mhurhangee/ep-ind-claims huggingface dataset:
A steering column, comprising: - a base; - an upper section connected to the base, wherein the upper section is movable relative to the base with respect to at least two degrees of freedom; - an actuation lever connected to the upper section and operable between a locked position, in which the actuation lever is in stable equilibrium and constrains both degrees of freedom of the upper section relative to the base, and two distinct unlocked positions, each of which respectively releases one of the two degrees of freedom of the upper section relative to the base,wherein, in the two unlocked positions, the actuation lever is located in two distinct respective stable equilibrium positions, characterized in that, between the base and the upper section, an intermediate section is interposed, the upper section is slidably connected to the intermediate section defining a degree of translational freedom of the upper section relative to the base, wherein between the upper section and the intermediate section a frictional locking assembly (54, 55) is interposed, equipped with a control member (53, 56) selectively operable between a closed position, in which it stops the sliding of the upper section with respect to the intermediate section, and an open position, in which it releases the sliding of the upper section relative to the intermediate section; and wherein the actuation lever can be connected to the control member (53, 56) for the actuation of the same selectively between the closed position and the open position, respectively in the locked position of the actuation lever and in a first position of the two unlocked positions of the same, wherein the actuation lever is rotatably connected to the upper section with respect to a first axis of oscillation and comprises a cam with an eccentric profile relative to the first axis of oscillation and adapted to actuate the control member (53, 56) selectively between the closed position and the open position as a result of an oscillation of the cam with respect to the first axis of oscillation of a given angle of oscillation. - a base; - an upper section connected to the base, wherein the upper section is movable relative to the base with respect to at least two degrees of freedom; - an actuation lever connected to the upper section and operable between a locked position, in which the actuation lever is in stable equilibrium and constrains both degrees of freedom of the upper section relative to the base, and two distinct unlocked positions, each of which respectively releases one of the two degrees of freedom of the upper section relative to the base,wherein, in the two unlocked positions, the actuation lever is located in two distinct respective stable equilibrium positions,
Connecting device for the distal part of a penis with a penis extension device wherein the connecting device comprises an elongate, rigid hollow body, which is open at the proximal end and is used for receiving the distal end of the penis and for securing on the penis extension device and, at its distal end, has an opening that is in operational connection to a vacuum pump or can be brought into such an operational connection, and an elastic tubular sleeve which is placed with its proximal area onto the shaft of the penis and which, when the connecting device is in the assembled state, has its distal area enclosing the proximal end of the hollow body and bearing on the outside thereof, characterized in that a three-way valve is arranged between the opening and the vacuum pump and can assume the following positions: i) the interior of the hollow body is connected to the environment, ii) the opening and therefore the hollow body are closed, and iii) the interior of the hollow body is connected to the vacuum pump. i) the interior of the hollow body is connected to the environment, ii) the opening and therefore the hollow body are closed, and iii) the interior of the hollow body is connected to the vacuum pump.
Tyre having a tread delimited by two edges (12A, 12B), said tread comprising a circumferential groove and a plurality of transverse grooves (20A, 20B), each transverse groove (20A, 20B) extending from one of the edges (12A, 12B) of the tread as far as a first end of said transverse groove (20A, 20B), at least one transverse groove of the plurality of transverse grooves (20A, 20B) having a bottom that meets the first end, forming a first inclined wall, said tread comprising a transverse sipe disposed between two transverse grooves (20A, 20B), said transverse sipe extending from the circumferential groove as far as a second end of said transverse sipe, characterized in that said transverse sipe has a bottom that meets said second end, forming a second inclined wall, said second inclined wall crossing said first inclined wall in a radial section plane (A-A) and along a projection of said inclined walls (26, 36) in this radial section plane (A-A), Here, a "radial section plane" means any plane extending in a radial direction and in a transverse direction and passing through the axis of rotation of the tyre, and a "projection" of the inclined wall on a radial section plane means an orthogonal projection of this inclined wall in this section plane over a certain projection distance.
A heat-shrinkable tube, which is constituted by a resin composition wherein the resin composition comprises: at least one plasticizer; and a polyphenylene sulfide resin (a), and the resin composition has at least one tanδ peak of the resin composition existing within the temperature range between 65 and 95 degree C as measured by dynamic viscoelasticity at an oscillation frequency of 10 Hz, a strain of 0.1%, and a temperature increase rate of 3 degree C/min.
Method for traffic recording in which, in an evaluation unit (8a, 8b) from the signals of a radar sensor (6a, 6b) with a small antenna aperture angle (β1, β2) during the passage of a vehicle (2a, 2b) through the first radar beam (4a, 4b) of the radar sensor (6a, 6b) data such as direction, speed, vehicle length, vehicle distance and vehicle or measured vehicle class or this data is derived from radar measurements, thus developed - that in the evaluation unit (8a, 8b) from the signals of an additional radar sensor (5a, 5b) the speeds of the vehicles are measured as reference values or derived from the radar measurement values from the additional radar sensor (5a, 5b), wherein the additional radar sensor (5a, 5b) is oriented on the rearward direction of the vehicle of the radar traffic monitoring device (7a, 7b) nearest lane and thus no significant measurement angle error is given for the Doppler measurement by a small measuring angle (δ1, δ2), characterized - in that after coarse alignment of the radar traffic monitoring device (7a, 7b) by assembling after the passage of a vehicle (2a, 2b) whose velocity values are calculated in the first and additional radar beam which don't overlap (3a and 4a, 3b and 4b) of the additional radar sensor (5a, 5b) and the radar sensor (6a, 6b) with the small antenna aperture angle (β1, β2) - with those determined speed values it is calculated a small measuring angle (α1, α2) for the radar sensor (6a, 6b) with the small antenna aperture angle (β1, β2) and by this calculated measuring angle (β1, β2), as well as by the measurment data of the belonging radar sensor (6a, 6b) with the samll antenna aperture angle (β1, β2) vehichle data such as direction, speed, vehicle length, vehicle distance and vehicle or measured vehicle class. - that in the evaluation unit (8a, 8b) from the signals of an additional radar sensor (5a, 5b) the speeds of the vehicles are measured as reference values or derived from the radar measurement values from the additional radar sensor (5a, 5b), wherein the additional radar sensor (5a, 5b) is oriented on the rearward direction of the vehicle of the radar traffic monitoring device (7a, 7b) nearest lane and thus no significant measurement angle error is given for the Doppler measurement by a small measuring angle (δ1, δ2), characterized - in that after coarse alignment of the radar traffic monitoring device (7a, 7b) by assembling after the passage of a vehicle (2a, 2b) whose velocity values are calculated in the first and additional radar beam which don't overlap (3a and 4a, 3b and 4b) of the additional radar sensor (5a, 5b) and the radar sensor (6a, 6b) with the small antenna aperture angle (β1, β2) - with those determined speed values it is calculated a small measuring angle (α1, α2) for the radar sensor (6a, 6b) with the small antenna aperture angle (β1, β2) and by this calculated measuring angle (β1, β2), as well as by the measurment data of the belonging radar sensor (6a, 6b) with the samll antenna aperture angle (β1, β2) vehichle data such as direction, speed, vehicle length, vehicle distance and vehicle or measured vehicle class.
A process for the preparation of a compound of formula (I-T) or a pharmaceutically acceptable salt thereof; comprising reacting a compound of formula (V-T), wherein PG 1 is an oxygen protecting group with a compound of formula (VII-T), wherein A 1 is an acyl halide; in the presence of a first Lewis acid; in a first organic solvent; to yield the corresponding compound of formula (X-T); reacting the compound of formula (X-T) with a reducing system; in the presence of an alcohol of formula A 2 OH, wherein A 2 is methyl, ethyl or isopropyl; in a second organic solvent; to yield the corresponding compound of formula (XI-T); reacting the compo und of formula (XI-T) with a reducing agent; in the presence of a second Lewis acid; in a third organic solvent; to yield the corresponding compound of formula (IX-T); de-protecting the compound of formula (IX-T); to yield the corresponding compound of formula (I-T).
A cell culture device comprising a microfluidic network, the microfluidic network comprising: a microfluidic layer comprising a base, a microfluidic channel and a cover; an organoid compartment extending into the microfluidic layer through an aperture in the cover and in fluid communication with the microfluidic channel; and a capillary pressure barrier aligned with the aperture and dividing the microfluidic network into a first sub-volume comprising the organoid compartment and a second sub-volume comprising at least a part of the microfluidic channel. a microfluidic layer comprising a base, a microfluidic channel and a cover; an organoid compartment extending into the microfluidic layer through an aperture in the cover and in fluid communication with the microfluidic channel; and a capillary pressure barrier aligned with the aperture and dividing the microfluidic network into a first sub-volume comprising the organoid compartment and a second sub-volume comprising at least a part of the microfluidic channel.
Gate with a gate leaf movable between a closed position, in which it closes a wall opening confined by a reveal, and an open position releasing the wall opening, and with a cross-over arrangement forming a cross-over between the gate leaf and the wall having the reveal in the closed position of the gate leaf, which cross-over arrangement has an outer surface extending approximately parallel to the outer boundary surface of the gate leaf facing away from the space to be closed thereby in the closed position, the cross-over arrangement having a lateral jamb which can be fixed with respect to the reveal and has at least one guide rail which is fastened thereto and serves to guide the gate leaf movement between the open position and the closed position, and a sealing arrangement for sealing the cross-over between the outer boundary surface of the gate leaf and the cross-over arrangement, the jamb having a guide rail leg which can be fixed with respect to the reveal and having the guide rail, and a sealing leg extending approximately parallel thereto, and a connecting leg connecting the guide rail leg to the sealing leg and preferably forming the outer surface, and the gate leaf having associated therewith at least one bridging element which can be placed on and being connected to the outer boundary surface of the gate leaf, the bridging element, which can be fixed with respect to the outer boundary surface, bridging a distance to an outer wall surface of the wall having the opening and/or of the outer surface of the cross-over arrangement in a direction running perpendicular thereto, characterized in that the sealing leg, starting from the connecting leg, extends in the direction towards the gate leaf in the closed position and the sealing leg has on its edge remote from the connecting leg a groove which is designed to receive a sealing strip which can be placed against the outer boundary surface of the gate leaf even after the bridging element has been fitted in the closed position.
Vacuum sewage system, which comprises a sanitary unit, such as a toilet unit, vacuum sewer piping connected to the sanitary unit, a discharge valve between the sanitary unit and the vacuum sewer piping, an on-line separator device in the vacuum sewer piping, a first pump means, which is a vacuum pump, connected to the on-line separator device for generating vacuum in the vacuum sewer piping, and a second pump means connected to the on-line separator device for pumping mainly sewage, the first pump means evacuating air from the sewage flow flowing into the on-line separator device, the first pump means and the second pump means being connected in parallel to the on-line separator, characterised in that the second pump means is arranged to pump mainly sewage from the sewage flow flowing into the on-line separator device, the on-line separator device is arranged to provide a continuous separation of the sewage flow flowing into the on-line separator whereby the first pump means and the second pump means are consequently operated so that sewage is not collected in the on-line separator device, the continuity of the separation of the sewage depending on the level of usage of the vacuum sewage system.
An irrigation pipe having a pipe wall and comprising an irrigation pipe connector attached to an inner surface of the pipe wall, the irrigation pipe connector comprising: a core having an axis (c) and being adapted to connect to an irrigation element; a wing connected to the core and extending radially outwardly therefrom relative to the axis (c), the wing comprising a radially inward segment and a peripheral segment that extends radially outwardly from the radially inward segment; wherein: a thickness of the peripheral segment is smaller than a thickness of the radially inward segment, the thicknesses of the segments being taken in a direction along the axis, characterized in that the inner surface of the pipe wall being coated by a water impervious layer and the irrigation pipe connector being attached by welding to the water impervious layer. a core having an axis (c) and being adapted to connect to an irrigation element; a wing connected to the core and extending radially outwardly therefrom relative to the axis (c), the wing comprising a radially inward segment and a peripheral segment that extends radially outwardly from the radially inward segment; wherein: a thickness of the peripheral segment is smaller than a thickness of the radially inward segment, the thicknesses of the segments being taken in a direction along the axis, characterized in that the inner surface of the pipe wall being coated by a water impervious layer and the irrigation pipe connector being attached by welding to the water impervious layer. a thickness of the peripheral segment is smaller than a thickness of the radially inward segment, the thicknesses of the segments being taken in a direction along the axis, characterized in that the inner surface of the pipe wall being coated by a water impervious layer and the irrigation pipe connector being attached by welding to the water impervious layer.
A respiratory air measuring device, comprising: an inlet opening; an outlet opening, wherein a measuring air stream is configured to flow from the inlet opening to the outlet opening; a diffuser coupled to the outlet opening, the diffuser configured to widen an air stream exiting the outlet so that the exiting air stream is barely perceptible; a connector disposed on the inlet opening, the connector configured to fasten the respiratory air measuring device directly or indirectly to a connecting opening of a covering hood; at least one sensor device disposed downstream of the connecting opening in a flow direction of the measuring air stream, the sensor device configured to measure at least one com ponent of the respiratory air of a patient; a flow generator disposed downstream of the sensor device in the flow direction of the measuring air stream, the flow generator configured to generate the measuring air stream in a channel portion having a free cross-section between 100mm 2 and 600mm 2 and that is open to the inlet opening and to the outlet opening, the flow generator comprising: an air connection configured to supply a generator air stream with an overpressure of up to 0.5 bar; and at least one flow nozzle from which the generator air stream is configured to exit, the flow nozzle configured to affect the generator air stream flow so that the generator air stream creates the measuring air stream. an inlet opening; an outlet opening, wherein a measuring air stream is configured to flow from the inlet opening to the outlet opening; a diffuser coupled to the outlet opening, the diffuser configured to widen an air stream exiting the outlet so that the exiting air stream is barely perceptible; a connector disposed on the inlet opening, the connector configured to fasten the respiratory air measuring device directly or indirectly to a connecting opening of a covering hood; at least one sensor device disposed downstream of the connecting opening in a flow direction of the measuring air stream, the sensor device configured to measure at least one com ponent of the respiratory air of a patient; a flow generator disposed downstream of the sensor device in the flow direction of the measuring air stream, the flow generator configured to generate the measuring air stream in a channel portion having a free cross-section between 100mm 2 and 600mm 2 and that is open to the inlet opening and to the outlet opening, the flow generator comprising: an air connection configured to supply a generator air stream with an overpressure of up to 0.5 bar; and at least one flow nozzle from which the generator air stream is configured to exit, the flow nozzle configured to affect the generator air stream flow so that the generator air stream creates the measuring air stream. an air connection configured to supply a generator air stream with an overpressure of up to 0.5 bar; and at least one flow nozzle from which the generator air stream is configured to exit, the flow nozzle configured to affect the generator air stream flow so that the generator air stream creates the measuring air stream.
A packaging for a cable-type secondary battery, surrounding an electrode assembly in the cable-type secondary battery, the packaging having a moisture-blocking layer comprising sealant polymer layers on both outer surfaces of a moisture-blocking film and a moisture-blocking film disposed between the sealant polymer layers, wherein the moisture-blocking layer is a tube form surrounding the electrode assembly, and a sealant polymer layer on one surface at one end of the moisture-blocking layer and a sealant polymer layer on the opposite surface at the other end of the moisture-blocking layer are adhered at predetermined parts that overlap each other.
A gel polymer electrolyte comprising: a multi-component crosslinked polymer matrix; a dissociable salt; and an organic solvent, wherein a content of the multi-component crosslinked polymer matrix is 1 to 50 wt%, and the multi-component crosslinked polymer matrix has a net structure formed by crosslinking at least three different kinds of crosslinkable monomers, and each of the crosslinkable monomers is any one selected from the group consisting of trimethylolpropane-ethoxylate triacrylate, acrylic acid, carboxyethyl acrylate, poly acrylic acid, polyethylene glycol diacrylate, triethylene glycol diacrylate, bisphenol-A-ethoxylate dimethacrylate, methyl cyanoacrylate, ethyl cyanoacrylate, ethyl cyano ethoxyacrylate, cyano acrylic acid, hydroxyethyl methacrylate, hydroxypropyl acrylate, and mixtures thereof. a multi-component crosslinked polymer matrix; a dissociable salt; and an organic solvent, wherein a content of the multi-component crosslinked polymer matrix is 1 to 50 wt%, and the multi-component crosslinked polymer matrix has a net structure formed by crosslinking at least three different kinds of crosslinkable monomers, and each of the crosslinkable monomers is any one selected from the group consisting of trimethylolpropane-ethoxylate triacrylate, acrylic acid, carboxyethyl acrylate, poly acrylic acid, polyethylene glycol diacrylate, triethylene glycol diacrylate, bisphenol-A-ethoxylate dimethacrylate, methyl cyanoacrylate, ethyl cyanoacrylate, ethyl cyano ethoxyacrylate, cyano acrylic acid, hydroxyethyl methacrylate, hydroxypropyl acrylate, and mixtures thereof.
Method for controlling a voltage (U L) present at an electric fan during a startup of the fan, wherein the fan serves to generate a flow of air for cooling a device, comprising the following steps: - Application of an output voltage (U s) of a power supply, which serves as the power supply of the device, to the fan; and - Switching on and switching off of the output voltage (U s) of the power supply applied to the fan by a switch pulse-width-modulated-controlled by means of a control unit, characterised by the following steps: - Acquisition of a fan voltage (U L) present at the fan; and - Calculation of the switch-on (t ON) and switch-off times (T OFF) of the output voltage (U s) of the power supply applied to the fan as a function of the acquired fan voltage (U L), so that the RMS value of the current flowing through the fan is lower than or equal to a rated current (I n) of the fan. - Application of an output voltage (U s) of a power supply, which serves as the power supply of the device, to the fan; and - Switching on and switching off of the output voltage (U s) of the power supply applied to the fan by a switch pulse-width-modulated-controlled by means of a control unit, - Acquisition of a fan voltage (U L) present at the fan; and - Calculation of the switch-on (t ON) and switch-off times (T OFF) of the output voltage (U s) of the power supply applied to the fan as a function of the acquired fan voltage (U L), so that the RMS value of the current flowing through the fan is lower than or equal to a rated current (I n) of the fan.