mhurhangee/ep-ind-claims huggingface dataset:
Cabin air treatment apparatus for an agricultural machine, comprising at least one external air inlet (11, 16), a filtration system connected downstream of the external air inlet (11, 16), an HVAC system connected downstream of the filtration system, said HVAC system comprising at least one blower, and a cabin air supply outlet connected downstream of the HVAC system, further comprising a hermetically closed box inside which the HVAC system is housed, said box having a levelling opening for placing the box into communication with a cabin of the agricultural machine to level a pressure inside the cabin with a pressure inside the box, characterized in that said at least one external air inlet comprises a first external air inlet and a second external air inlet formed on the box, which are in selectively enabled or disabled communication with the HVAC system, wherein the filtration system comprises: - a first filter for effecting a filtration of at least one among dust, aerosols and vapours, arranged at the first air inlet, and - a blower for drawing air from the first air inlet and delivering it to the HVAC system, said blower being arranged directly connected downstream of the first filter and inside the box, the blower of the filtration system being distinct from the blower of the HVAC system, and - a second filter for effecting a mechanical filtration of dust, arranged at the second air inlet, wherein when the first air inlet is in a condition of enabled communication with the HVAC system and the second air inlet is in a condition of disabled communication with the HVAC system, the second filter is placed into communication with the inside of the box to level a pressure at the second filter with the pressure inside the box. - a first filter for effecting a filtration of at least one among dust, aerosols and vapours, arranged at the first air inlet, and - a blower for drawing air from the first air inlet and delivering it to the HVAC system, said blower being arranged directly connected downstream of the first filter and inside the box, the blower of the filtration system being distinct from the blower of the HVAC system, and - a second filter for effecting a mechanical filtration of dust, arranged at the second air inlet,
A solid pharmaceutical composition comprising at least two layers, wherein the first layer contains a non-peptide angiotensin II receptor antagonist or a pharmaceutically acceptable salt thereof in a dissolving matrix and the second layer contains a diuretic or a pharmaceutically acceptable salt thereof in a dissolving matrix, the pharmaceutical composition does not contain any disintegrant, and the non-peptide angiotensin II receptor antagonist is selected from the group consisting of Telmisartan, Losartan, Irbesartan, Valsartan, Eprosartan, Candesartan, Candesartan Cilexetil, Olmesartan and Olmesartan Medoxomil and the Telmisartan or a pharmaceutically acceptable salt thereof is in at least 90 % amorphous form, based on the total amount of Telmisartan or the pharmaceutically acceptable salts thereof.
A fixed abrasive article comprising: a matrix material (302; 401) and abrasive particles (306; 406) embedded in the matrix material, the abrasive particles having a core-shell structure that includes a polycrystalline alpha alumina core (203; 307; 403) and a shell layer (201; 309; 405) having a porosity of not greater than 10 vol% overlying the polycrystalline alpha alumina core and comprising a polycrystalline material selected from the group consisting of silicon oxide and zirconium oxide, the polycrystalline alpha alumina core comprising grains having an average grain size of not greater than 500 nm, wherein the shell layer comprises not less than 95 vol% silicon oxide or no less than 95 vol% zirconium oxide.
A FMCW radar system comprising: a receive channel configured to receive a reflected signal and to generate a first digital intermediate frequency, IF, signal based on the reflected signal; a reference receive channel configured to receive the reflected signal and to generate a second digital IF signal based on the reflected signal; and digital mismatch compensation circuitry coupled to the receive channel and the reference receive channel to receive the first digital IF signal and the second digital IF signal, the digital mismatch compensation circuitry configured to process the first digital IF signal and the second digital IF signal to compensate for mismatches between the receive channel and the reference receive channel, wherein the digital mismatch compensation circuitry includes: a frequency shifter (320,340;322,342;324,344;326,346) configured to shift a frequency and phase of the first digital IF signal to correct a routing delay mismatch between the receive channel and the reference receive channel. a receive channel configured to receive a reflected signal and to generate a first digital intermediate frequency, IF, signal based on the reflected signal; a reference receive channel configured to receive the reflected signal and to generate a second digital IF signal based on the reflected signal; and digital mismatch compensation circuitry coupled to the receive channel and the reference receive channel to receive the first digital IF signal and the second digital IF signal, the digital mismatch compensation circuitry configured to process the first digital IF signal and the second digital IF signal to compensate for mismatches between the receive channel and the reference receive channel, wherein the digital mismatch compensation circuitry includes: a frequency shifter (320,340;322,342;324,344;326,346) configured to shift a frequency and phase of the first digital IF signal to correct a routing delay mismatch between the receive channel and the reference receive channel.
A motor sealing structure, comprising: a rotating shaft; a bearing, which is sleeved on the rotating shaft; and a fan blade structure, which is sleeved at one end of the rotating shaft; wherein a shaft shoulder structure is further provided on an outer peripheral wall of the rotating shaft at a position corresponding to the bearing along an axial direction of the rotating shaft, so as to form a cavity between a portion of the bearing and the shaft shoulder structure; and the fan blade structure extends in the axial direction of the rotating shaft to the position of the bearing; characterized in that the fan blade structure is inserted into the cavity. a rotating shaft; a bearing, which is sleeved on the rotating shaft; and a fan blade structure, which is sleeved at one end of the rotating shaft; wherein a shaft shoulder structure is further provided on an outer peripheral wall of the rotating shaft at a position corresponding to the bearing along an axial direction of the rotating shaft, so as to form a cavity between a portion of the bearing and the shaft shoulder structure; and the fan blade structure extends in the axial direction of the rotating shaft to the position of the bearing; characterized in that the fan blade structure is inserted into the cavity.
Fault-current protection device for the detection of fault currents in a low-voltage network having a protective conductor, a neutral conductor and at least one phase conductor (L; L1, L2, L3), the fault-current protection device comprising a protective conductor for electrical connection to the protective conductor of the low-voltage network, a neutral conductor for electrical connection to the neutral conductor of the low-voltage network and at least one phase conductor (3, 3', 3") for electrical connection to the at least one phase conductor of the low-voltage network, the fault-current protection device further comprising a protective conductor switching contact for the activatable and deactivatable interrupting of the protective conductor of the fault-current protection device, at least one phase conductor switching contact (6, 6', 6") for the activatable and deactivatable interrupting of the at least one phase conductor (3, 3', 3") of the fault-current protection device and a neutral conductor switching contact for the activatable and deactivatable interrupting of the neutral conductor of the fault-current protection device, wherein at least one switching means (8, 9, 10) is provided for switching the switching contacts (5, 6, 6', 6", 7), wherein the protective conductor switching contact is switchable independently of the neutral conductor switching contact and of the at least one phase conductor switching contact (6, 6', 6"), characterized in that the fault-current protection device is designed such that when switching off the protective conductor switching contact and the neutral conductor switching contact and/or the at least one phase conductor switching contact (6, 6', 6") the protective conductor switching contact is switched off with a preferably definable delay time delayed with respect to the neutral conductor switching contact and/or the at least one phase conductor switching contact (6, 6', 6").
Method for exchanging and displaying location-related information of multiple communication subscribers (14, 16, 18), wherein the information exchange is effected via a wireless communication network and a location determination for the subscriber (14, 16, 18) is effected and a subscriber identification for the subscriber (14, 16, 18) is effected using a camera-based augmented reality method, in which at least one of the communication subscribers (14, 16, 18) is marked, characterized in that a depiction of a marked communication subscriber (14, 16, 18) in a navigation map depiction of a navigation system is effected if the communication subscriber (14, 16, 18) to be marked is outside a camera capture area.
A method of forming a fibrin foam, the method comprising: preparing a fibrinogen foam by mixing air with a solution of fibrinogen using a mixing device with at least two chambers and an in-line mixer therebetween, said in-line mixer comprising a three-dimensional lattice defining a plurality of tortuous, interconnecting passages therethrough, the in-line mixer having physical characteristics to sufficiently mix component streams; and injecting the fibrinogen foam into a solution of a clotting protein to form a fibrin foam. preparing a fibrinogen foam by mixing air with a solution of fibrinogen using a mixing device with at least two chambers and an in-line mixer therebetween, said in-line mixer comprising a three-dimensional lattice defining a plurality of tortuous, interconnecting passages therethrough, the in-line mixer having physical characteristics to sufficiently mix component streams; and injecting the fibrinogen foam into a solution of a clotting protein to form a fibrin foam.
Coating or ink composition comprising at least one acylated starch derivative, wherein the dextrose equivalence of the starch derivative is from 1.8 to 2.9, and which optionally further comprises at least one colorant, wherein the dextrose equivalence is measured by the Lane-Eynon method as described in ISO 5377:1981, wherein the acylated starch derivative has a degree of substitution from 2.0 to 2.9, as determined by 1 H-NMR.
A method for deploying a smart contract, comprising: sending, by a client device, a bytecode of the smart contract to a first trusted execution environment, TEE, and receiving a machine code obtained by Ahead of Time, AoT, compilation of the bytecode by the first TEE; receiving, by a blockchain node, a transaction for creating the smart contract submitted by the client device, wherein the transaction comprises the machine code of the smart contract; and completing, by the blockchain node, a deployment of the smart contract in response to determining that the machine code is obtained by compiling the bytecode by a trusted TEE, the determining comprising: obtaining, by the blockchain node, a signature of the machine code by the first TEE by using a private key from the transaction; and in response to determining that the signature is successfully verified by a public key corresponding to a predefined trusted TEE mirror image, the blockchain node determining that the first TEE is the trusted TEE. sending, by a client device, a bytecode of the smart contract to a first trusted execution environment, TEE, and receiving a machine code obtained by Ahead of Time, AoT, compilation of the bytecode by the first TEE; receiving, by a blockchain node, a transaction for creating the smart contract submitted by the client device, wherein the transaction comprises the machine code of the smart contract; and completing, by the blockchain node, a deployment of the smart contract in response to determining that the machine code is obtained by compiling the bytecode by a trusted TEE, the determining comprising: obtaining, by the blockchain node, a signature of the machine code by the first TEE by using a private key from the transaction; and in response to determining that the signature is successfully verified by a public key corresponding to a predefined trusted TEE mirror image, the blockchain node determining that the first TEE is the trusted TEE. obtaining, by the blockchain node, a signature of the machine code by the first TEE by using a private key from the transaction; and in response to determining that the signature is successfully verified by a public key corresponding to a predefined trusted TEE mirror image, the blockchain node determining that the first TEE is the trusted TEE.
A chassis for a rail vehicle with at least four rail wheels (1, 1a, 1b) arranged on at least two axles (2, 3) each with a variable track width, and with a spreader, which straddles the rail wheels (1, 1a, 1b) of the respective axles (2, 3) in the direction of an increased track width, characterised in that at least two tracks (2, 3) of the chassis which are variable in their track width are coupled via a coupling mechanism (8, 9; 8, 15; 8a, 8b) in such a way that the axis (2, 3) with the smallest track width specifies this track width the other axis (or axes) (2, 3) as well.
A medical graft, comprising: a graft material having a first outer surface and a second outer surface, the graft material defining an internal chamber between the first outer surface and the second outer surface of the graft material; and at least one region of the graft material interrupting the chamber and surrounded by the chamber. a graft material having a first outer surface and a second outer surface, the graft material defining an internal chamber between the first outer surface and the second outer surface of the graft material; and at least one region of the graft material interrupting the chamber and surrounded by the chamber.
A method comprising: receiving, in a first local traffic analysis module, configuration parameters from a second local traffic analysis module or from a central traffic analysis module connected to a plurality of local traffic analysis modules; monitoring, by the first local traffic analysis module by using the received configuration parameters, traffic in a radio access network of a wireless communication system; detecting, by the first local traffic analysis module, in the monitored traffic on the basis of the configuration parameters, an anomaly causing a control plane signalling load; in response to said detecting, taking, by the first local traffic analysis module, an action to mitigate the anomaly and reporting information on the anomaly to the central traffic analysis module; and identifying, by the first local traffic analysis module, a device causing said anomaly on the basis of at least one message of the monitored traffic; characterized by the method further comprising: routing, by the first local traffic analysis module, at least some of traffic associated with the identified device to the central traffic analysis module. receiving, in a first local traffic analysis module, configuration parameters from a second local traffic analysis module or from a central traffic analysis module connected to a plurality of local traffic analysis modules; monitoring, by the first local traffic analysis module by using the received configuration parameters, traffic in a radio access network of a wireless communication system; detecting, by the first local traffic analysis module, in the monitored traffic on the basis of the configuration parameters, an anomaly causing a control plane signalling load; in response to said detecting, taking, by the first local traffic analysis module, an action to mitigate the anomaly and reporting information on the anomaly to the central traffic analysis module; and identifying, by the first local traffic analysis module, a device causing said anomaly on the basis of at least one message of the monitored traffic; characterized by the method further comprising: routing, by the first local traffic analysis module, at least some of traffic associated with the identified device to the central traffic analysis module.
A dual-hardness outsole (110, 610) including a front section, a middle section and a rear section, at least the middle section of the outsole including a wedge (116, 802) having a first bottom surface which extends below at least one of a second bottom surface, on the front section, and a third bottom surface, on the rear section, such that the first bottom surface carries more weight than said at least one of the second bottom surface and the third bottom surface, the outsole comprising: a hard portion (114, 614) and a soft portion (112, 612) that are secured to each other and together form the wedge, characterized in that a cross-sectional profile of the hard and soft portions in a width direction, perpendicular to a longitudinal direction that is from the front section to the middle section, of the dual-hardness outsole at the wedge being such that both a thickness of the soft portion is gradually decreased and also a thickness of the hard portion is increased as the soft portion and the hard portion are extended from a center of the wedge in the width direction towards a lateral end portion of the wedge in the width direction.
A catalyst composition comprising: (a) at least one metallocene compound comprising a transition metal selected from Ti, Zr or Hf; and (b) at least one activator-support; wherein the at least one activator-support comprises at least one silica-coated alumina treated with at least one electron-withdrawing anion, wherein: the at least one silica-coated alumina has a weight ratio of alumina to silica in a range from 2:1 to 20:1, and the at least one electron-withdrawing anion comprises fluoride, chloride, bromide, phosphate, triflate, bisulfate, sulfate, or any combination thereof. (a) at least one metallocene compound comprising a transition metal selected from Ti, Zr or Hf; and (b) at least one activator-support; the at least one silica-coated alumina has a weight ratio of alumina to silica in a range from 2:1 to 20:1, and the at least one electron-withdrawing anion comprises fluoride, chloride, bromide, phosphate, triflate, bisulfate, sulfate, or any combination thereof.
Use of a copper alloy wherein the elements have mass fractions as follows: - 46% to 53.5% copper (Cu); - 0% to 1.0% aluminium (Al); - 0% to 1.40% lead (Pb); - 0% to 0.2% iron (Fe); - 0% to 0.4% tin (Sn); - 0% to 0.0002% boron; - 0% to 0.2% arsenic (As); and - balance zinc (Zn), for a generative manufacturing process. - 46% to 53.5% copper (Cu); - 0% to 1.0% aluminium (Al); - 0% to 1.40% lead (Pb); - 0% to 0.2% iron (Fe); - 0% to 0.4% tin (Sn); - 0% to 0.0002% boron; - 0% to 0.2% arsenic (As); and - balance zinc (Zn),
Method for mounting a guide apparatus of a large hydraulic machine with a vertical rotational axis, wherein the method comprises the following steps: assembling a subassembly at least comprising the upper guide wheel ring or the turbine cover and all the guide vanes of the guide apparatus, wherein the assembly does not take place in the machine shaft and the guide vanes are mounted in a suspended manner, installing the lower guide wheel ring in the machine shaft, and installing the subassembly in the machine shaft by means of continuous lowering, characterized in that the axes of the guide vanes extend vertically and the method comprises the following steps: before the lowering of the subassembly: lowering the guide vanes to differing heights in relation to each other inside the subassembly so that the lowered guide vanes can be displaced in the upward direction; during the lowering of the subassembly: the guide vanes which are located in the subassembly are inserted in succession into the openings which are provided in the lower guide wheel ring.
Container having a coupling system for removably connecting the container to a support structure, wherein the container comprises a rear wall, a front wall, and side walls laterally connecting the rear and front walls (82, 84), as well as a bottom element, and the side walls each comprise an inner and an outer wall (22, 36), wherein each outer wall is composed of a lower outer side wall element and an upper outer side wall element, and the lower outer side wall element is designed such that it can slide with the inner wall relative to the upper outer side wall element, characterized in that each coupling system includes at least one support rail that is arranged on or within the side wall and that has a guide groove for accommodating, in each case, at least one support element arranged on the support structure, wherein the sliding of the lower outer side wall element relative to the upper outer side wall element can be controlled through at least one actuating device for moving at least one locking element from a locking position having at least partial contact with at least one locking catch to a free-running position having no contact with the locking catch, and vice versa.
A method for producing a porous silicone sheet comprising a freezing step of freezing a wet gel of a porous silicone body having communicating pores and a three-dimensional network silicone skeleton which forms the pores and which is formed by a copolymerization of a bifunctional alkoxysilane and a trifunctional alkoxysilane, to obtain a frozen body, a sheet forming step of forming the frozen body into a sheet to obtain a porous silicone sheet, and a cleaning step of cleaning the porous silicone sheet.