is received in at least one of the first frame and a second frame; causing the first apparatus (112, 114) to assume the at least one allowable power management mode during the absence period and be ready to communicate with the second apparatus at the end of the absence period in a case where the at least one allowable power management mode indicates a first power management mode. receiving, by a first apparatus (112, 114), a first frame from a second apparatus, wherein the first frame indicates at least one allowable power management mode of a wireless local area network among an active mode, a power-save mode, and a power-save mode according to unscheduled automatic power-save delivery mechanism, wherein the second apparatus operates as a group owner configured to be absent during an absence period; receiving, by the first apparatus (112, 114), an indication from the second apparatus, wherein the indication indicates the absence period during which it is not possible to transfer frames between the first apparatus (112, 114) and the second apparatus, wherein the indication is received in at least one of the first frame and a second frame; causing the first apparatus (112, 114) to assume the at least one allowable power management mode during the absence period and be ready to communicate with the second apparatus at the end of the absence period in a case where the at least one allowable power management mode indicates a first power management mode.