mhurhangee/patent-ind-claim-en huggingface dataset:
A can washer for treatment of cans, the can washer comprising: a conveyor belt arranged to transport cans through said can washer ; a housing of elongate shape wherein the conveyor belt is arranged centrally, operating along a longitudinal direction of said can washer , wherein a first side corresponds to a supply side , the supply side being a first lateral side of said can washer; a second side corresponding to an access side , the access side being a second lateral side of said can washer and being located opposite of the first lateral side; wherein a removable access panel is located on said access side for opening the housing; a supply manifold located on the supply side ; a supply port in flow communication with the supply manifold ; and a spray bar arranged to generate a spray curtain across a longitudinal direction of the can washer along which cans are transported, wherein the spray bar comprises an inlet end arranged for connection with the supply port ; and a guide extending from the supply port at least halfway towards the access side , the guide being arranged to receive and carry the spray bar upon insertion of the spray bar through the access side . a conveyor belt arranged to transport cans through said can washer ; a housing of elongate shape wherein the conveyor belt is arranged centrally, operating along a longitudinal direction of said can washer , wherein a first side corresponds to a supply side , the supply side being a first lateral side of said can washer; a second side corresponding to an access side , the access side being a second lateral side of said can washer and being located opposite of the first lateral side; wherein a removable access panel is located on said access side for opening the housing; a supply manifold located on the supply side ; a supply port in flow communication with the supply manifold ; and a spray bar arranged to generate a spray curtain across a longitudinal direction of the can washer along which cans are transported, wherein the spray bar comprises an inlet end arranged for connection with the supply port ; and a guide extending from the supply port at least halfway towards the access side , the guide being arranged to receive and carry the spray bar upon insertion of the spray bar through the access side .
An adeno-associated vector (AAV) for use in the treatment of a memory disorder or a learning disorder in a subject in need thereof, WHEREIN - the AAV induces the neuronal overexpression of XBP1s in the brain, preferably in the hippocampus; and - - the AAV comprises a recombinant viral genome comprising an expression cassette, which comprises a transcription regulatory region specific for neuronal tissue joined operatively to a polynucleotide encoding XBP1s. - the AAV induces the neuronal overexpression of XBP1s in the brain, preferably in the hippocampus; and - - the AAV comprises a recombinant viral genome comprising an expression cassette, which comprises a transcription regulatory region specific for neuronal tissue joined operatively to a polynucleotide encoding XBP1s. - - the AAV comprises a recombinant viral genome comprising an expression cassette, which comprises a transcription regulatory region specific for neuronal tissue joined operatively to a polynucleotide encoding XBP1s.
A crystalline form of -1-Cyclopropylmethyl-4-{[5-(2,4-difluoro-phenyl)-isoxazole-3-carbonyl]-amino}-piperidine-3-carboxylic acid (1-pyrimidin-2-yl-cyclopropyl)-amide a. wherein said crystalline form is crystalline form 1 characterized by the presence of peaks in the X-ray powder diffraction diagram at the following angles of refraction 2θ: 3.6°, 8.2°, and 18.3°; or b. wherein said crystalline form is crystalline form 2 characterized by the presence of peaks in the X-ray powder diffraction diagram at the following angles of refraction 2θ: 6.7°, 8.5°, and 10.9°; or c. wherein said crystalline form is crystalline form 3 characterized by the presence of peaks in the X-ray powder diffraction diagram at the following angles of refraction 2θ: 8.2° 17.9°, and 21.0°; wherein said X-ray powder diffraction diagram is obtained by using combined Cu Kα1 and Kα2 radiation, without Kα2 stripping; and the accuracy of the 2θ values is in the range of 2θ +/- 0.2°. a. wherein said crystalline form is crystalline form 1 characterized by the presence of peaks in the X-ray powder diffraction diagram at the following angles of refraction 2θ: 3.6°, 8.2°, and 18.3°; or b. wherein said crystalline form is crystalline form 2 characterized by the presence of peaks in the X-ray powder diffraction diagram at the following angles of refraction 2θ: 6.7°, 8.5°, and 10.9°; or c. wherein said crystalline form is crystalline form 3 characterized by the presence of peaks in the X-ray powder diffraction diagram at the following angles of refraction 2θ: 8.2° 17.9°, and 21.0°;
A system for applying tumor-treating fields to a portion of a body of a subject, the system comprising: a carrier comprising a carrier body that defines a receiving space , and a coupling apparatus that is configured to fixedly couple the carrier body to a first location on the body of the subject; an electric-signal generator at least partially received within the receiving space of the carrier body ; and at least one transducer array in electrical communication with the electric-signal generator ; characterized in that the first location is one of a thigh, a chest, an upper arm or an armpit of the body of the subject, and each transducer array is configured for secure placement at a respective second location on the body of the subject, different than the first location. a carrier comprising a carrier body that defines a receiving space , and a coupling apparatus that is configured to fixedly couple the carrier body to a first location on the body of the subject; an electric-signal generator at least partially received within the receiving space of the carrier body ; and at least one transducer array in electrical communication with the electric-signal generator ; characterized in that the first location is one of a thigh, a chest, an upper arm or an armpit of the body of the subject, and each transducer array is configured for secure placement at a respective second location on the body of the subject, different than the first location.
A fertilizer comprising at least one basic L-amino acid, which fertilizer is a solid composition comprised of a monophosphate of at least one basic L-amino acid as its predominant source of organic nitrogen, which fertilizer further comprises at least one binder.
A process producing amorphous silica from serpentine comprising the steps of: (a) mixing serpentine with a hydrochloric acid solution; (b) leaching the serpentine obtaining a slurry comprising a liquid fraction and a solid fraction containing silica and minerals; (c) separating the liquid fraction from the solid fraction; (d) removing the minerals from the solid fraction by magnetic separation producing a purified solid silica; (e) drying the purified solid silica at a temperature of 60 to 200°C ; and (f) heating the purified solid silica at a temperature of 200 to 800°C to remove hydroxyl groups from the silica surface and reducing specific surface area of the resulting purified amorphous silica. (a) mixing serpentine with a hydrochloric acid solution; (b) leaching the serpentine obtaining a slurry comprising a liquid fraction and a solid fraction containing silica and minerals; (c) separating the liquid fraction from the solid fraction; (d) removing the minerals from the solid fraction by magnetic separation producing a purified solid silica; (e) drying the purified solid silica at a temperature of 60 to 200°C ; and (f) heating the purified solid silica at a temperature of 200 to 800°C to remove hydroxyl groups from the silica surface and reducing specific surface area of the resulting purified amorphous silica.
A manufacturing method for a coil spring, comprising a first shot peening process (S6) and a second shot peening process (S7) to be performed after the first shot peening process (S6), characterized by comprising: warm double shot peening based on the first shot peening process (S6) and the second shot peening process (S7), wherein the first shot peening process (S6) comprising causing a first shot to impinge on a spring wire at a first projectile speed at a first treatment temperature, thereby producing a compressive residual stress such that a first peak part (T3) of the compressive residual stress exists within the spring wire , the second shot peening process (S7) comprising causing a second shot to impinge on the spring wire at a second projectile speed lower than the first projectile speed at a second treatment temperature that is lower than the first treatment temperature and with kinetic energy lower than that of the first shot, thereby increasing the compressive residual stress in a region near the surface and producing a second peak part between the surface and the first peak part (T3), the compressive residual stress of the second peak part being higher than the residual stress at the surface, wherein the size of the second shot is smaller than that of the first shot. warm double shot peening based on the first shot peening process (S6) and the second shot peening process (S7), wherein the first shot peening process (S6) comprising causing a first shot to impinge on a spring wire at a first projectile speed at a first treatment temperature, thereby producing a compressive residual stress such that a first peak part (T3) of the compressive residual stress exists within the spring wire , the second shot peening process (S7) comprising causing a second shot to impinge on the spring wire at a second projectile speed lower than the first projectile speed at a second treatment temperature that is lower than the first treatment temperature and with kinetic energy lower than that of the first shot, thereby increasing the compressive residual stress in a region near the surface and producing a second peak part between the surface and the first peak part (T3), the compressive residual stress of the second peak part being higher than the residual stress at the surface, wherein the size of the second shot is smaller than that of the first shot.
A damper control device (C) controlling damping force of a damper (DF, DR) based on extension time of the damper (DF, DR) that can adjust the damping force and is interposed between a body (B) and a wheel (WF, WR) in a vehicle (V), comprising: stroke sensors (SF, SR) that detect a stroke of the damper (DF, DR); and a counter that detects switching of the damper (DF, DR) from the contraction stroke to the extension stroke from the signals output by the stroke sensors (SF, SR), and counts the extension time with this switching time as a starting point, wherein the counter stops the counting and resets the extension time to zero when the damper (DF, DR) is switched from the extension stroke to the contraction stroke, and continues counting even when the damper (DF, DR) is in a stop state in which the damper (DF, DR) do not extend or contract after being switched to the extension stroke, and the damper control device (C) sets the damping force in a compression side of the damper (DF, DR) to be larger as the extension time of the damper (DF, DR) is longer. stroke sensors (SF, SR) that detect a stroke of the damper (DF, DR); and a counter that detects switching of the damper (DF, DR) from the contraction stroke to the extension stroke from the signals output by the stroke sensors (SF, SR), and counts the extension time with this switching time as a starting point, wherein the counter stops the counting and resets the extension time to zero when the damper (DF, DR) is switched from the extension stroke to the contraction stroke, and continues counting even when the damper (DF, DR) is in a stop state in which the damper (DF, DR) do not extend or contract after being switched to the extension stroke, and the damper control device (C) sets the damping force in a compression side of the damper (DF, DR) to be larger as the extension time of the damper (DF, DR) is longer.
A process for producing a 3D tissue culture model, the process comprising: (a) printing a drop of bio-ink to a substrate; (b) printing a drop of activator to the drop of bio-ink to form a hydrogel droplet; (c) repeating steps (a) and (b) in any order to form a hydrogel mold adapted to receive a drop containing cells; (d) printing a drop containing cells having a cell concentration of 10 7 cells/ml or greater to the hydrogel mold; and (e) repeating steps (a) and (b) in any order to form a 3D tissue culture model comprising the cells encapsulated in the hydrogel mold; wherein the printing is carried out using a printer having a drop-on-demand droplet dispensing system. (a) printing a drop of bio-ink to a substrate; (b) printing a drop of activator to the drop of bio-ink to form a hydrogel droplet; (c) repeating steps (a) and (b) in any order to form a hydrogel mold adapted to receive a drop containing cells; (d) printing a drop containing cells having a cell concentration of 10 7 cells/ml or greater to the hydrogel mold; and (e) repeating steps (a) and (b) in any order to form a 3D tissue culture model comprising the cells encapsulated in the hydrogel mold;
An application aid for the treatment of wounds, in particular for the debridement and/or cleansing of wounds, comprising a bendable application wand , whereby a rear section of the application wand is designed as a grasping handle section and/or a front section of the application wand is designed as a fastening section for fastening a wound cleansing head thereto, characterised by a bending section with increased flexibility provided between the grasping handle section and the fastening section , wherein the application wand in a 3-point bending device with a span between supports of between 40 mm and 60 mm deflects by approximately 5 mm to 8 mm on application of a bending force of between 21 N and 45 N, in particular of approximately 33 N, on the bending section perpendicular to the longitudinal direction of the application wand.
Dashboard-and-instrument panel unit for a motor-vehicle, comprising a dashboard including a dashboard structure and an instrument panel supported above the dashboard structure and configured to receive an accessory member (11; 12), such as a cellular phone or a smartphone or a tablet, wherein said instrument panel is configured as an autonomous unit, supported in an elevated position spaced apart from the structure of the dashboard by means of a supporting arm which projects upwardly from the dashboard structure , and wherein said instrument panel includes a horizontally elongated body , having a main portion and one end portion horizontally slidable with respect to the main portion , between a first position adjacent to the main portion and a second position longitudinally spaced from the main portion , in which second position, between the main portion and the end portion , a space is defined which is configured to accommodate and provide a seat for said accessory member, said dashboard-and-instrument panel unit being characterized in that said slidable end portion of the body of the instrument panel is biased by a spring towards said first position adjacent to said main portion , and in that it comprises an anti-theft device for preventing a removal of said accessory member (11; 12), including a device for locking the accessory member (11; 12) in its seat, said locking device being releasable by means of a remote control associated to a vehicle key. wherein said instrument panel is configured as an autonomous unit, supported in an elevated position spaced apart from the structure of the dashboard by means of a supporting arm which projects upwardly from the dashboard structure , and wherein said instrument panel includes a horizontally elongated body , having a main portion and one end portion horizontally slidable with respect to the main portion , between a first position adjacent to the main portion and a second position longitudinally spaced from the main portion , in which second position, between the main portion and the end portion , a space is defined which is configured to accommodate and provide a seat for said accessory member, said dashboard-and-instrument panel unit being characterized in that said slidable end portion of the body of the instrument panel is biased by a spring towards said first position adjacent to said main portion , and in that it comprises an anti-theft device for preventing a removal of said accessory member (11; 12), including a device for locking the accessory member (11; 12) in its seat, said locking device being releasable by means of a remote control associated to a vehicle key.
A developing device to develop a latent image on a rotatable image bearer , the developing device comprising: an upstream developing roller (23a1) disposed opposite the image bearer at a first developing position, and a downstream developing roller (23a2) disposed adjacent to and downstream from the upstream developing roller (23a1) in a direction of rotation of the image bearer , disposed opposite the image bearer at a second developing position, wherein each of the upstream developing roller (23a1) and the downstream developing roller (23a2) has a most approachable surface point (R; Q') that approaches closest to the image bearer and a most withdrawn surface point (R'; Q) that withdraws farthest from the image bearer , characterized in that at a first phase, i.e., rotation direction posture, the upstream developing roller (23a1) is in a state in which a reference surface point (M) of the image bearer is disposed opposite one of the most approachable surface point (R) and the most withdrawn surface point (R') of the upstream developing roller (23a1) at the first developing position, and at a second phase, in i.e., rotation direction posture, the downstream developing roller (23a2) is in a state in which the reference surface point (M) opposes the other of the most approachable surface point (Q') and the most withdrawn surface point (Q) of the downstream developing roller (23a2) at the second developing position. an upstream developing roller (23a1) disposed opposite the image bearer at a first developing position, and a downstream developing roller (23a2) disposed adjacent to and downstream from the upstream developing roller (23a1) in a direction of rotation of the image bearer , disposed opposite the image bearer at a second developing position, wherein each of the upstream developing roller (23a1) and the downstream developing roller (23a2) has a most approachable surface point (R; Q') that approaches closest to the image bearer and a most withdrawn surface point (R'; Q) that withdraws farthest from the image bearer , characterized in that at a first phase, i.e., rotation direction posture, the upstream developing roller (23a1) is in a state in which a reference surface point (M) of the image bearer is disposed opposite one of the most approachable surface point (R) and the most withdrawn surface point (R') of the upstream developing roller (23a1) at the first developing position, and at a second phase, in i.e., rotation direction posture, the downstream developing roller (23a2) is in a state in which the reference surface point (M) opposes the other of the most approachable surface point (Q') and the most withdrawn surface point (Q) of the downstream developing roller (23a2) at the second developing position.
A monitoring system for monitoring the activities of a person in a residence , having: a motion detector for detecting a movement of the person in the residence provided in the residence and a central monitoring system , wherein the geometric detection region of the motion detector is associated with a specific geometric region of the residence , data from the motion detector for detecting the location of the person in the specific geometric region are transmitted continuously to the central monitoring system , the transmitted data are checked in the central monitoring system to determine whether they are within an expected data range, and an emergency signal is generated by the central monitoring system if the transmitted data are outside of the expected data range for longer than a predetermined period of time, characterized in that the expected data range was determined by means of previous monitoring of the person . a motion detector for detecting a movement of the person in the residence provided in the residence and a central monitoring system , wherein the geometric detection region of the motion detector is associated with a specific geometric region of the residence , data from the motion detector for detecting the location of the person in the specific geometric region are transmitted continuously to the central monitoring system , the transmitted data are checked in the central monitoring system to determine whether they are within an expected data range, and an emergency signal is generated by the central monitoring system if the transmitted data are outside of the expected data range for longer than a predetermined period of time, characterized in that the expected data range was determined by means of previous monitoring of the person .
A terminal comprising: a reception unit configured to receive information used for random access from a base station ; a control unit configured to identify a random access channel, RACH, resource for transmitting a random access preamble based on the information; and a transmission unit configured to transmit the random access preamble to the base station via the RACH resource, wherein the control unit is configured to identify the RACH resource based on a number of continuously arranged RACH resources associated with one synchronization signal, SS, block, the number being indicated by the information. a reception unit configured to receive information used for random access from a base station ; a control unit configured to identify a random access channel, RACH, resource for transmitting a random access preamble based on the information; and a transmission unit configured to transmit the random access preamble to the base station via the RACH resource, wherein the control unit is configured to identify the RACH resource based on a number of continuously arranged RACH resources associated with one synchronization signal, SS, block, the number being indicated by the information.
A touch panel of a portable operation panel for manually operating machinery, wherein an operation screen for making the machinery perform a specific operation is provided on the touch panel, characterized by a movable screen portion being provided on the operation screen, the movable screen portion being movable on the operation screen by a swipe operation and an operation button image is displayed in a place from which the movable screen portion is moved, and the machinery is made to perform the specific operation by performing a tap operation on the operation button image after the swipe operation on the movable screen portion .