mhurhangee/patent-ind-claim-en huggingface dataset:
A vibration type actuator comprising: a vibrator including an electro-mechanical energy conversion element and an elastic member ; a holding member (6; 36) configured to hold the vibrator; a guide member configured to guide the vibrator and the holding member in a first (X) direction; a contact member in contact with the vibrator; and a pressure member configured to pressurize the vibrator and the contact member in a second (Z) direction intersecting the first direction; wherein the vibrator and the contact member are configured to generate a relative movement in the first direction by a vibration of the vibrator, and the holding member and the guide member are engaged with each other to be rotatable around an axis along a third (Y) direction intersecting the first (X) direction and the second (Z) direction, characterized in that a) the holding member is provided with a recess or a through hole on a side opposite a side where the vibrator is held, and an output portion (6d; 6g) configured to transmit the power is formed on at least a part of a wall surface on which the recess or the through hole is formed, or b) an output portion configured to transmit the power is provided on the holding member so as to protrude in the second (Z) direction toward a side on which the vibrator is provided, beyond a portion on which the holding member presses the vibrator. a vibrator including an electro-mechanical energy conversion element and an elastic member ; a holding member (6; 36) configured to hold the vibrator; a guide member configured to guide the vibrator and the holding member in a first (X) direction; a contact member in contact with the vibrator; and a pressure member configured to pressurize the vibrator and the contact member in a second (Z) direction intersecting the first direction; wherein the vibrator and the contact member are configured to generate a relative movement in the first direction by a vibration of the vibrator, and the holding member and the guide member are engaged with each other to be rotatable around an axis along a third (Y) direction intersecting the first (X) direction and the second (Z) direction, characterized in that a) the holding member is provided with a recess or a through hole on a side opposite a side where the vibrator is held, and an output portion (6d; 6g) configured to transmit the power is formed on at least a part of a wall surface on which the recess or the through hole is formed, or b) an output portion configured to transmit the power is provided on the holding member so as to protrude in the second (Z) direction toward a side on which the vibrator is provided, beyond a portion on which the holding member presses the vibrator.
A motherboard and an auxiliary device configured to be fixed to the motherboard, the motherboard comprising, a main body ; a notch formed at a side edge of the main body ; a fixing device formed adjacent to the notch and configured to fix the auxiliary device on the main body ; a plurality of light-emitting components located around the notch, and a plurality of detecting units located at a back surface of the main body and configured to detect an operation status of the motherboard corresponding to a temperature or moist near a central processor or a computer slot and to provide a detecting result to make the light-emitting components to adjust light conditions according to the detecting result, the light conditions including light of a specific color, wherein the auxiliary device is configured to be fixed in the notch; wherein the auxiliary device is a light guiding device including word patterns or symbol patterns and, when a colorful light is generated by the light-emitting components, the color of the light guiding portion changes and the light guiding pattern of the light guiding device also changes.
A printer comprising: a housing in which a receiving space is formed, wherein a discharging port is formed on an upper part of the housing through which paper is upwardly discharged, wherein the housing further includes a cover provided on a front of the printer and that is openable frontward by a rotation of the cover ; a cutting unit provided in the receiving space and provided for cutting the paper in a tangential direction of the opening direction of the cover , a discharging unit for discharging the paper from the housing , wherein a hinge is provided on a lower part of the cover , and wherein the cover includes a stopper for defining the rotation range of the cover to a front of the printer, characterized in that a lower portion of the cover is spaced apart from a bottom surface of the printer, wherein the cover includes a damper for controlling the opening/closing speed of the cover . a housing in which a receiving space is formed, wherein a discharging port is formed on an upper part of the housing through which paper is upwardly discharged, wherein the housing further includes a cover provided on a front of the printer and that is openable frontward by a rotation of the cover ; a cutting unit provided in the receiving space and provided for cutting the paper in a tangential direction of the opening direction of the cover , a discharging unit for discharging the paper from the housing , wherein a hinge is provided on a lower part of the cover , and wherein the cover includes a stopper for defining the rotation range of the cover to a front of the printer, characterized in that a lower portion of the cover is spaced apart from a bottom surface of the printer, wherein the cover includes a damper for controlling the opening/closing speed of the cover .
An orthopedic device comprising: an implant having a plurality of attachment sites and a track that includes at least one slot ; a mounting member having a first end adapted to anchor to a patient's bone or soft tissue and a second end adapted to mate with the implant at each of the plurality of attachment sites; and an augment having a protrusion that is flared outwardly and adapted to translate within the at least one slot, the augment having a first surface that remains generally interfaced with an exterior surface of the implant when it rotates about the exterior surface. an implant having a plurality of attachment sites and a track that includes at least one slot ; a mounting member having a first end adapted to anchor to a patient's bone or soft tissue and a second end adapted to mate with the implant at each of the plurality of attachment sites; and an augment having a protrusion that is flared outwardly and adapted to translate within the at least one slot, the augment having a first surface that remains generally interfaced with an exterior surface of the implant when it rotates about the exterior surface.
A foldable mobile terminal comprising a first main body , a second main body , and a third main body , the first main body comprising a frame and a body portion , the body portion comprising a display surface and a rear surface , the second main body being pivotably connected to the frame , the second main body being rotatable relative to the frame , the third main body being pivotably connected to the second main body , the third main body being rotatable relative to the second main body , wherein the foldable mobile terminal further comprises a flexible screen provided on surfaces of the first main body , the second main body and the third body , wherein a portion of the flexible screen on the surface of the second main body is located between the second main body and the third main body in a folded state, and a portion of the flexible screen on the surface of the third main body is located between the third main body and the second main body in the folded state, wherein the body portion is received and secured in the frame , and the display surface is disposed to face toward an upper surface of the frame ; the second main body can be rotated relative to the frame such that the second main body is superposed on the rear surface of the body portion ; and the third main body can be rotated relative to the second main body such that the third main body is superposed on a surface of the second main body away from the body portion , characterized in that the frame comprises an accommodating chamber , the body portion is received and secured in the accommodating chamber , the second main body can be rotated relative to the frame to be received in the accommodating chamber , the third main body can be rotated relative to the second main body to be received in the accommodating chamber , the frame includes a first arm , a second arm and a third arm , the first arm being parallel to the third arm , the second arm perpendicularly connecting with the first arm and the third arm , and the first arm , the second arm and the third arm connecting with each other to define the accommodating chamber .
Multi-chamber film pouch comprising an inorganic multi-component foam system, having at least two liquid-tight, separate chambers , wherein one of the chambers is filled with a powdered inorganic component , optionally based on gypsum or cement mortar, and another chamber is filled with a powdered foaming component which is optionally reactive for the component , and having a separating element which separates the chambers from one another in a liquid-tight manner in a first state and can provide a flow connection between the chambers in a second state, wherein at least one of the chambers has an opening portion which can be opened to discharge the foam system, and wherein the chamber having the opening portion has a pre-set remaining volume for receiving a liquid, such that the inorganic powdered component, the foaming component and the liquid produce a ready-to-use foam after mixing.
A diesel fuel composition comprising as an additive an ester compound which is the reaction product of an optionally substituted polycarboxylic acid or an anhydride thereof and a compound of formula H-(OR) n -OR 1 , wherein R is an unsubstituted alkylene group and n is at least 1; and a) the optionally substituted polycarboxylic acid or an anhydride thereof is a succinic acid or anhydride having a C 20 to C 24 alkyl or alkenyl group and R 1 is an unsubstituted alkyl, alkenyl or aryl group; or b) the optionally substituted polycarboxylic acid or an anhydride thereof is a polyisobutenyl substituted succinic acid or anhydride thereof and R 1 is a C 10 to C 20 alkyl group; wherein the optionally substituted polycarboxylic acid or an anhydride thereof and compound of formula H-(OR)n-OR 1 are reacted in a molar ratio of from 1.5:1 to 1:1.5. a) the optionally substituted polycarboxylic acid or an anhydride thereof is a succinic acid or anhydride having a C 20 to C 24 alkyl or alkenyl group and R 1 is an unsubstituted alkyl, alkenyl or aryl group; or b) the optionally substituted polycarboxylic acid or an anhydride thereof is a polyisobutenyl substituted succinic acid or anhydride thereof and R 1 is a C 10 to C 20 alkyl group;
A driver's cabin of a rail vehicle defining a front direction and comprising - a driver's cabin structure comprising a crash-resistant structure surrounding an inner survival space of the driver's cabin and an energy-absorbing structure located in front of the crash-resistant structure and surrounding an inner crushable space of the driver's cabin , wherein the crash-resistant structure is divided into a roof portion , an underframe portion and side portions and includes a frame made of two or more crash-resistant frame members within the side portions connected to one or more crash-resistant frame members within the roof and underframe portions to form a safety box that is non deformable in a frontal collision, wherein the energy-absorbing structure comprises a frame of frame members and the frame members include upper and/or lower energy-absorbing side sills , a front energy-absorbing cross member and front energy-absorbing pillars , and - a driver's desk structure located inside the driver's cabin structure and attached to the driver's cabin structure , wherein the driver's desk structure comprises a deformable framework of profiles at least partially, and preferably totally located in the inner crushable space of the driver's cabin and at least one crash-resistant crossbeam fixed to the crash-resistant structure and located, with respect to the front direction , behind the deformable framework of profiles , preferably in the inner survival space . - a driver's cabin structure comprising a crash-resistant structure surrounding an inner survival space of the driver's cabin and an energy-absorbing structure located in front of the crash-resistant structure and surrounding an inner crushable space of the driver's cabin , wherein the crash-resistant structure is divided into a roof portion , an underframe portion and side portions and includes a frame made of two or more crash-resistant frame members within the side portions connected to one or more crash-resistant frame members within the roof and underframe portions to form a safety box that is non deformable in a frontal collision, wherein the energy-absorbing structure comprises a frame of frame members and the frame members include upper and/or lower energy-absorbing side sills , a front energy-absorbing cross member and front energy-absorbing pillars , and - a driver's desk structure located inside the driver's cabin structure and attached to the driver's cabin structure , wherein the driver's desk structure comprises a deformable framework of profiles at least partially, and preferably totally located in the inner crushable space of the driver's cabin and at least one crash-resistant crossbeam fixed to the crash-resistant structure and located, with respect to the front direction , behind the deformable framework of profiles , preferably in the inner survival space .
A non-naturally occurring microbial organism comprising attenuation of cydA or cydB, attenuation of the protein encoded by sucCD, and one or more of a genetic alteration selected from the group consisting of: (a) a genetic alteration that increases expression of a protein encoded by pntAB; (b) attenuation of the protein encoded by pykF; (c) attenuation of the protein encoded by yciA; (d) a genetic alteration that increases expression of a protein encoded by ackA and a protein encoded by pta; (e) a genetic alteration that increases expression of a protein encoded by cyoB; (f) attenuation of the protein encoded by pykA; (g) attenuation of the protein encoded by arcA; (h) attenuation of the protein encoded by err; (i) attenuation of the protein encoded by clpA; and (j) attenuation of the protein encoded by menC. (a) a genetic alteration that increases expression of a protein encoded by pntAB; (b) attenuation of the protein encoded by pykF; (c) attenuation of the protein encoded by yciA; (d) a genetic alteration that increases expression of a protein encoded by ackA and a protein encoded by pta; (e) a genetic alteration that increases expression of a protein encoded by cyoB; (f) attenuation of the protein encoded by pykA; (g) attenuation of the protein encoded by arcA; (h) attenuation of the protein encoded by err; (i) attenuation of the protein encoded by clpA; and (j) attenuation of the protein encoded by menC.
Fitting for securing a wall-mounted furniture piece , in particular a wall-mounted cabinet, to a wall, wherein the wall-mounted furniture piece comprises a furniture body having at least one base , a lateral wall and a rear wall , wherein the fitting comprises a first fitting part which can be fastened to the wall, a second fitting part which can be fastened to the wall-mounted furniture piece , and a length-adjustable drive unit , via which the first fitting part and the second fitting part are interconnected, wherein a support element is arranged between the first fitting part and the rear wall or a contact surface of the wall-mounted furniture piece arranged towards the rear region of the wall-mounted furniture piece, characterized in that the support element is adjustably arranged on the first fitting part orthogonally to the wall in a support direction (x).
Device for generating renewable energy, comprising: - a carrying structure for positioning a surface with solar panels at a distance (D) from a support , in particular the roof of a building; - an air duct , defined in height direction by the support and the surface ; wherein the surface area protrudes at least partially and preferably completely beyond the support area; characterised in that: the carrying structure comprises a displacement system for a mover for a maintenance device , such as a gondola, which displacement system is designed for displacing the mover at least partly along that part of the surface that projects outside the support . - a carrying structure for positioning a surface with solar panels at a distance (D) from a support , in particular the roof of a building; - an air duct , defined in height direction by the support and the surface ; wherein the surface area protrudes at least partially and preferably completely beyond the support area; characterised in that: the carrying structure comprises a displacement system for a mover for a maintenance device , such as a gondola, which displacement system is designed for displacing the mover at least partly along that part of the surface that projects outside the support .
Method for controlling a cleaning robot with a cleaning facility over a surface , wherein the method comprises the following steps: - driving the cleaning robot straight ahead until an obstacle is reached and an obstacle position is determined; - changing the driving direction by a predetermined angle and repeating the preceding step until a sufficient number of obstacle positions have been determined, in order to determine boundaries of the surface ; and - guiding the cleaning robot on the surface as a function of the surface's determined boundaries, characterised in that a lure for dust mites is output at a position (325-335) on the surface ; and after a predetermined waiting time following the outputting, a cleaning facility of the cleaning robot is activated in the region of the output lure. - driving the cleaning robot straight ahead until an obstacle is reached and an obstacle position is determined; - changing the driving direction by a predetermined angle and repeating the preceding step until a sufficient number of obstacle positions have been determined, in order to determine boundaries of the surface ; and - guiding the cleaning robot on the surface as a function of the surface's determined boundaries, characterised in that a lure for dust mites is output at a position (325-335) on the surface ; and after a predetermined waiting time following the outputting, a cleaning facility of the cleaning robot is activated in the region of the output lure.
A laundry treating apparatus comprising: a cabinet ; a drum accommodated in the cabinet ; a tub accommodating the drum; and a dynamic absorber provided to absorb oscillation of the cabinet , wherein the dynamic absorber comprises: a support plate coupled to the cabinet ; a first moving mass disposed on the support plate to be movable in a lateral direction to absorb oscillation transmitted to the cabinet during use of the laundry treating apparatus; and a second moving mass disposed on the support plate to be movable in the lateral direction to absorb oscillation transmitted to the cabinet during use of the laundry treating apparatus, and wherein the first moving mass has a mass greater than that of the second moving mass , characterized in that the dynamic absorber is configured such that, for absorbing the oscillation, a time point at which the second moving mass starts relative motion with respect to the support plate is earlier than that at which the first moving mass starts relative motion with respect to the support plate . a cabinet ; a drum accommodated in the cabinet ; a tub accommodating the drum; and a dynamic absorber provided to absorb oscillation of the cabinet , wherein the dynamic absorber comprises: a support plate coupled to the cabinet ; a first moving mass disposed on the support plate to be movable in a lateral direction to absorb oscillation transmitted to the cabinet during use of the laundry treating apparatus; and a second moving mass disposed on the support plate to be movable in the lateral direction to absorb oscillation transmitted to the cabinet during use of the laundry treating apparatus, and wherein the first moving mass has a mass greater than that of the second moving mass , characterized in that the dynamic absorber is configured such that, for absorbing the oscillation, a time point at which the second moving mass starts relative motion with respect to the support plate is earlier than that at which the first moving mass starts relative motion with respect to the support plate . a support plate coupled to the cabinet ; a first moving mass disposed on the support plate to be movable in a lateral direction to absorb oscillation transmitted to the cabinet during use of the laundry treating apparatus; and a second moving mass disposed on the support plate to be movable in the lateral direction to absorb oscillation transmitted to the cabinet during use of the laundry treating apparatus, and wherein the first moving mass has a mass greater than that of the second moving mass , characterized in that the dynamic absorber is configured such that, for absorbing the oscillation, a time point at which the second moving mass starts relative motion with respect to the support plate is earlier than that at which the first moving mass starts relative motion with respect to the support plate .
An assembly comprising a tableware tea piece and a vessel , the tableware tea piece comprising a shaped disc comprising a perimeter and two principal surfaces either side of said perimeter , a first principal surface and a second principal surface , characterized in that said second principal surface comprises a well spaced inside the perimeter , said well being impervious to aqueous liquids, wherein the perimeter comprises a perimeter recess , wherein two end points of said perimeter recess along the perimeter define an angle S relative to a vertex disposed at a geometric centre point of the tea piece, wherein the angle S is greater than 15°, wherein the second surface comprises a continuous loop drip projection wherein the continuous drip projection is spaced inside the perimeter throughout its length including the perimeter recess, or the continuous drip projection is coterminous with a portion of the edge of the perimeter recess, or the continuous drip projection is indented and the indent is coterminous with the perimeter recess, said drip projection forming a perimeter of the well, wherein the tea piece is capable of being placed to act as a lid on the vessel containing hot water with the first surface uppermost such that the perimeter recess provides a ventilation aperture within a rim of the vessel , said drip projection provides a lateral restraint against the inside of the vessel if the piece is pushed laterally, wherein the tea piece is capable of inversion and placing on a horizontal surface with the second principal surface uppermost and the first principal surface supporting the piece after said inversion such that the inverted tea piece is capable of acting as a receptacle for a used tea bag such that tea which emanates from the used tea bag is contained on the second principal surface within the well and does not spill onto the horizontal surface, and wherein a portion of said perimeter recess is shaped to enable the perimeter recess edge to be contiguous with the outside of the vessel after the inversion of the tea piece in order to reduce the likelihood of drips from a wet, used tea bag falling onto the horizontal surface during transfer from the infused tea in the vessel to the inverted tea piece acting as a receptacle for the wet, used tea bag.