mhurhangee/patent-ind-claim-en huggingface dataset:
An electromechanical assembly comprising a frame (BAT) comprising an opening (OUV) delimited by a lower crosspiece (T1) of the frame (BAT), with the lower crosspiece (T1) extending longitudinally along a longitudinal axis (y1), characterised in that the electromechanical assembly comprises a housing (BO) intended to be detachably mounted on the frame (BAT) so that the housing (BO) is able to transition, by rotating about the lower crosspiece (T1) from an angular operating position, in which the housing (BO) closes the opening (OUV), to an angular maintenance position, in which the housing (BO) opens the opening (OUV) and rests on the lower crosspiece (T1) so that the lower crosspiece (T1) prevents a translation movement of the housing (BO) against the lower crosspiece (T1) in a plane perpendicular to the longitudinal axis (y1), under the effect of its weight, the housing (BO) comprising a set of at least one stop (BUB1, BUB2) of the housing, the stop (BUB1, BUB2) of the housing coming into abutment on a stop (BUA1, BUA2) of the frame when the housing (BO) is in the angular maintenance position so as to prevent the housing (BO) from rotating about the lower crosspiece (T1) under the effect of its weight, wherein the frame (BAT) comprises a notch (E1, E2) that can be traversed by the stop (BUB1, BUB2) of the housing (BO) after the housing (BO) is raised, initially in the angular maintenance position relative to the frame (BAT).
A mode-switchable privacy display system comprising: a broad-angle backlight configured to provide broad-angle emitted light to both a first view zone and a second view zone during a shared mode, wherein the broad-angle emitted light has a cone angle that is greater than twenty degrees; a privacy backlight configured to provide directional emitted light exclusively to the first view zone during a privacy mode; an array of light valves configured to modulate the directional emitted light to provide a private image in the first view zone and to modulate the broad-angle emitted light to provide a shared image in both the first and second view zones; and a static display layer disposed adjacent to and separated from an emission surface of the array of light valves and configured to provide a fixed image in the second view zone during the privacy mode. a broad-angle backlight configured to provide broad-angle emitted light to both a first view zone and a second view zone during a shared mode, wherein the broad-angle emitted light has a cone angle that is greater than twenty degrees; a privacy backlight configured to provide directional emitted light exclusively to the first view zone during a privacy mode; an array of light valves configured to modulate the directional emitted light to provide a private image in the first view zone and to modulate the broad-angle emitted light to provide a shared image in both the first and second view zones; and a static display layer disposed adjacent to and separated from an emission surface of the array of light valves and configured to provide a fixed image in the second view zone during the privacy mode.
A first network repository function, NRF, for decentralized network entity authentication in a mobile network, wherein the first NRF comprises a processor being configured to: receive a request from a first network function, NF, , wherein the request comprises an identification, ID, of a second NRF ; and send a response to the first NF , wherein the response comprises a verification tool of the second NRF . receive a request from a first network function, NF, , wherein the request comprises an identification, ID, of a second NRF ; and send a response to the first NF , wherein the response comprises a verification tool of the second NRF .
A light-emitting device comprising: a transparent conductive oxide layer ; an active layer making contact with a bottom surface of the transparent conductive oxide layer ; a first conductivity type semiconductor layer making contact with a bottom surface of the active layer ; a reflective electrode electrically connected to the first conductivity type semiconductor layer ; and a first electrode electrically connected to the transparent conductive oxide layer , wherein the active layer has a Multiple Quantum Well (MQW) structure, and is formed by stacking a plurality of well layers and a plurality of barrier layers, wherein the active layer is directly in contact with the bottom surface of the transparent conductive oxide layer , wherein a first barrier layer that constitutes the active layer is directly in contact with the bottom surface of the transparent conductive oxide layer , and characterized in that the reflective electrode is disposed under the first conductivity type semiconductor layer . a transparent conductive oxide layer ; an active layer making contact with a bottom surface of the transparent conductive oxide layer ; a first conductivity type semiconductor layer making contact with a bottom surface of the active layer ; a reflective electrode electrically connected to the first conductivity type semiconductor layer ; and a first electrode electrically connected to the transparent conductive oxide layer , wherein the active layer has a Multiple Quantum Well (MQW) structure, and is formed by stacking a plurality of well layers and a plurality of barrier layers, wherein the active layer is directly in contact with the bottom surface of the transparent conductive oxide layer , wherein a first barrier layer that constitutes the active layer is directly in contact with the bottom surface of the transparent conductive oxide layer , and characterized in that the reflective electrode is disposed under the first conductivity type semiconductor layer .
A device for measuring the tread profile of a tire by means of a measuring module comprising at least one illumination means which is designed and arranged such that it projects a pattern including a plurality of light stripes onto the profile to be measured during operation, and at least one image recording means which is designed to capture at least one image of at least a portion of the profile to be measured, the at least two light stripes having different colors in the range of the visible light, the at least one illumination means comprising at least one transmission body which is adapted to create said pattern, and the transmission body being formed such that the colors of the individual light stripes are clearly distinguishable by the at least one image recording means , characterized in that the colors of juxtaposed light stripes in a 360° color circle have a color angle of 60°.
A method of encoding image data, comprising the steps of: partitioning, according to characteristics of an image to be encoded, image data representing the image to be encoded into an array of coding units, each coding unit being a block of samples containing one or more transform blocks; frequency-transforming each transform block to generate an array of frequency-transformed input image coefficients by a matrix-multiplication process, according to a maximum dynamic range of the transformed data and using transform matrices having a data precision; and selecting the maximum dynamic range and the data precision of the transform matrices according to the bit depth of the input image data; in which the selecting step comprises: setting the data precision of the transform matrices to a first offset number of bits less than the bit depth of the input image data; and setting the maximum dynamic range of the transformed data to a second offset number of bits greater than the bit depth of the input image data, in which the second offset number is dependent upon the matrix size of the transform matrices. partitioning, according to characteristics of an image to be encoded, image data representing the image to be encoded into an array of coding units, each coding unit being a block of samples containing one or more transform blocks; frequency-transforming each transform block to generate an array of frequency-transformed input image coefficients by a matrix-multiplication process, according to a maximum dynamic range of the transformed data and using transform matrices having a data precision; and selecting the maximum dynamic range and the data precision of the transform matrices according to the bit depth of the input image data; in which the selecting step comprises: setting the data precision of the transform matrices to a first offset number of bits less than the bit depth of the input image data; and setting the maximum dynamic range of the transformed data to a second offset number of bits greater than the bit depth of the input image data, in which the second offset number is dependent upon the matrix size of the transform matrices. setting the data precision of the transform matrices to a first offset number of bits less than the bit depth of the input image data; and setting the maximum dynamic range of the transformed data to a second offset number of bits greater than the bit depth of the input image data, in which the second offset number is dependent upon the matrix size of the transform matrices.
A wireless communication apparatus comprising: a notification unit configured to notify of a short transmission time field in which data is transmitted at a short transmission time interval which is a transmission time interval shorter than one subframe period in a subframe, and notify of information regarding the short transmission time interval for another communication apparatus in a control field transmitted in units of subframes, characterized in that the notification unit is configured to notify of presence or absence of data of the short transmission time interval in the short transmission time field in the control field, wherein the presence or absence of data regard a short transmission time interval in another subsequent subframe. a notification unit configured to notify of a short transmission time field in which data is transmitted at a short transmission time interval which is a transmission time interval shorter than one subframe period in a subframe, and notify of information regarding the short transmission time interval for another communication apparatus in a control field transmitted in units of subframes, characterized in that the notification unit is configured to notify of presence or absence of data of the short transmission time interval in the short transmission time field in the control field, wherein the presence or absence of data regard a short transmission time interval in another subsequent subframe.
Bodywork part having a visible face , said part comprising an opening delimited by a receding peripheral rim extending the visible face towards the inside of the opening , a portion of the peripheral rim forming a base for a lug having a protuberance projecting from said peripheral rim , the base of the lug comprising two thinned portions of the peripheral rim , said thinned portions being located on both side of the protuberance of the lug and giving the base an ability to deform elastically by retracting the protuberance of the lug, the peripheral rim having an inner face delimiting the opening and an outer face opposite the inner face , characterised in that each thinned portion of the peripheral rim results solely from a recess in the outer face .
Labeling material, - comprising a labeling region which is designed to be printed using a printing device and/or for handwritten labeling, - comprising a carrier layer which is at least partially transparent and can be folded over onto the labeling region to cover or seal the labeling region and can be bonded thereto in portions or over the entire surface, - comprising one or more adhesive regions , such as an adhesive layer, adhesive dots, adhesive strips or the like, which are designed to bond the at least partially transparent carrier layer to the labeling region in portions or over the entire surface, - the adhesive region and the labeling region being arranged on the same side of the at least partially transparent carrier layer , characterized in that - the labeling material has a detachable adhesive strip , - the detachable adhesive strip fixing longitudinal edges of the carrier layer in a folded basic state of the carrier layer, - the carrier layer being in particular folded in the center in the folded basic state, when viewed in cross section. - comprising a labeling region which is designed to be printed using a printing device and/or for handwritten labeling, - comprising a carrier layer which is at least partially transparent and can be folded over onto the labeling region to cover or seal the labeling region and can be bonded thereto in portions or over the entire surface, - comprising one or more adhesive regions , such as an adhesive layer, adhesive dots, adhesive strips or the like, which are designed to bond the at least partially transparent carrier layer to the labeling region in portions or over the entire surface, - the adhesive region and the labeling region being arranged on the same side of the at least partially transparent carrier layer , - the labeling material has a detachable adhesive strip , - the detachable adhesive strip fixing longitudinal edges of the carrier layer in a folded basic state of the carrier layer, - the carrier layer being in particular folded in the center in the folded basic state, when viewed in cross section.
A webbing take-up device comprising: a spool that takes up webbing of a seatbelt device by being rotated in a take-up direction (C); a torsion shaft that is housed within the spool and is disposed running along an axial direction of the spool, the torsion shaft being retained by the spool at an other-end-side of an axial direction one end of the spool; a first member that is provided at the axial direction one-end-side of the spool, an outer circumferential portion of the first member being formed with a first pinion-configuring portion , the first pinion-configuring portion configuring one width direction side of a pinion section that is rotated in the take-up direction by a moving member that moves due to fluid pressure in a vehicle emergency; a second member that is disposed between the first member and the torsion shaft, and that is fixed at the first member and at the torsion shaft, an outer circumferential portion of the second member being formed with a second pinion-configuring portion configuring a width direction other side of the pinion section alongside the first pinion-configuring portion; and a lock portion that restricts rotation of one out of the first member or the second member in a pull-out direction (D) opposite to the take-up direction in a vehicle emergency, characterized in that a cylindrical fitted-to portion , into which the torsion shaft is fitted, is formed in the second member, the fitted-to portion being provided so as to be coaxial with the pinion section. a spool that takes up webbing of a seatbelt device by being rotated in a take-up direction (C); a torsion shaft that is housed within the spool and is disposed running along an axial direction of the spool, the torsion shaft being retained by the spool at an other-end-side of an axial direction one end of the spool; a first member that is provided at the axial direction one-end-side of the spool, an outer circumferential portion of the first member being formed with a first pinion-configuring portion , the first pinion-configuring portion configuring one width direction side of a pinion section that is rotated in the take-up direction by a moving member that moves due to fluid pressure in a vehicle emergency; a second member that is disposed between the first member and the torsion shaft, and that is fixed at the first member and at the torsion shaft, an outer circumferential portion of the second member being formed with a second pinion-configuring portion configuring a width direction other side of the pinion section alongside the first pinion-configuring portion; and a lock portion that restricts rotation of one out of the first member or the second member in a pull-out direction (D) opposite to the take-up direction in a vehicle emergency, characterized in that a cylindrical fitted-to portion , into which the torsion shaft is fitted, is formed in the second member, the fitted-to portion being provided so as to be coaxial with the pinion section.
An airfoil (62; 78) for a gas turbine engine comprising: a plurality of internal cavities defined by the airfoil (62; 78), including a first internal cavity , a second internal cavity situated between the first internal cavity and a leading edge of the airfoil (62; 78), and a third internal cavity situated between the first internal cavity and a trailing edge of the airfoil (62; 78), wherein the first internal cavity is in fluid communication with a source of cooling air; and a baffle disposed within the first internal cavity , the baffle including at least four longitudinal sidewalls that include at least two opposing first sidewalls , one of which faces the leading edge of the airfoil (62; 78) and one of which faces the trailing edge of the airfoil (62; 78), wherein each of the at least two opposing first sidewalls extend along a respective direction having a major component between a suction side of the airfoil (62; 78) and a pressure side of the airfoil (62; 78), the baffle also including at least two opposing second sidewalls (98A, 98B;), one of which faces the suction side of the airfoil (62; 78) and the other of which faces the pressure side of the airfoil (62; 78), wherein each of the at least two opposing second sidewalls extends along a respective direction having a major component between the leading edge and the trailing edge of the airfoil (62; 78), the baffle also including a first plurality of openings for directing cooling air from within the baffle into the first internal cavity , characterised in that : each of the first plurality of openings are on at least one of the first sidewalls ; wherein the third internal cavity is configured as an exhaust chamber in fluid communication with the first internal cavity via a second plurality of openings located in an interior cavity wall between the first and third internal cavities , and the third internal cavity includes a third plurality of openings along a trailing edge of the airfoil (62; 78) that are configured to permit air to flow from the first cavity to an exterior of the airfoil (62; 78).
A roof gallery for a motor vehicle for at least partially lining a side of a vehicle roof facing the vehicle interior , comprising at least two handles , at least one storage surface , wherein said storage surface extends between the two handles , and at least one engagement edge arranged at the storage surface , characterized in that the storage surface forms a monolithic component together with the handles and the engagement edge , so that the storage surface together with the handles and the engagement edge is formed from a single unit, which is integrally and thus continuously formed, wherein at least in the engagement edge at least one injection channel is provided.
A retractor for supporting or moving at least a portion of an internal organ of a patient, the retractor comprising: a retractor body comprising a first linkage member and a second linkage member coupled to the first linkage member; wherein the first linkage member comprises a first end configured to engage the internal organ and a second end, wherein the second linkage member comprises a first end and a second end, wherein the retractor body has a low-profile configuration and an expansive configuration for engaging at least a portion of the internal organ; wherein in response to an applied magnetic force, the retractor body is configured to exert a force on at least a portion of the internal organ, characterised by at least a first magnetic portion having a first polarity and a second magnetic portion having a second polarity opposite the first polarity, wherein the first magnetic portion is disposed on the second end of the first linkage member, and wherein the second magnetic portion is disposed on the first end of the second linkage member; a third magnetic portion disposed on the second end of the second linkage member, wherein the third magnetic portion has the second polarity opposite the first polarity. a retractor body comprising a first linkage member and a second linkage member coupled to the first linkage member; wherein the first linkage member comprises a first end configured to engage the internal organ and a second end, wherein the second linkage member comprises a first end and a second end, wherein the retractor body has a low-profile configuration and an expansive configuration for engaging at least a portion of the internal organ; wherein in response to an applied magnetic force, the retractor body is configured to exert a force on at least a portion of the internal organ, characterised by at least a first magnetic portion having a first polarity and a second magnetic portion having a second polarity opposite the first polarity, wherein the first magnetic portion is disposed on the second end of the first linkage member, and wherein the second magnetic portion is disposed on the first end of the second linkage member; a third magnetic portion disposed on the second end of the second linkage member, wherein the third magnetic portion has the second polarity opposite the first polarity.
A curable film-forming composition comprising: a curable, organic film-forming binder component; and a corrosion inhibiting component comprising a lithium silicate, present in the curable film-forming composition in an amount of 0.1 to 4.5 percent lithium by weight, based on the total weight of resin solids in the curable film-forming composition. a curable, organic film-forming binder component; and a corrosion inhibiting component comprising a lithium silicate, present in the curable film-forming composition in an amount of 0.1 to 4.5 percent lithium by weight, based on the total weight of resin solids in the curable film-forming composition.
An aircraft landing gear comprising a shock absorber assembly, the shock absorber assembly comprising: a shock absorber element comprising: a housing portion defining a linear bore having a non-circular cross section; and an elongate rod slidably coupled within the bore to permit axial movement of the rod, the rod having a non-circular profile arranged to engage with the bore to inhibit rotation of the rod relative to the housing. a housing portion defining a linear bore having a non-circular cross section; and an elongate rod slidably coupled within the bore to permit axial movement of the rod, the rod having a non-circular profile arranged to engage with the bore to inhibit rotation of the rod relative to the housing.