mhurhangee/ep-ind-claims huggingface dataset:
A catcher (10, 100, 200, 300, 400) for a fluid stream comprising: a housing (12, 202, 302, 402) with an aperture configured to receive a fluid stream into the housing, the housing having at least one support structure (50; 54A-B) configured to support a replaceable wear resistant deflecting member (24A-C; 84A-E; 224, 324, 424) made from a wear resistant material, the deflecting member having a portion configured to cooperate with said support structure of the housing, such that said support structure holds the deflecting member in a selected first orientation and first fixed position with respect to the aperture to deflect the fluid stream in a selected direction within the housing, the deflecting member being removable and replaceable, wherein the deflecting member has a planar surface (42A-B; 84A-E), wherein engagement of the deflecting member with said support structure orients the planar surface underneath the aperture in a fixed oblique position with respect to the aperture to deflect the fluid stream in a selected direction within the housing (12, 202, 302, 402); characterized in that the deflecting member is rotatable and configured to cooperate with said support structure in a second selected orientation and second fixed position with respect to the aperture so that a different portion of the planar surface deflects the fluid stream. a housing (12, 202, 302, 402) with an aperture configured to receive a fluid stream into the housing, the housing having at least one support structure (50; 54A-B) configured to support a replaceable wear resistant deflecting member (24A-C; 84A-E; 224, 324, 424) made from a wear resistant material, the deflecting member having a portion configured to cooperate with said support structure of the housing, such that said support structure holds the deflecting member in a selected first orientation and first fixed position with respect to the aperture to deflect the fluid stream in a selected direction within the housing, the deflecting member being removable and replaceable, wherein the deflecting member has a planar surface (42A-B; 84A-E), wherein engagement of the deflecting member with said support structure orients the planar surface underneath the aperture in a fixed oblique position with respect to the aperture to deflect the fluid stream in a selected direction within the housing (12, 202, 302, 402); characterized in that the deflecting member is rotatable and configured to cooperate with said support structure in a second selected orientation and second fixed position with respect to the aperture so that a different portion of the planar surface deflects the fluid stream.
An intraluminal imaging device, comprising: a flexible elongate member configured for positioning within a vessel of a patient; a support member coupled to the flexible elongate member; and an ultrasound imaging assembly coupled to the support member, comprising a transducer array formed in a transducer region and transducer control logic dies formed in a control region with a transition region disposed therebetween, wherein the transducer array and the transducer control logic dies are mounted on a flex circuit positioned around a second support member in a rolled configuration; wherein the support member includes a proximal section with a first cross-sectional profile sized and shaped to mate with a distal portion of the flexible elongate member and a distal section with a second cross-sectional profile sized and shaped to mate with the proximal section of the ultrasound imaging assembly, wherein the first cross-sectional profile is circular and the second cross-sectional profile is a geometrical shape including between four and twelve sides; and wherein the support member bridges the distinct difference between the diameters and shapes of the flexible elongate member and the ultrasound imaging assembly. a flexible elongate member configured for positioning within a vessel of a patient; a support member coupled to the flexible elongate member; and an ultrasound imaging assembly coupled to the support member, comprising a transducer array formed in a transducer region and transducer control logic dies formed in a control region with a transition region disposed therebetween, wherein the transducer array and the transducer control logic dies are mounted on a flex circuit positioned around a second support member in a rolled configuration; wherein the support member includes a proximal section with a first cross-sectional profile sized and shaped to mate with a distal portion of the flexible elongate member and a distal section with a second cross-sectional profile sized and shaped to mate with the proximal section of the ultrasound imaging assembly, wherein the first cross-sectional profile is circular and the second cross-sectional profile is a geometrical shape including between four and twelve sides; and wherein the support member bridges the distinct difference between the diameters and shapes of the flexible elongate member and the ultrasound imaging assembly.
A process for forming a coating on a substrate comprising: (a) depositing on a substrate a curable composition comprising: (i) a polyene containing an electron-withdrawing group, (ii) a polythiol, (iii) a Michael addition catalyst; (b) forming a continuous film of the curable composition on the substrate; (c) exposing the film to radiation to partially cure the composition; (d) subjecting the film to conditions sufficient to cause a Michael addition reaction of (i) and (ii); whereby the cure in steps (c) and (d) being sufficient to cure the composition. (a) depositing on a substrate a curable composition comprising: (i) a polyene containing an electron-withdrawing group, (ii) a polythiol, (iii) a Michael addition catalyst; (i) a polyene containing an electron-withdrawing group, (ii) a polythiol, (iii) a Michael addition catalyst; (b) forming a continuous film of the curable composition on the substrate; (c) exposing the film to radiation to partially cure the composition; (d) subjecting the film to conditions sufficient to cause a Michael addition reaction of (i) and (ii); whereby the cure in steps (c) and (d) being sufficient to cure the composition.
A composite comprising a nitride sintered body having a porous structure; and a semi-cured product of a heat-curable composition impregnated into the nitride sintered body, wherein the semi-cured product has a structural unit derived from a cyanate group, a structural unit derived from a bismaleimide group, and a structural unit derived from an epoxy group, wherein the content of the semi-cured product is 20% to 70% by volume, wherein a dielectric breakdown voltage obtainable after disposing the composite between adherends, heating and pressurizing the composite for 5 minutes under the conditions of 200°C and 10 MPa, and further heating the composite for 2 hours under the conditions of 200°C and atmospheric pressure, is greater than 5 kV. wherein the semi-cured product has a structural unit derived from a cyanate group, a structural unit derived from a bismaleimide group, and a structural unit derived from an epoxy group, wherein the content of the semi-cured product is 20% to 70% by volume, wherein a dielectric breakdown voltage obtainable after disposing the composite between adherends, heating and pressurizing the composite for 5 minutes under the conditions of 200°C and 10 MPa, and further heating the composite for 2 hours under the conditions of 200°C and atmospheric pressure, is greater than 5 kV.
An electric toothbrush comprising: a handle having a first end, a second end and an internal chamber; a head coupled to the first end of the handle, the head comprising a plurality of bristles; a grip at the second end and configured for holding the electric toothbrush by a user; a window positioned on the electric toothbrush; an illumination element within the internal chamber and configured such that light from the illumination element is visible through the window; a power source within the internal chamber and coupled to the illumination element; a motor within the internal chamber and configured to impart motion to at least one of the plurality of bristles; a timing circuit configured to activate for a set period of time, wherein the illumination element is activated during all, part of, and/or at the end of, the set period of time; and an activation device configured to activate the motor and the timing circuit; wherein the electric toothbrush is configured so that, when in use brushing teeth, the user can see light from the illumination element in a mirror facing the user; characterized by a frame positioned within the internal chamber, wherein the frame secures the motor, the illumination element, and at least a part of the activation device in place within the internal chamber, and wherein the motor, the illumination element, and at least a part of the activation device are attached to the frame prior to insertion into the chamber, the frame having at least one prong configured to engage a wall of the internal chamber to secure the frame in place within the internal chamber. a handle having a first end, a second end and an internal chamber; a head coupled to the first end of the handle, the head comprising a plurality of bristles; a grip at the second end and configured for holding the electric toothbrush by a user; a window positioned on the electric toothbrush; an illumination element within the internal chamber and configured such that light from the illumination element is visible through the window; a power source within the internal chamber and coupled to the illumination element; a motor within the internal chamber and configured to impart motion to at least one of the plurality of bristles; a timing circuit configured to activate for a set period of time, wherein the illumination element is activated during all, part of, and/or at the end of, the set period of time; and an activation device configured to activate the motor and the timing circuit; wherein the electric toothbrush is configured so that, when in use brushing teeth, the user can see light from the illumination element in a mirror facing the user; characterized by a frame positioned within the internal chamber, wherein the frame secures the motor, the illumination element, and at least a part of the activation device in place within the internal chamber, and wherein the motor, the illumination element, and at least a part of the activation device are attached to the frame prior to insertion into the chamber, the frame having at least one prong configured to engage a wall of the internal chamber to secure the frame in place within the internal chamber.
An injection molding tool plate for use in an injection molding tool for producing molded articles comprising a plurality of handling elements arranged in columns and rows, wherein the spacing r between adjacent handling elements within the rows is greater than the spacing s between adjacent handling elements within the columns, characterised in that a row of handling elements is formed by two groups of handling elements, the handling elements are cavities or cores whose inside or outside contour corresponds to the outside or inside contour of a molded article to be produced, wherein the following applies for the spacing z between the groups of handling elements: z = r 1 + a n, wherein r is the spacing of the handling elements within a group and n, a ∈ IN with n > 1.
An optical filter, comprising: a first pair of mirrors; a second pair of mirrors; wherein the second pair of mirrors and the first pair of mirrors reflect different portions of an electromagnetic spectrum; and a common spacer positioned between the first pair of mirrors and between the second pair of mirrors. wherein a thickness of the common spacer across the first pair of mirrors varies in a same pattern as a thickness of the common spacer across the second pair of mirrors. a first pair of mirrors; a second pair of mirrors; wherein the second pair of mirrors and the first pair of mirrors reflect different portions of an electromagnetic spectrum; and a common spacer positioned between the first pair of mirrors and between the second pair of mirrors.
A method for backing up digital cinematographic content, including the steps consisting in: - generating from said content a digital stream encoded in a compressed format, or having said digital stream already encoded in a compressed format, the digital stream comprising digital images and all of the digital data being related to this stream, - recording, in a redundant manner, this encoded digital stream in a compressed format onto a photographic film such that damage up to 10 cm of film does not hinder the restoration of all the content. - generating from said content a digital stream encoded in a compressed format, or having said digital stream already encoded in a compressed format, the digital stream comprising digital images and all of the digital data being related to this stream, - recording, in a redundant manner, this encoded digital stream in a compressed format onto a photographic film such that damage up to 10 cm of film does not hinder the restoration of all the content.
A method at an access node for a wireless telecommunications system, the method comprising: receiving a bitmap within power headroom-related information for a number of aggregated carriers that is less than or equal to a total number of aggregated carriers; each bit in the bitmap corresponding to one of the aggregated carriers, one value in the bitmap indicating that the power headroom-related information for a corresponding carrier is being transmitted, and another value in the bitmap indicating that the power headroom-related information for a corresponding carrier is not being transmitted; the bitmap having a length equal to a number of reporting carriers among the number of aggregated carriers; wherein the power headroom-related information comprises one of power headroom and path loss information, for at least one of the aggregated carriers, and wherein the power headroom-related information is received after the occurrence of one of: a change in the path loss of a reporting carrier among the aggregation of carriers greater than a pre-defined amount since a previous power headroom report; addition of a carrier to the aggregation of carriers; and expiration of a timer that controls periodic power headroom reports. receiving a bitmap within power headroom-related information for a number of aggregated carriers that is less than or equal to a total number of aggregated carriers; each bit in the bitmap corresponding to one of the aggregated carriers, one value in the bitmap indicating that the power headroom-related information for a corresponding carrier is being transmitted, and another value in the bitmap indicating that the power headroom-related information for a corresponding carrier is not being transmitted; the bitmap having a length equal to a number of reporting carriers among the number of aggregated carriers; wherein the power headroom-related information comprises one of power headroom and path loss information, for at least one of the aggregated carriers, and wherein the power headroom-related information is received after the occurrence of one of: a change in the path loss of a reporting carrier among the aggregation of carriers greater than a pre-defined amount since a previous power headroom report; addition of a carrier to the aggregation of carriers; and expiration of a timer that controls periodic power headroom reports. a change in the path loss of a reporting carrier among the aggregation of carriers greater than a pre-defined amount since a previous power headroom report; addition of a carrier to the aggregation of carriers; and expiration of a timer that controls periodic power headroom reports.
A pivoting cover for a shaft set into a roadway with a frame and at least one, preferably two or four, pivotal cover plates and with damping elements, characterised in that positioned between the frame and the adjacent cover plate or the adjacent cover plates and, in the case of a plurality of cover plates, between the individual cover plates there are pockets with rubbery pads which project laterally in the installed position, that the pockets extend downwardly to a closed base and have an upwardly open cavity, which is T-shaped in horizontal section, the central web of which is open laterally and that the rubbery pads have a corresponding T shape in horizontal section, the laterally projecting sections of which are held in the pockets and the central web of which projects laterally out of the pockets.
A method performed by a user equipment, UE (100, 200), in a wireless communication system, the method comprising: receiving information indicating, for each search space set of a plurality of search space sets, a group to which the each search space set belongs among a first group and a second group, wherein the first group comprising at least one first search space set and the second group comprising at least one second search space set, wherein different intervals of PDCCH monitoring periodicity are configured for different search space sets in the plurality of search space sets; obtaining a number of slots X to configure a predetermined time period for a physical downlink control channel, PDCCH, monitoring, wherein the predetermined time period spans X slots after a last symbol of at least one symbol in which a first specific PDCCH is detected; receiving the first specific PDCCH; and monitoring a second PDCCH according to an interval of PDCCH monitoring periodicity configured for the at least one second search space set in the second group during the predetermined time period, wherein, before the predetermined time period, an interval of PDCCH monitoring periodicity configured for the at least one first search space set in the first group is applied. receiving information indicating, for each search space set of a plurality of search space sets, a group to which the each search space set belongs among a first group and a second group, wherein the first group comprising at least one first search space set and the second group comprising at least one second search space set, wherein different intervals of PDCCH monitoring periodicity are configured for different search space sets in the plurality of search space sets; obtaining a number of slots X to configure a predetermined time period for a physical downlink control channel, PDCCH, monitoring, wherein the predetermined time period spans X slots after a last symbol of at least one symbol in which a first specific PDCCH is detected; receiving the first specific PDCCH; and monitoring a second PDCCH according to an interval of PDCCH monitoring periodicity configured for the at least one second search space set in the second group during the predetermined time period, wherein, before the predetermined time period, an interval of PDCCH monitoring periodicity configured for the at least one first search space set in the first group is applied.
An air handling unit comprising air conditioning components 111, 122, characterized in that the air handling unit comprises a U-shaped air treatment arrangement, which U-shaped air treatment arrangement extends completely between longitudinal walls 102, floor 201 and ceiling 202 of the air handling unit, thereby defining an air intake zone 123 and an air outflow zone 119 within the air handling unit, which U-shaped air treatment arrangement comprises, - beginning at a first longitudinal wall 102 of the air handling unit, a first secondary bypass wall 107, connected perpendicular to the first longitudinal wall 102, - the first secondary bypass wall 107 is connected in a perpendicular manner to a first primary air path wall 105 running parallel to the first longitudinal wall 102, - the first primary air path wall 105 is connected via a first corner connection piece 106 to a primary bypass wall 104 which is positioned perpendicular to the first primary air path wall 105 and distal from the first secondary bypass wall 107 along the first primary air path wall 105, - the primary bypass wall 104 is connected via a second corner connection piece 106 perpendicular to a second primary air path wall 105 running parallel to the first primary air path wall 105 and a second longitudinal wall 102 of the air handling unit, - the second primary air path wall 105 is connected in a perpendicular manner to a second secondary bypass wall 107, which second secondary bypass wall 107 is connected in a perpendicular manner to the second longitudinal wall 102, wherein, in conjunction with the floor 201 and ceiling 202 of the air handling unit, the U-shaped air treatment arrangement completely divides the air handling unit into an air intake zone 123 and an air outflow zone 119; and wherein the first and second primary air path walls 105 are equipped with the air conditioning components 111. - beginning at a first longitudinal wall 102 of the air handling unit, a first secondary bypass wall 107, connected perpendicular to the first longitudinal wall 102, - the first secondary bypass wall 107 is connected in a perpendicular manner to a first primary air path wall 105 running parallel to the first longitudinal wall 102, - the first primary air path wall 105 is connected via a first corner connection piece 106 to a primary bypass wall 104 which is positioned perpendicular to the first primary air path wall 105 and distal from the first secondary bypass wall 107 along the first primary air path wall 105, - the primary bypass wall 104 is connected via a second corner connection piece 106 perpendicular to a second primary air path wall 105 running parallel to the first primary air path wall 105 and a second longitudinal wall 102 of the air handling unit, - the second primary air path wall 105 is connected in a perpendicular manner to a second secondary bypass wall 107, which second secondary bypass wall 107 is connected in a perpendicular manner to the second longitudinal wall 102,
A composition manufactured by a method of obtaining the composition for use in boron neutron capture therapy of malignant tumors comprising boron nanoparticles with particle size less than 100 nm, the method comprising: i) placement of an elemental boron powder in water; and ii) treatment of the elemental boron powder in water with ultrasound with a vibration intensity of between 1 W / cm 3 and 1000 W / cm 3 and an output power of more than 100 W, wherein the treatment with ultrasound is performed for a period of between 0.5 minutes and 800 minutes to obtain the composition for use in boron neutron capture therapy of malignant tumors. i) placement of an elemental boron powder in water; and ii) treatment of the elemental boron powder in water with ultrasound with a vibration intensity of between 1 W / cm 3 and 1000 W / cm 3 and an output power of more than 100 W, wherein the treatment with ultrasound is performed for a period of between 0.5 minutes and 800 minutes to obtain the composition for use in boron neutron capture therapy of malignant tumors.
A method for secure communication, the method comprising: storing in a header of a packet one or more values used in generation of an encryption key used to encrypt the packet, wherein the one or more values comprise a nonce value that is combined with a secret key to generate a random number, wherein the random number is used to regenerate the encryption key; and transmitting the packet with the encrypted data portion in a communication. storing in a header of a packet one or more values used in generation of an encryption key used to encrypt the packet, wherein the one or more values comprise a nonce value that is combined with a secret key to generate a random number, wherein the random number is used to regenerate the encryption key; and transmitting the packet with the encrypted data portion in a communication.