mhurhangee/ep-ind-claims huggingface dataset:
A bait box (1, 23, 40, 45, 46) with a housing (2, 24, 44), with a feeding point (5, 25) in the housing (2, 24, 44) for a poisonous bait (4, 27), the feeding point being accessible for a rodent from the outside of the bait box (1, 23, 40, 45, 46) through an entrance (11, 32) at a lower end (10, 35) of the housing (2, 24, 44) and arranged in an air pocket (21, 39) in the housing (2, 24, 44), and with a separating element within the housing (2, 24, 44), which, when a liquid outside the housing (2, 24, 44) rises above a threshold level (12, 37) above which accessibility of the feeding point (5, 25) for the rodent is no longer ensured, limits a liquid space with the liquid inside the housing (2, 24, 44), which extends from the threshold level (12, 37) to the separating element and separates the feeding point (5, 25) from the liquid space, wherein the housing (2, 24, 44), safe for the entrance (11, 32), is closed in an airtight manner such that as the liquid rises the air pocket (21, 39) is trapped in the housing (2, 24, 44), characterised in that the separating element is the air pocket (21, 39).
Cooling device for cooling electrical components in the form of a power semiconductor comprising a cooling circuit with a cooling medium on the basis of water, and also an electrode around which the cooling medium flows, characterized in that the cooling medium contains between 1% by volume and 10% by volume of a water-soluble, non-ionic and non-dissociating additive.
A method for data communication between an application which is executed on a mobile end device, and a security element of the mobile end device, wherein the application has no access to the security element and a bypass server is arranged for setting up with the application on the mobile end device a first data communication channel, and is arranged for setting up with the security element of the mobile end device a second data communication channel independent of and different from the first data communication channel; comprising the steps of: - transmitting a query message by the application directed to the security element to the bypass server via the first data communication channel; - relaying the query message by the bypass server to the security element via the second data communication channel; - processing the query message in the security element and transmitting a response message by the security element directed to the application to the bypass server via the second data communication channel; and - relaying the response message by the bypass server to the application via the first data communication channel. - transmitting a query message by the application directed to the security element to the bypass server via the first data communication channel; - relaying the query message by the bypass server to the security element via the second data communication channel; - processing the query message in the security element and transmitting a response message by the security element directed to the application to the bypass server via the second data communication channel; and - relaying the response message by the bypass server to the application via the first data communication channel.
A capacitive in-cell touch-screen panel comprising: a touch scanning line, implemented by at least one gate line of a TFT array substrate; wherein the touch-screen panel further comprises: a touch driver circuit connected with the touch scanning line and adapted to load touch scan signals to the touch scanning line; an integrated gate driver circuit, having an output terminal connected with the at least one gate line; a driver switch, provided within the integrated gate driver circuit, wherein the integrated gate driver circuit is adapted to load gate drive signals to the touch scanning line; and the driver switch is adapted, when the touch scanning line transmits touch scan signals, to switch off the connection between the integrated gate driver circuit and the touch scanning line, and, when the touch scanning line transmits gate drive signals, to switch on the connection between the touch scanning line and the integrated gate driver circuit; characterized in that the touch-screen panel further comprises: a second switch, provided between the touch scanning line and the touch driver circuit and used, when the touch scanning line transmits touch scan signals, to switch on the connection between the touch driver circuit and the touch scanning line, and when the touch scanning line transmits gate drive signals, to switch off the connection between the touch scanning line and the touch driver circuit. a touch driver circuit connected with the touch scanning line and adapted to load touch scan signals to the touch scanning line; an integrated gate driver circuit, having an output terminal connected with the at least one gate line; a driver switch, provided within the integrated gate driver circuit, wherein the integrated gate driver circuit is adapted to load gate drive signals to the touch scanning line; and the driver switch is adapted, when the touch scanning line transmits touch scan signals, to switch off the connection between the integrated gate driver circuit and the touch scanning line, and, when the touch scanning line transmits gate drive signals, to switch on the connection between the touch scanning line and the integrated gate driver circuit; characterized in that the touch-screen panel further comprises: a second switch, provided between the touch scanning line and the touch driver circuit and used, when the touch scanning line transmits touch scan signals, to switch on the connection between the touch driver circuit and the touch scanning line, and when the touch scanning line transmits gate drive signals, to switch off the connection between the touch scanning line and the touch driver circuit.
A fingerboard latch assembly comprising: a latch bracket; a latch rotatably mounted on the latch bracket, the latch having an aperture; a sensor unit inserted in the aperture in the latch, the sensor unit comprising: a housing; electronic components housed in the housing; and a retaining member configured to engage with the housing and retain the sensor unit in the aperture, wherein the housing and the retaining member comprise screw threads (64, 71) configured to be screwed together to engage the retaining member with the housing, the electronic components including: a sensor arranged to sense the orientation of the latch; and a wireless communication unit arranged to wirelessly communicate the orientation of the latch sensed by the sensor. a latch bracket; a latch rotatably mounted on the latch bracket, the latch having an aperture; a sensor unit inserted in the aperture in the latch, the sensor unit comprising: a housing; electronic components housed in the housing; and a retaining member configured to engage with the housing and retain the sensor unit in the aperture, wherein the housing and the retaining member comprise screw threads (64, 71) configured to be screwed together to engage the retaining member with the housing, the electronic components including: a sensor arranged to sense the orientation of the latch; and a wireless communication unit arranged to wirelessly communicate the orientation of the latch sensed by the sensor. a housing; electronic components housed in the housing; and a retaining member configured to engage with the housing and retain the sensor unit in the aperture, wherein the housing and the retaining member comprise screw threads (64, 71) configured to be screwed together to engage the retaining member with the housing, the electronic components including: a sensor arranged to sense the orientation of the latch; and a wireless communication unit arranged to wirelessly communicate the orientation of the latch sensed by the sensor. a sensor arranged to sense the orientation of the latch; and a wireless communication unit arranged to wirelessly communicate the orientation of the latch sensed by the sensor.
A method of providing protected content to an authorized application, the method comprising: sending a playback request of protected content from an application of a computing device to a digital rights management module; in response to the playback request of protected content, sending a license challenge generated by the digital rights management module through the application to a media server external to the computing device, the media server forwarding the license challenge to a digital rights management server external to the computing device; receiving a license response at the application from the media server, the license response being created by the digital rights management server, and the license response including a license having a public key that authorizes the application to play the protected content; forwarding the license response from the application to the digital rights management module; verifying, by the digital rights management module, the application using the license in the license response; and granting, by the digital rights management module, the protected content to the application, if the application is authorized to play the protected content. sending a playback request of protected content from an application of a computing device to a digital rights management module; in response to the playback request of protected content, sending a license challenge generated by the digital rights management module through the application to a media server external to the computing device, the media server forwarding the license challenge to a digital rights management server external to the computing device; receiving a license response at the application from the media server, the license response being created by the digital rights management server, and the license response including a license having a public key that authorizes the application to play the protected content; forwarding the license response from the application to the digital rights management module; verifying, by the digital rights management module, the application using the license in the license response; and granting, by the digital rights management module, the protected content to the application, if the application is authorized to play the protected content.
A sleep monitoring system for monitoring the sleep of a pair of subjects, comprising a pair of CO2 sensors (21, 21') for mounting in different sleeping regions within a space and positioned to detect CO2 emissions by a subject, and a processor communicatively coupled to the pair of CO2 sensors, wherein the processor is adapted to, for each CO2 sensor in a particular sleeping region: monitor a CO2 concentration from sensor data produced by the CO2 sensor in said particular sleeping region to detect a presence of the subject in said sleeping region; register the monitored CO2 concentration upon detecting said presence; determine a degree of crosstalk between said CO2 sensors upon detecting said presence; and derive (305, 313) sleep pattern information for said subject from the registered CO2 concentration during said presence as a function of the determined degree of crosstalk, wherein the sleep pattern information comprises at least an indication that the subject is awake and an indication that the subject is asleep. monitor a CO2 concentration from sensor data produced by the CO2 sensor in said particular sleeping region to detect a presence of the subject in said sleeping region; register the monitored CO2 concentration upon detecting said presence; determine a degree of crosstalk between said CO2 sensors upon detecting said presence; and derive (305, 313) sleep pattern information for said subject from the registered CO2 concentration during said presence as a function of the determined degree of crosstalk, wherein the sleep pattern information comprises at least an indication that the subject is awake and an indication that the subject is asleep.
A sulfonium salt represented by the following formula: wherein R1 and R2 each represent a C6-C30 aryl group, a C4-C30 heterocyclic hydrocarbon group, or a C1-C30 alkyl group, one or some of hydrogen atoms in the aryl group, the heterocyclic hydrocarbon group, or the alkyl group are optionally replaced by a substituent (t), the substituent (t) is at least one selected from the group consisting of C1-C18 alkyl groups, hydroxy groups, C1-C18 alkoxy groups, C2-C18 alkylcarbonyl groups, C7-C11 arylcarbonyl groups, C2-C19 acyloxy groups, C6-C20 arylthio groups, C1-C18 alkylthio groups, C6-C10 aryl groups, C4-C20 heterocyclic hydrocarbon groups, C6-C10 aryloxy groups, hydroxy (poly)alkyleneoxy groups represented by HO(-AO)q- (wherein AO represents at least one of an ethyleneoxy group or a propyleneoxy group, and q represents an integer of 1 to 5), and halogen atoms; R3 to R5 each represent an alkyl group, a hydroxy group, an alkoxy group, an alkylcarbonyl group, an arylcarbonyl group, an acyloxy group, an arylthio group, an alkylthio group, an aryl group, a heterocyclic hydrocarbon group, an aryloxy group, a hydroxy (poly)alkyleneoxy group, or a halogen atom; k, m, and n respectively represent the numbers of R3, R4, and R5; k represents an integer of 0 to 4; m represents an integer of 0 to 3; n represents an integer of 1 to 4; A represents a - O- group, a -S- group, a -SO- group, a -SO 2 - group, or a - CO- group; ○ represents an oxygen atom; S represents a sulfur atom; and X - represents an anion represented by MY a -, (Rf) b PF 6-b -, R 6 c BY 4-c -, R 6 c GaY 4-c -, R 7 SO 3 -, (R 7 SO 2) 3 C -, or (R 7 SO 2) 2 N -, wherein M represents a phosphorus atom, a boron atom, an arsenic atom, or an antimony atom; Y represents a halogen atom; Rf represents an alkyl group in which 80 mol% or more of hydrogen atoms are replaced by fluorine atoms; P represents a phosphorus atom; F represents a fluorine atom; R 6 represents a phenyl group in which at least one hydrogen atom is replaced by a halogen atom, a trifluoromethyl group, a nitro group, or a cyano group; B represents a boron atom; Ga represents a gallium atom; R 7 represents a C1-C20 alkyl group, a C1-C20 perfluoroalkyl group, or a C6-C20 aryl group; S represents a sulfur atom; ○ represents an oxygen atom; C represents a carbon atom; N represents a nitrogen atom; a represents an integer of 4 to 6; b represents an integer of 1 to 5; and c represents an integer of 1 to 4.
A roller mill comprising: a rotary table that is arranged to rotate about a drive shaft by a driving force from a drive unit; a fuel supply unit that is arranged to supply solid fuel to the rotary table; and a roller that is arranged to rotate about a rotating shaft by being pressed against a grinding surface of the rotary table and grind the solid fuel along with rotation of the rotary table; wherein a first position where an outer peripheral surface of the roller and the grinding surface of the rotary table come into contact with each other and a circumferential velocity of the outer peripheral surface equals a circumferential velocity of the grinding surface is located further to an inner circumferential side of the rotary table than a second position where the outer peripheral surface and the grinding surface come into contact with each other at a center position in a width direction of the roller, wherein a radius of curvature of the outer peripheral surface of the roller is constant, wherein a first radius of curvature of the grinding surface at a third position corresponding to an end surface of the roller on the inner circumferential side of the rotary table is less than a second radius of curvature of the grinding surface at a fourth position corresponding to an end surface of the roller located on an outer circumferential side of the rotary table, and wherein a distance in the rotating shaft direction from the first position to the third position is within 0.3 times, preferably within 0.15 time a width of the roller. a rotary table that is arranged to rotate about a drive shaft by a driving force from a drive unit; a fuel supply unit that is arranged to supply solid fuel to the rotary table; and a roller that is arranged to rotate about a rotating shaft by being pressed against a grinding surface of the rotary table and grind the solid fuel along with rotation of the rotary table; wherein a first position where an outer peripheral surface of the roller and the grinding surface of the rotary table come into contact with each other and a circumferential velocity of the outer peripheral surface equals a circumferential velocity of the grinding surface is located further to an inner circumferential side of the rotary table than a second position where the outer peripheral surface and the grinding surface come into contact with each other at a center position in a width direction of the roller, wherein a radius of curvature of the outer peripheral surface of the roller is constant, wherein a first radius of curvature of the grinding surface at a third position corresponding to an end surface of the roller on the inner circumferential side of the rotary table is less than a second radius of curvature of the grinding surface at a fourth position corresponding to an end surface of the roller located on an outer circumferential side of the rotary table, and wherein a distance in the rotating shaft direction from the first position to the third position is within 0.3 times, preferably within 0.15 time a width of the roller.
A masonry drill bit having a shank having an insertion end and a drill head, wherein the drill head has two main cutting edges (4, 5) which extend on both sides of the longitudinal axis of the drill bit, preferably substantially along a main cutting axis, wherein there are provided at least two auxiliary cutting edges (20, 21) which each extend along an auxiliary cutting axis (22, 23) and which are arranged, preferably in a substantially symmetrical manner, at an angle to a main cutting axis, wherein each auxiliary cutting edge (20, 21) is formed by a leading rake face (20a, 21a) and by a trailing flank (20b, 21b) adjoining the rake face (20a, 21a), and in that a leading ramp (24, 25) with respect to the rake face (20a, 21a) is provided, said ramp (24, 25) rising axially toward the rake face (20a, 21a) with regard to the longitudinal axis of the drill bit and wherein the ramp (24, 25) ends in the region of the rake face (20a, 21a) of the auxiliary cutting edge (20, 21), characterized in that the end point of the leading ramp (24, 25) is set back axially from the auxiliary cutting edge (20, 21) with regard to the longitudinal axis of the drill bit.
A sound insulating multiple layer panel comprising: a first rigid glass substrate having a first thickness in mm H 3, a second rigid glass substrate having a second thickness in mm H 1, wherein H 3 = H 1, and a multiple layer acoustic interlayer having a thickness in mm H 2 between the first and second rigid substrates, wherein the multiple layer interlayer comprises a first stiff poly(vinyl butyral) layer having a first stiff layer thickness, a second stiff poly(vinyl butyral) layer having a second stiff layer thickness, and a soft poly(vinyl butyral) layer between the first and second stiff poly(vinyl butyral) layers, wherein the multiple layer panel has an interlayer thickness factor, I f, of at least 0.80, wherein I f = (H 2 - 0.84) ÷ [(H 1 + H 3)(H 1 + H 2 + H 3)] × 100, wherein the soft poly(vinyl butyral) layer of the multiple layer interlayer is non-centrally located such that the soft poly(vinyl butyral) layer has a geometric center location, and the interlayer has a first thickness t 1 that is the thickness from the geometric center location to an outer surface of the first stiff poly(vinyl butyral) layer, and a second thickness t 2 that is the thickness from the geometric center location to an outer surface of the second stiff poly(vinyl butyral) layer, wherein the ratio of t 2 to t 1 is less than 1; and wherein the soft layer has a higher plasticizer content than the stiff layers. a first rigid glass substrate having a first thickness in mm H 3, a second rigid glass substrate having a second thickness in mm H 1, wherein H 3 = H 1, and a multiple layer acoustic interlayer having a thickness in mm H 2 between the first and second rigid substrates, wherein the multiple layer interlayer comprises a first stiff poly(vinyl butyral) layer having a first stiff layer thickness, a second stiff poly(vinyl butyral) layer having a second stiff layer thickness, and a soft poly(vinyl butyral) layer between the first and second stiff poly(vinyl butyral) layers, wherein the multiple layer panel has an interlayer thickness factor, I f, of at least 0.80, wherein I f = (H 2 - 0.84) ÷ [(H 1 + H 3)(H 1 + H 2 + H 3)] × 100, wherein the soft poly(vinyl butyral) layer of the multiple layer interlayer is non-centrally located such that the soft poly(vinyl butyral) layer has a geometric center location, and the interlayer has a first thickness t 1 that is the thickness from the geometric center location to an outer surface of the first stiff poly(vinyl butyral) layer, and a second thickness t 2 that is the thickness from the geometric center location to an outer surface of the second stiff poly(vinyl butyral) layer, wherein the ratio of t 2 to t 1 is less than 1; and wherein the soft layer has a higher plasticizer content than the stiff layers.
Shaping tool for molten metal or glass, characterised in that the shaping tool contains particles, wherein at least 50 wt.% of the particles consist of carbon particles, wherein the particles are interconnected by a binder, wherein the shaping tool consists of the particles by at least 90 wt.%, wherein the shaping tool has a geometric density of from 0.7 g/cm 3 to 1.4 g/cm 3 and wherein the shaping tool has an anisotropy factor with regard to thermal expansion of less than 1-2, which means that the thermal expansion coefficients in all three spatial directions (x-, y- and z-direction) differ from one other by no more than 20% in each case.
A solder alloy used for soldering, wherein a chemical composition of the solder alloy in mass % comprises: 2.0 to 4.0% of Ag; 0.6 to 1.2% of Cu; 2.0 to 5.0% of Sb; 1.1 to 3.5% of In; 0 to 0.20% of Ni; 0.01 to 0.20% of Co; 0 to 0.05% of Ge; and balance of Sn and impurities.
A long acting parenteral pharmaceutical composition comprising a therapeutically effective amount of glatiramer acetate and poly(D,L-lactide-co-glycolide) (PLGA) as a pharmaceutically acceptable biodegradable carrier, the composition being in a sustained release depot form suitable for a dosing schedule from once weekly to once in every 6 months in a dose ranging from 20 to 750mg glatiramer acetate, wherein the composition comprises an internal aqueous phase comprising a therapeutically effective amount of glatiramer acetate, a water immiscible polymeric phase comprising PLGA and an external aqueous phase, and wherein the composition is in the form of microparticles prepared by a water-in oil-in water double emulsification process.