mhurhangee/ep-ind-claims huggingface dataset:
Armrest, in particular for an office chair, comprising an armrest column, and comprising an arm support which is mounted on the armrest column and is rotatable about a rotation axis and which is linearly displaceable relative to the armrest column, wherein the rotary mechanism for the rotation of the arm support is arranged substantially fully within the armrest column, wherein the arm support is connected to the armrest column in a linearly displaceable manner with the aid of a sliding block guide (31, 36), wherein the sliding block guide has a guide slot provided on the bottom side of the arm support and has two simultaneously acting guide elements reaching through the guide slot, wherein the rotary mechanism comprises a rotary bearing, and the number of guide elements of the sliding block guide are fastened to a rotary piece of the rotary bearing.
A method of estimating at least one intracranial hemodynamic parameter in a subject, the method comprising: obtaining data rotating to changes in electrical impedance across a head of the subject as a function of time; analyzing the data; calculating from the analyzed data at least one indicator indicative of intracranial pressure; and estimating intracranial pressure based on the indicator. obtaining data rotating to changes in electrical impedance across a head of the subject as a function of time; analyzing the data; calculating from the analyzed data at least one indicator indicative of intracranial pressure; and estimating intracranial pressure based on the indicator.
A flexible display device, comprising: a flexible display screen; a rotating shaft, the flexible display screen being wound on the rotating shaft; a resetting mechanism, being connected to the rotating shaft and being operable to drive the rotating shaft to rotate to unfold the flexible display screen; and a positioning mechanism, being configured to position the unfolded flexible display screen; and the resetting mechanism being further operable to drive the rotating shaft to rotate in an opposite direction such that the flexible display screen in the unfolded state is wound on the rotating shaft, wherein the flexible display screen is provided with at least one support strap, the at least one support strap being configured to support the flexible display screen and being wound or unfolded on the rotating shaft along with the flexible display screen, the positioning mechanism being configured to position the at least one support strap to cause the flexible display screen to be in an unfolded state, and wherein the positioning mechanism comprises a mounting frame, a rotating drum rotatably connected to the mounting frame, and an elastic member connected between the rotating drum and the mounting frame, a plurality of stoppers protruding from the rotating drum and being arrayed in an annular configuration and spaced along the circumference of the rotating drum, the at least one support strap being provided with a fixing element which is retained at one of the stoppers to position the unfolded flexible display screen. a flexible display screen; a rotating shaft, the flexible display screen being wound on the rotating shaft; a resetting mechanism, being connected to the rotating shaft and being operable to drive the rotating shaft to rotate to unfold the flexible display screen; and a positioning mechanism, being configured to position the unfolded flexible display screen; and the resetting mechanism being further operable to drive the rotating shaft to rotate in an opposite direction such that the flexible display screen in the unfolded state is wound on the rotating shaft, wherein the flexible display screen is provided with at least one support strap, the at least one support strap being configured to support the flexible display screen and being wound or unfolded on the rotating shaft along with the flexible display screen, the positioning mechanism being configured to position the at least one support strap to cause the flexible display screen to be in an unfolded state, and wherein the positioning mechanism comprises a mounting frame, a rotating drum rotatably connected to the mounting frame, and an elastic member connected between the rotating drum and the mounting frame, a plurality of stoppers protruding from the rotating drum and being arrayed in an annular configuration and spaced along the circumference of the rotating drum, the at least one support strap being provided with a fixing element which is retained at one of the stoppers to position the unfolded flexible display screen.
A paint booth assembly including at least one scrubber unit for removing paint particles from a downdraft of air, the paint booth assembly comprising: a paint booth having a pair of side walls; a flood sheet extending between said pair of side walls to separate said paint booth between a spray portion disposed above said flood sheet and a paint recovery portion disposed below said flood sheet; said flood sheet defining at least one flood sheet opening for receiving a flow of water from said flood sheet and a downdraft of process air including entrained paint particles from said spray portion; a scrubber unit extending downwardly from said at least one flood sheet opening and including a mixing chute to establish a shared path of fluid communication of the flow of water and the downdraft of process air from said spray portion to said paint recovery portion; and said scrubber unit including a scrubber pod removably disposed in said mixing chute and extending from a pod top being open and in fluid communication with said spray portion to a pod bottom being closed along a bottom edge; and said scrubber pod defining a plurality of perforations disposed between said pod top and said pod bottom to induce a mixing of the paint particles entrained in the downdraft of process air into the flow of water for improving an efficiency of recovery of the paint particles in the paint booth assembly. a paint booth having a pair of side walls; a flood sheet extending between said pair of side walls to separate said paint booth between a spray portion disposed above said flood sheet and a paint recovery portion disposed below said flood sheet; said flood sheet defining at least one flood sheet opening for receiving a flow of water from said flood sheet and a downdraft of process air including entrained paint particles from said spray portion; a scrubber unit extending downwardly from said at least one flood sheet opening and including a mixing chute to establish a shared path of fluid communication of the flow of water and the downdraft of process air from said spray portion to said paint recovery portion; and said scrubber unit including a scrubber pod removably disposed in said mixing chute and extending from a pod top being open and in fluid communication with said spray portion to a pod bottom being closed along a bottom edge; and said scrubber pod defining a plurality of perforations disposed between said pod top and said pod bottom to induce a mixing of the paint particles entrained in the downdraft of process air into the flow of water for improving an efficiency of recovery of the paint particles in the paint booth assembly.
An image sensor comprising: a first electrode formed on a substrate; a protruding pattern formed around the first electrode on the substrate; a protective film formed on the protruding pattern to have a protruded surface caused by the protruding pattern and to have a pad hole exposing the first electrode; a photoconductive layer formed on the protective film and contacted to the first electrode through the pad hole; and a second electrode formed on the photoconductive layer, characterized in that the protruding pattern includes a guard ring for diverting an electric field between the first electrode and the second electrode. a first electrode formed on a substrate; a protruding pattern formed around the first electrode on the substrate; a protective film formed on the protruding pattern to have a protruded surface caused by the protruding pattern and to have a pad hole exposing the first electrode; a photoconductive layer formed on the protective film and contacted to the first electrode through the pad hole; and a second electrode formed on the photoconductive layer, characterized in that the protruding pattern includes a guard ring for diverting an electric field between the first electrode and the second electrode.
Method for preparing (poly)aminoalkylaminoacetamide derivatives of epipodophyllotoxin of formula 1 and the pharmaceutically acceptable salts thereof, wherein R represents a hydrogen atom or a -(CH 2) c -NH 2 group where 2 ≤ a,b,c ≤ 5 characterised in that it comprises a step for condensing 4β-chloroacetamido-4'-demethylepipodophyllotoxin of formula 4 with a primary amine reagent of formula 6: a, b, c and R having the same denotations as above and not including prior protection of the amine functions characterised in that said condensation step is carried out in a polar aprotic solvent and in a temperature range between -20°C and +30°C, and that said reagents of formula 4 and 6 are in stoichiometric quantities.
An apparatus comprising a deformable substrate, an electrical interconnect suitable for interconnecting one or more electronic components located on the deformable substrate to one another or to one or more electronic components located on another substrate, and a support beam configured to couple the electrical interconnect to the deformable substrate, wherein the electrical interconnect comprises one or more curved sections and adjoining straight sections, and wherein the electrical interconnect is attached to the support beam via the adjoining straight sections such that the one or more curved sections are suspended over the deformable substrate to enable the electrical interconnect to accommodate strain when the deformable substrate undergoes operational deformation.
A method for regulating the combustible air/gas mixture fed to a burner, said method consisting of measuring a flame signal correlated with the composition of said mixture, said air and said gas being fed by corresponding feed members such as a fan for the air and a valve for the gas, which are controlled by combustion control means arranged to control and regulate combustion on the basis of a working set point value of the flame signal, during burner operation modifying the mixture feed conditions within a narrow time interval such as to obtain a flame signal variation, characterised in that said narrow time interval is defined on the basis of the system thermal inertias, a ratio between values of the flame signal at the end and at the beginning of said interval being compared with a predetermined reference value, the comparison being carried out by evaluating the deviation of the flame signal values measured at the end and at the beginning of said interval from the reference value, the reference value being an expected value of the variation of said flame signal ratio defined at the design stage and specific for the variation in the feed conditions of the prechosen combustible mixture on the basis of the deviation of the above ratio from said reference value, recalculating a new working set point value of the flame signal and, consequent on this recalculation, possibly regulating the mixture air or gas, with this new set point value there being compared a subsequent ratio between flame signal values obtained during a subsequent time interval in which the mixture feed conditions are again modified to control the combustion.
Assembly comprising a shaft, a housing, and an installation for producing an electrically conductive connection between the shaft and the housing, wherein the installation has a retaining member, wherein the retaining member receives at least one electrically conductive disc, wherein the disc contacts the shaft and the housing, characterized in that the retaining member along an end side has first form-fit elements, and in that the disc has second form-fit elements, wherein the second form-fit elements engage in the first form-fit elements.
Communication apparatus for wireless communication, having an operator control apparatus, with at least one operator control element, and a control apparatus for controlling the communication apparatus on the basis of an input by means of the operator control apparatus, wherein the operator control element is suitable, in a first mode, for inputting a first variable for adjusting a first parameter of the communication apparatus and, in a second mode, for inputting a second variable for adjusting a second parameter of the communication apparatus, wherein the control apparatus is set up such that in the first mode each position from a plurality of adjustable positions of the operator control element has precisely one associated fixed value of the first parameter, and wherein the control apparatus is set up such that in the second mode a change of the position of the operator control element causes a change of the value of the second parameter, and the change of the value of the second parameter is terminated by a change, the size of which is stipulated, of the position of the operator control element in an opposite direction to the preceding change of position or by a change to the first mode, characterized in that the control apparatus is set up such that in the second mode the value after the change of the position of the operator control element is increased with rigorous monotony to no more than a maximum value or decreased with rigorous monotony to no more than a minimum value until the change of the value of the second parameter is terminated.
A driver (107, 207, 307) for a micro-electro-mechanical-system (MEMS) device, the driver comprising: a first input configured to receive a first command signal including an oscillatory command signal; a second input configured to receive a second command signal including a bias command signal; and an amplifier (209, 309, 409) configured to receive a high voltage supply, the amplifier configured to provide, to the MEMS device, a closed-loop output signal responsive to both the first command signal and the second command signal in a first state, and to provide an open loop output signal configured to substantially span a voltage range of the high voltage supply in a second state. a first input configured to receive a first command signal including an oscillatory command signal; a second input configured to receive a second command signal including a bias command signal; and an amplifier (209, 309, 409) configured to receive a high voltage supply, the amplifier configured to provide, to the MEMS device, a closed-loop output signal responsive to both the first command signal and the second command signal in a first state, and to provide an open loop output signal configured to substantially span a voltage range of the high voltage supply in a second state.
A nutritional product intended for humans or animals, in the form of a granule, tablet, pill, pellet, ball, agglomerate or pastille, with a size comprising between 1 and 15 mm, comprising an agglomerated powder and optionally a binder of vegetable, animal or mineral origin, characterised in that: - said powder comprising: - insect powder, not chemically treated, comprising at least one insect chosen from: worms, crickets, locusts and cockroaches, and - optionally flour of plant origin and/or powder of algal origin, - at least 50% by weight of said powder is insect powder, and - the protein content in said powder is between 15% and 70% by weight with respect to the total weight of the constituents of the powder. - said powder comprising: - insect powder, not chemically treated, comprising at least one insect chosen from: worms, crickets, locusts and cockroaches, and - optionally flour of plant origin and/or powder of algal origin, - insect powder, not chemically treated, comprising at least one insect chosen from: worms, crickets, locusts and cockroaches, and - optionally flour of plant origin and/or powder of algal origin, - at least 50% by weight of said powder is insect powder, and - the protein content in said powder is between 15% and 70% by weight with respect to the total weight of the constituents of the powder.
A method performed by an apparatus of a user equipment, UE, comprising: receiving a discovery reference signal, DRS, the DRS including one or more clear channel assessment, CCA, parameters and indicating a frequency hopping pattern including a sequence of unique frequency sub-bands; detecting a signal indicating a channel occupancy time, COT, on a first frequency sub-band of the sequence of unique frequency sub-bands; wherein the COT is obtained based on one of a clear channel assessment, CCA, procedure or an extended CCA procedure performed on the first frequency sub-band; wherein the one or more CCA parameters indicate an initial slot position associated with transmissions over at least the first frequency sub-band, and indicate a maximum number of extended CCA procedures to be performed when gaining access to the first frequency sub-band; and communicating a first data frame of a series of data frames over the first frequency sub-band based on the detection of the signal. receiving a discovery reference signal, DRS, the DRS including one or more clear channel assessment, CCA, parameters and indicating a frequency hopping pattern including a sequence of unique frequency sub-bands; detecting a signal indicating a channel occupancy time, COT, on a first frequency sub-band of the sequence of unique frequency sub-bands; wherein the COT is obtained based on one of a clear channel assessment, CCA, procedure or an extended CCA procedure performed on the first frequency sub-band; wherein the one or more CCA parameters indicate an initial slot position associated with transmissions over at least the first frequency sub-band, and indicate a maximum number of extended CCA procedures to be performed when gaining access to the first frequency sub-band; and communicating a first data frame of a series of data frames over the first frequency sub-band based on the detection of the signal.
Light device of a vehicle comprising a reflector, an electronic plate supporting a light source, a connector comprising two parts (130, 131), and a fixing interface between said electronic plate and said reflector, said fixing interface comprising abutments configured to cooperate with abutments of one of the two parts (130, 131) of said connector and a slide block configured to slide in a guideway of the reflector, said fixing interface comprising a screwing stock configured to be opposite an orifice of said reflector and to receive a screw, characterized in that the slide block extends on either side of the screwing stock.
An electrode material constituting a movable electrode of a thermal fuse, comprising a five-layer clad structure comprising a core material layer, an intermediate layer formed on the both sides of the core material layer, and a surface layer formed on the intermediate layer, wherein the core material layer consists of Cu, the intermediate layer consists of an Ag-Cu alloy made of Ag and Cu, or an Ag-Cu-Ni alloy made of Ag, Cu and Ni, wherein the Ag-Cu-based alloy constituting the intermediate layer comprises an Ag-Cu alloy of 3 to 12% by mass of Cu and the balance Ag or an Ag-Cu-Ni alloy of 3 to 12% by mass of Cu, 0.03 to 0.7% by mass of Ni and the balance Ag, the surface layer is either an Ag-CuO-based oxide-dispersed strengthened alloy consisting of a matrix composed of an Ag-Cu alloy made of Ag and Cu, and CuO dispersed in the matrix; or an Ag-CuO-based oxide-dispersed strengthened alloy consisting of a matrix composed of an Ag-Cu-Ni alloy made of Ag, Cu and Ni, and CuO dispersed in the matrix, wherein the Ag-CuO-based oxide-dispersed strengthened alloy constituting the surface layer is obtained by internally oxidizing either an Ag-Cu alloy of 3 to 12% by mass of Cu and the balance Ag or an Ag-Cu-Ni alloy of 3 to 12% by mass of Cu, 0.03 to 0.7% by mass of Ni and the balance Ag, and the ratio of the thickness of the intermediate layer to the thickness of the surface layer (intermediate layer/surface layer) is 0.2 or more and 1.0 or less.
Brake unit (7; 107) for a vehicle, in particular for a rail vehicle, - having a clamping device (8; 108) with two brake arms, which are provided with friction linings and can be clamped over the brake disc under the action of an actuation element for producing a friction fit between the friction linings and a brake disk, and - having a connecting part, on which the clamping device (8; 108) is held, - wherein the connecting part can be firmly positioned on a chassis of the vehicle, wherein in order to open the brake arms, a spring element (20; 120) is assigned to each of the brake arms in each case, said spring element resting with a first end (20b; 129a) against the brake arm and with a second end (20c; 130) against the connecting part or the chassis, wherein at least one of the two brake arms is provided with a setting device for setting the clamping force of the spring element (20; 120) resting thereagainst, characterised in that each of the brake arms forms a protective frame for the one of the spring elements (20, 120) assigned thereto, within which protective frame the largest part of the spring element (20; 120) is received. - having a clamping device (8; 108) with two brake arms, which are provided with friction linings and can be clamped over the brake disc under the action of an actuation element for producing a friction fit between the friction linings and a brake disk, and - having a connecting part, on which the clamping device (8; 108) is held, - wherein the connecting part can be firmly positioned on a chassis of the vehicle,
A method for producing a temperature-responsive hygroscopic material, the method comprising a step of causing, in a solvent comprising an activator and a coupling agent, a coupling reaction of: a mesoporous body having an average pore diameter equal to or greater than 2 nm and smaller than 50 nm and having a functional group on a surface thereof; and a temperature sensitive molecule having a Lower Critical Solution Temperature (LCST) in water, showing hydrophilicity at a temperature lower than the LCST and showing hydrophobicity at a temperature higher than the LCST, and a functional group which can undergo a coupling reaction with the functional group on the surface of the mesoporous body, wherein the functional group on the surface of the mesoporous body and the functional group of the temperature sensitive molecule selectively react with each other to form a chemical bond, and wherein the activator is an activation reagent of carboxylic acid, the coupling agent is a dehydration condensation agent for promoting an elimination-addition reaction, the functional group of the mesoporous body is an amino group and the functional group of the temperature sensitive molecule being an carboxyl group.
A device for cleaning industrial components, wherein the device comprises at least one line for cleaning the industrial components in a a continuous or semi-continuous cleaning process, the at least one line comprising: - a plurality of soaking baths to consecutively soak the industrial components in, - an air flotation bath to treat the industrial components further after soaking, - a rinsing device for rinsing the industrial components after treatment in the air flotation bath, and - a hoist system for bringing the industrial components consecutively in each of the soaking baths, in the air flotation bath and in the rinsing device. - a plurality of soaking baths to consecutively soak the industrial components in, - an air flotation bath to treat the industrial components further after soaking, - a rinsing device for rinsing the industrial components after treatment in the air flotation bath, and - a hoist system for bringing the industrial components consecutively in each of the soaking baths, in the air flotation bath and in the rinsing device.