mhurhangee/patent-ind-claim-en huggingface dataset:
A surface enhanced Raman scattering system comprising - a resonator structure for supporting radiation in a resonating cavity , the resonator structure comprising ∘ a metal - insulator - metal waveguide comprising two metal layers and an insulating layer sandwiched between the two metal layers , characterized in that the resonator structure comprises at least two nano-scale metallic reflector being positioned at least partly in the insulating layer and forming at least two mirrors of the resonating cavity in the insulating layer , and ∘ a radiation inlet for guiding radiation into the waveguide through the first metal layer of the structure and a radiation outlet for guiding radiation out of the waveguide through the second metal layer of the structure, the radiation inlet and the radiation outlet being arranged on either side of the resonating cavity, wherein the resonator structure has a nanoscale size in three dimensions. - a resonator structure for supporting radiation in a resonating cavity , the resonator structure comprising ∘ a metal - insulator - metal waveguide comprising two metal layers and an insulating layer sandwiched between the two metal layers , characterized in that the resonator structure comprises at least two nano-scale metallic reflector being positioned at least partly in the insulating layer and forming at least two mirrors of the resonating cavity in the insulating layer , and ∘ a radiation inlet for guiding radiation into the waveguide through the first metal layer of the structure and a radiation outlet for guiding radiation out of the waveguide through the second metal layer of the structure, the radiation inlet and the radiation outlet being arranged on either side of the resonating cavity, wherein the resonator structure has a nanoscale size in three dimensions. ∘ a metal - insulator - metal waveguide comprising two metal layers and an insulating layer sandwiched between the two metal layers , characterized in that the resonator structure comprises at least two nano-scale metallic reflector being positioned at least partly in the insulating layer and forming at least two mirrors of the resonating cavity in the insulating layer , and ∘ a radiation inlet for guiding radiation into the waveguide through the first metal layer of the structure and a radiation outlet for guiding radiation out of the waveguide through the second metal layer of the structure, the radiation inlet and the radiation outlet being arranged on either side of the resonating cavity, wherein the resonator structure has a nanoscale size in three dimensions.
A system in a PoE type environment, said system comprising: a Power Sourcing Equipment, PSE , for remote powering of PoE equipment, said PSE receiving data and comprising: a power module for receiving a power input; a PoE device controller for receiving and converting said power input and for controlling at least one remote device; and a surge protector slot with a removable and field replaceable surge protector unit , said removable field replaceable surge protector unit , after triggering by a surge event, being removable and replaceable with a new field replaceable surge protector unit allowing for continued surge protection, characterized in that said PSE comprises a transceiver for receiving said data, and in that said system further comprises a composite optical/power cable comprising an optical component and a power component , said composite optical/power cable being connected to said PSE such that said PoE device controller receives said data from said optical component through said transceiver and said power module receives power input from said power component through said removable and field replaceable surge protector unit . a Power Sourcing Equipment, PSE , for remote powering of PoE equipment, said PSE receiving data and comprising: a power module for receiving a power input; a PoE device controller for receiving and converting said power input and for controlling at least one remote device; and a surge protector slot with a removable and field replaceable surge protector unit , said removable field replaceable surge protector unit , after triggering by a surge event, being removable and replaceable with a new field replaceable surge protector unit allowing for continued surge protection, a power module for receiving a power input; a PoE device controller for receiving and converting said power input and for controlling at least one remote device; and a surge protector slot with a removable and field replaceable surge protector unit , said removable field replaceable surge protector unit , after triggering by a surge event, being removable and replaceable with a new field replaceable surge protector unit allowing for continued surge protection, characterized in that said PSE comprises a transceiver for receiving said data, and in that said system further comprises a composite optical/power cable comprising an optical component and a power component , said composite optical/power cable being connected to said PSE such that said PoE device controller receives said data from said optical component through said transceiver and said power module receives power input from said power component through said removable and field replaceable surge protector unit .
A method for working airfoil clusters of a gas turbine engine, comprising: providing a first airfoil cluster having a first portion and a second portion , the first portion including a passage; providing a second airfoil cluster having a third portion and a fourth portion , the fourth portion including a passage; attaching a first register block to the first portion of the first airfoil cluster ; attaching a second register block to the fourth portion of the second airfoil cluster ; cutting off the second portion of the first airfoil cluster such that the passage of the first portion is preserved; cutting off the third portion of the second airfoil cluster such that the passage of the fourth portion is preserved; aligning the first portion with the fourth portion through surfaces of the first and second register blocks ; joining the first and fourth portions together to form a new airfoil cluster; and removing the first and second register blocks . providing a first airfoil cluster having a first portion and a second portion , the first portion including a passage; providing a second airfoil cluster having a third portion and a fourth portion , the fourth portion including a passage; attaching a first register block to the first portion of the first airfoil cluster ; attaching a second register block to the fourth portion of the second airfoil cluster ; cutting off the second portion of the first airfoil cluster such that the passage of the first portion is preserved; cutting off the third portion of the second airfoil cluster such that the passage of the fourth portion is preserved; aligning the first portion with the fourth portion through surfaces of the first and second register blocks ; joining the first and fourth portions together to form a new airfoil cluster; and removing the first and second register blocks .
Pull cord arrangement for a roller blind or a venetian blind, comprising a winding element arranged to be connected to a blind such that the blind is released or wound in response to a rotational movement of the winding element about a rotational axis, a connecting element coupled to the winding element to rotate together with the winding element , and a pull cord engaging the connecting element so as to control the rotation of the connecting element and thus the winding element as the pull cord is operated, and wherein the ratio between the engagement diameter d of the connecting element at which diameter the pull cord operatively engages the connecting element and the outer diameter D of the winding element is smaller than 2:3, characterized in that the pull cord arrangement further comprises a pull cord actuator formed by a telescopic rod comprising a first rod and a second rod , the second rod being movable in relation to the first rod along a longitudinal extension of the first rod , and wherein the pull cord is connected to the second rod , whereby the pull cord is operated by moving the second rod along the longitudinal extension of the first rod , and in that the pull cord in a position along its longitudinal extension comprises a carrier ; the first rod along its longitudinal extension comprises a slit in which the carrier of the pull cord is movably received; and the second rod in a surface facing the slit comprises a locking element engaging the carrier , whereby the pull cord is operated as the second rod is moved along the first rod .
Rigid foam system , which comprises a rigid foam and can be converted from a first state to a second state, - wherein the first state is liquid, - the second state is solid and - the volume of the rigid foam system in the second state is at least 5% greater than in the first state, characterized in that - metallic particles are admixed homogeneously as additive with the rigid foam system to increase the thermal conductivity, - a concentration of the admixed metallic particles in the rigid foam system in the first state is above a percolation threshold and - the concentration of the admixed metallic particles in the rigid foam system in the second state is below the percolation threshold. - wherein the first state is liquid, - the second state is solid and - the volume of the rigid foam system in the second state is at least 5% greater than in the first state, - metallic particles are admixed homogeneously as additive with the rigid foam system to increase the thermal conductivity, - a concentration of the admixed metallic particles in the rigid foam system in the first state is above a percolation threshold and - the concentration of the admixed metallic particles in the rigid foam system in the second state is below the percolation threshold.
A shape measuring probe comprising: a rod-like movable member having a reflection surface for reflecting laser light at an upper end; a stylus that is provided at a lower end of the movable member and comes into contact with an object; an air bearing that has a shaft hole , allows the movable member to penetrate the shaft hole, and supports the movable member to be movable in a first direction; a plate -like elastic material that adheres to the upper end portion of the movable member and is placed on a first supporter and a second supporter , characterized in that it further comprises: a first magnet and a second magnet that are fixed to an upper end portion of the air bearing, the first magnet and the second magnet being substantially symmetrical with respect to a shaft center of the movable member, and wherein the spherical first supporter is a magnetic body connected to the first magnet with a magnetic force so as to be movable on the first magnet; the spherical second supporter is a magnetic body connected to the second magnet with a magnetic force so as to be movable on the second magnet. a rod-like movable member having a reflection surface for reflecting laser light at an upper end; a stylus that is provided at a lower end of the movable member and comes into contact with an object; an air bearing that has a shaft hole , allows the movable member to penetrate the shaft hole, and supports the movable member to be movable in a first direction; a plate -like elastic material that adheres to the upper end portion of the movable member and is placed on a first supporter and a second supporter , characterized in that it further comprises: a first magnet and a second magnet that are fixed to an upper end portion of the air bearing, the first magnet and the second magnet being substantially symmetrical with respect to a shaft center of the movable member, and wherein the spherical first supporter is a magnetic body connected to the first magnet with a magnetic force so as to be movable on the first magnet; the spherical second supporter is a magnetic body connected to the second magnet with a magnetic force so as to be movable on the second magnet. a first magnet and a second magnet that are fixed to an upper end portion of the air bearing, the first magnet and the second magnet being substantially symmetrical with respect to a shaft center of the movable member, and wherein the spherical first supporter is a magnetic body connected to the first magnet with a magnetic force so as to be movable on the first magnet; the spherical second supporter is a magnetic body connected to the second magnet with a magnetic force so as to be movable on the second magnet.
A shelf comprising a personal safety device , the personal safety device comprising a base and two segments (104; 106) connected via the base , an open first recess being formed by the segments (104; 106) and the base , one of the segments (104; 106) including a second recess for receiving a securing element in a form-locked manner, and the other of the segments (104; 106) including a foot pointing away from the second recess , the segments (104; 106) being designed to be simultaneously received in mutually adjoining perforations of a shelf component of the shelf, and the foot being designed to be supported on the shelf component when the segments (104; 106) are received, the personal safety device being formed in such a way that, when the segments (104; 106) are received, the securing element can be inserted into the second recess , characterized in that the personal safety device is designed such that, - when the segment including the second recess has been inserted into one of the perforations, and - when the personal safety device with the transition thereof, located on the side of the first recess, between the base and the segment carrying the foot rests on an edge of the perforation, the personal safety device automatically pivots, as a result of gravity, with the segment thereof including the second recess into the adjoining perforation. - when the segment including the second recess has been inserted into one of the perforations, and - when the personal safety device with the transition thereof, located on the side of the first recess, between the base and the segment carrying the foot rests on an edge of the perforation,
An adapter for a dispenser, the adapter comprising: a longitudinal body including: a first end configured for connection with a dip tube; and a second end configured for connection with a foam component; and a foam component ; characterized in that the foam component is disposed about the second end of the longitudinal body ; wherein the second end of the longitudinal body is substantially within the foam component . a longitudinal body including: a first end configured for connection with a dip tube; and a second end configured for connection with a foam component; and a first end configured for connection with a dip tube; and a second end configured for connection with a foam component; and a foam component ; characterized in that the foam component is disposed about the second end of the longitudinal body ; wherein the second end of the longitudinal body is substantially within the foam component .
A furniture system consisting of a height-adjustable chair and a height-adjustable table, - wherein the chair and the table are adjustable in height synchronously by means of a common control device (Z), - wherein the height adjustment of the table and the chair is synchronized with each other in such a way that, at different heights, an ideal distance between the table top and the seat surface of the chair is always maintained - wherein the common control device (Z) automatically adjusts the furniture system from a lower position to a higher position and vice versa at scheduled time intervals two or three times per hour. - wherein the chair and the table are adjustable in height synchronously by means of a common control device (Z), - wherein the height adjustment of the table and the chair is synchronized with each other in such a way that, at different heights, an ideal distance between the table top and the seat surface of the chair is always maintained - wherein the common control device (Z) automatically adjusts the furniture system from a lower position to a higher position and vice versa at scheduled time intervals two or three times per hour.
Method for producing a functional element , in particular, for flat seals, wherein a functional material layer is provided with a sieve region in which through openings for the passage of a fluid lie exposed between threads of a woven or plaited fabric , wherein the functional material layer is provided with a sealing region which is configured cross-sectionally impermeable, in which the through openings of the woven or plaited fabric are closed by the softening and compressing of a filling material filling the through openings , characterised in that the filling material closing the through openings is applied or laid as a layer or film onto the woven or plaited fabric and the layer or film of supplemental softened filling material is pressed into the woven or plaited fabric , and in that , by means of the compressing of the softened filling material , the through openings of the woven or plaited fabric are closed and also spatial regions of the woven or plaited fabric adjoining the threads are filled.
Apparatus, comprising: server program code configured for executing on a hardware platform and operative to: receive, from a client, requests for segments of a media stream, the segments being of a same bitrate, each request for a segment received at a request time; determine whether persistent state information about prior requests exists; and responsive to a determination that persistent state information about prior requests exists, compute, from difference values in segment request times of prior requests, a function that evaluates to first and second conditions, the first condition inferring to the server that a transition from a first state to a second state has occurred at the client, and the second condition inferring to the server that a transition from the second state to the first state has occurred at the client; wherein the first state is a client buffering or start-up state, and the second state is a client playback steady state, and wherein, for a request for a segment n at time t n , the function comprises at least a ratio R n = (t n - t n-1 )/(t n-1 - t n-2 ) computed from the difference values for the prior requests. receive, from a client, requests for segments of a media stream, the segments being of a same bitrate, each request for a segment received at a request time; determine whether persistent state information about prior requests exists; and responsive to a determination that persistent state information about prior requests exists, compute, from difference values in segment request times of prior requests, a function that evaluates to first and second conditions, the first condition inferring to the server that a transition from a first state to a second state has occurred at the client, and the second condition inferring to the server that a transition from the second state to the first state has occurred at the client; wherein the first state is a client buffering or start-up state, and the second state is a client playback steady state, and wherein, for a request for a segment n at time t n , the function comprises at least a ratio R n = (t n - t n-1 )/(t n-1 - t n-2 ) computed from the difference values for the prior requests.
An oxygen storage and release material consisting of a ceria-zirconia-based complex oxide having an ion conductivity of 2×10 -5 S/cm or more at 400°C, wherein ions of Y and Pr are partially substituted in said ceria-zirconia-based complex oxide for cerium or zirconium, wherein the ceria-zirconium-based complex oxide includes Gd ions in a range of 0.1 mol% or more and less than 20 mol% in terms of Gd 2 O 3 , wherein a molar ratio of cerium and zirconium in said ceria-zirconia-based complex oxide is 0.3 or more and 0.5 or less in terms of the ratio expressed by cerium/(cerium+zirconium). wherein ions of Y and Pr are partially substituted in said ceria-zirconia-based complex oxide for cerium or zirconium, wherein the ceria-zirconium-based complex oxide includes Gd ions in a range of 0.1 mol% or more and less than 20 mol% in terms of Gd 2 O 3 , wherein a molar ratio of cerium and zirconium in said ceria-zirconia-based complex oxide is 0.3 or more and 0.5 or less in terms of the ratio expressed by cerium/(cerium+zirconium).
A binding agent capable of specifically binding to a polypeptide epitope of human neutrophil lipocalin (HNL), wherein said polypeptide epitope is a conformational epitope comprised by the peptide in SEQ ID No: 26, wherein the binding agent comprises the six complementarity-determining regions (CDRs) which are depicted by SEQ ID Nos: 8 to 13.
A wire , comprising a core having a composition consisting of: a1. silver in an amount in the range of from 0.05 to 1.3 wt.%; or a2. Palladium, and further at least one element selected from silver and gold, wherein the amount of silver is in the range of from 100 ppm to 1.3 wt.%, wherein the amount of gold is in the range of from 100 to 1500 ppm, and wherein the amount of palladium is in the range of from 0.5 to 1.5 wt.%; b. copper in the range of from 98 wt.% to 99.95 wt.%; c. 0 to 100 ppm of further components which are different from the elements silver, gold, palladium and copper; wherein all amounts in wt.% and ppm are based on the total weight of the core ; wherein the core has an average size of crystal grains in the range of from 3 to 30 μm, the average size determined according to the line intercept method; wherein the wire has an average diameter in the range of from 8 to 80 μm; wherein the core has a surface , wherein a coating layer is superimposed over the surface of the core ; wherein the coating layer is composed of at least one element selected from the group consisting of palladium, platinum and silver; wherein a further coating layer is superimposed over the coating layer ; wherein gold is the component of the further coating layer . a1. silver in an amount in the range of from 0.05 to 1.3 wt.%; or a2. Palladium, and further at least one element selected from silver and gold, wherein the amount of silver is in the range of from 100 ppm to 1.3 wt.%, wherein the amount of gold is in the range of from 100 to 1500 ppm, and wherein the amount of palladium is in the range of from 0.5 to 1.5 wt.%; b. copper in the range of from 98 wt.% to 99.95 wt.%; c. 0 to 100 ppm of further components which are different from the elements silver, gold, palladium and copper;