mhurhangee/ep-ind-claims huggingface dataset:
A seed pan apparatus for attachment to a cutting header of an agricultural harvester, the apparatus comprising: a plurality of elongated seed pan plates, each elongated seed pan plate with substantially parallel right and left edges, and having a pointed front end formed by right and left front tapering sides; an engagement mechanism located on a bottom of each seed pan plate and adapted for attachment to a cutting header of an agricultural harvester such that the seed pan plate is above a guard finger, the pointed front end is forward of the guard finger, a rear end of the seed pan plate is rearward of a knife assembly of the header, and the seed pan plate is inclined downward from front to rear; wherein the seed pan plates and engagement mechanisms are configured such that a plurality of seed pan plates can be attached to the cutting header at spaced intervals such that an open slot is defined between the right edge of one plate and the left edge of an adjacent plate; characterised by a top surface of each plate having a curved configuration such that the top surface of each plate curves downward from the right edge thereof to a bottom center portion thereof and curves upward from the bottom center portion to the left edge thereof. a plurality of elongated seed pan plates, each elongated seed pan plate with substantially parallel right and left edges, and having a pointed front end formed by right and left front tapering sides; an engagement mechanism located on a bottom of each seed pan plate and adapted for attachment to a cutting header of an agricultural harvester such that the seed pan plate is above a guard finger, the pointed front end is forward of the guard finger, a rear end of the seed pan plate is rearward of a knife assembly of the header, and the seed pan plate is inclined downward from front to rear; wherein the seed pan plates and engagement mechanisms are configured such that a plurality of seed pan plates can be attached to the cutting header at spaced intervals such that an open slot is defined between the right edge of one plate and the left edge of an adjacent plate; characterised by a top surface of each plate having a curved configuration such that the top surface of each plate curves downward from the right edge thereof to a bottom center portion thereof and curves upward from the bottom center portion to the left edge thereof. characterised by a top surface of each plate having a curved configuration such that the top surface of each plate curves downward from the right edge thereof to a bottom center portion thereof and curves upward from the bottom center portion to the left edge thereof.
RFID transponder comprising a slot antenna and an RFID tag, wherein the slot antenna has an electrically conductive antenna body (11, 11", 11''') with a closed slot, and wherein the RFID tag has an RFID chip and a coupling loop, wherein the coupling loop provides two connecting points for connecting the RFID chip, and wherein these two connecting points are arranged in the direction of the main axis with respect to one another, and wherein the main axis of the RFID tag is oriented parallel to the slot (12, 12') if the slot (12, 12') is embodied in a linear fashion at the position of the RFID tag, or wherein the main axis is oriented tangentially with respect to the slot if the slot is embodied in a continuously curved fashion at the position of the RFID tag, and wherein the coupling loop has, perpendicularly with respect to the main axis, a centre axis which is arranged centrally between two lateral boundaries (41, 42) of the coupling loop, characterized in that the two lateral boundaries (41, 42), lying opposite one another, of the coupling loop are additionally distinguished by the fact that they are each at the largest possible distance (d) from the centre axis, wherein the RFID tag is arranged with the centre axis of its coupling loop on a lateral region of the closed slot, wherein said lateral region is located between a third position and a fourth position on the closed slot, wherein the distance of the third position from one of the closed ends along the slot is at least 3/16 of the length of the closed slot, and wherein the distance of the fourth position from the same closed end of the slot along the slot is at maximum 5/16 of the length of the closed slot.
A method of producing a printed security-enhanced document, the method comprising: (a) generating secure and non-secure portions of image data, the portions being encoded in PostScript vector graphics; (b) encrypting the secure portions using a one time pad with a generated encryption key, resulting in secure portion of ciphertexts; (c) saving the encryption key in at least one file separate from a PostScript file containing the image data; (d) linking both the encryption key file and the PostScript file in a Raster Image Processor interpreting the image data to print PostScript graphics and merging at least one of the secure portion ciphertexts with at least one of the non-secure portions into a secure press run data file; (e) receiving the secure press run data file at the RIP along with an associated decryption key and decrypting the secure portion ciphertext utilizing the corresponding decryption key resulting in a secure cleartext; and (f) feeding the resulting secure cleartext into an imager to produce the printed security-enhanced document including imaging from both the secure and non-secure portions. (a) generating secure and non-secure portions of image data, the portions being encoded in PostScript vector graphics; (b) encrypting the secure portions using a one time pad with a generated encryption key, resulting in secure portion of ciphertexts; (c) saving the encryption key in at least one file separate from a PostScript file containing the image data; (d) linking both the encryption key file and the PostScript file in a Raster Image Processor interpreting the image data to print PostScript graphics and merging at least one of the secure portion ciphertexts with at least one of the non-secure portions into a secure press run data file; (e) receiving the secure press run data file at the RIP along with an associated decryption key and decrypting the secure portion ciphertext utilizing the corresponding decryption key resulting in a secure cleartext; and (f) feeding the resulting secure cleartext into an imager to produce the printed security-enhanced document including imaging from both the secure and non-secure portions.
A humidifier that is to be connected to a respiratory assistance device configured to regulate or assist ventilation of a user, the humidifier being configured to add moisture to a gas fed from a gas source in the form of fine particles or water vapor, the humidifier comprising: a liquid container configured to contain a liquid containing at least water; a mist-droplet generation unit configured to generate mist droplets being fine particles of the liquid; and a water retaining member configured to hold at least a part of the mist droplets, characterized in that the water retaining member is suitable for being provided inside an inspiratory pipe of a breathing circuit provided in the respiratory assistance device along a longitudinal direction of the inspiratory pipe, and the water retaining member has a length of 50 cm or more. a liquid container configured to contain a liquid containing at least water; a mist-droplet generation unit configured to generate mist droplets being fine particles of the liquid; and a water retaining member configured to hold at least a part of the mist droplets, characterized in that the water retaining member is suitable for being provided inside an inspiratory pipe of a breathing circuit provided in the respiratory assistance device along a longitudinal direction of the inspiratory pipe, and the water retaining member has a length of 50 cm or more.
A method of operation of a wireless device in a wireless network, the method comprising: transmitting a first message to a network node, the first message comprising at least a first portion of an identifier associated with the wireless device and at least a first portion of an access and mobility management identifier, wherein the first message does not comprise a complete identifier associated with the wireless device; and transmitting a second message to the network node, the second message comprising a second portion of the identifier associated with the wireless device, and wherein the second message comprises the first portion and a second portion of the AMF ID. transmitting a first message to a network node, the first message comprising at least a first portion of an identifier associated with the wireless device and at least a first portion of an access and mobility management identifier, wherein the first message does not comprise a complete identifier associated with the wireless device; and transmitting a second message to the network node, the second message comprising a second portion of the identifier associated with the wireless device, and wherein the second message comprises the first portion and a second portion of the AMF ID.
Composition, in particular cosmetic composition, intended especially for shaving the skin, preferably facial skin, characterized in that it comprises: from 15% to 25% by weight of at least one C 16 -C 20 fatty acid relative to the total weight of the composition, from 1.5% to 2.7% by weight of sodium hydroxide relative to the total weight of the composition, from 1% to 8% by weight of triethanolamine relative to the total weight of the composition, said composition having a hardness, measured at 25°C, ranging from 260 g to 1200 g. from 15% to 25% by weight of at least one C 16 -C 20 fatty acid relative to the total weight of the composition, from 1.5% to 2.7% by weight of sodium hydroxide relative to the total weight of the composition, from 1% to 8% by weight of triethanolamine relative to the total weight of the composition,
Frame for an electric heating device for heating an air flow circulating inside a heating, ventilation and/or air-conditioning installation of a motor vehicle in which at least one heating element is disposed, said frame comprising at least one housing intended to receive said at least one heating element, the housing being delimited by a plurality of longitudinal walls (23, 25) forming a longitudinal insertion path for said at least one heating element, said insertion path being delimited longitudinally by an end wall that extends on the opposite side from an opening through which it is possible to insert the heating element intended to be located in the housing, an insertion direction being defined from the opening to the end wall, at least one of the longitudinal walls (23, 25) of the housing comprising a displacement reducing element protruding from said wall, said displacement reducing element being configured in order to contact said at least one heating element, said displacement reducing element being arranged such that its downstream end (14, 15) extends at a distance from the end wall, characterized in that said displacement reducing element has a ramp extending progressively towards the interior of the housing with respect to the insertion direction, towards the opposite longitudinal wall. at least one of the longitudinal walls (23, 25) of the housing comprising a displacement reducing element protruding from said wall, said displacement reducing element being configured in order to contact said at least one heating element, said displacement reducing element being arranged such that its downstream end (14, 15) extends at a distance from the end wall, characterized in that said displacement reducing element has a ramp extending progressively towards the interior of the housing with respect to the insertion direction, towards the opposite longitudinal wall.
A pickup apparatus, for a musical instrument, to be fixed to the musical instrument, comprising: a disc-shaped piezoelectric element; a couple of circular members (13U, 13B) receiving interposition of the piezoelectric element therebetween; and leg portions being arranged on a surface of any one of the couple of circular members (13U, 13B), each circular member (13U, 13B) including protrusions (13tU, 13tB) formed protrusively toward the other circular member (13U, 13B) in two positions along a peripheral edge of an opposite surface (13mU, 13mB) in a face-to-face relationship with the other circular member (13U, 13B), the piezoelectric element being supported within an air gap formed by the protrusions (13tU, 13tB) between the couple of circular members (13U, 13B) in a state of the piezoelectric element being interposed between the protrusions (13tU, 13tB) possessed by the respective circular members (13U, 13B), characterized in that the piezoelectric element is supported at two points along peripheral edges of the disc-shaped piezoelectric element by being pinched by the protrusions provided in said two positions. a disc-shaped piezoelectric element; a couple of circular members (13U, 13B) receiving interposition of the piezoelectric element therebetween; and leg portions being arranged on a surface of any one of the couple of circular members (13U, 13B), each circular member (13U, 13B) including protrusions (13tU, 13tB) formed protrusively toward the other circular member (13U, 13B) in two positions along a peripheral edge of an opposite surface (13mU, 13mB) in a face-to-face relationship with the other circular member (13U, 13B), the piezoelectric element being supported within an air gap formed by the protrusions (13tU, 13tB) between the couple of circular members (13U, 13B) in a state of the piezoelectric element being interposed between the protrusions (13tU, 13tB) possessed by the respective circular members (13U, 13B), characterized in that the piezoelectric element is supported at two points along peripheral edges of the disc-shaped piezoelectric element by being pinched by the protrusions provided in said two positions.
A trunk lid structure for a vehicle, comprising: trunk lid body, a trunk light mounted on the trunk lid body, a trunk lid garnish, a middle portion of the trunk lid garnish mounted on the trunk lid body and two side end portions (21,23) of the trunk lid garnish respectively mounted on the trunk light by brackets, characterized in that the trunk lid garnish is located above the trunk light, the bracket includes a first portion extending in a vertical direction for fixedly connecting with the side end portion (21,23) of the trunk lid garnish and a second portion extending in a horizontal direction for fixedly connecting with the trunk light, the trunk lid having positioning pins protruding vertically upward to fit with positioning holes provided in the second portion of the bracket.
A sealing membrane that serves to seal against liquids, characterized by a moisture-absorbing and thereby swelling textile layer that contains fibers that produce a swell pressure (swelling fibers), wherein only a portion of swelling fibers is provided in the textile layer and textile layer partly contains fusion fibers, wherein the fibers are thermally fused and the sealing membrane is constructed as a swelling fleece having a swell pressure of more than 100 kg N.
A method performed by a network device, comprising: selecting, for a terminal device, at least one set of downlink control channel candidates from two or more sets of downlink control channel candidates, wherein each set of the two or more sets of the downlink control channel candidates is associated with a different communication level, each communication level corresponding to a different target block error rate, BLER, wherein at least one communication level satisfies a Quality of Service, QoS, requirement of Ultra-Reliable and Low-Latency Communication, URLLC, communication and satisfies a Quality of Service, QoS, requirement of BLER lower than a first threshold, and wherein at least another communication level satisfies a QoS requirement of enhanced mobile broadband, eMBB, communication and satisfies a QoS requirement of BLER which is lower than a second threshold; and transmitting, to the terminal device, the selected at least one set of downlink control channel candidates. selecting, for a terminal device, at least one set of downlink control channel candidates from two or more sets of downlink control channel candidates, wherein each set of the two or more sets of the downlink control channel candidates is associated with a different communication level, each communication level corresponding to a different target block error rate, BLER, wherein at least one communication level satisfies a Quality of Service, QoS, requirement of Ultra-Reliable and Low-Latency Communication, URLLC, communication and satisfies a Quality of Service, QoS, requirement of BLER lower than a first threshold, and wherein at least another communication level satisfies a QoS requirement of enhanced mobile broadband, eMBB, communication and satisfies a QoS requirement of BLER which is lower than a second threshold; and transmitting, to the terminal device, the selected at least one set of downlink control channel candidates.
A honeycomb filter comprising a base material having a honeycomb-structured substrate provided with a plurality of cells separated by partition walls of porous ceramic having pores and functioning as exhaust gas passages, wherein plugging portions are formed alternately in one side open end portions and the other side open end portions of the plural cells, at least in pores formed in a surface layer of the partition walls and pores in the partition walls, a composite region is formed by depositing particles having an average particle diameter smaller than an average pore diameter of the partition walls in a surface layer portion of the partition walls on the exhaust gas inflow side, the partition walls have an average pore diameter of 5 to 40 μm and a porosity of 35 to 75%, the particles deposited have an average particle diameter of 1 to 15 μm, and the composite region has a height of 80 μm or less with respect to the partition wall surface direction from the outermost contour line of the partition walls.
A device for creep test in a temperature and pressure controlled medium, comprising: - a plate intended to constitute a lid for closing an autoclave, this plate comprising an inner face intended to be towards the inside of the autoclave and an outer face intended to be out of the autoclave; - a structure carried by the inner face of the plate and arranged to receive a test tube, this structure carrying a gripping member of an end of this test tube; - a hydraulic actuator carried by the outer face for exerting a tensile and/or compressive force on the test tube, this hydraulic actuator comprising a movable part having a rod sealingly passing through the plate and carrying at its end another gripping means for the other test tube end; characterized in that it also includes: - a pressurized hydraulic source for supplying the hydraulic actuator via at least one duct (28, 29); - a supply solenoid valve (31, 32) fitted to each duct for putting in communication the hydraulic source with the actuator or isolating them from one another - a depressurization solenoid valve (33, 34) connected to each duct, each depressurization solenoid valve (33, 34) being normally open when it is not electrically powered and being arranged to depressurize the hydraulic actuator when it is open. - a plate intended to constitute a lid for closing an autoclave, this plate comprising an inner face intended to be towards the inside of the autoclave and an outer face intended to be out of the autoclave; - a structure carried by the inner face of the plate and arranged to receive a test tube, this structure carrying a gripping member of an end of this test tube; - a hydraulic actuator carried by the outer face for exerting a tensile and/or compressive force on the test tube, this hydraulic actuator comprising a movable part having a rod sealingly passing through the plate and carrying at its end another gripping means for the other test tube end; - a pressurized hydraulic source for supplying the hydraulic actuator via at least one duct (28, 29); - a supply solenoid valve (31, 32) fitted to each duct for putting in communication the hydraulic source with the actuator or isolating them from one another - a depressurization solenoid valve (33, 34) connected to each duct, each depressurization solenoid valve (33, 34) being normally open when it is not electrically powered and being arranged to depressurize the hydraulic actuator when it is open.
A module of a hearing device, wherein said module is removably connectable with a housing of the hearing device, said module being prepared for insertion of a removal tool, wherein said module comprises at least two side walls (30',30'') opposing each other, wherein said side walls (30',30'') each comprise outer surfaces (32', 32"), portions of which being exposed to the outside and being adapted to be engaged with a pair of lateral wings (44', 44") of the removal tool, said side walls (30',30") are provided with a first engagement means (56',56''), and said side walls (30',30'') are deformable such to allow engagement of the first engagement means (56',56'') and a second engagement means (48', 48'') formed on an anchoring portion of the removal tool once the anchoring portion is located between the side walls (30',30''), wherein the side walls (30',30'') are configured to be inwardly deformed when applying forces to outer surfaces (32',32'') thereof in directions towards each other and wherein the first (56',56'') and second (48',48'') engagement means are adapted to be engaged during an inward deformation of the side walls (30',30'') and to be disengaged when the side walls (30',30") are not inwardly deformed.
A turbofan, comprising a fan, a casing positioned downstream of the fan and separating a primary flowpath from a secondary flowpath, a compressor, a combustion chamber and a turbine being arranged in the primary flowpath, the turbofan comprising a differential transmission coupled to the turbine, to the compressor and to the fan, and a power supply device configured to provide additional power to that provided by the turbine to drive the compressor, wherein the differential transmission comprises a first reduction gear configured to modify the rotation speed transmission ratio between the turbine and the fan, characterized in that the differential transmission comprises a second reduction gear configured to modify the rotation speed transmission ratio between the turbine and the compressor.
Dielectric ceramic comprising: dielectric ceramic grains having BaTiO 3, the dielectric ceramic grain having a ferroelectric core and a paraelectric shell into which Mg and a rare earth element are diffused, the shell being located at least on a part of a surface of the core, wherein the shell includes at least two shell portions (3a, 3b, 3c) having different components diffused thereinto respectively characterised in that, the shell portions (3a, 3b 3c) are unevenly distributed on the surface of the core. dielectric ceramic grains having BaTiO 3, the dielectric ceramic grain having a ferroelectric core and a paraelectric shell into which Mg and a rare earth element are diffused, the shell being located at least on a part of a surface of the core, wherein the shell includes at least two shell portions (3a, 3b, 3c) having different components diffused thereinto respectively characterised in that, the shell portions (3a, 3b 3c) are unevenly distributed on the surface of the core.