mhurhangee/patent-ind-claim-en huggingface dataset:
A seating system for a passenger aircraft, comprising - at least one aircraft seat having at least one sensor device which is configured to detect a seat load on the aircraft seat by a passenger sitting thereon and to record a temporal history of the detected seat load, - an evaluation device which is configured to determine a sitting posture depending on the detected seat load and to determine a recommendation for a change in a sitting posture depending on the detected seat load, the determined sitting posture and the detected history of the seat load, and - a display device which is configured to display the recommendation; wherein the sensor device comprises at least one sensor configured as a textile surface sensor which detects a force acting thereon by a change in a capacitance. - at least one aircraft seat having at least one sensor device which is configured to detect a seat load on the aircraft seat by a passenger sitting thereon and to record a temporal history of the detected seat load, - an evaluation device which is configured to determine a sitting posture depending on the detected seat load and to determine a recommendation for a change in a sitting posture depending on the detected seat load, the determined sitting posture and the detected history of the seat load, and - a display device which is configured to display the recommendation; wherein the sensor device comprises at least one sensor configured as a textile surface sensor which detects a force acting thereon by a change in a capacitance.
A hinge comprising a sash section adapted to be secured to a sash and a frame section adapted to be secured to a frame, the sash and frame sections being mounted for hinged movement, wherein the sash section has lateral adjustment means operable to allow adjustment of the sash section laterally with respect to the frame section , and wherein the lateral adjustment means are operated from a front, major face of the sash section , in which the sash section includes an attachment section , adapted to be fixed relative to the sash, in which the hinge further comprises a hinge plate , which is laterally adjustable relative to the sash and which is laterally fixed in position, or unable to translate, relative to the frame section , and in which the attachment section and the hinge plate are mounted for relative adjustment with lateral adjustment means , wherein the attachment section and the hinge plate are adapted to be locked relative to one another, after relative adjustment, with locking means , wherein the hinge plate is adapted to be retained between the attachment section and the sash, wherein the locking means include cooperating friction plates, present on the attachment section and the hinge plate , which are adapted to deter relative lateral movement of the attachment section and the hinge plate , wherein the friction plates are ridged plates, characterized in that the attachment section and the hinge plate are held in proximity to one another by a housing section , and that the sash section includes a cover section adapted to be locked in position with cover locking means .
A device for pet controlled exercise and entertainment for a pet comprising: a housing having a shell and a launching portion ; a base substantially flat; a feeder configured to receive a projectile from the pet and transport the projectile into an interior of the shell from the feeder into an intake end of a chute ; a sensor configured to sense the projectile after receiving the projectile from the feeder ; and one or more motors powered up in response to the sensor sensing the projectile ; and one or more wheels , rotated by the one or more motors , configured to launch the projectile from a launch end , the projectile being automatically transported from the intake end of the chute to the launch end of the chute after a predetermined time has elapsed from when the sensor sensed the projectile , the projectile being automatically launched from the launch end of the chute through the launching portion for the pet to retrieve. a housing having a shell and a launching portion ; a base substantially flat; a feeder configured to receive a projectile from the pet and transport the projectile into an interior of the shell from the feeder into an intake end of a chute ; a sensor configured to sense the projectile after receiving the projectile from the feeder ; and one or more motors powered up in response to the sensor sensing the projectile ; and
Method for controlling the quantity of air fed into the intake of a supercharged internal combustion engine, said engine comprising two exhaust gas outlets each linked to an exhaust manifold of a group of at least one cylinder (12 1 , 12 2 , 12 3 , 12 4 ), comprising a supercharging device comprising a turbocompressor with a turbine with dual intake connected to said exhaust gas outlets and an outside air compressor , a partial transfer duct transferring compressed air from the compressor to the intakes of the turbine, and two branches formed on said partial transfer duct, said branches being linked to the intakes of the turbine and each bearing valving means , characterized in that said valving means are proportional, and in that the circulation of the compressed air in these branches during transient operating phases is controlled according to strategies applied to said valving means, and determined as a function of the characteristics of the stabilized phases, and in that the branches (70; 72) are linked by a link duct , one of the ends of the link duct being linked to the branch at a point situated between the proportional valving means and the exhaust gas outlet and the other end of the link duct being linked to the branch at a point situated between the proportional valving means and the exhaust gas outlet . in that the circulation of the compressed air in these branches during transient operating phases is controlled according to strategies applied to said valving means, and determined as a function of the characteristics of the stabilized phases, and in that the branches (70; 72) are linked by a link duct , one of the ends of the link duct being linked to the branch at a point situated between the proportional valving means and the exhaust gas outlet and the other end of the link duct being linked to the branch at a point situated between the proportional valving means and the exhaust gas outlet .
Method for joining fibre reinforced composite parts using friction stir welding, comprising: providing at least a first and a second part , both made of fibre reinforced thermoplastic material and both having a joining surface for forming a butt joint between both parts , wherein the joining surface of the first part comprises one or more protrusions which fit into one or more grooves of the second part when forming the butt joint ; positioning both parts thereby forming the butt joint ; and welding the parts by friction stir welding along a welding path which follows the geometry of the one or more protrusions and/or grooves to locally melt the material of both parts in a contact area defined by that geometry. providing at least a first and a second part , both made of fibre reinforced thermoplastic material and both having a joining surface for forming a butt joint between both parts , wherein the joining surface of the first part comprises one or more protrusions which fit into one or more grooves of the second part when forming the butt joint ; positioning both parts thereby forming the butt joint ; and welding the parts by friction stir welding along a welding path which follows the geometry of the one or more protrusions and/or grooves to locally melt the material of both parts in a contact area defined by that geometry.
A control device, comprising: a window formed to be coupled to a vehicle and being configured to change in transparency; a sensing unit configured to sense information associated with the vehicle including a driving speed of the vehicle and a shock applied to an outside of the vehicle; and a processor configured to: change the transparency of the window when the information sensed by the sensing unit satisfies a defined condition, characterized in that the window is further configured to emit light, and wherein the processor is further configured to, when a shock above a predetermined amount is applied to an outside of the vehicle, allow the window to emit light. a window formed to be coupled to a vehicle and being configured to change in transparency; a sensing unit configured to sense information associated with the vehicle including a driving speed of the vehicle and a shock applied to an outside of the vehicle; and a processor configured to: change the transparency of the window when the information sensed by the sensing unit satisfies a defined condition, characterized in that the window is further configured to emit light, and wherein the processor is further configured to, when a shock above a predetermined amount is applied to an outside of the vehicle, allow the window to emit light. change the transparency of the window when the information sensed by the sensing unit satisfies a defined condition, characterized in that the window is further configured to emit light, and wherein the processor is further configured to, when a shock above a predetermined amount is applied to an outside of the vehicle, allow the window to emit light.
A device for slubbing yarns (F) comprising: - a linear element , extending transversally to a yarn path; - at least one yarn releasing slide (9; 9X; 9Y) for releasing the yarn (F), the yarn releasing slide having a yarn sliding surface that extends from the linear element and is inclined with respect to the linear element ; - a cursor movable parallel to the linear element and configured so as to push the yarn (F) along the inclined surface of the yarn releasing slide (9; 9X; 9Y); wherein the linear element has a longitudinal groove parallel to the longitudinal extension of the linear element , and wherein the sliding surface of the yarn releasing slide extends inside the longitudinal groove . - a linear element , extending transversally to a yarn path; - at least one yarn releasing slide (9; 9X; 9Y) for releasing the yarn (F), the yarn releasing slide having a yarn sliding surface that extends from the linear element and is inclined with respect to the linear element ; - a cursor movable parallel to the linear element and configured so as to push the yarn (F) along the inclined surface of the yarn releasing slide (9; 9X; 9Y);
A respirator mask comprising: a frame including a frame voicemitter aperture ; a voicemitter ; and a nosecup removably coupled to the frame characterized in that the removable coupling of the nosecup to the frame is achieved by a rotation of the voicemitter within the frame voicemitter aperture by a predetermined amount to removably lock the nosecup via the voicemitter to the frame voicemitter aperture , the respirator mask being further characterized in that the voicemitter includes a voicemitter head portion and a voicemitter neck portion having engagement features ; the nosecup includes a first nosecup stalk and a second nosecup stalk , said first nosecup stalk including a distal end and a voicemitter aperture at the first nosecup stalk distal end ; and the head portion of the voicemitter being located within the first nosecup stalk and at least a portion of the neck portion of the voicemitter extending through the nosecup voicemitter aperture and being within the frame voicemitter aperture when the mask is assembled and when the nosecup is locked to the frame voicemitter aperture , the frame voicemitter aperture having complementary engagement features to the engagement features of the voicemitter . a frame including a frame voicemitter aperture ; a voicemitter ; and a nosecup removably coupled to the frame characterized in that the removable coupling of the nosecup to the frame is achieved by a rotation of the voicemitter within the frame voicemitter aperture by a predetermined amount to removably lock the nosecup via the voicemitter to the frame voicemitter aperture , the respirator mask being further characterized in that the voicemitter includes a voicemitter head portion and a voicemitter neck portion having engagement features ; the nosecup includes a first nosecup stalk and a second nosecup stalk , said first nosecup stalk including a distal end and a voicemitter aperture at the first nosecup stalk distal end ; and the head portion of the voicemitter being located within the first nosecup stalk and at least a portion of the neck portion of the voicemitter extending through the nosecup voicemitter aperture and being within the frame voicemitter aperture when the mask is assembled and when the nosecup is locked to the frame voicemitter aperture , the frame voicemitter aperture having complementary engagement features to the engagement features of the voicemitter .
Power module , having - a housing , comprising a carrier plate , housing walls and a housing cover , - semiconductor elements and a temperature sensor unit having a temperature sensor that are arranged in the interior of the housing on the carrier plate , - partitions that, in the interior of the housing , separate the temperature sensor unit from the semiconductor elements and enclose said temperature sensor unit in a chamber , characterized in that the wall thickness of the partitions reduces at the lower edge thereof that is facing the carrier plate . - a housing , comprising a carrier plate , housing walls and a housing cover , - semiconductor elements and a temperature sensor unit having a temperature sensor that are arranged in the interior of the housing on the carrier plate , - partitions that, in the interior of the housing , separate the temperature sensor unit from the semiconductor elements and enclose said temperature sensor unit in a chamber ,
System comprising at least one shelf post and at least one bracket for a shelf panel of a shelf, wherein the bracket comprises a base body which can be attached to the shelf posts of the shelf and a contacting element , wherein the contacting element is provided to establish at least one electrically conductive connection of at least one electrical conductor arranged in the vicinity of the shelf post to at least one electrical conductor of the shelf post , wherein the shelf post comprises at least one row of hook-in openings extending as far as to an interior space of the shelf post , wherein the shelf post comprises at least one electrical conductor provided in the interior space of the shelf post , wherein the contacting element of the bracket comprises an elongate end portion , on which the at least one pin is provided, wherein the base body can be attached to the shelf post in at least two inclined positions by hooking it into at least one first hook-in opening of the row, wherein the base body and the contacting element for attaching the base body to the shelf post can be pivoted against each other in one of the inclined positions on the shelf post , wherein the contacting element can be arranged on the shelf post in each of the inclined positions by inserting the elongate end portion into a second one of the hook-in openings in the contacting position , in which the pin has an electrically conductive connection to the electrical conductor of the shelf post , in which the elongate end portion is located in the interior of the shelf post . wherein the bracket comprises a base body which can be attached to the shelf posts of the shelf and a contacting element , wherein the contacting element is provided to establish at least one electrically conductive connection of at least one electrical conductor arranged in the vicinity of the shelf post to at least one electrical conductor of the shelf post , wherein the shelf post comprises at least one row of hook-in openings extending as far as to an interior space of the shelf post , wherein the shelf post comprises at least one electrical conductor provided in the interior space of the shelf post , wherein the contacting element of the bracket comprises an elongate end portion , on which the at least one pin is provided, wherein the base body can be attached to the shelf post in at least two inclined positions by hooking it into at least one first hook-in opening of the row, wherein the base body and the contacting element for attaching the base body to the shelf post can be pivoted against each other in one of the inclined positions on the shelf post , wherein the contacting element can be arranged on the shelf post in each of the inclined positions by inserting the elongate end portion into a second one of the hook-in openings in the contacting position , in which the pin has an electrically conductive connection to the electrical conductor of the shelf post , in which the elongate end portion is located in the interior of the shelf post .
A surface enhanced luminescence (SEL) sensing system comprising an activatable SEL sensor stage and a diffusion stimulator ; the activatable SEL sensor stage comprising: (i) a substrate ; (ii) cation metal-based material masses supported by the substrate ; (iii) diffusion barriers separating and isolating the cation metal-based masses ; and (iv) dielectric capping layer over the cation metal-based material masses to inhibit oxidation of the cation metal-based material masses , wherein the dielectric capping layer is formed from a material or a group of materials that (a) block or resist diffusion of the cation metal-based material of masses when the cation metal-based material masses are not stimulated, and (b) offer accelerated diffusion of the cation metal-based material masses in response to the cation metal-based material masses being stimulated; and wherein the diffusion stimulator is arranged to selectively apply the stimulus to selected ones of the cation metal-based material masses underlying the dielectric capping layer in use, thereby activating said stage by accelerating the diffusion of the selected cation metal-based material masses through the capping layer . (i) a substrate ; (ii) cation metal-based material masses supported by the substrate ; (iii) diffusion barriers separating and isolating the cation metal-based masses ; and (iv) dielectric capping layer over the cation metal-based material masses to inhibit oxidation of the cation metal-based material masses , (a) block or resist diffusion of the cation metal-based material of masses when the cation metal-based material masses are not stimulated, and (b) offer accelerated diffusion of the cation metal-based material masses in response to the cation metal-based material masses being stimulated;
An electronic device (101; 2001; 2300) comprising: a housing ; and a fingerprint sensor comprising: a sensor having a surface comprising epoxy molding compound, EMC, resin, a first layer disposed on the surface of the sensor or above the surface of the sensor, the first layer comprising a first ultraviolet, UV, hardening material having a first hardness, characterized in that the fingerprint sensor further comprises a second layer disposed on the first layer or above the first layer, wherein the second layer comprises a second UV hardening material having a second hardness greater than the first hardness and a surface of the second layer has a ten point mean roughness "Rz" value of less than 0.20 μm. a housing ; and a fingerprint sensor comprising: a sensor having a surface comprising epoxy molding compound, EMC, resin, a first layer disposed on the surface of the sensor or above the surface of the sensor, the first layer comprising a first ultraviolet, UV, hardening material having a first hardness, characterized in that the fingerprint sensor further comprises a second layer disposed on the first layer or above the first layer, a sensor having a surface comprising epoxy molding compound, EMC, resin, a first layer disposed on the surface of the sensor or above the surface of the sensor, the first layer comprising a first ultraviolet, UV, hardening material having a first hardness, characterized in that the fingerprint sensor further comprises a second layer disposed on the first layer or above the first layer, wherein the second layer comprises a second UV hardening material having a second hardness greater than the first hardness and a surface of the second layer has a ten point mean roughness "Rz" value of less than 0.20 μm.
A resin composition for a printed wiring board, comprising: a phenolic compound (A); a maleimide compound (B); an epoxy compound (C); a cyclic carbodiimide compound (D); an inorganic filler (E); and a curing accelerator (F), wherein a content of the inorganic filler (E) is 100 to 250 parts by mass based on 100 parts by mass of a resin solid content. a phenolic compound (A); a maleimide compound (B); an epoxy compound (C); a cyclic carbodiimide compound (D); an inorganic filler (E); and a curing accelerator (F), wherein a content of the inorganic filler (E) is 100 to 250 parts by mass based on 100 parts by mass of a resin solid content.
A module and support structure assembly, in particular for mounting on the windscreen of a passenger compartment of an automotive vehicle, comprising: a module having a housing ; a support structure adapted to carry said module , the housing and support structure comprising respective first and second fixation members (38;44) cooperating with each other for releasable fixing, in particular by snapping, said module to said support structure; wherein said housing and support structure further comprise cooperating positioning members (42; 52) that are configured to define a receiving position for the module on the support structure , in which the module is not fixed, and to assist in a guided fashion engagement of the first and second fixation members to bring said module in a fixed position, and a pair of positioning walls (54, 56; 154, 156) are arranged on the support structure and spaced to accommodate the module , characterized in that the positioning member of the support structure is located in-between the positioning walls (54, 56; 154, 156) or is separating one of the positioning walls in two portions to limit the angular displacement of said module on said support structure , and thereby define the angular position corresponding to the receiving position. a module having a housing ; a support structure adapted to carry said module , the housing and support structure comprising respective first and second fixation members (38;44) cooperating with each other for releasable fixing, in particular by snapping, said module to said support structure; wherein said housing and support structure further comprise cooperating positioning members (42; 52) that are configured to define a receiving position for the module on the support structure , in which the module is not fixed, and to assist in a guided fashion engagement of the first and second fixation members to bring said module in a fixed position, and a pair of positioning walls (54, 56; 154, 156) are arranged on the support structure and spaced to accommodate the module , characterized in that the positioning member of the support structure is located in-between the positioning walls (54, 56; 154, 156) or is separating one of the positioning walls in two portions to limit the angular displacement of said module on said support structure , and thereby define the angular position corresponding to the receiving position.