mhurhangee/patent-ind-claim-en huggingface dataset:
Process for obtaining a curved extruded part made of composite and/or synthetic material comprising the steps consisting of: - feeding elongated reinforcement elements into an extrusion or coextrusion die independently from one reinforcement element to another, in order to enable different linear feeding speeds from one reinforcement element to another depending on whether the element is on the top side or the bottom side of the die , - the reinforcement elements being continuous elements obtained by pultrusion, rectilinear in the non-deformed state, and/or having a thickness such that the thickness to curvature radius ratio is comprised between 1/4000 th and 1/100 th ; - continuously feeding into the injection and coating chamber included in the extrusion or coextrusion die a thermoplastic coating material , charged with fibres or not, in such a way that this material fills this chamber gradually as the extrusion or coextrusion is accomplished, and thus totally or partially embeds and coats the reinforcement elements ; - extrude or coextrude this coating material around the reinforcement elements ; and - calibrate this coating material around the reinforcement elements in a curve calibration unit , in such a way as to obtain a so-called "positioner" curved profile ensuring the fixed positioning of the reinforcement elements with respect to each other. - feeding elongated reinforcement elements into an extrusion or coextrusion die independently from one reinforcement element to another, in order to enable different linear feeding speeds from one reinforcement element to another depending on whether the element is on the top side or the bottom side of the die , - the reinforcement elements being continuous elements obtained by pultrusion, rectilinear in the non-deformed state, and/or having a thickness such that the thickness to curvature radius ratio is comprised between 1/4000 th and 1/100 th ; - continuously feeding into the injection and coating chamber included in the extrusion or coextrusion die a thermoplastic coating material , charged with fibres or not, in such a way that this material fills this chamber gradually as the extrusion or coextrusion is accomplished, and thus totally or partially embeds and coats the reinforcement elements ; - extrude or coextrude this coating material around the reinforcement elements ; and - calibrate this coating material around the reinforcement elements in a curve calibration unit , in such a way as to obtain a so-called "positioner" curved profile ensuring the fixed positioning of the reinforcement elements with respect to each other.
A device for demoulding negatives in thermoplastic injection moulds comprises an ejector provided on one of the ends thereof with a figure insert with a profile complementary to the part that is to be moulded, said ejector comprising an outer tube housing an inner cooling tube , which cools said figure insert , characterized in that said outer tube is made of a flexible material. said ejector comprising an outer tube housing an inner cooling tube , which cools said figure insert , characterized in that said outer tube is made of a flexible material.
Apparatus for self-administering audio-visual stimulation therapies comprising at least one horizontally-extending curved screen for delivering visual stimuli spatially distributed in an angular range substantially equal to the angular portion of extension of the screen ; at least one acoustic source for delivering acoustic stimuli spatially distributed in an angular range at least in part coinciding with the angular range of spatial distribution of the visual stimuli, the at least one curved screen and the at least one acoustic source being connected to an electronic central processing unit implementing at least activation means of the visual and/or acoustic stimuli; at least one signalling interface able to be actuated by the patient to indicate the detection of at least one delivered stimulus connected to means for collecting data relative to the activation of the visual and/or acoustic stimuli and of the actuation of said signalling interface ; characterised in that said curved screen is configured to provide a visual signal for guiding the gaze of the patient so as to take it in a condition in which it looks centrally with respect to the curved horizontal extension of the screen .
A rotary magnetic damper comprising first and second damper elements which are rotatable relative to each other, and a rotary input rotationally coupled to one or both of the damper elements ; wherein at least one of the damper elements is arranged such that rotation of the rotary input moves the at least one of the damper elements so as to progressively magnetically engage the other of the damper element to progressively increase a damping force created by the damper ; wherein the rotary damper element is mounted such that rotation of the rotary input causes the rotary damper element to move to progressively magnetically engage the static damper element ; characterised in that : the rotary damper element is mounted to a splined output element of the rotary input so as to be translatable along the splined output element .
An eyeball detection device comprising: an imaging device configured to obtain a face image which includes left and right eyeball images of a target person; a first distance calculating unit configured to calculate a first-type distance (D1) representing distance between the target person and the imaging device ; an inter-eyeball-image distance calculating unit configured to calculate an inter-eyeball-image distance (L2) corresponding to a distance between left and right eyeballs of the target person in the face image based on an interocular distance of the target person (L1) measured in advance and the first-type distance (D1); a memory unit configured to store eyeball image patterns; and an eyeball searching unit configured to search eyeballs by comparing the eyeball image patterns stored in the memory unit and the face image, wherein the eyeball searching unit is configured to search the left and right eyeball images of the target person from the face image , and when one eyeball image of the left and right eyeball images of the target person is detected, the eyeball searching unit is configured to determine a search region (DA) for the other eyeball image of the target person in the face image based on a detection result regarding the detected one eyeball image and the inter-eyeball-image distance (L2). an imaging device configured to obtain a face image which includes left and right eyeball images of a target person; a first distance calculating unit configured to calculate a first-type distance (D1) representing distance between the target person and the imaging device ; an inter-eyeball-image distance calculating unit configured to calculate an inter-eyeball-image distance (L2) corresponding to a distance between left and right eyeballs of the target person in the face image based on an interocular distance of the target person (L1) measured in advance and the first-type distance (D1); a memory unit configured to store eyeball image patterns; and an eyeball searching unit configured to search eyeballs by comparing the eyeball image patterns stored in the memory unit and the face image, wherein the eyeball searching unit is configured to search the left and right eyeball images of the target person from the face image , and when one eyeball image of the left and right eyeball images of the target person is detected, the eyeball searching unit is configured to determine a search region (DA) for the other eyeball image of the target person in the face image based on a detection result regarding the detected one eyeball image and the inter-eyeball-image distance (L2).
Clamping device for fixing a medical device on a support , comprising: a body having a first jaw , an adjustment element connected to a second jaw and being adjustable with respect to the body along a longitudinal axis (L) to establish a clamping connection with a support in between the first jaw and the second jaw , and a locking mechanism for locking the adjustment element with respect to the body in a longitudinal position, characterized in that the locking mechanism comprises a coupling element coupled to the adjustment element and a locking element coupled to the coupling element , wherein the adjustment element is rotatable about the longitudinal axis (L) to thereby move the coupling element and, by moving the coupling element , shift the locking element with respect to the adjustment element in order to engage the locking element with the adjustment element for locking the adjustment element in its current longitudinal position or to disengage the locking element from the adjustment element in order to unlock the adjustment element to allow a moving of the adjustment element along the longitudinal axis (L). a body having a first jaw , an adjustment element connected to a second jaw and being adjustable with respect to the body along a longitudinal axis (L) to establish a clamping connection with a support in between the first jaw and the second jaw , and a locking mechanism for locking the adjustment element with respect to the body in a longitudinal position,
A method implemented by a processing device having one or more processors , the method comprising steps of: obtaining a first Quality of Experience, QoE, measurement from a first content source ; determining a QoE adjustment factor based on a predictive model, based on a learning process to obtain delta values for time intervals and days, comprising obtaining QoE measurements from the first content source and from the second content source at various time intervals and days; determining differences between the QoE measurements; creating a time series with the differences, and building said predictive model from said time series, and adjusting the first QoE measurement using the QoE adjustment factor to obtain a second QoE measurement , the adjusting comprising using the predictive model corresponding to a current time and day to get corresponding QoE adjustment factor, and adding the QoE adjustment factor to the first QoE measurement, the second QoE measurement reflecting a QoE estimate from a second content source different from the first content source . obtaining a first Quality of Experience, QoE, measurement from a first content source ; determining a QoE adjustment factor based on a predictive model, based on a learning process to obtain delta values for time intervals and days, comprising obtaining QoE measurements from the first content source and from the second content source at various time intervals and days; determining differences between the QoE measurements; creating a time series with the differences, and building said predictive model from said time series, and obtaining QoE measurements from the first content source and from the second content source at various time intervals and days; determining differences between the QoE measurements; creating a time series with the differences, and building said predictive model from said time series, adjusting the first QoE measurement using the QoE adjustment factor to obtain a second QoE measurement , the adjusting comprising using the predictive model corresponding to a current time and day to get corresponding QoE adjustment factor, and adding the QoE adjustment factor to the first QoE measurement, the second QoE measurement reflecting a QoE estimate from a second content source different from the first content source .
A partition wall of a shower cubicle or a shower or bathtub partition having a wall connector with a stationary wall element and with a running rail being arranged at an upper edge region of the wall element , wherein at least one door leaf is guided in the running rail with at least one running gear, wherein the running rail is adapted to be fastened at a first end in longitudinal direction by means of the wall connector to a wall , characterized in that the running rail protrudes freely in longitudinal direction distally from the first end over the wall element .
A device for sanding floor areas, the device comprising a frame, a steering and a motor, said motor being provided to said frame, the device further comprising: - a subframe that is rotatably coupled to said motor, the motor being suitable for bringing said subframe into rotation, and said subframe being centrally provided with an adapter along a lower side thereof, - a sanding frame , said sanding frame being along an upper side thereof centrally provided with a receiver , said receiver receiving said adapter , and - at least one holder for holding sanding elements , said holder being provided along a lower side of the sanding frame , and said holder being suitable for the attachment of sanding elements , wherein the subframe is freely supported by, and rotationally coupled to the sanding frame , via said adapter and receiver , such that a rotation of the subframe about a vertical is accompanied by a same rotation of the sanding frame , and such that the subframe can be raised vertically with respect to the sanding frame , at least to a point where the subframe and sanding frame are no longer coupled, wherein the adapter and the receiver are form-corresponding. - a subframe that is rotatably coupled to said motor, the motor being suitable for bringing said subframe into rotation, and said subframe being centrally provided with an adapter along a lower side thereof, - a sanding frame , said sanding frame being along an upper side thereof centrally provided with a receiver , said receiver receiving said adapter , and - at least one holder for holding sanding elements , said holder being provided along a lower side of the sanding frame , and said holder being suitable for the attachment of sanding elements ,
Vulcanization unit comprising - at least one mould carrier and - at least one vulcanization mould , the vulcanization mould comprising at least one lateral shaping element , characterized in that - the mould carrier comprises at least one controllable heating unit and - the one controllable heating unit in the mould carrier is designed to heat the one or the at least one lateral shaping element . - at least one mould carrier and - at least one vulcanization mould , the vulcanization mould comprising at least one lateral shaping element , characterized in that - the mould carrier comprises at least one controllable heating unit and - the one controllable heating unit in the mould carrier is designed to heat the one or the at least one lateral shaping element .
A lidar cover that covers a lidar unit mounted on a vehicle and is capable of transmitting measurement light of the lidar unit therethrough, comprising: a visible light reflection region that is a first region of the lidar cover as seen in a transmission direction of the measurement light and includes a visible light reflection layer, the visible light reflection layer reflecting at least part of visible light from outside and allowing the measurement light to transmit therethrough; and a high-transmittance region that is a second region different from the first region and has transmittance of the measurement light higher than that of the visible light reflection region. a visible light reflection region that is a first region of the lidar cover as seen in a transmission direction of the measurement light and includes a visible light reflection layer, the visible light reflection layer reflecting at least part of visible light from outside and allowing the measurement light to transmit therethrough; and a high-transmittance region that is a second region different from the first region and has transmittance of the measurement light higher than that of the visible light reflection region.
A device for stabilizing body joints and/or for supporting items of sports equipment, said device comprising: a receptacle , wherein the receptacle is filled with a filling medium , a first body for interacting with the filling medium , wherein the first body is arranged displaceably in the receptacle , a force transferring body for transferring an external force to the first body , a second body for interacting with the filling medium , which is arranged displaceably in the receptacle , wherein the second body is elastically coupled to the first body by way of a coupling element , wherein the second body and/or the first body have at least one passage opening , through which the filling medium can flow, and wherein the first body forms a valve body and the second body forms a valve seat, with the result that a flow of the filling medium through the passage opening can be permitted or prevented depending on the valve position, characterized in that the second body overlaps with the first body in a relative displacement direction to the first body. a receptacle , wherein the receptacle is filled with a filling medium , a first body for interacting with the filling medium , wherein the first body is arranged displaceably in the receptacle , a force transferring body for transferring an external force to the first body , a second body for interacting with the filling medium , which is arranged displaceably in the receptacle , wherein the second body is elastically coupled to the first body by way of a coupling element , wherein the second body and/or the first body have at least one passage opening , through which the filling medium can flow, and wherein the first body forms a valve body and the second body forms a valve seat, with the result that a flow of the filling medium through the passage opening can be permitted or prevented depending on the valve position, characterized in that the second body overlaps with the first body in a relative displacement direction to the first body.
A laser device comprising: a laser oscillator emitting a laser beam, and an optical unit receiving the laser beam emitted from the laser oscillator and emitting the laser beam to outside of the optical unit , the optical unit including: a partially transmissive mirror (MD) reflecting a part of the laser beam toward the outside while transmitting a remaining part of the laser beam; a light deflecting member (DP) diffusing a laser beam passed through the partially transmissive mirror (MD) and deflecting the laser beam in a predetermined direction, at a predetermined diffusion angle; and a light receiver (PD) receiving the laser beam deflected by the light deflecting member (DP) and outputting an electric signal, the laser device being configured such that deviation of the optical axis of the laser beam is monitored based on an output signal of the light receiver (PD). a laser oscillator emitting a laser beam, and an optical unit receiving the laser beam emitted from the laser oscillator and emitting the laser beam to outside of the optical unit , the optical unit including: a partially transmissive mirror (MD) reflecting a part of the laser beam toward the outside while transmitting a remaining part of the laser beam; a light deflecting member (DP) diffusing a laser beam passed through the partially transmissive mirror (MD) and deflecting the laser beam in a predetermined direction, at a predetermined diffusion angle; and a light receiver (PD) receiving the laser beam deflected by the light deflecting member (DP) and outputting an electric signal, the laser device being configured such that deviation of the optical axis of the laser beam is monitored based on an output signal of the light receiver (PD).
Use of a copolymer having the following formula (II): wherein: - A 1 is a linker, preferably an enzyme cleavable peptide sequence, and y is 0 or 1; - AA is a residue of a hydrophobic amino acid, such as valine, leucine, isoleucine, or phenylalanine; - x is an integer comprised between 17 and 270, and preferably between 17 and 114; - n is an integer comprised between 5 and 170; and - m is an integer comprised between 0 and 80, optionally in the presence of a co-surfactant, as surfactant for the stabilization of an emulsion at a pH comprised between 4 and 6.5, preferably between 5 and 6. - A 1 is a linker, preferably an enzyme cleavable peptide sequence, and y is 0 or 1; - AA is a residue of a hydrophobic amino acid, such as valine, leucine, isoleucine, or phenylalanine; - x is an integer comprised between 17 and 270, and preferably between 17 and 114; - n is an integer comprised between 5 and 170; and - m is an integer comprised between 0 and 80, optionally in the presence of a co-surfactant, as surfactant for the stabilization of an emulsion at a pH comprised between 4 and 6.5, preferably between 5 and 6.
Pneumatic vehicle tyre for passenger cars with high-speed strength, comprising a carcass , a tread and a belt which has belt plies and which is covered radially outwardly by a belt bandage having strengthening elements oriented at an angle of 0° to 5° in relation to the circumferential direction of the tyre, wherein the belt bandage has at least one belt bandage ply which - as viewed in the tyre cross section - consists of three sections, namely a central section and two lateral sections , wherein one lateral section is arranged to the left of the central section and one lateral section is arranged to the right of the central section and wherein the strengthening elements of the central section have the construction x1 and wherein the strengthening elements of the two lateral sections have identical cords consisting of at least two twisted-together yarns and wherein larger forces are bound by the belt bandage in the shoulder regions of the pneumatic vehicle tyre than in the central region, characterized in that the two lateral sections are arranged next to the central section , that is to say without overlapping with the central section , in that the density of the strengthening elements in the central section is less than the density of the strengthening elements in the lateral sections , and in that the end of the lateral sections that points towards the central section in each case has a distance of 5 mm - 30 mm, preferably a distance of 5 mm - 15 mm, from the outer end of the widest belt ply, where the distance is measured in the axial direction (aR).
Additive manufacturing system, comprising a liquefier tube , wherein the liquefier tube comprises ∘ a body provided with a feed channel ; ∘ said feed channel having: ▪ a feeding portion having a first diameter; ▪ an outlet portion having a second diameter, wherein the first diameter is larger than the second diameter; ▪ a transitional portion interconnecting the feeding portion and the outlet portion ; wherein said transitional portion has a decreasing third diameter from said first diameter to said second diameter; and wherein an inner surface of said transitional portion is provided with a plurality of ribs characterized in that the ribs are made one with the transitional portion and are made from a same heat conductive material as the liquefier tube, in that the ribs of said plurality of ribs are spaced evenly along a circumference of said inner surface of said transitional portion , and in that the ribs of said plurality of ribs have a differentiable profile as a function of a longitudinal position within the transitional portion of the feed channel . ∘ a body provided with a feed channel ; ∘ said feed channel having: ▪ a feeding portion having a first diameter; ▪ an outlet portion having a second diameter, wherein the first diameter is larger than the second diameter; ▪ a transitional portion interconnecting the feeding portion and the outlet portion ; wherein ▪ a feeding portion having a first diameter; ▪ an outlet portion having a second diameter, wherein the first diameter is larger than the second diameter; ▪ a transitional portion interconnecting the feeding portion and the outlet portion ; wherein