mhurhangee/ep-ind-claims huggingface dataset:
An electrode catalyst having a core-shell structure comprising: a support; a core part formed on the support; and a shell part formed to cover at least a part of a surface of the core part, the shell part includes a single-layered structure formed to cover at least a part of the surface of the core part, or a two-layered structure including a first shell part formed to cover at least a part of the surface of the core part, and a second shell part formed to cover at least a part of the surface of the first shell part, characterized in that in a case of the single-layered shell part, the shell part comprises platinum (Pt), and the core part comprises palladium (Pd), whilst in a case of the two-layered shell part, the first shell part comprises palladium (Pd), and the second shell part comprises platinum (Pt), that a concentration of bromine (Br) species measured by X-ray fluorescence spectroscopy, is not greater than 400 ppm, and that a concentration of chlorine species measured by X-ray fluorescence spectroscopy, is not greater than 900 ppm. a support; a core part formed on the support; and a shell part formed to cover at least a part of a surface of the core part, the shell part includes a single-layered structure formed to cover at least a part of the surface of the core part, or a two-layered structure including a first shell part formed to cover at least a part of the surface of the core part, and a second shell part formed to cover at least a part of the surface of the first shell part, characterized in that in a case of the single-layered shell part, the shell part comprises platinum (Pt), and the core part comprises palladium (Pd), whilst in a case of the two-layered shell part, the first shell part comprises palladium (Pd), and the second shell part comprises platinum (Pt), that a concentration of bromine (Br) species measured by X-ray fluorescence spectroscopy, is not greater than 400 ppm, and that a concentration of chlorine species measured by X-ray fluorescence spectroscopy, is not greater than 900 ppm.
A device comprising: a mouthpiece suitable for implementing a dental treatment, wherein the mouthpiece includes: i. one or more stock elastomeric dental cover layers configured to provide one or more fluid sealed treatment cavities (23, 24), the cavities having a structure to facilitate a vacuum below ambient pressure, wherein each dental cover layer includes a layer over the upper teeth and surrounding gums and/or a layer over the lower teeth and surrounding gums and wherein each dental cover layer includes a sealing mechanism comprising a sealing rim formed of a compressible material in conjunction with one or more sealing plugs (21a, 21b) located at a rear opening of each of the dental cover layers to form the sealed treatment cavities; and ii. one or more treatment supply layers (10, 17) wherein the treatment supply layer has one or more flow channels in fluid communication with the treatment cavity (23, 24) so that the treatment supply layer can deliver and/or remove one or more treatment fluids from the treatment cavity, wherein each stock dental cover layer includes one or more hardened sections (4,5) and one or more deformable sections configured to provide differential collapsibility between the hardened and deformable sections of the one or more cover layers when the treatment cavities are exposed to the vacuum pressure. a mouthpiece suitable for implementing a dental treatment, wherein the mouthpiece includes: i. one or more stock elastomeric dental cover layers configured to provide one or more fluid sealed treatment cavities (23, 24), the cavities having a structure to facilitate a vacuum below ambient pressure, wherein each dental cover layer includes a layer over the upper teeth and surrounding gums and/or a layer over the lower teeth and surrounding gums and wherein each dental cover layer includes a sealing mechanism comprising a sealing rim formed of a compressible material in conjunction with one or more sealing plugs (21a, 21b) located at a rear opening of each of the dental cover layers to form the sealed treatment cavities; and ii. one or more treatment supply layers (10, 17) wherein the treatment supply layer has one or more flow channels in fluid communication with the treatment cavity (23, 24) so that the treatment supply layer can deliver and/or remove one or more treatment fluids from the treatment cavity, wherein each stock dental cover layer includes one or more hardened sections (4,5) and one or more deformable sections configured to provide differential collapsibility between the hardened and deformable sections of the one or more cover layers when the treatment cavities are exposed to the vacuum pressure.
A device (1, 100) for retaining and stabilizing earth or the like, comprising: - a retaining slab-like block (2, 102), having a predefined thickness comprised between a first face intended to be facing an earth to be stabilized and a second face opposite to the first face; and - a plurality of flexible stabilizing members associated with said retaining slab-like block (2, 102) and having each a first portion fixed to said retaining slab-like block (2, 102) and a second portion projecting from said first face and intended to be incorporated in the earth to be stabilized, characterised in that the first portion of each flexible stabilizing member is at least partially incorporated integrally in said retaining slab-like block (2, 102), the retaining slab-like block (2, 102) and the flexible stabilizing members forming a prefabricated structure, wherein the first portion of each flexible stabilizing member extends inside the thickness of the retaining slab-like block (2, 102) so as to form a reinforcement of the retaining slab-like block (2, 102). - a retaining slab-like block (2, 102), having a predefined thickness comprised between a first face intended to be facing an earth to be stabilized and a second face opposite to the first face; and - a plurality of flexible stabilizing members associated with said retaining slab-like block (2, 102) and having each a first portion fixed to said retaining slab-like block (2, 102) and a second portion projecting from said first face and intended to be incorporated in the earth to be stabilized,
Robotic gripper for gripping, transporting and depositing transported goods, having the following features: a) the robotic gripper possesses a gripper base having a coupling device for attaching to a robotic arm; and b) the robotic gripper possesses at least two fork units; and c) the fork units possess in each case one fork prong, wherein the fork prongs in a longitudinal direction extend in a mutually parallel manner from the gripper base, and in terms of this longitudinal direction are provided to be locationally fixed in relation to the gripper base; and d) bearing faces for the transported goods to directly bear thereon are provided on the fork prongs; and e) the at least two fork prongs are displaceable in a height direction in an independent manner in relation to the gripper base; and f) a slide having a compression face, which in the longitudinal direction points towards a distal end of the respective fork prong, is in each case provided on the at least two fork units so as to be above the respective fork prong in the height direction; and g) the at least two slides in the longitudinal direction are displaceable in an independent manner, characterized by the following feature: h) each fork unit, above the bearing face, has a holding-down device which is displaceable in the height direction in relation to the fork prong and which possesses a holding-down device face that points in the direction of the fork prong, wherein the slide by means of a guide on the holding-down device that is aligned in the longitudinal direction is displaceable in a guided manner in the longitudinal direction such that the slide and the holding-down device face are conjointly displaceable in the height direction, the holding-down device face in the longitudinal direction is disposed so as to be locationally fixed in relation to the gripper base, and the slide is displaceable in the longitudinal direction in relation to the holding-down device face. a) the robotic gripper possesses a gripper base having a coupling device for attaching to a robotic arm; and b) the robotic gripper possesses at least two fork units; and c) the fork units possess in each case one fork prong, wherein the fork prongs in a longitudinal direction extend in a mutually parallel manner from the gripper base, and in terms of this longitudinal direction are provided to be locationally fixed in relation to the gripper base; and d) bearing faces for the transported goods to directly bear thereon are provided on the fork prongs; and e) the at least two fork prongs are displaceable in a height direction in an independent manner in relation to the gripper base; and f) a slide having a compression face, which in the longitudinal direction points towards a distal end of the respective fork prong, is in each case provided on the at least two fork units so as to be above the respective fork prong in the height direction; and g) the at least two slides in the longitudinal direction are displaceable in an independent manner,
Aggregate particles comprising nanoparticulate drug particles of umeclidinium bromide, vilanterol trifenatate and fluticasone furoate, wherein the aggregate particles have a mass median aerodynamic diameter of less than 100 μm.
A method of rotational spectroscopy, comprising: using a pulsed jet, injecting an analyte and a chiral tag into a sample cell comprising a resonant cavity; electrically exciting multiple modes of the resonant cavity with radiation in the microwave, millimeter, or terahertz frequency range; electrically obtaining a time-domain response from a sample comprising the analyte and the chiral tag, the response elicited by the electrically exciting the resonant cavity; and determining a rotational spectrum of the sample from the time-domain response. using a pulsed jet, injecting an analyte and a chiral tag into a sample cell comprising a resonant cavity; electrically exciting multiple modes of the resonant cavity with radiation in the microwave, millimeter, or terahertz frequency range; electrically obtaining a time-domain response from a sample comprising the analyte and the chiral tag, the response elicited by the electrically exciting the resonant cavity; and determining a rotational spectrum of the sample from the time-domain response.
Method for receiving a notification relating to a stream being broadcast via a broadcast channel (V1, V2, V3), characterized in that it includes: a step of transmitting a request to a notification server by means of a communication device of a user, which request is formulated by said user for an event corresponding to the start or to the end of broadcast of a portion of a predetermined item of content (C3, C1) in said stream via said channel; and a step of receiving (E22, E72) a response (M16, M30) to said request (M14, RQ2) at a current instant in time by means of said communication device, said response signalling an occurrence of said event in a time period the duration of which is shorter than a predetermined threshold and includes the instant of reception of said response, said occurrence having been verified on the basis of information on said stream that is being broadcast, said information being obtained from an audio and/or video signal corresponding to at least one segment of said stream broadcast in said period. a step of transmitting a request to a notification server by means of a communication device of a user, which request is formulated by said user for an event corresponding to the start or to the end of broadcast of a portion of a predetermined item of content (C3, C1) in said stream via said channel; and a step of receiving (E22, E72) a response (M16, M30) to said request (M14, RQ2) at a current instant in time by means of said communication device, said response signalling an occurrence of said event in a time period the duration of which is shorter than a predetermined threshold and includes the instant of reception of said response, said occurrence having been verified on the basis of information on said stream that is being broadcast, said information being obtained from an audio and/or video signal corresponding to at least one segment of said stream broadcast in said period.
Electrician's tool having a foldable blade for stripping an electrical conductor, the tool being of the type comprising an elongated body which extends along a longitudinal axis X-X; at least one retractable cutting blade comprising a notch, wherein the blade is pivotally articulated to the body, the blade being movable between a rest position in which it is closed, retracted inside the body, and a working position in which it is open, completely extended from the body; a knife holder disposed within the body and configured to slide along the longitudinal axis X-X, and wherein said knife holder defines a blind hole; characterised in that an opening member is pivotally connected to the body, and comprising a first hook and a second hook, and wherein the first hook is adapted to be received by the blind hole, and wherein the second hook is configured to be engaged to the notch; a spring leaf is connected to the body and member, wherein the spring leaf is configured to bias the member; and when the blade is in the rest position the second hook is not engaged to the notch, and when the blade is in the working position, the second hook is engaged to the notch thereby locking the blade in the working position; and when the blade is in the rest position, the first hook is disengaged from the blind hole and the knife holder is permitted to slide, and when the blade is in the working position, the first hook is disposed within the blind hole and the knife holder is prevented from sliding.
A process for the continuous solution polymerization comprising polymerizing a first olefin of formula CH 2 =CHR 1, wherein R 1 is hydrogen or a hydrocarbon radical having from 1 to 8 carbon atoms with a second olefin of formula CH 2 =CHR 2, wherein R 2 is a hydrocarbon radical having from 3 to 8 carbon atoms, in the presence of a polymerization catalyst and in the absence of an inert solvent, at a polymerization temperature (Tp) satisfying the following relationship: Tp ≥ Tm + 20 ° C wherein Tm is the melting temperature of the obtained polymer.
An imaging system, comprising: a light source configured to produce a plurality of spatially separated light beams corresponding to a respective sub-light source of a plurality of sub-light sources; an injection optical system configured to modify the plurality of beams, such that respective pupils formed by beams of the plurality of beams exiting from the injection optical system are spatially separated from each other in the X, Y and Z directions; a plurality of light-guiding optical elements each having a respective in-coupling grating; and a first spatial light modulator configured to encode a first beam of the plurality with image data, wherein the light source, the injection optical system, and the plurality of light-guiding optical elements are arranged such that each of the respective pupils addresses a respective in-coupling grating of a distinct light-guiding optical element of the plurality of light guiding optical elements, characterized in that the plurality of sub-light sources and the plurality of in-coupling gratings are rotated around an optical axis relative to the first spatial light modulator, such that diffractive cross-talk generated at a pixel structure of the first spatial light modulator is reduced. a light source configured to produce a plurality of spatially separated light beams corresponding to a respective sub-light source of a plurality of sub-light sources; an injection optical system configured to modify the plurality of beams, such that respective pupils formed by beams of the plurality of beams exiting from the injection optical system are spatially separated from each other in the X, Y and Z directions; a plurality of light-guiding optical elements each having a respective in-coupling grating; and a first spatial light modulator configured to encode a first beam of the plurality with image data, wherein the light source, the injection optical system, and the plurality of light-guiding optical elements are arranged such that each of the respective pupils addresses a respective in-coupling grating of a distinct light-guiding optical element of the plurality of light guiding optical elements, characterized in that the plurality of sub-light sources and the plurality of in-coupling gratings are rotated around an optical axis relative to the first spatial light modulator, such that diffractive cross-talk generated at a pixel structure of the first spatial light modulator is reduced.
A method, comprising: signaling, during initial access to a network, by a device having multiple form factors affecting radio operation, all sets of predefined RRC configurations supported by the device to the network, wherein each set of the sets of predefined RRC configurations is dependent upon a different supported form factor of the device; specifying which one of the sets of predefined RRC configurations is active; determining, by the device associated with the network, a current form factor or a change in the form factor of the device; determining, by the device, which set of the sets of predefined RRC configurations is to be used by the device according to the determined current form factor of the device; and signaling a pointer to the network, by the device, to indicate the determined set of the sets of predefined RRC configurations which is currently active, wherein when two sets of pre-defined RRC configurations are supported, only 1-bit signaling is required to indicate a change to one of the two sets of pre-defined RRC configurations due to the change in the form factor of the device. signaling, during initial access to a network, by a device having multiple form factors affecting radio operation, all sets of predefined RRC configurations supported by the device to the network, wherein each set of the sets of predefined RRC configurations is dependent upon a different supported form factor of the device; specifying which one of the sets of predefined RRC configurations is active; determining, by the device associated with the network, a current form factor or a change in the form factor of the device; determining, by the device, which set of the sets of predefined RRC configurations is to be used by the device according to the determined current form factor of the device; and signaling a pointer to the network, by the device, to indicate the determined set of the sets of predefined RRC configurations which is currently active, wherein when two sets of pre-defined RRC configurations are supported, only 1-bit signaling is required to indicate a change to one of the two sets of pre-defined RRC configurations due to the change in the form factor of the device.
A work vehicle comprising: an implement (10, 11) attachable to and detachable from a machine body (3, 8); an implement side harness extended from an electrical unit provided in the implement (10, 11); an implement side coupler connected to an end portion of the implement side harness; a machine body side harness extended from the machine body (3, 8); an machine body side coupler connected to an end portion of the machine body side harness; a coupler holding portion provided in the implement or the machine body (3, 8), the coupler holding portion being configured to hold and cover either the implement side coupler or the machine body side coupler in association with insertion thereto of the implement side coupler or the machine body side coupler; and a cap attached to the implement side coupler or the machine body side coupler, or attached to the coupler holding portion; wherein under a working state, the implement side coupler and the machine body side coupler are connected to each other and the cap is attached to the coupler holding portion; and characterized in that under a non-working state, the implement side coupler is attached to the coupler holding portion of the implement and the cap is attached to the machine body side coupler, or the machine body side coupler is attached to the coupler holding portion of the machine body (3, 8) and the cap is attached to the implement side coupler. an implement (10, 11) attachable to and detachable from a machine body (3, 8); an implement side harness extended from an electrical unit provided in the implement (10, 11); an implement side coupler connected to an end portion of the implement side harness; a machine body side harness extended from the machine body (3, 8); an machine body side coupler connected to an end portion of the machine body side harness; a coupler holding portion provided in the implement or the machine body (3, 8), the coupler holding portion being configured to hold and cover either the implement side coupler or the machine body side coupler in association with insertion thereto of the implement side coupler or the machine body side coupler; and a cap attached to the implement side coupler or the machine body side coupler, or attached to the coupler holding portion; wherein under a working state, the implement side coupler and the machine body side coupler are connected to each other and the cap is attached to the coupler holding portion; and characterized in that under a non-working state, the implement side coupler is attached to the coupler holding portion of the implement and the cap is attached to the machine body side coupler, or the machine body side coupler is attached to the coupler holding portion of the machine body (3, 8) and the cap is attached to the implement side coupler.
An in vitro method of assessing whether a subject has or is likely to develop a neurodegenerative disease comprising determining whether the subject has a mutation in the C9orf72 gene wherein said mutation prevents or disrupts C9orf72 expression relative to expression in a reference from subjects without the mutation.
A method, comprising: transmitting a physical random access channel, PRACH, preamble (305a, Msg1) on a first time-frequency resource; monitoring a second time-frequency resource for a first downlink, DL, grant scheduling a random access response, RAR (210, 310, Msg2), corresponding to the transmitted PRACH preamble on a third time-frequency resource; receiving the RAR (210, 310, Msg2) on the third time-frequency resource; transmitting a connection request message (315a, Msg3) on a fourth time-frequency resource, wherein the fourth time-frequency resource is determined based on the RAR (210, 310, Msg2); determining a fifth time-frequency resource based on a time-frequency resource index, wherein the RAR (210, 310, Msg2) includes the time-frequency resource index; and monitoring the fifth time-frequency resource for a second DL grant scheduling a contention resolution message (320a, Msg4). transmitting a physical random access channel, PRACH, preamble (305a, Msg1) on a first time-frequency resource; monitoring a second time-frequency resource for a first downlink, DL, grant scheduling a random access response, RAR (210, 310, Msg2), corresponding to the transmitted PRACH preamble on a third time-frequency resource; receiving the RAR (210, 310, Msg2) on the third time-frequency resource; transmitting a connection request message (315a, Msg3) on a fourth time-frequency resource, wherein the fourth time-frequency resource is determined based on the RAR (210, 310, Msg2); determining a fifth time-frequency resource based on a time-frequency resource index, wherein the RAR (210, 310, Msg2) includes the time-frequency resource index; and monitoring the fifth time-frequency resource for a second DL grant scheduling a contention resolution message (320a, Msg4).