mhurhangee/patent-ind-claim-en huggingface dataset:
Shock absorber for motorcycles and bicycles, comprising a sealingly sliding piston in a cylinder full of oil in a compression stroke against the return thrust of a spring and in a reverse extension stroke for said return thrust, a piston-bearing rod , a first external attachment integral with the rod , a second external attachment integral with the cylinder , wherein the position of said sliding piston in the cylinder defines an upper chamber and a lower chamber of the cylinder, first adjustment means for adjusting the oil passage through first oil passage ducts between the upper chamber and the lower chamber in an extension stroke, second unidirectional adjustment means arranged inside the cylinder and manoeuvrable outside the cylinder to adjust an oil passage through second ducts from the lower chamber to the upper chamber in a compression stroke. Characterized in that it comprises third adjustment means for adjusting an oil passage from the lower chamber to a compression adjustment chamber in a compression stroke, said adjustment chamber being arranged concentrically on said cylinder . a sealingly sliding piston in a cylinder full of oil in a compression stroke against the return thrust of a spring and in a reverse extension stroke for said return thrust, a piston-bearing rod , a first external attachment integral with the rod , a second external attachment integral with the cylinder , wherein the position of said sliding piston in the cylinder defines an upper chamber and a lower chamber of the cylinder, first adjustment means for adjusting the oil passage through first oil passage ducts between the upper chamber and the lower chamber in an extension stroke, second unidirectional adjustment means arranged inside the cylinder and manoeuvrable outside the cylinder to adjust an oil passage through second ducts from the lower chamber to the upper chamber in a compression stroke. Characterized in that it comprises third adjustment means for adjusting an oil passage from the lower chamber to a compression adjustment chamber in a compression stroke, said adjustment chamber being arranged concentrically on said cylinder .
A crystalline form of compound (I), wherein said compound is in the form of a pharmaceutically acceptable salt, or a solvate of said pharmaceutically acceptable salt, or a co-crystal, wherein the crystalline form is a monohydrochloride monohydrate salt.
Motor vehicle door latch with a locking mechanism fundamentally comprising a catch and a pawl , and with a spring-impinged storage element , which maintains the pawl in an elevated storage position, elevated in relation to the catch , during an opening process of the locking mechanism until the catch is opened beyond any ratchet positions , until the catch is opened, wherein the spring-impinged storage element is formed as a leg spring , which is anchored with its one leg held stationary in the latch housing and maintains the pawl in the elevated position with its other leg in the storage position until the catch is opened beyond any ratchet positions , characterized in that the other latch leg is equipped with a stop maintaining the pawl in its storage position and the pawl has a protrusion for interaction with the stop , wherein the protrusion glides along the other latch leg during the opening process of the locking mechanism and overlaps the stop .
A plant cultivation system , comprising: (a) a frame (102 2102, 3102, 4102) having a frame upstream end and a frame downstream end spaced horizontally apart from the frame upstream end; (b) a plurality of vertically stacked conveyor assemblies mounted to the frame, each conveyor assembly including at least one conveyor extending between the frame upstream end and the frame downstream end along a conveyor axis ; (c) a plurality of plant cultivation trays supported on each conveyor for translation along a respective conveyor axis toward the frame downstream end, each plant cultivation tray including: a tray body having a tray top and a tray bottom vertically opposite the tray top; a plurality of plant cavities in the tray body and open to the tray top, the plant cavities for holding plants ; and at least one tray vent passing vertically through the tray body, the tray vent open to the tray top and the tray bottom for passing air vertically through the tray body to facilitate delivery of air to the plants from below; and (d) an air delivery ductwork for delivering air to the plants, the air delivery ductwork including a plurality of first ports above each plant cultivation tray for discharging air from the air delivery ductwork downwardly to deliver air to the plants from above, and a plurality of second ports below each plant cultivation tray for discharging air from the air delivery ductwork upwardly to deliver air to the plants from below via the tray vents. (a) a frame (102 2102, 3102, 4102) having a frame upstream end and a frame downstream end spaced horizontally apart from the frame upstream end; (b) a plurality of vertically stacked conveyor assemblies mounted to the frame, each conveyor assembly including at least one conveyor extending between the frame upstream end and the frame downstream end along a conveyor axis ; (c) a plurality of plant cultivation trays supported on each conveyor for translation along a respective conveyor axis toward the frame downstream end, each plant cultivation tray including: a tray body having a tray top and a tray bottom vertically opposite the tray top; a plurality of plant cavities in the tray body and open to the tray top, the plant cavities for holding plants ; and at least one tray vent passing vertically through the tray body, the tray vent open to the tray top and the tray bottom for passing air vertically through the tray body to facilitate delivery of air to the plants from below; and (d) an air delivery ductwork for delivering air to the plants, the air delivery ductwork including a plurality of first ports above each plant cultivation tray for discharging air from the air delivery ductwork downwardly to deliver air to the plants from above, and a plurality of second ports below each plant cultivation tray for discharging air from the air delivery ductwork upwardly to deliver air to the plants from below via the tray vents.
A homogenizer comprising: a crushing part having a blender for crushing a tissue sample in a container ; a first driver configured to rotate the blender in contact with the tissue sample; and an absorbing means for absorbing a pressure applied to the tissue sample, which is caused when the blender comes into contact with the tissue sample, the absorbing means includes an elastic member that contracts when the blender is pressed against the tissue sample in the container, characterized in that : the homogenizer further comprises: a support part supporting the crushing part and a second driver configured to move the support part in a direction to insert the crushing part into the container , and in that the crushing part is attached, via the elastic member , to the support part so as to be movable relative to the support part , and the elastic member is provided between the support part and the crushing part so as to contract when the crushing part moves relative to the support part ; and in that : the second driver reciprocates the support part in the direction and in an opposite direction thereof, so that the blender is pressed against the tissue sample in the container with an elastic force of the contracted elastic member . a crushing part having a blender for crushing a tissue sample in a container ; a first driver configured to rotate the blender in contact with the tissue sample; and an absorbing means for absorbing a pressure applied to the tissue sample, which is caused when the blender comes into contact with the tissue sample, the absorbing means includes an elastic member that contracts when the blender is pressed against the tissue sample in the container, characterized in that : the homogenizer further comprises: a support part supporting the crushing part and a second driver configured to move the support part in a direction to insert the crushing part into the container , and in that the crushing part is attached, via the elastic member , to the support part so as to be movable relative to the support part , and the elastic member is provided between the support part and the crushing part so as to contract when the crushing part moves relative to the support part ; and in that : the second driver reciprocates the support part in the direction and in an opposite direction thereof, so that the blender is pressed against the tissue sample in the container with an elastic force of the contracted elastic member . a support part supporting the crushing part and a second driver configured to move the support part in a direction to insert the crushing part into the container , and in that the crushing part is attached, via the elastic member , to the support part so as to be movable relative to the support part , and the elastic member is provided between the support part and the crushing part so as to contract when the crushing part moves relative to the support part ; and in that : the second driver reciprocates the support part in the direction and in an opposite direction thereof, so that the blender is pressed against the tissue sample in the container with an elastic force of the contracted elastic member .
A knitting tool bar with a body comprising a longitudinal direction and a knitting tool holder attached to a contact surface of the body , which comprises a plurality of separate segments , wherein the contact surface for each segment comprises a transverse formation running transversely to the longitudinal direction , and each segment comprises a mating transverse formation that matches the transverse formation, wherein a longitudinal formation running in the longitudinal direction is provided in the contact surface , wherein at least one segment comprises a mating longitudinal formation interacting with the longitudinal formation and wherein the longitudinal formation is designed as longitudinal groove on the contact surface , and the mating longitudinal formation is designed as longitudinal projection on the segment , wherein the transverse formation is designed as a transverse groove and the mating transverse formation is designed as a transverse projection on the segment characterized in that the transverse projection is arranged at a predetermined distance (A) to the longitudinal projection .
A nucleic acid extraction instrument for extracting a nucleic acid, comprising: a base , an outer housing connected with the base, an instrumental main body positioned inside the outer housing and mounted to the base ; wherein the instrumental main body comprises an electrical power pack , a main control device , a first motor set , a second motor set , and a third motor set , the nucleic acid extraction instrument further comprising: an operating platform ; and a plurality of rows of movable heating plates disposed on the operating platform ; wherein each of the rows of movable heating plates includes a plurality of heating well walls closely matching the shape of a bottom of a deep well plate ; further wherein a plurality of mutually independent compression springs is disposed under the movable heating plates . an operating platform ; and a plurality of rows of movable heating plates disposed on the operating platform ; wherein each of the rows of movable heating plates includes a plurality of heating well walls closely matching the shape of a bottom of a deep well plate ; further wherein a plurality of mutually independent compression springs is disposed under the movable heating plates .
An exercise device having a first elastic loop portion and a second elastic loop portion , the first elastic loop portion defines a first preformed continuous loop, the first elastic loop portion having an inner surface and an outer surface, opposite the inner surface; the second elastic loop portion defines a second preformed continuous loop, the second elastic loop portion having an inner surface and an outer surface, opposite the inner surface; and a first joining region where the outer surface of the first elastic loop portion is attached to the outer surface of the second elastic loop portion, wherein the first joining region is capable of simultaneous multidirectional stretching when subjected to or released from an applied load, characterized in that a width of the first elastic loop portion is between 2.54 cm to 10.16 cm (1 to 4 inches), and a width of the second elastic loop portion is between 2.54 cm to 10.16 cm (1 to 4 inches); and wherein the width of the first elastic loop portion is selected from a first predetermined width, and the width of the second elastic loop portion is selected from a second predetermined width, and wherein the first predetermined width is not equal to the second predetermined width.
A method of assessing chromosomal aneuploidy of maternal meiotic origin in a human egg, the method comprising assessing the presence or degree of centromeric heterozygosity (CH) for one or more of the chromosomes of the first polar body (PB1) of the egg; by measuring centromeric heterozygosity in the first polar body and wherein the method is used to predict the risk of aneuploidy in a fertilised egg or embryo following meiosis II, wherein the presence of a higher level of CH in the first polar body is used to infer a higher risk of said chromosomal aneuploidy in the corresponding fertilised egg or embryo developed therefrom compared to where an absence or lower level of CH is present in the first polar body.
A toner refill apparatus comprising: a bottle to keep toner; a circuit board that is disposed on the bottle, and to store apparatus information and use history information of the toner refill apparatus ; a plurality of terminals to communicate with a communication device of an image forming apparatus ; and a circuit member to vary, based on infiltration of toner kept in the bottle being completed, a resistance value between a first terminal and a second terminal among the plurality of terminals, wherein the circuit member comprises: a first resistance (R1) that is disposed between a ground terminal and a state terminal ; characterised in that the circuit member comprises a second resistance (R2) of which one end is commonly connected to one end of the first resistance (R1)and the ground terminal ; and a fuse of which one end is connected to the other end of the second resistance (R2), and of which another end is connected to the state terminal . a bottle to keep toner; a circuit board that is disposed on the bottle, and to store apparatus information and use history information of the toner refill apparatus ; a plurality of terminals to communicate with a communication device of an image forming apparatus ; and a circuit member to vary, based on infiltration of toner kept in the bottle being completed, a resistance value between a first terminal and a second terminal among the plurality of terminals, wherein the circuit member comprises: a first resistance (R1) that is disposed between a ground terminal and a state terminal ; characterised in that the circuit member comprises a second resistance (R2) of which one end is commonly connected to one end of the first resistance (R1)and the ground terminal ; and a fuse of which one end is connected to the other end of the second resistance (R2), and of which another end is connected to the state terminal . a first resistance (R1) that is disposed between a ground terminal and a state terminal ; characterised in that the circuit member comprises a second resistance (R2) of which one end is commonly connected to one end of the first resistance (R1)and the ground terminal ; and a fuse of which one end is connected to the other end of the second resistance (R2), and of which another end is connected to the state terminal .
A dust collecting device that can be attached to an impact tool and collects dust generated by the impact tool in which a hammer bit coupled to a front end region of a tool body is caused to rectilinearly move in an axial direction of the hammer bit for performing a chipping operation on a workpiece, wherein the axial direction defines a front-rear-direction of the dust collecting device when attached to the impact tool, the dust collecting device comprising: a dust suction port through which dust is sucked up and which can be adjusted in position in the axial direction of the hammer bit according to a length of the hammer bit in the axial direction, and a bit covering which is arranged to surround the hammer bit , wherein the bit covering comprises a plurality of cylindrical members which are fitted one on the other and can be moved relative to each other in the axial direction of the tool bit , wherein the plurality of cylindrical members comprises at least a front cylindrical member and a rear cylindrical member , a front opening of the front cylindrical member defines the dust suction port , and the position of the dust suction port can be adjusted by relative movement of the cylindrical members and can be fixed by engagement of a projection (174b; 177a; 179a) formed on one of the cylindrical members , which are fitted one on the other, with a recess (177b; 179b) or female thread formed on the other of the cylindrical members , which are fitted one on the other, according to the length of the hammer bit which is selectively coupled to the front region of the tool body. a dust suction port through which dust is sucked up and which can be adjusted in position in the axial direction of the hammer bit according to a length of the hammer bit in the axial direction, and a bit covering which is arranged to surround the hammer bit , wherein the bit covering comprises a plurality of cylindrical members which are fitted one on the other and can be moved relative to each other in the axial direction of the tool bit , wherein the plurality of cylindrical members comprises at least a front cylindrical member and a rear cylindrical member , a front opening of the front cylindrical member defines the dust suction port , and the position of the dust suction port can be adjusted by relative movement of the cylindrical members and can be fixed by engagement of a projection (174b; 177a; 179a) formed on one of the cylindrical members , which are fitted one on the other, with a recess (177b; 179b) or female thread formed on the other of the cylindrical members , which are fitted one on the other, according to the length of the hammer bit which is selectively coupled to the front region of the tool body.
A heat-shrinkable monoaxially oriented film consisting of - a first polymer ply A comprising at least one dark pigment, - a second polymer ply B comprising at least one white pigment, and - optionally at least one pigment ply, which is applied to the second polymer ply B and which constitutes a printing, wherein the first polymer ply A and the second polymer ply B independently of one another comprise one or more polymers selected from the group of polyesters, polyolefins, polystyrenes and polyvinyl halides, wherein - the film has a thickness of from 20 μm to 100 μm, - the thickness ratio of the first polymer ply A to the second polymer ply B lies in the range of 5:95 to 50:50, - the light transmission of the film, measured according to ASTM D1003, is not more than 12 %, and - the film after 15 seconds in a water bath having a temperature of 95°C exhibits a shrinkage in a main shrinking direction in the range of from 20 % to 85 %. - a first polymer ply A comprising at least one dark pigment, - a second polymer ply B comprising at least one white pigment, and - optionally at least one pigment ply, which is applied to the second polymer ply B and which constitutes a printing, wherein the first polymer ply A and the second polymer ply B independently of one another comprise one or more polymers selected from the group of polyesters, polyolefins, polystyrenes and polyvinyl halides, wherein - the film has a thickness of from 20 μm to 100 μm, - the thickness ratio of the first polymer ply A to the second polymer ply B lies in the range of 5:95 to 50:50, - the light transmission of the film, measured according to ASTM D1003, is not more than 12 %, and - the film after 15 seconds in a water bath having a temperature of 95°C exhibits a shrinkage in a main shrinking direction in the range of from 20 % to 85 %.
A resonance-type power transfer coil comprising: a conductor wound into a multiple-layered helical shape; and an insulating member provided between layers of the conductor, characterized in that the conductor is wound on an outermost layer in a direction opposite to a winding direction in other layers and the outermost layer is concentrically stacked on a layer adjacent to the outermost layer a conductor wound into a multiple-layered helical shape; and an insulating member provided between layers of the conductor, characterized in that the conductor is wound on an outermost layer in a direction opposite to a winding direction in other layers and the outermost layer is concentrically stacked on a layer adjacent to the outermost layer
A device for detecting a contaminant on a scaffolding pole , wherein the device comprises: an outer detector for detecting a contaminant on an outer surface of a scaffolding pole; an inner detector for detecting a contaminant on an inner surface of a scaffolding pole; and a mechanism for transporting a scaffolding pole longitudinally through the device past the outer detector and past the inner detector; wherein the outer detector is arranged to extend substantially around the circumference of a scaffolding pole, such that the whole of the outer surface of the scaffolding pole is surveyed as it is transported through the device. an outer detector for detecting a contaminant on an outer surface of a scaffolding pole; an inner detector for detecting a contaminant on an inner surface of a scaffolding pole; and a mechanism for transporting a scaffolding pole longitudinally through the device past the outer detector and past the inner detector; wherein the outer detector is arranged to extend substantially around the circumference of a scaffolding pole, such that the whole of the outer surface of the scaffolding pole is surveyed as it is transported through the device.