mhurhangee/patent-ind-claim-en huggingface dataset:
A drive configuration comprising: a pair of traction motors (102; 202; 302) for rotationally driving opposite, first and second outputs (113; 213) of the drive configuration, the traction motors (102; 202; 302) being operatively connected to the outputs (113; 213) via respective gearing arrangements (104; 204) for selectively varying gear reduction between each of the traction motors (102; 202; 302) and the corresponding output (113; 213); a steer differential in a torque connection with the first and second outputs (113; 213) of the drive configuration; and a steer motor (106; 206; 306) operatively connected to the steer differential for selectively varying the rotational speed of the first and second outputs (113; 213) in use; characterized in that the traction and steer motors (102; 202; 302; 106; 206; 306) define a volume in which the respective gearing arrangements (104; 204) and steering differential are at least partially located. a pair of traction motors (102; 202; 302) for rotationally driving opposite, first and second outputs (113; 213) of the drive configuration, the traction motors (102; 202; 302) being operatively connected to the outputs (113; 213) via respective gearing arrangements (104; 204) for selectively varying gear reduction between each of the traction motors (102; 202; 302) and the corresponding output (113; 213); a steer differential in a torque connection with the first and second outputs (113; 213) of the drive configuration; and a steer motor (106; 206; 306) operatively connected to the steer differential for selectively varying the rotational speed of the first and second outputs (113; 213) in use; characterized in that the traction and steer motors (102; 202; 302; 106; 206; 306) define a volume in which the respective gearing arrangements (104; 204) and steering differential are at least partially located.
Light-emitting or light-receiving diode , comprising at least: - a first and second doped semi-conductor portions forming a p-n junction, a first part of the first semi-conductor portion being arranged between a second part of the first semi-conductor portion and the second semi-conductor portion ; - dielectric portions covering side walls of the second semi-conductor portion and the first part of the first semi-conductor portion ; - a first electrode arranged against the outer side walls of the dielectric portions and against side walls of the second part of the first semi-conductor portion , electrically connected to the first semi-conductor portion only by a contact with the side walls of the second part of the first semi-conductor portion , and passing through the entire thickness of the first semi-conductor portion ; - a second optically reflecting electrode , electrically connected to the second semi-conductor portion such that the second semi-conductor portion is arranged between the second electrode and the first semi-conductor portion , and comprising a first part entirely covering a face of the second semi-conductor portion and of which side walls are covered by the dielectric portions , and a second part arranged on the first part ; and wherein a light is intended to be emitted or received by the diode through the first semi-conductor portion . - a first and second doped semi-conductor portions forming a p-n junction, a first part of the first semi-conductor portion being arranged between a second part of the first semi-conductor portion and the second semi-conductor portion ; - dielectric portions covering side walls of the second semi-conductor portion and the first part of the first semi-conductor portion ; - a first electrode arranged against the outer side walls of the dielectric portions and against side walls of the second part of the first semi-conductor portion , electrically connected to the first semi-conductor portion only by a contact with the side walls of the second part of the first semi-conductor portion , and passing through the entire thickness of the first semi-conductor portion ; - a second optically reflecting electrode , electrically connected to the second semi-conductor portion such that the second semi-conductor portion is arranged between the second electrode and the first semi-conductor portion , and comprising a first part entirely covering a face of the second semi-conductor portion and of which side walls are covered by the dielectric portions , and a second part arranged on the first part ;
Enclosed electric machine comprising a stator which is arranged in a housing tube , the stator having a stator laminated core which has a stator winding and cooling channels for guiding a cooling fluid, and comprising a rotor having a rotor laminated core , which is connected in a rotationally fixed manner to a rotor shaft , and permanent magnets or short-circuit rods arranged therein, and comprising end shields which are arranged on both sides and connected to the rotor shaft via corresponding bearings , a fan being provided on the rotor, and cooling channels being arranged in the rotor laminated core , which channels are connected to corresponding return lines in the rotor, cooling channels for guiding a cooling fluid being arranged in at least the end shield that is arranged on the axial side of the rotor opposite the fan , which cooling channels in the at least one end shield are connected in parallel or in series to the cooling channels in the stator, characterised in that air conducting elements are provided for separating the cooling air flow from the stator, so that a closed cooling air flow is formed, separately from the cooling of the stator, via the end shield that is arranged on the axial side of the rotor opposite the fan , and in that the cooling channels in the at least one end shield are connected to the cooling channels in the stator via hose or pipe connections .
A method of manufacturing a head chip having an actuator plate adapted to apply pressure to liquid so as to jet the liquid, the method comprising forming the actuator plate, the step of forming the actuator plate including: (S1) forming a plurality of first grooves (C1d) on a surface of a piezoelectric substrate having one end (411E1) and another end (411E2) so as to extend from one end part of the piezoelectric substrate adjacent to the one end toward another end part of the piezoelectric substrate adjacent to the other end, and forming a second groove (C1e) on the surface of the piezoelectric substrate, the second groove being disposed between adjacent first grooves of the plurality of first grooves and the second groove being shorter than the first grooves; (S2) forming a conductive film (F) on the surface of the piezoelectric substrate provided with the plurality of first grooves and the second groove; and characterized by (S3) forming a laser processing area (LA) in the conductive film on a periphery of the second groove, by performing first laser processing from a start point (Ps) on the periphery of the second groove so as to pass between one of the first grooves and the second groove and surround the second groove, and then performing second laser processing to an end point (Pe) different from the start point. (S1) forming a plurality of first grooves (C1d) on a surface of a piezoelectric substrate having one end (411E1) and another end (411E2) so as to extend from one end part of the piezoelectric substrate adjacent to the one end toward another end part of the piezoelectric substrate adjacent to the other end, and forming a second groove (C1e) on the surface of the piezoelectric substrate, the second groove being disposed between adjacent first grooves of the plurality of first grooves and the second groove being shorter than the first grooves; (S2) forming a conductive film (F) on the surface of the piezoelectric substrate provided with the plurality of first grooves and the second groove; and characterized by (S3) forming a laser processing area (LA) in the conductive film on a periphery of the second groove, by performing first laser processing from a start point (Ps) on the periphery of the second groove so as to pass between one of the first grooves and the second groove and surround the second groove, and then performing second laser processing to an end point (Pe) different from the start point.
An operation control device comprising: a memory ; and a processor connected to the memory , characterised in that the processor is configured to: in a case in which the processor receives, at an operation unit that includes a first operation region and a second operation region adjacent to the first operation region , an operation performed on the first operation region in a direction of the second operation region , limit execution of processes corresponding to operations performed on the second operation region until a predetermined condition is met. a memory ; and a processor connected to the memory , characterised in that the processor is configured to: in a case in which the processor receives, at an operation unit that includes a first operation region and a second operation region adjacent to the first operation region , an operation performed on the first operation region in a direction of the second operation region , limit execution of processes corresponding to operations performed on the second operation region until a predetermined condition is met.
A sole structure for an article of footwear , comprising: a carrier having a bottom side and a top side , wherein the carrier has a shape corresponding to at least a portion of a footwear sole and extends through forefoot, midfoot, and heel regions; and a frame attached to the carrier top side and including interconnected walls defining a plurality of cells , and wherein at least some of the cells are varied with respect to at least one of size, shape, alignment, and spacing, and at least some of the walls are varied with respect to wall height and wall thickness, so as to define one or more regions of increased stiffness in the frame and one or more regions of reduced stiffness in the frame, at least a portion of the carrier extends under the cells, and the one or more regions of increased stiffness in the frame include a region of increased stiffness about multiple transverse axes, the region of increased stiffness about multiple transverse axes extending through forefoot and midfoot portions of the frame and comprising a first branch extending through a first metatarsal region, a second branch extending through a fifth metatarsal region, and a midfoot branch extending from a junction of the first and second branches and through the midfoot portion of the frame. a carrier having a bottom side and a top side , wherein the carrier has a shape corresponding to at least a portion of a footwear sole and extends through forefoot, midfoot, and heel regions; and a frame attached to the carrier top side and including interconnected walls defining a plurality of cells , and wherein at least some of the cells are varied with respect to at least one of size, shape, alignment, and spacing, and at least some of the walls are varied with respect to wall height and wall thickness, so as to define one or more regions of increased stiffness in the frame and one or more regions of reduced stiffness in the frame, at least a portion of the carrier extends under the cells, and the one or more regions of increased stiffness in the frame include a region of increased stiffness about multiple transverse axes, the region of increased stiffness about multiple transverse axes extending through forefoot and midfoot portions of the frame and comprising a first branch extending through a first metatarsal region, a second branch extending through a fifth metatarsal region, and a midfoot branch extending from a junction of the first and second branches and through the midfoot portion of the frame.
An implantable medical instrument for use in a body , the implantable medical instrument being configured to receive power transmitted from an extracorporeal unit that has a power transmission unit including a second coil configured to send power, and the implantable medical instrument comprising: a power receiving unit including a first coil configured to receive power transmitted from the power transmission unit of the extracorporeal unit in a non-contact manner, a soft portion for insertion of an injection needle , and a notification unit including a plurality of light emitting units , wherein the plurality of light emitting units is arranged along an outer edge of the soft portion , and the notification unit is configured, when a relative positional relationship between the power transmission unit and the power receiving unit has reached a predetermined state along with a movement of the power transmission unit and the power receiving unit receives power transmitted from the power transmission unit, to notify a position of the soft portion by emitting light from the plurality of light emitting units using the power received with the power receiving unit , characterized in that the plurality of light emitting units is configured to emit light toward a center or an outside of the soft portion so as to allow a light intensity toward the center of the soft portion and a light intensity toward the outside of the soft portion to differ from each other. a power receiving unit including a first coil configured to receive power transmitted from the power transmission unit of the extracorporeal unit in a non-contact manner, a soft portion for insertion of an injection needle , and a notification unit including a plurality of light emitting units , wherein the plurality of light emitting units is arranged along an outer edge of the soft portion , and the notification unit is configured, when a relative positional relationship between the power transmission unit and the power receiving unit has reached a predetermined state along with a movement of the power transmission unit and the power receiving unit receives power transmitted from the power transmission unit, to notify a position of the soft portion by emitting light from the plurality of light emitting units using the power received with the power receiving unit , characterized in that the plurality of light emitting units is configured to emit light toward a center or an outside of the soft portion so as to allow a light intensity toward the center of the soft portion and a light intensity toward the outside of the soft portion to differ from each other.
A game controller which is removably attachable to a main unit having a main unit-side slide member and configured to execute a game process, the game controller comprising a front surface, a side surface, and a reverse surface, and a projection portion projecting with respect to other portions of the reverse surface, the game controller comprising: a movable member that is configured to be moved by an operation by a user, wherein the movable member is provided near the projection portion on the reverse surface, the projection portion is provided so as to extend higher than the movable member , and at least a portion of the movable member cannot be seen when the game controller is seen from a predetermined direction parallel to the reverse surface, a controller-side slide member protruding from the side surface and being configured for slidably engaging with the main unit-side slide member, and a stop member configured for resisting a slide movement, in an opposite direction, of the controller-side slide member against the main unit-side slide member , the opposite direction being a direction opposite to a direction in which the controller-side slide member is insertable into the main unit-side slide member, wherein the stop member is coupled to the movable member , and the stop member is moved at least from a first position to a second position in response to the movable member being operated by a user, thereby releasing a lock by the stop member . a movable member that is configured to be moved by an operation by a user, wherein the movable member is provided near the projection portion on the reverse surface, the projection portion is provided so as to extend higher than the movable member , and at least a portion of the movable member cannot be seen when the game controller is seen from a predetermined direction parallel to the reverse surface, a controller-side slide member protruding from the side surface and being configured for slidably engaging with the main unit-side slide member, and a stop member configured for resisting a slide movement, in an opposite direction, of the controller-side slide member against the main unit-side slide member , the opposite direction being a direction opposite to a direction in which the controller-side slide member is insertable into the main unit-side slide member, wherein the stop member is coupled to the movable member , and the stop member is moved at least from a first position to a second position in response to the movable member being operated by a user, thereby releasing a lock by the stop member .
A camera system for aerial photography, comprising: a camera control unit operatively connected to a supporting device and camera ; the supporting device is connected to the camera and is configured to mechanically support the camera and to move the camera in one or more spinning axes in order to achieve camera movement in a desire direction; the camera system is characterized in that the camera control unit is configured to: control the supporting device to move the camera along a scanning line across the flight direction; and to control the camera to capture images in a certain frame rate as the camera is being moved along the scanning line; the camera control unit is further configured to control the supporting device to adapt to the velocity at which the camera is being moved according to the current operational mode of the camera ; wherein, when the camera is in exposure mode, the velocity is adapted to be within a first range, selected to reduce camera motion blur; and wherein when the camera is in a non-exposure mode the velocity is adapted to be within a second range which is different than the first range and wherein the velocity in the first range and the velocity in the second range are greater than 0, and the velocity in the second range is greater than the velocity in the first range. control the supporting device to move the camera along a scanning line across the flight direction; and to control the camera to capture images in a certain frame rate as the camera is being moved along the scanning line; the camera control unit is further configured to control the supporting device to adapt to the velocity at which the camera is being moved according to the current operational mode of the camera ; wherein, when the camera is in exposure mode, the velocity is adapted to be within a first range, selected to reduce camera motion blur; and wherein when the camera is in a non-exposure mode the velocity is adapted to be within a second range which is different than the first range and wherein the velocity in the first range and the velocity in the second range are greater than 0, and the velocity in the second range is greater than the velocity in the first range.
Use of sedoheptulose as a nutritional inducer of cellular oxygen consumption, wherein therapeutical uses on the human and animal body are excluded.
A radiation shield comprising a hydride and a thermoplastic or thermosetting polymer binder, characterised in that the hydride is selected from one or more of ammonia borane, ammonium borohydride, methylammonium borohydride, an ammoniate of lithium borohydride, a methyl amine borane, ammonia triborane, beryllium borohydride, ammonium octahydrotriborane, lithium borohydride, tetramethyl ammonium borohydride and beryllium hydride, wherein the radiation shield further comprises a polymer layer or metallised polymer layer, said layer being gas or moisture impermeable and enveloping the hydride.
A blood collection apparatus comprising: a puncture site holding mechanism for holding a puncture site of a subject; a compression mechanism for performing an operation of compressing and releasing the puncture site when blood is collected from the puncture site ; a container holding mechanism for holding a container for collecting blood flowing from a puncture wound at the puncture site ; and characterised by : a driving mechanism configured to vary a relative distance between the puncture site and the container during blood collection by vertically moving the puncture site holding mechanism , the container holding mechanism , or the container held by the container holding mechanism when blood flowing from the puncture wound is collected. a puncture site holding mechanism for holding a puncture site of a subject; a compression mechanism for performing an operation of compressing and releasing the puncture site when blood is collected from the puncture site ; a container holding mechanism for holding a container for collecting blood flowing from a puncture wound at the puncture site ; and characterised by : a driving mechanism configured to vary a relative distance between the puncture site and the container during blood collection by vertically moving the puncture site holding mechanism , the container holding mechanism , or the container held by the container holding mechanism when blood flowing from the puncture wound is collected.
Transmission element (15', 15") suitable for transmitting oscillations and an impression force on a rivet in a punch-riveting device having an oscillation generator , wherein the transmission element (15', 15") by way of a first end is capable of being coupled to the oscillation generator in such a manner that the transmission element (15', 15") is capable of being set in oscillation by the oscillation generator , wherein the transmission element (15', 15") at a second end is capable of contacting the rivet , wherein the transmission element (15, 15") has a duct which opens out into an opening at the second end , wherein the duct is configured in such a manner that an optical signal is capable of being directed through the duct onto the rivet , wherein furthermore the duct in a lateral region between the first end and the second end opens into a second opening by way of which the optical signal is capable of being introduced into the duct , characterized in that an optical deflection installation by means of which the optical signal is capable of being deflected from the first opening in the direction of the second opening is provided in the duct between the first opening and the second opening .
Intraocular lens having an optics body and a haptic , characterized in that the haptic comprises a linkage mechanism having a first arm , which forms the radially outwardly arranged part of the haptic , and has a first longitudinal end and a second longitudinal end , a first linkage , which is arranged at a position between the first longitudinal end of the first arm and the second longitudinal end of the first arm and by means of which the first arm is pivotably coupled to the optics body , a second arm , a third arm , a second linkage , a third linkage and a fourth linkage , wherein the second linkage is arranged at the second longitudinal end of the first arm and at a first longitudinal end of the second arm and pivotably couples the first arm to the second arm , the third linkage is arranged at a second longitudinal end of the second arm and at a first longitudinal end of the third arm and pivotably couples the second arm to the third arm , the fourth linkage is arranged at a second longitudinal end of the third arm and pivotably couples the third arm to the optics body , and also at least one of the second linkage , the third linkage and the fourth linkage is configured to exert a restoring force when the linkage mechanism is moved out of its rest position, wherein the haptic comprises a support projection which is embodied to be stiffer than the linkage mechanism , which is fastened to the optics body , which radially outwardly protrudes from the optics body and which has arranged at its radially outer edge the first linkage .