mhurhangee/patent-ind-claim-en huggingface dataset:
Removable autonomous signalling system for cabin-less vehicle users in which the users of bicycles, motorcycles and / or any type of vehicle without bodywork are signaled and displayed through a device that connects the user with the vehicle, characterized in that it comprises: a first block constituted by at least one sensor, an emitter, a microprocessor and a battery, wherein said block is in contact with the vehicle handlebar switch; a second block comprising at least one α rotation sensor in the handlebar, a microprocessor and an emitter, wherein said second block is located preferably on the front fork of the vehicle; a third block composed of a signal receiver sensor, a microprocessor, at least a signal emitter, a vertical tilt β sensor, a timer, a weight sensor and a primary circuit power emitter wirelessly, wherein said block is placed in the pilot's SEAT; a fourth block comprised by a signalling device incorporating a flexible sheet inserted between at least two guides parallel placed at a distance between them equal to the width of said flexible sheet and arranged in the back of the jacket or other garment of the user and that allow insertion and fastening of said sheet in the guides . a first block constituted by at least one sensor, an emitter, a microprocessor and a battery, wherein said block is in contact with the vehicle handlebar switch; a second block comprising at least one α rotation sensor in the handlebar, a microprocessor and an emitter, wherein said second block is located preferably on the front fork of the vehicle; a third block composed of a signal receiver sensor, a microprocessor, at least a signal emitter, a vertical tilt β sensor, a timer, a weight sensor and a primary circuit power emitter wirelessly, wherein said block is placed in the pilot's SEAT; a fourth block comprised by a signalling device incorporating a flexible sheet inserted between at least two guides parallel placed at a distance between them equal to the width of said flexible sheet and arranged in the back of the jacket or other garment of the user and that allow insertion and fastening of said sheet in the guides .
A glass composition comprising: from 65 to 69 mol% SiO 2 from 9 to 12 mol% Al 2 O 3 from 10 to 14 mol% B 2 O 3 from 3 to 7 mol% MgO from 9 to 12 mol% Na 2 O. from 65 to 69 mol% SiO 2 from 9 to 12 mol% Al 2 O 3 from 10 to 14 mol% B 2 O 3 from 3 to 7 mol% MgO from 9 to 12 mol% Na 2 O.
A perfusion system to perfuse vascular tissue outside the body, comprising: a first fluid reservoir (110; 307); a second fluid reservoir (120; 308); a directional control valve (104; 303, 304); and a perfusion circuit (130; 315) comprising a first perfusion pathway to couple the first fluid reservoir (110; 307) to the tissue, and a second perfusion pathway to couple the second fluid reservoir (120; 308) to the tissue, the directional control valve (104; 303, 304) configured to receive external pressure to alternately pressurize and depressurize each of the first fluid reservoir (110; 307) and the second fluid reservoir (120; 308), wherein a first set of conditions can cause fluid contained in the first fluid reservoir (110; 307) to flow from the first fluid reservoir (110; 307) through the tissue to the second fluid reservoir (120; 308), the first set of conditions comprising a relatively higher pressure in the first fluid reservoir (110; 307) compared to a relatively lower pressure in the second fluid reservoir (120; 308), and wherein a second set of conditions causes the fluid contained in the second fluid reservoir (120; 308) to flow from the second fluid reservoir through the tissue to the first fluid reservoir (110; 307), the second set of conditions comprising a relatively higher pressure in the second fluid reservoir (120; 308) compared to a relatively lower pressure in the first fluid reservoir (110; 307). a first fluid reservoir (110; 307); a second fluid reservoir (120; 308); a directional control valve (104; 303, 304); and a perfusion circuit (130; 315) comprising a first perfusion pathway to couple the first fluid reservoir (110; 307) to the tissue, and a second perfusion pathway to couple the second fluid reservoir (120; 308) to the tissue, the directional control valve (104; 303, 304) configured to receive external pressure to alternately pressurize and depressurize each of the first fluid reservoir (110; 307) and the second fluid reservoir (120; 308), wherein a first set of conditions can cause fluid contained in the first fluid reservoir (110; 307) to flow from the first fluid reservoir (110; 307) through the tissue to the second fluid reservoir (120; 308), the first set of conditions comprising a relatively higher pressure in the first fluid reservoir (110; 307) compared to a relatively lower pressure in the second fluid reservoir (120; 308), and wherein a second set of conditions causes the fluid contained in the second fluid reservoir (120; 308) to flow from the second fluid reservoir through the tissue to the first fluid reservoir (110; 307), the second set of conditions comprising a relatively higher pressure in the second fluid reservoir (120; 308) compared to a relatively lower pressure in the first fluid reservoir (110; 307).
A computer-implemented method for determining body postures and activities, the method comprising: receiving sensor data using a body sensor device , wherein the body sensor device comprises a tri-axial accelerometer and the sensor data comprises tri-axial accelerometer data on X, Y and Z axes; detecting and classifying a body transition of a body based on the sensor data, wherein detecting and classifying a body transition of the body comprises: detecting if the body is transitioning from a first body position to a second body position; computing a transition signal, wherein the transition signal comprises acceleration on the Y-axis minus acceleration on the Z-axis; determining if the transition signal exceeds a transition threshold; and classifying the body transition of the body as a particular body transition if the transition signal exceeds a threshold; and detecting if there is activity of the body based on the sensor data, wherein if there is activity, classifying the activity; and if there is no activity, classifying a rest position of the body based on the sensor data and based on a previous body transition. receiving sensor data using a body sensor device , wherein the body sensor device comprises a tri-axial accelerometer and the sensor data comprises tri-axial accelerometer data on X, Y and Z axes; detecting and classifying a body transition of a body based on the sensor data, wherein detecting and classifying a body transition of the body comprises: detecting if the body is transitioning from a first body position to a second body position; computing a transition signal, wherein the transition signal comprises acceleration on the Y-axis minus acceleration on the Z-axis; determining if the transition signal exceeds a transition threshold; and classifying the body transition of the body as a particular body transition if the transition signal exceeds a threshold; and detecting if the body is transitioning from a first body position to a second body position; computing a transition signal, wherein the transition signal comprises acceleration on the Y-axis minus acceleration on the Z-axis; determining if the transition signal exceeds a transition threshold; and classifying the body transition of the body as a particular body transition if the transition signal exceeds a threshold; and detecting if there is activity of the body based on the sensor data, wherein if there is activity, classifying the activity; and if there is no activity, classifying a rest position of the body based on the sensor data and based on a previous body transition.
A device in the form of a screen that can be worn on the head of a user and serves for covering the lower field of vision regardless of the current head inclination, wherein said device obscures the view, for example, of a keyboard or the keys of the piano for a user when worn and comprises a supporting frame that can be worn like a spectacle frame and a flat blind that protrudes forward in the viewing direction underneath the eye regions, characterized in that the blind is pivotably mounted laterally on the supporting frame at joints , wherein the joints are designed in such a way that they force the blind to tilt in the opposite direction when the supporting frame is tilted.
A pharmaceutical composition or dietary supplement comprising, as the active ingredients, the combination of magnesium, L-tryptophan and at least one ketoboswellic acid, for use in the treatment of poor-posture muscle pain, contracture, or for use in post-traumatic rehabilitation therapy, in an individual.
An information providing method in which a terminal apparatus including an imaging unit and a display unit displays, on the display unit, an image of a vehicle interior captured by the imaging unit, wherein a plurality of devices (102A to 102O) are installed in the vehicle interior, the plurality of devices being classified into a plurality of types, the information providing method comprising a display step (S5) of displaying the image on the display unit, characterized in that the method further comprises an image acquisition step (S1) of acquiring the image of the vehicle interior captured by the imaging unit; and in a case where at least one device of the plurality of devices is included in the image, the display step (S5)displays a graphic (31A to 31O) corresponding to the at least one device in a superimposed manner on the at least one device in a shape corresponding to a shape of the at least one device and also displays information indicating a type to which the at least one device belongs. a plurality of devices (102A to 102O) are installed in the vehicle interior, the plurality of devices being classified into a plurality of types, the information providing method comprising a display step (S5) of displaying the image on the display unit, characterized in that the method further comprises an image acquisition step (S1) of acquiring the image of the vehicle interior captured by the imaging unit; and in a case where at least one device of the plurality of devices is included in the image, the display step (S5)displays a graphic (31A to 31O) corresponding to the at least one device in a superimposed manner on the at least one device in a shape corresponding to a shape of the at least one device and also displays information indicating a type to which the at least one device belongs.
Holding apparatus (100; 610) for holding an electrical charging device (200; 620), comprising a base plate with an upper side and at least one latching hook which extends from the upper side of the base plate and is provided for latching with a latching contour of the charging device (200; 620), characterized by a securing frame which is mounted on the base plate so as to be movable between a first position and a second position and is designed to load the latching hook into an open position in the first position and to secure the latching hook in a closed position in the second position.
Conveyor dishwasher , in particular commercial conveyor dishwasher , having at least one wash zone (10, 11.1, 11.2, 12) and at least one final rinse zone and also having a conveyor apparatus for conveying washware through the at least one wash zone (10, 11.1, 11.2, 12) and the at least one final rinse zone , wherein the conveyor apparatus has a first conveyor belt for trays or tray-like washware and a second conveyor belt , which runs parallel to the first conveyor belt , for other washware , and wherein the first conveyor belt has a width which is reduced in comparison to the second conveyor belt in such a way that a tray or a tray-like item of washware can be held by the first conveyor belt only when it is in a state in which it is placed on edge and is oriented parallel to the conveying direction (T), wherein a guide which is associated with the first conveyor belt is provided for guiding a tray or tray-like item of washware which is held by the first conveyor belt as it is conveyed through the at least one wash zone (10, 11.1, 11.2, 12) and the at least one final rinse zone , and wherein a machine outlet is provided downstream of the at least one final rinse zone as seen in the conveying direction (T), wherein automatic destacking of trays or tray-like washware at the machine outlet is provided, wherein - for automatic destacking of trays or tray-like washware at the machine outlet - the guide which is associated with the first conveyor belt is designed to transfer a tray or tray-like item of washware, which is held on the first conveyor belt , from its state in which it is placed on edge to its horizontally oriented normal state and to destack said tray or tray-like item of washware at the machine outlet, wherein the conveying speed at which an item of washware which is held by the first conveyor belt is conveyed through the at least one wash zone (10, 11.1, 11.2, 12) and the at least one final rinse zone is higher than the conveying speed at which an item of washware which is held by the second conveyor belt is conveyed through the at least one wash zone (10, 11.1, 11.2, 12) and the at least one final rinse zone , the conveyor dishwasher is characterized in that a further conveyor belt which runs parallel to the first and second conveyor belts also is provided, wherein the further conveyor belt is a further conveyor belt for cutlery that runs directly next to the first conveyor belt and between the first and second conveyor belts .
A spinal implant system including a bone anchoring device , a spinal implant , locking means and retention means , the bone anchoring device laid out so as to be inserted through a passage crossing through at least one portion of the implant , from an outer surface to a vertebral contact surface, the bone anchoring device including a body comprising at least one stiff plate and elongated along a longitudinal axis extending between an anterior end and a posterior end, the plate being configured so that its anterior end penetrates in at least one vertebral surface while its posterior end remains in the passage of the implant , while retaining said implant against said vertebral surface, the body including at least one abutment adapted to receive at least one locking means to lock said anchoring device relative to the implant , said at least one abutment being oriented not parallel to the longitudinal axis and complementary to at least one abutment of said at least one locking means , said locking means , being provided with at least one flexible portion allowing said abutment of the locking means to be pushed back for inserting the anchoring device into the passage, on the one hand, and mutual engagement of both abutments when they are found facing each other, by the elastic return of the flexible portion , on the other hand, said locking means retained in the implant by retention means , the retention means formed by a recess in the locking means and a pin inserted through the spinal implant in a direction perpendicular to an antero-posterior axis in order to cooperate with the recess , the retention means preventing the movement of the locking means in the direction of the antero-posterior axis, the antero-posterior axis being the direction of insertion and/or withdrawal of the anchoring device .
A system comprising: an interface adapted to receive a state of a substrate processing tool comprising a plurality of process modules configured to process a substrate; and a controller adapted to reference a database to correlate the state with an input previously received by the substrate processing tool from the interface based on a prior instance of the state and to generate an output to control the substrate processing tool based on the correlation, wherein the database stores relationships between states and inputs derived by replaying, in a simulated environment, data from a plurality of substrate processing tools and data generated by simulating other states and inputs. an interface adapted to receive a state of a substrate processing tool comprising a plurality of process modules configured to process a substrate; and a controller adapted to reference a database to correlate the state with an input previously received by the substrate processing tool from the interface based on a prior instance of the state and to generate an output to control the substrate processing tool based on the correlation, wherein the database stores relationships between states and inputs derived by replaying, in a simulated environment, data from a plurality of substrate processing tools and data generated by simulating other states and inputs.
A method of assessing the balance of a subject including the steps of: providing an apparatus including: a light source in the form of a light emitting diode ; a light guide in the form of a single optical fibre which is convoluted in a substantially planar arrangement; and a light detector ; the light source is arranged to introduce light into the light guide ; and the light detector is arranged to detect light emanating from the light guide ; the method further including the steps of: directing the subject to stand on the light guide ; and analysing the output of the light detector to thereby make an assessment of the balance of the subject. a light source in the form of a light emitting diode ; a light guide in the form of a single optical fibre which is convoluted in a substantially planar arrangement; and a light detector ; the light source is arranged to introduce light into the light guide ; and the light detector is arranged to detect light emanating from the light guide ; the method further including the steps of: directing the subject to stand on the light guide ; and analysing the output of the light detector to thereby make an assessment of the balance of the subject. directing the subject to stand on the light guide ; and analysing the output of the light detector to thereby make an assessment of the balance of the subject.
A method for use in a cable modem terminal system, CMTS, assembly, comprising: acquiring, by the CMTS assembly , configuration file information of a cable modem, CM, from a convergence device, wherein the configuration file information of the CM is acquired by the convergence device from a first Dynamic Host Configuration Protocol, DHCP, response message sent by a DHCP server to the CM; and intercepting, by the CMTS assembly , a TFTP request message that is sent by the CM to the convergence device and that requests to deliver a configuration file, after it is determined that a configuration file name in the TFTP request message is the same as a configuration file name in a configuration file sent by the convergence device, requesting, by using address information of a TFTP server, which is delivered by the convergence device, the corresponding TFTP server to deliver the configuration file of the CM, and sending the received configuration file to the CM. acquiring, by the CMTS assembly , configuration file information of a cable modem, CM, from a convergence device, wherein the configuration file information of the CM is acquired by the convergence device from a first Dynamic Host Configuration Protocol, DHCP, response message sent by a DHCP server to the CM; and intercepting, by the CMTS assembly , a TFTP request message that is sent by the CM to the convergence device and that requests to deliver a configuration file, after it is determined that a configuration file name in the TFTP request message is the same as a configuration file name in a configuration file sent by the convergence device, requesting, by using address information of a TFTP server, which is delivered by the convergence device, the corresponding TFTP server to deliver the configuration file of the CM, and sending the received configuration file to the CM.
A device for converting diffusible substrates into diffusible products, comprising microsomes and self-assembled mesoporous aggregates of magnetic nanoparticles, wherein a first enzyme requiring a diffusible cofactor having a first enzymatic activity is contained within said microsomes, wherein a second enzyme comprising a cofactor regeneration activity is magnetically-entrapped within said mesopores, wherein said cofactor is utilized in said first enzymatic activity; wherein said magnetic nanoparticles are associated with a macroporous scaffold; wherein said microsomes are associated with said macroporous scaffold; and wherein said macroporous scaffold comprising said magnetic nanoparticles is associated with a non-reactive portion operable for placing said macroporous scaffold into or removing it from a reaction solution; a. optionally wherein one or more said enzymes are produced by recombinant DNA technology or are synthesized; or b. optionally wherein said magnetic nanoparticles comprise human liver microsomes (HLM), enzymes from a human liver cytosol fraction (HLCF), or UGT1A6. wherein said cofactor is utilized in said first enzymatic activity; wherein said magnetic nanoparticles are associated with a macroporous scaffold; wherein said microsomes are associated with said macroporous scaffold; and wherein said macroporous scaffold comprising said magnetic nanoparticles is associated with a non-reactive portion operable for placing said macroporous scaffold into or removing it from a reaction solution; a. optionally wherein one or more said enzymes are produced by recombinant DNA technology or are synthesized; or b. optionally wherein said magnetic nanoparticles comprise human liver microsomes (HLM), enzymes from a human liver cytosol fraction (HLCF), or UGT1A6. a. optionally wherein one or more said enzymes are produced by recombinant DNA technology or are synthesized; or b. optionally wherein said magnetic nanoparticles comprise human liver microsomes (HLM), enzymes from a human liver cytosol fraction (HLCF), or UGT1A6.
Device for moving a movable furniture part in an opening direction in relation to a furniture carcass of an item of furniture , wherein the movable furniture part by way of guide means is able to be moved in the opening direction and in a closing direction opposing the opening direction, wherein the device has a force accumulator and an ejector so that the movable furniture part in an opening procedure, by way of the device assembled on the item of furniture , under the effect of the force accumulator is able to be moved to an opening position by way of the ejector , and the ejector moves so as to be guided on a base plate of the device ; wherein present on the ejector is a latch component having a guide element which moves in a guide track of the base plate , wherein this guide track is designed in the manner of a loop; wherein the latch component as a function of the position of the guide element in the guide track assumes different positions in relation to the remaining ejector ; wherein present in the guide track in which the guide element moves is a blocking element which keeps the guide element in a designated direction of movement in the guide track ; wherein the blocking element , and preferably the guide element, is/are designed to be movable and the blocking element can be overcome by the guide element only in the designated direction of movement; wherein the guide element cannot overcome the blocking element in the opposing direction of movement but is blocked by the blocking element , characterized in that there are clearances about the blocking element ; wherein a mobility of the blocking element relative to the remaining part of the base plate is enabled by the clearances; wherein the clearances are disposed in the manner of slots about the blocking element .