mhurhangee/ep-ind-claims huggingface dataset:
An electric toothbrush (10, 100) comprising: a handle (80, 130) defining a hollow interior region with a motor (90, 102) disposed therein; a head (20, 120) comprising a movable bristle holder, wherein said movable bristle holder has bristles disposed thereon; a neck (40, 140) extending between said handle and said head; and a drive shaft (95, 160, 195, 295, 395, 495, 595, 695, 795, 895) defining a longitudinal axis, wherein said drive shaft extends through said neck and operatively connects said motor to said movable bristle holder for transferring power from said motor to said movable bristle holder, wherein upon operation of said motor, said drive shaft undergoes reciprocating motion, and wherein said drive shaft comprises at least one spring element (96, 196, 296, 396, 496, 594, 596, 694, 696, 794, 796, 894, 896) integrally formed with said drive shaft between said motor and said movable bristle holder, said at least one spring element being substantially rigid and unchanged in shape when said drive shaft adjacent said movable bristle holder is not excessively loaded to transfer power from said motor to said drive shaft adjacent said movable bristle holder without any significant loss in efficiency and relatively flexible upon application of an excessive load to said drive shaft adjacent said movable bristle holder which limits movement thereof so that said motor causes said at least one spring element to undergo repeated displacements by absorbing at least some of the power from said motor which enables said motor to continue to operate while consuming ordinary levels of power even though said drive shaft adjacent said movable bristle holder is excessively loaded and has its movement limited, further wherein the excessive load is a load which would result in substantial stalling of said motor if said at least one spring element was not present on said drive shaft. a handle (80, 130) defining a hollow interior region with a motor (90, 102) disposed therein; a head (20, 120) comprising a movable bristle holder, wherein said movable bristle holder has bristles disposed thereon; a neck (40, 140) extending between said handle and said head; and a drive shaft (95, 160, 195, 295, 395, 495, 595, 695, 795, 895) defining a longitudinal axis, wherein
A method for service processing in a mobile terminal, the method comprising: in response to the situation that a first Subscriber Identity Module, SIM, in an on-network state is required to process a high real time service, identifying whether Packet Switched, PS, domain data being received/transmitted in a PS domain service currently processed on a second SIM is the critical data for maintaining the QoS level of the PS domain service, wherein the on-network state is a state in which the mobile terminal acquired synchronization information of a cell, and wherein the high real time service has higher requirement to real-time processing than the PS domain service, and the first SIM and the second SIM belong to multiple SIMs inserted in the same mobile terminal; in response to the situation that the PS domain data being received/transmitted is non-critical data, suspending the processing of the PS domain service and processing the high real time service. in response to the situation that a first Subscriber Identity Module, SIM, in an on-network state is required to process a high real time service, identifying whether Packet Switched, PS, domain data being received/transmitted in a PS domain service currently processed on a second SIM is the critical data for maintaining the QoS level of the PS domain service, wherein the on-network state is a state in which the mobile terminal acquired synchronization information of a cell, and wherein the high real time service has higher requirement to real-time processing than the PS domain service, and the first SIM and the second SIM belong to multiple SIMs inserted in the same mobile terminal; in response to the situation that the PS domain data being received/transmitted is non-critical data, suspending the processing of the PS domain service and processing the high real time service.
A drive unit (A1, A2) for a movable member (29, 30), comprising: the movable member (29, 30) adjusting aerodynamic characteristics of a vehicle while the movable member (29, 30) is changing a position thereof; an electric motor (M1, M2) operating the movable member (29, 30); a preventing device preventing the movable member (29, 30) from operating beyond a specified operating range by making contact with the movable member (29, 30); and a controlling device supplying an electric power to the electric motor (M1, M2) for a reference time and operating the movable member (29, 30) from a first end to a second end of the specified operating rang, the drive unit is characterised in that the controlling device corrects the reference time on the basis of an external factor that affects an operating speed of the movable member (29, 30). the movable member (29, 30) adjusting aerodynamic characteristics of a vehicle while the movable member (29, 30) is changing a position thereof; an electric motor (M1, M2) operating the movable member (29, 30); a preventing device preventing the movable member (29, 30) from operating beyond a specified operating range by making contact with the movable member (29, 30); and a controlling device supplying an electric power to the electric motor (M1, M2) for a reference time and operating the movable member (29, 30) from a first end to a second end of the specified operating rang, the drive unit is characterised in that the controlling device corrects the reference time on the basis of an external factor that affects an operating speed of the movable member (29, 30).
A method for installing dry cladding on a flat structural surface, characterized in that the method comprises the successive steps of A effecting the fixation of foam-like insulation panels to a flat structural surface of a building, wherein aligned brackets are provided on the side of the insulation panels remote from the supporting surface, each bracket having at least one connecting leg that is directed outward, at least substantially perpendicular to the supporting surface, and wherein the foam-like insulation panels are already provided with the brackets upon fixation of the insulation panels to the supporting surface, B connecting fixing means oriented parallel to each other to the at least one connecting leg of the brackets, C connecting the dry wall cladding to the fixing means on the side remote from the supporting surface. A effecting the fixation of foam-like insulation panels to a flat structural surface of a building, wherein aligned brackets are provided on the side of the insulation panels remote from the supporting surface, each bracket having at least one connecting leg that is directed outward, at least substantially perpendicular to the supporting surface, and wherein the foam-like insulation panels are already provided with the brackets upon fixation of the insulation panels to the supporting surface, B connecting fixing means oriented parallel to each other to the at least one connecting leg of the brackets, C connecting the dry wall cladding to the fixing means on the side remote from the supporting surface.
Push-pull rod having: - at least one fastening device, with a coupling element and a stem arranged thereon, - at least one sleeve-like attachment piece, wherein the fastening device is connected to the attachment piece such that it can be rotated via a thread arrangement in order for the push-pull rod to be changed in length, characterized by - a latching device with first and second latching elements (14, 17) which, as seen in the radial direction, are directed towards one another, and interact, and arrest the rotary movement of the fastening device relative to the attachment piece in a releasable manner, in a number of rotary positions, with a predetermined locking force, wherein the first latching element is formed on an inner lateral surface of an annular element, wherein the annular element is connected to the attachment piece such that it can be displaced in the axial direction and is rotationally fixed in the circumferential direction, and wherein the second latching element is arranged in a rotationally fixed manner on the stem of the fastening device. - at least one fastening device, with a coupling element and a stem arranged thereon, - at least one sleeve-like attachment piece, wherein the fastening device is connected to the attachment piece such that it can be rotated via a thread arrangement in order for the push-pull rod to be changed in length, - a latching device with first and second latching elements (14, 17) which, as seen in the radial direction, are directed towards one another, and interact, and arrest the rotary movement of the fastening device relative to the attachment piece in a releasable manner, in a number of rotary positions, with a predetermined locking force,
A stator for an aspiration motor, comprising: a stator support plate; a support boss, vertically extended from the central portion of the stator support plate and defining a central hole for receiving a shaft of a rotor; a bobbin formed on the lateral surface of the support boss, the bobbin comprising a flange extending laterally from the lateral surface of the support boss and being separated from the upper side surface of the stator support plate, providing a space between said bobbin flange and said upper side surface; a stator coil formed by a wire wound in said space, the stator support plate, the support boss and the bobbin being integrally formed; an axial bearing seat which is inserted into the stator support plate, and is located at the lower portion of the central hole which is formed in the support boss, to thereby isolate a sealing at the lower portion of the central hole; a back yoke which is located on the outer circumference of the bearing seat and forms a magnetic circuit; a hall element which is set so as to be circumferentially shifted by 1/4 magnetic pole pitch from the corner of the back yoke and the magnetic boundary surface of the magnetic poles of the rotor magnet, and a sleeve which is installed in the inside of the central hole formed in the support boss and grease which is filled between the sleeve and the bearing seat. a stator support plate; a support boss, vertically extended from the central portion of the stator support plate and defining a central hole for receiving a shaft of a rotor; a bobbin formed on the lateral surface of the support boss, the bobbin comprising a flange extending laterally from the lateral surface of the support boss and being separated from the upper side surface of the stator support plate, providing a space between said bobbin flange and said upper side surface; a stator coil formed by a wire wound in said space, the stator support plate, the support boss and the bobbin being integrally formed; an axial bearing seat which is inserted into the stator support plate, and is located at the lower portion of the central hole which is formed in the support boss, to thereby isolate a sealing at the lower portion of the central hole; a back yoke which is located on the outer circumference of the bearing seat and forms a magnetic circuit; a hall element which is set so as to be circumferentially shifted by 1/4 magnetic pole pitch from the corner of the back yoke and the magnetic boundary surface of the magnetic poles of the rotor magnet, and a sleeve which is installed in the inside of the central hole formed in the support boss and grease which is filled between the sleeve and the bearing seat.
A moving assembly for moving a vehicle between at least one first storage or loading/unloading station of said vehicle and at least one second storage or loading/unloading station along at least one first direction of movement, said assembly comprising: - at least one supporting platform of said vehicle, said platform comprising a body, which defines an upper resting surface for said vehicle, and a lower surface, opposite to said surface, said platform comprising at least one guiding bar, which develops along a first development direction, said platform comprising a plurality of moving wheels (128', 208); - a first towing unit and a second towing unit, which are configured to interact with said bar determining the dragging of said platform along said at least one first direction of movement, said first unit and said second unit being installed in a first position characteristic of said first station and of said second station, said first unit and said second unit each defining an meshing stretch (221, 222) for said bar of said platform, at which the first and the second meshing and towing wheels act on said bar from opposite sides (125', 125"), said meshing stretches (221, 222) being aligned so as to define said first direction of movement, wherein said bar has an extension, measured along said first development direction, greater than the minimum distance, measured along said first direction of movement, between said meshing stretches (221, 222), characterised in that: each unit (30,40) comprises at least one first row of first meshing and towing wheels and a second row of second meshing and towing wheels, opposite to said first row of said first wheels and wherein at least one of said towing units (30,40) comprises orientation means (75, 170) configured to vary the orientation of said meshing stretch (221, 222). - at least one supporting platform of said vehicle, said platform comprising a body, which defines an upper resting surface for said vehicle, and a lower surface, opposite to said surface, said platform comprising at least one guiding bar, which develops along a first development direction, said platform comprising a plurality of moving wheels (128', 208); - a first towing unit and a second towing unit, which are configured to interact with said bar determining the dragging of said platform along said at least one first direction of movement, said first unit and said second unit being installed in a first position characteristic of said first station and of said second station, each unit (30,40) comprises at least one first row of first meshing and towing wheels and a second row of second meshing and towing wheels, opposite to said first row of said first wheels and wherein at least one of said towing units (30,40) comprises orientation means (75, 170) configured to vary the orientation of said meshing stretch (221, 222).
A surgical stapling apparatus, comprising: a housing having an actuator; an elongated member extending from the housing; an end effector disposed on one end of the elongated member, the end effector including first and second jaws (108, 110); a plurality of fasteners disposed in the end effector; a plurality of pusher members located in the end effector, each pusher member in the plurality of pusher members operatively coupled to a number of fasteners; an actuation mechanism operatively coupled to the actuator, the actuation mechanism including a longitudinally translatable drive member and an actuation sled coupled thereto, the actuation sled configured for engaging the plurality of pusher members; a pressure responsive element disposed in one of the jaws (108,110), the pressure responsive element communicating a signal to a controller coupled to the surgical stapling apparatus, the signal representative of pressure applied to the pressure responsive element, wherein the the pressure responsive element includes pressure sensors staggered from proximal to distal positions relative to the fasteners wherein at least one pressure sensor corresponds to each fastener or pusher member, characterised in that the pressure responsive element includes at least one circuit, wherein each circuit has a specific electrical range or value of resistance, inductance or impedance that can be read by the controller to determine the exact type of end effector loaded. a housing having an actuator; an elongated member extending from the housing; an end effector disposed on one end of the elongated member, the end effector including first and second jaws (108, 110); a plurality of fasteners disposed in the end effector; a plurality of pusher members located in the end effector, each pusher member in the plurality of pusher members operatively coupled to a number of fasteners; an actuation mechanism operatively coupled to the actuator, the actuation mechanism including a longitudinally translatable drive member and an actuation sled coupled thereto, the actuation sled configured for engaging the plurality of pusher members; a pressure responsive element disposed in one of the jaws (108,110), the pressure responsive element communicating a signal to a controller coupled to the surgical stapling apparatus, the signal representative of pressure applied to the pressure responsive element, wherein the the pressure responsive element includes pressure sensors staggered from proximal to distal positions relative to the fasteners wherein at least one pressure sensor corresponds to each fastener or pusher member, characterised in that the pressure responsive element includes at least one circuit, wherein each circuit has a specific electrical range or value of resistance, inductance or impedance that can be read by the controller to determine the exact type of end effector loaded.
Arrangement for light output with a planar light guiding element with a plurality of substantially point-like light sources, which are arranged on at least one narrow side that forms a light input coupling section of a light guide, wherein the light guiding element is designed to reflect the light emitted by the light sources and irradiated via the light input coupling section via a flat side (11, 12) arranged substantially vertically to the narrow side, characterised in that the light guiding element has a recess on the narrow side that forms the light input coupling section, which is arranged to accommodate the light sources together with a support element and is peripherally delimited by the light guiding element.
A method for production of a chlorogenic acid-containing material, comprising contacting a coffee bean extract, which has been extracted from coffee beans using water or a mixture of a water miscible organic solvent and water at a mass ratio of water-miscible organic solvent/water of less than 70/30, with a mixture of a water-miscible organic solvent and water, under such conditions that the mass ratio of the components and obtained after the mixture is mixed with the component becomes 70/30 to 99.5/0.5; recovering a solid portion; and adding water or a mixture having a mass ratio of water-miscible solvent / water of 5/95 or greater and less than 70/30 to the recovered solid portion, to dissolve the solid portion or to extract chlorogenic acids.
A process cartridge attachable to and detachable from an image forming apparatus, the process cartridge comprising: a roller; a sidewall disposed on an axial direction of the roller; a first cartridge electric contact provided on the sidewall; and a second cartridge electric contact provided on the sidewall, wherein the first cartridge electric contact is a fixed electric contact and the second cartridge electric contact is a movable electric contact that is movable in a direction in which the first cartridge electric contact protrudes from the sidewall; wherein the first cartridge electric contact is positioned closer to a front end portion of the sidewall, in a mounting direction of the process cartridge, than the second cartridge electric contact; wherein the first cartridge electric contact and second cartridge electric contact are insertable into a guide rail provided on a main body of the image forming apparatus to guide attachment and detachment of the process cartridge to the image forming apparatus; characterized in that: the movable electric contact is elastically biased by an elastic force in the direction in which the movable electric contact protrudes from the sidewall. a roller; a sidewall disposed on an axial direction of the roller; a first cartridge electric contact provided on the sidewall; and a second cartridge electric contact provided on the sidewall,
A vacuum pump which comprises a gas inlet and a fast-rotating rotor and which is connectable to a flange of a multi-chamber vacuum plant, said flange being provided with a plurality of suction openings separated by a dividing wall, wherein a gas path dividing structure (127, 128, 129) which divides the gas inlet into suction regions is arranged in said gas inlet and is adapted such that it effects a sealing of the chambers (102, 103) together with the dividing wall, characterized in that at least one part of one of the bearings (125, 126) rotatably supporting the rotor is held in the gas path dividing structure (127, 128, 129).
A handheld sensor device to project a visual indicator against a surface, the device comprising: a sensor configured to sense an object behind the surface and to provide a data signal; a controller coupled to the sensor, the controller being configured to receive the data signal, to activate a first icon based on the data signal and to provide a control signal, wherein the first icon comprises a distinct two-dimensional icon; and a light source coupled to the controller, the light source being configured to receive the control signal and to project the first icon against the surface, the light source comprising a light emitting source; and an aperture defined to project light from the light emitting source; wherein the controller is further configured to activate a second icon based on the data signal, and the light source is further configured to project the second icon against the surface, and wherein the first icon provides a first feature about the object behind the surface and comprises one from a group consisting of an arrow; an indication of a direction to the object; an indication of an edge feature of the object; an indication of a center feature of the object; wherein the second icon provides a second feature about the object behind the surface, the second icon providing dynamic text to display to a user, and wherein the aperture is a common dynamic aperture. a sensor configured to sense an object behind the surface and to provide a data signal; a controller coupled to the sensor, the controller being configured to receive the data signal, to activate a first icon based on the data signal and to provide a control signal, wherein the first icon comprises a distinct two-dimensional icon; and a light source coupled to the controller, the light source being configured to receive the control signal and to project the first icon against the surface, the light source comprising a light emitting source; and an aperture defined to project light from the light emitting source; a light emitting source; and an aperture defined to project light from the light emitting source; wherein the controller is further configured to activate a second icon based on the data signal, and the light source is further configured to project the second icon against the surface, and wherein the first icon provides a first feature about the object behind the surface and comprises one from a group consisting of an arrow; an indication of a direction to the object; an indication of an edge feature of the object; an indication of a center feature of the object; an arrow; an indication of a direction to the object; an indication of an edge feature of the object; an indication of a center feature of the object; wherein the second icon provides a second feature about the object behind the surface, the second icon providing dynamic text to display to a user, and wherein the aperture is a common dynamic aperture.