mhurhangee/ep-ind-claims huggingface dataset:
An anti-counterfeiting structure comprising: an allochroic layer including an allochroic part having a characteristic of changing from a first material to a second material in response to laser irradiation; a first layer transmissible to a laser beam; a second layer, at least a part of the second layer being located between the allochroic layer and the first layer; one of the first layer and the second layer is a foamable layer having a characteristic of changing from an unfoamed state to a foamed state in response to laser irradiation, and the other of the first layer and the second layer is an optical device, characterised in that the second layer is transmissible to a laser beam and in that the anti-counterfeating structure further comprises a coating layer transmissible to a laser beam and covering at least the first layer, wherein the coating layer and the first layer are bonded together more weakly than the first layer and the second layer are. an allochroic layer including an allochroic part having a characteristic of changing from a first material to a second material in response to laser irradiation; a first layer transmissible to a laser beam; a second layer, at least a part of the second layer being located between the allochroic layer and the first layer; one of the first layer and the second layer is a foamable layer having a characteristic of changing from an unfoamed state to a foamed state in response to laser irradiation, and the other of the first layer and the second layer is an optical device, characterised in that the second layer is transmissible to a laser beam and in that the anti-counterfeating structure further comprises a coating layer transmissible to a laser beam and covering at least the first layer, wherein the coating layer and the first layer are bonded together more weakly than the first layer and the second layer are.
Data storage method for storing a subblock of a block of patient data of a patient, the block of data being distributed, in a number of subblocks of data, over a set of patient monitoring devices of said patient, the set comprising at least two patient monitoring devices, the method in one of said patient monitoring devices comprising: - collecting a subblock of patient data by monitoring a patient using said patient monitoring device, - storing the subblock of patient data on said patient monitoring device; - generating metadata about the stored subblock of patient data; and - storing the generated metadata, said metadata comprising at least an indication of the time interval covered by the subblock of patient data. - collecting a subblock of patient data by monitoring a patient using said patient monitoring device, - storing the subblock of patient data on said patient monitoring device; - generating metadata about the stored subblock of patient data; and - storing the generated metadata, said metadata comprising at least an indication of the time interval covered by the subblock of patient data.
Method for comminuting grinding stock with a roller mill, wherein a grinding plate cooperates with at least two grinding rollers (2, 3) and the grinding stock supplied in the mass flow is comminuted between grinding plate and grinding roller (2, 3), wherein at least two grinding rollers (2, 3) are driven via dedicated drives (6, 7) and a power equalizing control is carried out for the drives (6, 7) of the grinding rollers (2, 3), such that the power of the drives (6, 7) is controlled in a predefined ratio to one another, characterized in that the power control is effected by changing the mass flow of the grinding stock supplied to at least one of the grinding rollers (2, 3).
A motorised barrier roller comprising of: • a DC electric drive motor mounted within the roller, and; • a drive cable passing into the roller, the cable having a motor drive pair of cores (51,52), characterized in that it also comprises; • a short circuit protection circuit within the roller, connected between the cable and the electric motor, the circuit including a relay closed in driving operation of the motor and open circuit in event of short circuit in the cable of the motor drive pair of cores (51,52); • a speed retarder circuit connected to contacts of the drive motor and an electromagnetic brake. • a DC electric drive motor mounted within the roller, and; • a drive cable passing into the roller, the cable having a motor drive pair of cores (51,52), characterized in that it also comprises; • a short circuit protection circuit within the roller, connected between the cable and the electric motor, the circuit including a relay closed in driving operation of the motor and open circuit in event of short circuit in the cable of the motor drive pair of cores (51,52); • a speed retarder circuit connected to contacts of the drive motor and an electromagnetic brake.
A drinking container comprising a vessel; a cap, atop said vessel; a lid; a hinge located proximate a rear of said lid and interconnecting said cap to said lid, to allow said lid to pivot on said cap between a closed and open position; a locking tab at the front of said lid, that engages with an inner surface of said cap, to retain said lid in said closed position; a first abutment surface on said cap; and a second abutment surface on said lid, wherein said first and second abutment surfaces are arranged to contact with each other as said lid is pivoted from said open position to said closed position, and wherein contact of said first and second abutment surfaces urges said lid and said tab forward as said lid is pivoted to said closed position, characterized in that said hinge comprises at least one hinge pin mounted in an oblong opening arranged in the lid to allow pivoting of said lid, and sliding of said lid on said cap to allow said locking tab to be disengaged from said inner surface of said cap. a vessel; a cap, atop said vessel; a lid; a hinge located proximate a rear of said lid and interconnecting said cap to said lid, to allow said lid to pivot on said cap between a closed and open position; a locking tab at the front of said lid, that engages with an inner surface of said cap, to retain said lid in said closed position; a first abutment surface on said cap; and a second abutment surface on said lid, wherein said first and second abutment surfaces are arranged to contact with each other as said lid is pivoted from said open position to said closed position, and wherein contact of said first and second abutment surfaces urges said lid and said tab forward as said lid is pivoted to said closed position, characterized in that said hinge comprises at least one hinge pin mounted in an oblong opening arranged in the lid to allow pivoting of said lid, and sliding of said lid on said cap to allow said locking tab to be disengaged from said inner surface of said cap.
A worm reduction gear that reduces a rotation of a worm and transmits the reduced rotation to a worm wheel, comprising a casing that houses the worm and the worm wheel, wherein the casing comprises: a wheel opposing surface (51 a) that opposes an end surface of the worm wheel via an interval; and a grease holding recessed portion which is formed in a recessed shape at the wheel opposing surface (51 a) and which is opposing a worm meshing portion between the worm and the worm wheel, wherein the grease holding recessed portion comprises: a recessed portion bottom surface opposing the end surface of the worm wheel; and a recessed portion side face extending from the recessed portion bottom surface to the wheel opposing surface (51 a), the recessed portion bottom surface being disposed below the worm meshing portion, characterized in that the recessed portion side face is formed as a curved surface that curves in a recessed shape around the worm meshing portion, wherein the curved surface has an arc-shaped cross-section so as to oppose a wheel surrounding wall surface of the casing and surround the worm meshing portion. a wheel opposing surface (51 a) that opposes an end surface of the worm wheel via an interval; and a grease holding recessed portion which is formed in a recessed shape at the wheel opposing surface (51 a) and which is opposing a worm meshing portion between the worm and the worm wheel, a recessed portion bottom surface opposing the end surface of the worm wheel; and a recessed portion side face extending from the recessed portion bottom surface to the wheel opposing surface (51 a), the recessed portion bottom surface being disposed below the worm meshing portion, characterized in that the recessed portion side face is formed as a curved surface that curves in a recessed shape around the worm meshing portion, wherein the curved surface has an arc-shaped cross-section so as to oppose a wheel surrounding wall surface of the casing and surround the worm meshing portion.
A system for detecting delay-activated malware, the system adapted with one or more processors and a non-transitory storage medium communicatively coupled to the one or more processors that are configured to instantiate a virtual machine that is adapted to receive content and process the received content, the system comprising: analysis logic (220 or 230) configured to monitor one or more events representing operations within the virtual machine, the operations being to delay further processing of the received content, and the analysis logic being further configured to adjust a counter or counters each associated with a corresponding event of the one or more events, the counter or counters tracking at least one of (i) a number of Sleep request messages initiated during processing of the received content by the virtual machine, or (ii) a cumulative Sleep time requested during processing of the received content by the virtual machine, or (iii) a number of function calls initiated during processing of the received content by the virtual machine; comparison logic including one or more comparators to compare the counter or counters to a threshold associated with the corresponding event, wherein the received content is classified as including delay-activated malware upon detecting that a value of the counter or counters exceeds the threshold associated with the corresponding event; and a reporting module that, in response to classifying the received content as including delay-activated malware, issues an alert message. analysis logic (220 or 230) configured to monitor one or more events representing operations within the virtual machine, the operations being to delay further processing of the received content, and the analysis logic being further configured to adjust a counter or counters each associated with a corresponding event of the one or more events, the counter or counters tracking at least one of (i) a number of Sleep request messages initiated during processing of the received content by the virtual machine, or (ii) a cumulative Sleep time requested during processing of the received content by the virtual machine, or (iii) a number of function calls initiated during processing of the received content by the virtual machine; comparison logic including one or more comparators to compare the counter or counters to a threshold associated with the corresponding event, wherein the received content is classified as including delay-activated malware upon detecting that a value of the counter or counters exceeds the threshold associated with the corresponding event; and a reporting module that, in response to classifying the received content as including delay-activated malware, issues an alert message.
Kit for a hinged-belt conveyor, with side flanges that are formed by two side parts (1, 11), the side flanges being interconnected in an articulated manner, and with plates that are connected to side flanges by means of which transported material is conveyed, wherein the side parts (1, 11) have substantially the same geometry, the side part (1, 11) has a first end area (5, 15) and a second end area (6, 16), wherein the contour of the end areas (5, 6, 15, 16) is embodied such that these engage in one another and wherein the side parts (1, 11) have a joint bore (2, 12), characterized in that at least a holder (9, 19) is connected to a side part (1, 11) and a plate, wherein the jointed connection between two side flanges as well as the connection between the holder (9, 19) and the side part (1, 11) is achieved by a joint bolt extending through the joint bores (2, 12) of the respective side parts (1, 11) of both side flanges.
A multicarrier transceiver for communicating orthogonal frequency division multiplexed - OFDM - signals in a wireless multiple access network using space-division multiple access - SDMA - techniques with a multi-element array antenna, the transceiver comprising: a beamformer coefficient generator configured to generate beamforming coefficients based on an angle-of-arrival estimated from received training signals; characterised by a beamformer configured to apply the beamforming coefficients to time-domain digital baseband OFDM signals to control phasing between elements of the multi-element array antenna, wherein the beamforming coefficients are generated concurrently for a plurality of different signal sources. a beamformer coefficient generator configured to generate beamforming coefficients based on an angle-of-arrival estimated from received training signals; characterised by a beamformer configured to apply the beamforming coefficients to time-domain digital baseband OFDM signals to control phasing between elements of the multi-element array antenna, wherein the beamforming coefficients are generated concurrently for a plurality of different signal sources.
A radiation curable electrodepositable coating composition (a)+(b), comprising an aqueous dispersion of: (i) a dispersing polymer (a) consisting essentially of an at least partially neutralized (meth)acrylic modified amine epoxy adduct which is a blend and/or the reaction product of an amine epoxy adduct with at least one (meth)acrylic (co)polymer which is obtained by polymerizing at least one (meth)acrylic monomer in the presence of the amine epoxy adduct to form an (meth)acrylic (co)polymer, and (ii) an ethylenically unsaturated compound (b), and (iii) optionally a photo initiator (c). (i) a dispersing polymer (a) consisting essentially of an at least partially neutralized (meth)acrylic modified amine epoxy adduct which is a blend and/or the reaction product of an amine epoxy adduct with at least one (meth)acrylic (co)polymer which is obtained by polymerizing at least one (meth)acrylic monomer in the presence of the amine epoxy adduct to form an (meth)acrylic (co)polymer, and (ii) an ethylenically unsaturated compound (b), and (iii) optionally a photo initiator (c).
A method of measuring pH of a soil slurry, the method comprising: a. obtaining a soil extract; b. adding Bromocresol green and Nitrazine yellow in a weight ratio of Bromocresol green to Nitrazine yellow of 0.1:1 to 100:1 to the soil extract to form a mixture; and c. measuring absorbance of the mixture. a. obtaining a soil extract; b. adding Bromocresol green and Nitrazine yellow in a weight ratio of Bromocresol green to Nitrazine yellow of 0.1:1 to 100:1 to the soil extract to form a mixture; and c. measuring absorbance of the mixture.
Ski brake system with at least one lever mounted for rotation about an axis X on a baseplate suitable for mounting on a ski board, and a control plate pivotally mounted on the lever along an axis X2 parallel to the X axis, and an elastic member arranged to cooperate with the lever,said brake system being able to move between a "downhill" mode, in which the lever pivots between a release position, in which it can be held above the lower level of the ski board by bearing on the control plate against the action of the elastic member, and a released position, in which it is held below the lower level of the ski board under the action of the elastic member, and an "ascent" mode in which the lever is positioned above the lower level of the ski board, characterized in that, in the ascent mode, the control plate is held in abutment against an abutment member (12, 30, 82) under the action of the elastic member, the control plate then being positioned so as to form an ascent wedge and provide support for the heel of the boot.
Portable board game, to place on a tabletop, that comprises of a base body with a frame, a playing surface, bounded by the frame, with a visible playing field as well as several game pieces, the frame having completely continuous edges on its inside such that the game pieces always meet these edges upon touching the border, the game pieces being movable across the the playing surface with the visible playing field by manual flicking, the board game being equipped with means by which the base body can be pivoted or rotated relative to the tabletop, the pivot/axis running vertical in relation to the playing surface, characterized in that the edges and the game pieces are designed in such a way that the game pieces that are flicked across the playing surface approximately elastically bounce off the edges, which consist of a soft plastic.
An organic light emitting diode device comprising: a first sub-pixel, a second sub-pixel, and a third sub-pixel, each sub-pixel displaying a different color, a white sub-pixel, characterised in that the white sub-pixel comprises a color calibration layer, wherein said color calibration layer has transmittance of not more than 20% at a predetermined wavelength region of more than 400nm and less than 575nm and said color calibration layer selectively absorbs the light of green wavelength region near to blue wavelength region and the light of green wavelength region near to red wavelength region. a first sub-pixel, a second sub-pixel, and a third sub-pixel, each sub-pixel displaying a different color, a white sub-pixel, characterised in that the white sub-pixel comprises a color calibration layer, wherein said color calibration layer has transmittance of not more than 20% at a predetermined wavelength region of more than 400nm and less than 575nm and said color calibration layer selectively absorbs the light of green wavelength region near to blue wavelength region and the light of green wavelength region near to red wavelength region.
Conductor terminal having the following features: a) at least one insulating-material housing, b) at least one contact insert (3, 5) arranged at least partially in the insulating-material housing and having at least one contact piece and at least one clamping spring, c) wherein the contact piece, together with the clamping spring, forms at least one conductor clamping point for an electrical conductor to be contacted by means of the conductor terminal, which electrical conductor can be acted upon at the conductor clamping point by a spring force of the clamping spring, d) at least one actuating lever pivotably supported in the insulating-material housing for actuating the clamping spring, wherein the actuating lever can be pivoted from a closed position into an open position and vice versa relative to the insulating-material housing and/or the contact piece, and an electrical conductor inserted into the conductor terminal is not acted upon by the spring force of the clamping spring at the conductor clamping point at least in the open position, e) wherein the actuating lever is supported in a floating manner and is supported at least partially on the contact piece at least in the open position, f) characterized in that the actuating lever is supported on an upper section of the contact piece, and a conductor reception chamber for receiving the electrical conductor to be contacted is arranged between the upper section and a contact point of the contact piece, at which contact point the conductor clamping point is formed together with an end region of the clamping spring. a) at least one insulating-material housing, b) at least one contact insert (3, 5) arranged at least partially in the insulating-material housing and having at least one contact piece and at least one clamping spring, c) wherein the contact piece, together with the clamping spring, forms at least one conductor clamping point for an electrical conductor to be contacted by means of the conductor terminal, which electrical conductor can be acted upon at the conductor clamping point by a spring force of the clamping spring, d) at least one actuating lever pivotably supported in the insulating-material housing for actuating the clamping spring, wherein the actuating lever can be pivoted from a closed position into an open position and vice versa relative to the insulating-material housing and/or the contact piece, and an electrical conductor inserted into the conductor terminal is not acted upon by the spring force of the clamping spring at the conductor clamping point at least in the open position, e) wherein the actuating lever is supported in a floating manner and is supported at least partially on the contact piece at least in the open position, f) characterized in that the actuating lever is supported on an upper section of the contact piece, and a conductor reception chamber for receiving the electrical conductor to be contacted is arranged between the upper section and a contact point of the contact piece, at which contact point the conductor clamping point is formed together with an end region of the clamping spring.
A method for driving a processing machine for sheet material, the sheet guiding cylinder and if appropriate blanket cylinder of which are coupled to at least one main drive formed of a wheel train and a drive feeding at least one drive moment into the same and at least one cylinder that is not driven by the main drive is coupled to an individual drive that can be driven by a separate motor, wherein the individual drive or the individual drives can be driven in a predeterminable manner relative to the main drive, wherein a stator that is directly adjacent to a sheet guiding cylinder, mounted in side frames with a variable axle position (23, 23') in an adjusting device each and a cylinder coupled to an individual drive upon a change of the axle position (23, 23') of the cylinder forming the individual drive fixed on the adjusting device are synchronously moved on the rotor arranged on the cylinder, wherein in the processing machine a coating unit is arranged, in the coating unit the at least one cylinder is arranged and the at least one cylinder, which comprises cylinder slots for receiving holding means for printing plate clamping, for the supply and removal of at least one coating plate is assigned at least one plate changing device each is assigned to the at least one cylinder each.
A process for the catalytic conversion of a saccharide-containing feedstock in a reactor, wherein saccharide-containing feedstock is provided to the reactor as a feed stream through a feed pipe and is contacted with a catalyst system in the reactor, wherein the saccharide-containing feedstock in the feed pipe is maintained at a temperature below the degradation temperature of the saccharide contained therein and a section of the wall of the reactor at the point where the feed pipe enters the reactor is cooled to a temperature below the temperature of the bulk of the reactor and the reactor contents, wherein the section of the wall of the reactor at the point where the feed pipe enters the reactor is cooled using a cooling liquid, by air cooling, or by using the heat to evaporate water in order to provide low pressure steam.
An optoelectronic device comprising: (i) a porous dielectric scaffold (2(ii)); and (ii) a perovskite semiconductor (2(i)) having a band gap of less than or equal to 3.0 eV, in contact with the scaffold material, characterised in that the porous dielectric scaffold (2(ii)) consists of material having a band gap of equal to or greater than 4.0 eV. (i) a porous dielectric scaffold (2(ii)); and (ii) a perovskite semiconductor (2(i)) having a band gap of less than or equal to 3.0 eV, in contact with the scaffold material,