mhurhangee/patent-ind-claim-en huggingface dataset:
A contactless power receiving apparatus configured to communicate with at least one further contactless power receiving apparatus , each of the contactless power receiving apparatus and the at least one further contactless power receiving apparatus comprising: a resonance element adapted to receive supply of alternating-current power in a contactless fashion by resonance from a resonance element of a power supplying source ; an excitation element adapted to receive supply of the alternating-current power by electromagnetic induction from said resonance element ; a rectification circuit adapted to generate direct-current power from the alternating-current power from said excitation element and output the direct-current power; a changeover circuit adapted to change over the alternating-current power between a supplied state and a non-supplied state to said rectification circuit ; acceptance means for accepting a setting input of a priority degree regarding reception of power from a user; short distance radio communication means ; and control means for communicating with other contactless power receiving apparatuses through said short distance radio communication means and controlling said changeover circuit so that said contactless power receiving apparatus and the at least one further contactless power receiving apparatus may not receive supply of power at the same time taking the priority degrees regarding reception of power of said contactless power receiving apparatus and the at least one further contactless power receiving apparatus into consideration. a resonance element adapted to receive supply of alternating-current power in a contactless fashion by resonance from a resonance element of a power supplying source ; an excitation element adapted to receive supply of the alternating-current power by electromagnetic induction from said resonance element ; a rectification circuit adapted to generate direct-current power from the alternating-current power from said excitation element and output the direct-current power; a changeover circuit adapted to change over the alternating-current power between a supplied state and a non-supplied state to said rectification circuit ; acceptance means for accepting a setting input of a priority degree regarding reception of power from a user; short distance radio communication means ; and control means for communicating with other contactless power receiving apparatuses through said short distance radio communication means and controlling said changeover circuit so that said contactless power receiving apparatus and the at least one further contactless power receiving apparatus may not receive supply of power at the same time taking the priority degrees regarding reception of power of said contactless power receiving apparatus and the at least one further contactless power receiving apparatus into consideration.
A window unit comprising: a first substantially transparent substrate and a first electrochromic device disposed thereon; a second substantially transparent substrate and either a second electrochromic device disposed thereon or a heatable transparent conductive oxide layer thereon; and a sealing separator between the first and second substantially transparent substrates , which sealing separator defines, together with the first and second substantially transparent substrates , an insulating glass unit having an interior region that is thermally insulating, wherein, when present, both of the first and second electrochromic devices are two-state electrochromic devices and the window unit has at least four optical states, wherein at least one of the first and second electrochromic devices is an entirely solid state and inorganic device, wherein the interior region contains an inert gas, and wherein the first electrochromic device extends over substantially the entire viewable region of the first substantially transparent substrate . a first substantially transparent substrate and a first electrochromic device disposed thereon; a second substantially transparent substrate and either a second electrochromic device disposed thereon or a heatable transparent conductive oxide layer thereon; and a sealing separator between the first and second substantially transparent substrates , which sealing separator defines, together with the first and second substantially transparent substrates , an insulating glass unit having an interior region that is thermally insulating, wherein, when present, both of the first and second electrochromic devices are two-state electrochromic devices and the window unit has at least four optical states, wherein at least one of the first and second electrochromic devices is an entirely solid state and inorganic device, wherein the interior region contains an inert gas, and wherein the first electrochromic device extends over substantially the entire viewable region of the first substantially transparent substrate .
A motor comprising : a motor housing ; a stator fixedly coupled to the motor housing ; a rotor rotatably installed at a center of the stator by a rotation shaft ; a first bearing rotatably supporting the rotation shaft and having an outer race fixed to the motor housing and an inner race coupled to the rotation shaft ; and an output clutch contacting an inner race of the first bearing , characterized in that the output clutch includes a sintering member surface-contacting the inner race and press-fitted into the rotation shaft , and a clutch member formed by being arranged at a center of the sintering member , in that the sintering member includes a distal end having a diameter corresponding to the inner race of the first bearing , and in that the distal end of the sintering member point-contacts the inner race of the first bearing on at least one point. a motor housing ; a stator fixedly coupled to the motor housing ; a rotor rotatably installed at a center of the stator by a rotation shaft ; a first bearing rotatably supporting the rotation shaft and having an outer race fixed to the motor housing and an inner race coupled to the rotation shaft ; and an output clutch contacting an inner race of the first bearing , characterized in that the output clutch includes a sintering member surface-contacting the inner race and press-fitted into the rotation shaft , and a clutch member formed by being arranged at a center of the sintering member , in that the sintering member includes a distal end having a diameter corresponding to the inner race of the first bearing , and in that the distal end of the sintering member point-contacts the inner race of the first bearing on at least one point.
High conductance thermal link , that comprises: - a thermal conductive strap comprising pyrolytic graphite layers arranged in stacks and polyimide film at least partially covering each stack , with adhesive material between the pyrolytic graphite layers, the thermal conductive strap having two opposite ends , and - two end fittings that house the corresponding ends of the thermal conductive strap , characterised in that J at least one of the ends of the thermal conductive strap has a geometry in a plan view comprising several protrusions separated by intermediate gaps , and in that in the ends of the thermal conductive strap there is an adhesive material between the pyrolytic graphite layers and between the stacks of pyrolytic graphite layers, and the end fittings comprise two symmetrical halves attached by joining means . - a thermal conductive strap comprising pyrolytic graphite layers arranged in stacks and polyimide film at least partially covering each stack , with adhesive material between the pyrolytic graphite layers, the thermal conductive strap having two opposite ends , and - two end fittings that house the corresponding ends of the thermal conductive strap ,
A method in a network node for selecting a gateway for a user equipment in a communications system , the communications system comprising the network node , one or more local gateways located in a Radio Access Network, RAN, and one or more non-local gateways located in the Mobile Core Network, which gateways are configured to provide packet data network connectivity to the user equipment , the method comprising: detecting the presence of local gateways among said gateways ; obtaining a first set of information indicating if the user equipment is of a fixed type that does not require mobility, or of a mobile type; selecting, based on the first set of information, one of the detected local gateways to provide packet data network connectivity to the user equipment , when the user equipment type is of a fixed type: and selecting, based on the obtained information, a non-local gateway among said gateways to provide packet data network connectivity to the user equipment , when the user equipment type is of a mobile type. detecting the presence of local gateways among said gateways ; obtaining a first set of information indicating if the user equipment is of a fixed type that does not require mobility, or of a mobile type; selecting, based on the first set of information, one of the detected local gateways to provide packet data network connectivity to the user equipment , when the user equipment type is of a fixed type: and selecting, based on the obtained information, a non-local gateway among said gateways to provide packet data network connectivity to the user equipment , when the user equipment type is of a mobile type.
Mammography apparatus comprising an x-ray source , a movable paddle and a detector , wherein the paddle and the detector are arranged to cooperate for pressurizing a breast so as to prepare for x-ray imaging of the breast , wherein the movable paddle is connected to a paddle drive control system configured to drive the movable paddle towards the detector with a selected speed, wherein the paddle drive control system is connected to a speed controller configured to provide the paddle drive control system with a variating target setpoint that sets a rate at which the paddle drive control system drives the movable paddle towards the detector , characterized in that the apparatus comprises a contact area measurement device with which the contact area of the breast with the movable paddle and/or the detector is measurable, and that the speed controller is only operable for varying the variating target setpoint of the paddle drive control system when the contact area measurement device establishes that the contact area surpasses a predefined first threshold value.
Method to bend tubular elements in the form of a bar, from which a plurality of bent portions are made, said method comprising at least one bending step, in which bending means provided with at least one bending arm act on an external surface of a tubular element , and a bend core disposed inside said tubular element contrasts the action of said bending arm from the inside, by means of a contrasting ogive and a possible bend-follower element disposed articulated at the head of the contrasting ogive , and conforms the bend of said tubular element in a desired manner, and at least one movement step in which movement means move said tubular element both to feed it toward said bending means and also during the bending step, wherein both in said bending step and also in said movement step, said method provides that said bend core is maintained in a condition of suspension inside said tubular element by means of holding means , wherein said method provides to activate a support member of the holding means which is made of flexible or articulated components or materials, is directly connected to the back part of the contrasting ogive of the bend core and supports and feeds in said condition of suspension at least the contrasting ogive and the possible bend-follower element of the bend core inside said tubular element , characterised in that said method provides to use said support member to feed the contrasting ogive from the back surface of the tubular element with a curvilinear path and to guarantee rigidity in the operating position of the contrasting ogive , wherein the bend core is moved by movement means axially to the tubular element by a tail end of the tubular element , until the leading end is reached, and then positioned in cooperation with the bending means and further wherein the movement of the tubular element to bend its portions is carried out head-wise.
Spoked wheel for tubeless tyres, with - a hub , - a rim , inwardly projecting spoke holders being provided distributed in the circumferential direction on a rim inner side, and - a plurality of spokes which extend between the hub and the spoke holders , - inner ends of first spokes being connected to the hub in a region to the left of a hub centre plane, and - inner ends of second spokes being connected to the hub in a region to the right of the hub centre plane, outer ends of the spokes being connected in each case to an intermediate element which is inserted in a positively locking manner into the recess of an associated spoke holder , the intermediate elements in each case having a receiving recess for receiving an outer end section of a spoke , characterized in that the intermediate elements in each case have a substantially T-shaped cross section, and the respective recess is of complementary configuration with respect to the T-shaped cross section of the respective intermediate element . - a hub , - a rim , inwardly projecting spoke holders being provided distributed in the circumferential direction on a rim inner side, and - a plurality of spokes which extend between the hub and the spoke holders , - inner ends of first spokes being connected to the hub in a region to the left of a hub centre plane, and - inner ends of second spokes being connected to the hub in a region to the right of the hub centre plane, outer ends of the spokes being connected in each case to an intermediate element which is inserted in a positively locking manner into the recess of an associated spoke holder , the intermediate elements in each case having a receiving recess for receiving an outer end section of a spoke , characterized in that the intermediate elements in each case have a substantially T-shaped cross section, and the respective recess is of complementary configuration with respect to the T-shaped cross section of the respective intermediate element . outer ends of the spokes being connected in each case to an intermediate element which is inserted in a positively locking manner into the recess of an associated spoke holder , the intermediate elements in each case having a receiving recess for receiving an outer end section of a spoke , characterized in that the intermediate elements in each case have a substantially T-shaped cross section, and the respective recess is of complementary configuration with respect to the T-shaped cross section of the respective intermediate element .
An image guided motion scaled surgical robotic system , comprising: a surgical robotic arm ; and an image guided motion scaled robot controller in communication with the surgical robotic arm , wherein the image guided motion scaled robot controller is structurally configured, responsive to an input signal indicative of a user defined motion of the surgical robotic arm within an anatomical region, to control an actuated motion of the surgical robotic arm within the anatomical region based on a parameter related to the motion of the surgical robotic arm relative a map of a motion scale delineated within an imaging of the anatomical region and the signal; wherein the map of a motion scale includes at least one scaling factor. a surgical robotic arm ; and an image guided motion scaled robot controller in communication with the surgical robotic arm , wherein the image guided motion scaled robot controller is structurally configured, responsive to an input signal indicative of a user defined motion of the surgical robotic arm within an anatomical region, to control an actuated motion of the surgical robotic arm within the anatomical region based on a parameter related to the motion of the surgical robotic arm relative a map of a motion scale delineated within an imaging of the anatomical region and the signal; wherein the map of a motion scale includes at least one scaling factor. wherein the image guided motion scaled robot controller is structurally configured, responsive to an input signal indicative of a user defined motion of the surgical robotic arm within an anatomical region, to control an actuated motion of the surgical robotic arm within the anatomical region based on a parameter related to the motion of the surgical robotic arm relative a map of a motion scale delineated within an imaging of the anatomical region and the signal; wherein the map of a motion scale includes at least one scaling factor.
A trailer electronic braking system comprising a braking device (18-21) capable of generating a braking force on a wheel (1-4) on the trailer, a brake force into the brake cylinders being controllable by a braking ECU , which braking ECU is connected to a standards compliant communication bus on said trailer and is adapted to receive data inputs from sensors (5-8) on the trailer, wherein the system further comprises means to interface to trailer electronics and a communications interface, characterised in that the said means is adapted to receive inputs from further sensors on the trailer and/or to read the inputs from sensors received by the braking ECU such that data received from the sensors can be rendered in standards compliant manner and wirelessly transmitted to a further device remote or distinct from the trailer, which further device is adapted to display information so received using a standards compliant client.
An inflatable bed, comprising: an upper sheet comprising a planar portion and an oblique portion ; a lower sheet ; a lateral confining sheet , connecting the upper sheet and the lower sheet and defining an inflatable chamber therebetween, the lateral confining sheet comprising: a circumferential portion , and an extension portion extending from an end of the circumferential portion and connected to the oblique portion of the upper sheet ; a first internal sheet connecting the planar portion of the upper sheet to the lower sheet ; and a second internal sheet connecting the oblique portion of the upper sheet to the extension portion of the lateral confining sheet ; wherein the oblique portion of the upper sheet forms a front face of a backrest of the inflatable bed , and the extension portion of the lateral confining sheet forms lateral faces of the backrest . an upper sheet comprising a planar portion and an oblique portion ; a lower sheet ; a lateral confining sheet , connecting the upper sheet and the lower sheet and defining an inflatable chamber therebetween, the lateral confining sheet comprising: a circumferential portion , and an extension portion extending from an end of the circumferential portion and connected to the oblique portion of the upper sheet ; a circumferential portion , and an extension portion extending from an end of the circumferential portion and connected to the oblique portion of the upper sheet ; a first internal sheet connecting the planar portion of the upper sheet to the lower sheet ; and a second internal sheet connecting the oblique portion of the upper sheet to the extension portion of the lateral confining sheet ; wherein the oblique portion of the upper sheet forms a front face of a backrest of the inflatable bed , and the extension portion of the lateral confining sheet forms lateral faces of the backrest .
Device for measuring the endogenous deformations of a structure during the transition of said structure from a liquid phase to a solid phase, the device comprising: - test bodies , each uniaxial and extending between a first end and a second end , being suitable for embedding in the structure and made of homogeneous flexible material with known mechanical properties, - a support having a plurality of uniaxial legs , each of the test bodies belonging to one of these legs of the support , - a deformation measurement fiber attached to inside the test bodies , such that deformations of each of the test bodies are transmitted to the measurement fiber , said measurement fiber being fixed inside the plurality of legs such that the deformations undergone by the plurality of legs are transmitted to the measurement fiber , and - a system connected to the measurement fiber and suitable for detecting signals from the measurement fiber that are representative of the deformations of the measurement fiber and for determining the endogenous deformations from at least one of the detected signals and from known mechanical properties of the materials of the test body , each test body having a rigidity comprised between 2 and 5 gigapascals, knowing that said legs have each a rigidity comprised between 2 and 5 gigapascals. - test bodies , each uniaxial and extending between a first end and a second end , being suitable for embedding in the structure and made of homogeneous flexible material with known mechanical properties, - a support having a plurality of uniaxial legs , each of the test bodies belonging to one of these legs of the support , - a deformation measurement fiber attached to inside the test bodies , such that deformations of each of the test bodies are transmitted to the measurement fiber , said measurement fiber being fixed inside the plurality of legs such that the deformations undergone by the plurality of legs are transmitted to the measurement fiber , and - a system connected to the measurement fiber and suitable for detecting signals from the measurement fiber that are representative of the deformations of the measurement fiber and for determining the endogenous deformations from at least one of the detected signals and from known mechanical properties of the materials of the test body ,