mhurhangee/patent-ind-claim-en huggingface dataset:
A steering control unit comprising: a control circuit configured to perform sensorless control of driving of a motor by using an estimated electrical angle (θmb) estimated by calculation, the motor being a source of an assist force that is supplied to a steering mechanism on the basis of steering torque (Trq) that is input to the steering mechanism to steer a steered wheel of a vehicle, wherein the control circuit calculates an additional angle (Δθm1, Δθm2) when calculating the estimated electrical angle, and the control circuit calculates the estimated electrical angle (θmb) from a value that is obtained by adding the additional angle to the previous value of the estimated electrical angle so as to accumulate the additional angle, characterized in that the control circuit controls the fluctuations in the estimated electrical angle (θmb) by varying an amount of change in the additional angle (Δθm1, Δθm2). a control circuit configured to perform sensorless control of driving of a motor by using an estimated electrical angle (θmb) estimated by calculation, the motor being a source of an assist force that is supplied to a steering mechanism on the basis of steering torque (Trq) that is input to the steering mechanism to steer a steered wheel of a vehicle, wherein the control circuit calculates an additional angle (Δθm1, Δθm2) when calculating the estimated electrical angle, and the control circuit calculates the estimated electrical angle (θmb) from a value that is obtained by adding the additional angle to the previous value of the estimated electrical angle so as to accumulate the additional angle, characterized in that the control circuit controls the fluctuations in the estimated electrical angle (θmb) by varying an amount of change in the additional angle (Δθm1, Δθm2).
An organ container for accommodating an organ, comprising: a pouch-shaped body having an opening , wherein said body has a ring-shaped thick part that surrounds said opening , said body has a hardness of E10 to A10 according to a durometer hardness test that complies with Japanese Industrial Standards JIS K 6253-3:2012, said thick part is a partial area that is greater in thickness than the surrounding area such that said thick part is adapted to increase an elastically deformable amount of the area around the opening and to improve strength around the opening , wherein in a no-load condition, a maximum width of said opening is less than a maximum width of said body , said opening is expandable to a state in which the maximum width of said opening becomes greater than the maximum width of said body in a no-load condition, and wherein an inner surface of the body has a plurality of grooves extending in the up-down direction from the opening toward the bottom of the body . a pouch-shaped body having an opening , wherein said body has a ring-shaped thick part that surrounds said opening , said body has a hardness of E10 to A10 according to a durometer hardness test that complies with Japanese Industrial Standards JIS K 6253-3:2012, said thick part is a partial area that is greater in thickness than the surrounding area such that said thick part is adapted to increase an elastically deformable amount of the area around the opening and to improve strength around the opening , wherein in a no-load condition, a maximum width of said opening is less than a maximum width of said body , said opening is expandable to a state in which the maximum width of said opening becomes greater than the maximum width of said body in a no-load condition, and wherein an inner surface of the body has a plurality of grooves extending in the up-down direction from the opening toward the bottom of the body .
A method comprising: receiving a digital image comprising handwritten content; analyzing , by at least one processor , the digital image to identify one or more command indicators within the handwritten content of the digital image and a content portion within the handwritten content of the digital image; identifying a command tag associated with one of the one or more command indicators within the handwritten content, the command tag indicating a user account of a digital content management system ; determining one or more actions associated with the one or more command indicators within the handwritten content of the digital image, the one or more actions corresponding to management of a digital document stored on the digital content management system and associated with the user account of the digital content management system; and performing, by the at least one processor , the one or more actions corresponding to the management of the digital document associated with the user account of the digital content management system based on the content portion within the handwritten content. receiving a digital image comprising handwritten content; analyzing , by at least one processor , the digital image to identify one or more command indicators within the handwritten content of the digital image and a content portion within the handwritten content of the digital image; identifying a command tag associated with one of the one or more command indicators within the handwritten content, the command tag indicating a user account of a digital content management system ; determining one or more actions associated with the one or more command indicators within the handwritten content of the digital image, the one or more actions corresponding to management of a digital document stored on the digital content management system and associated with the user account of the digital content management system; and performing, by the at least one processor , the one or more actions corresponding to the management of the digital document associated with the user account of the digital content management system based on the content portion within the handwritten content.
Spectacle lens provided with a permanent marking, characterized in that said lens comprises a substrate and an anti-reflective or mirror interferential coating covering said substrate on the side of the front face , said interferential coating forming a one-dimensional or two-dimensional barcode pattern , said marking being formed by a plurality of punctual gaps on a part of a thickness of said interferential coating , said front face exhibiting outside of said punctual gaps a coefficient of reflection of light having a predetermined nominal value and in each said punctual gap a coefficient of reflection of light having a predetermined particular value different from said nominal value, in which the interferential coating comprises at least two overlaid surface layers , including an interior layer which absorbs a marking wavelength in a more considerable manner than any layer situated between a laser source and the interior layer , each of the layers of material lying between the laser source and the interior layer lets through more than half the energy of this marking wavelength, the marking wavelength being 266 nm, each punctual gap being produced by ablation of at least a part of the thickness of the interior layer , and of any layer situated between the laser source and the interior layer .
A valve controller for controlling a valve that comprises an actuator and a flow controlling unit , wherein the flow controlling unit comprises a first valve seat and a cooperating first disc that is mechanically coupled to the actuator , the valve controller comprising equipment for controlling the function of at least one of the actuator and the flow controlling unit , the equipment comprising one or more position sensors , each of the one or more position sensors comprising an electrical input for supplying the sensor with power, the valve controller being configured to: obtaining one or more first parameter values indicative of a functionality of the equipment , wherein, for each of the one or more position sensors , obtaining one or more first parameter values indicative of the functionality of the equipment comprises: measuring a voltage at the electrical input of the sensor with the sensor turned off, wherein the one or more first parameter values comprises the measured voltage; monitoring the equipment during operation of the valve controller for determining one or more second parameter values indicative of the functionality of the equipment , wherein, for each of the one or more position sensors , monitoring the equipment comprises: turning off the sensor , measuring an other voltage at the electrical input of the sensor , wherein the one or more second parameter values comprises the measured other voltage; and determining if a change in functionality of the equipment has occurred based on a comparison of the one or more second parameter values with the one or more first parameter values. obtaining one or more first parameter values indicative of a functionality of the equipment , wherein, for each of the one or more position sensors , obtaining one or more first parameter values indicative of the functionality of the equipment comprises: measuring a voltage at the electrical input of the sensor with the sensor turned off, wherein the one or more first parameter values comprises the measured voltage; monitoring the equipment during operation of the valve controller for determining one or more second parameter values indicative of the functionality of the equipment , wherein, for each of the one or more position sensors , monitoring the equipment comprises: turning off the sensor , measuring an other voltage at the electrical input of the sensor , wherein the one or more second parameter values comprises the measured other voltage; and determining if a change in functionality of the equipment has occurred based on a comparison of the one or more second parameter values with the one or more first parameter values.
Method (S) for recording an image data set (B) with an x-ray detector comprising a detection surface with a plurality of detector elements and an x-ray source with a focal point, comprising the following steps: a. first capturing (E1) a first recording (A1) with a first position (F1) of the focal point, b. moving (V) the focal point from the first position (F1) to a second position (F2) of the focal point, which differs from the first position, by a distance (d), c. second capturing (E2) a second recording (A2) with the second position (F2), d. combining (K) the first recording (A1) and the second recording (A2) to form the image data set (B), characterised in that the x-ray detector is divided into detector segments with in each case a number of detector elements and joints with a joint width are arranged between the detector segments , and the distance (d) in the projection onto the detection surface is moved by at least one joint width . a. first capturing (E1) a first recording (A1) with a first position (F1) of the focal point, b. moving (V) the focal point from the first position (F1) to a second position (F2) of the focal point, which differs from the first position, by a distance (d), c. second capturing (E2) a second recording (A2) with the second position (F2), d. combining (K) the first recording (A1) and the second recording (A2) to form the image data set (B),
A process for printing on a polymeric substrate, comprising: a) providing an ink or coating composition comprising: i) at least one self-crosslinking acrylic polymer; ii) at least one coalescent; iii) at least one silicone emulsion; and iv) water; wherein the self-crosslinking acrylic polymer has a glass transition temperature of greater than 0°C; b) applying the ink or coating composition of a) to a polymeric substrate; and c) drying the ink or coating composition on the polymeric substrate; and wherein the polymeric substrate is a shrinkable polymeric substrate. a) providing an ink or coating composition comprising: i) at least one self-crosslinking acrylic polymer; ii) at least one coalescent; iii) at least one silicone emulsion; and iv) water; wherein the self-crosslinking acrylic polymer has a glass transition temperature of greater than 0°C; i) at least one self-crosslinking acrylic polymer; ii) at least one coalescent; iii) at least one silicone emulsion; and iv) water; b) applying the ink or coating composition of a) to a polymeric substrate; and c) drying the ink or coating composition on the polymeric substrate; and wherein the polymeric substrate is a shrinkable polymeric substrate.
An oral care device , comprising: a cleaning unit for receipt in an oral cavity of a user, the cleaning unit comprising at least one conductor arrangement adapted to generate an RF field responsive to receipt of an RF drive signal; an RF generator arranged to supply an RF drive signal to the at least one conductor arrangement to induce an RF field, the RF field adapted to perform an oral cleaning and/or treatment function during use; and characterized by a controller arranged to receive and process a sensed electrical or electromagnetic signal caused by interaction of the generated RF field with a foreign object in the oral cavity, to determine a presence of the foreign object in the generated RF field, wherein the electrical or electromagnetic signal is sensed using the at least one conductor arrangement used to generate the RF field, and adjust an operation of the oral care device based upon the received and processed signal if the presence of the foreign object is determined. a cleaning unit for receipt in an oral cavity of a user, the cleaning unit comprising at least one conductor arrangement adapted to generate an RF field responsive to receipt of an RF drive signal; an RF generator arranged to supply an RF drive signal to the at least one conductor arrangement to induce an RF field, the RF field adapted to perform an oral cleaning and/or treatment function during use; and characterized by a controller arranged to receive and process a sensed electrical or electromagnetic signal caused by interaction of the generated RF field with a foreign object in the oral cavity, to determine a presence of the foreign object in the generated RF field, wherein the electrical or electromagnetic signal is sensed using the at least one conductor arrangement used to generate the RF field, and adjust an operation of the oral care device based upon the received and processed signal if the presence of the foreign object is determined. receive and process a sensed electrical or electromagnetic signal caused by interaction of the generated RF field with a foreign object in the oral cavity, to determine a presence of the foreign object in the generated RF field, wherein the electrical or electromagnetic signal is sensed using the at least one conductor arrangement used to generate the RF field, and adjust an operation of the oral care device based upon the received and processed signal if the presence of the foreign object is determined.
Connecting device for connecting a first suction conduit to a second suction conduit , in particular a suction hose of a vacuum cleaner with a handle tube or a suction piece, which connecting device comprises a first connecting part and a second connecting part that is oriented coaxially to said first connecting part in relation to a connecting axis , on which connecting parts the first suction conduit and the second suction conduit , respectively, are fixed or fixable, a support part that is held on the first connecting part so as to be rotatable about the connecting axis , as well as at least one first locking element that is arranged on the support part and at least one second locking element that is arranged on the second connecting part , wherein the connecting parts are connectable to one another in a connecting direction and the locking elements , in the connected state of the connecting parts , are in positive-locking and/or force-locking engagement, characterized in that arranged on the support part is at least one first alignment element , which cooperates with at least one second alignment element on the second connecting part upon connecting the connecting parts to one another, in order to align the support part and the second connecting part in a relative position to one another in which the locking elements can couple to one another, and in that the at least one first locking element and the at least one first alignment element are arranged on the support part on behind the other along the connecting axis .
Electric vehicle, in particular vehicle of the "city car" type, with an electric connection device for recharging one or more batteries of the vehicle, which device comprises an electric connector member provided on the vehicle, outside the vehicle, for the electric connection to an electric supply column , wherein said connector member is provided within a seat outside the vehicle and is in the form of a terminal connector which is adapted to be grasped and removed from said seat of the vehicle, to be brought in proximity of the electric supply column , and wherein said removable terminal connector is connected to the electric circuit of the vehicle by means of a supply cable which is normally in a rolled up condition within one cavity adjacent to said seat and which is able to be unrolled when the terminal connector is removed and brought in proximity of the electric supply column , said vehicle being characterized in that said terminal connector has a body with a plate-like or disc-like shape having a front wall from which an electric coupling portion projects, for coupling, with contact or without contact, with the supply column , and a peripheral lateral wall , for grasping of the terminal member , and in that said main wall carries a light source (L), for example a LED source, which is configured to be used as a service light, for example for illuminating the area of connection to the supply column .
A fuel nozzle comprising: a centerbody extending axially with respect to a centerline of a swirler portion of the fuel nozzle ; a confining tube radially outward of the centerbody ; a plurality of swirler vanes disposed between the centerbody and the confining tube , each of the plurality of swirler vanes comprising: a radially inner base and a radially outer tip ; an upstream portion extending from a leading edge ; and a downstream portion extending from the upstream portion to a trailing edge , the downstream portion defining a bend length between the upstream portion and the trailing edge , wherein the bend length at the radially outer tip is greater than the bend length at the radially inner base , wherein each swirler vane of the plurality of swirler vanes comprises a pressure side and a suction side , wherein the trailing edge of each swirler vane of the plurality of swirler vanes further comprises an exit flow angle defined between the centerline of the fuel nozzle and a line tangent to the pressure side at the trailing edge , and wherein the exit flow angle is constant along the trailing edge of each swirler vane of the plurality of swirler vanes . a centerbody extending axially with respect to a centerline of a swirler portion of the fuel nozzle ; a confining tube radially outward of the centerbody ; a plurality of swirler vanes disposed between the centerbody and the confining tube , each of the plurality of swirler vanes comprising: a radially inner base and a radially outer tip ; an upstream portion extending from a leading edge ; and a downstream portion extending from the upstream portion to a trailing edge , the downstream portion defining a bend length between the upstream portion and the trailing edge , wherein the bend length at the radially outer tip is greater than the bend length at the radially inner base , a radially inner base and a radially outer tip ; an upstream portion extending from a leading edge ; and a downstream portion extending from the upstream portion to a trailing edge , the downstream portion defining a bend length between the upstream portion and the trailing edge , wherein the bend length at the radially outer tip is greater than the bend length at the radially inner base , wherein each swirler vane of the plurality of swirler vanes comprises a pressure side and a suction side , wherein the trailing edge of each swirler vane of the plurality of swirler vanes further comprises an exit flow angle defined between the centerline of the fuel nozzle and a line tangent to the pressure side at the trailing edge , and wherein the exit flow angle is constant along the trailing edge of each swirler vane of the plurality of swirler vanes .
A frame for a bed, the frame comprising a plurality of slats for supporting a bed mattress and the frame including a first frame part and a second frame part , wherein an inclination of the second frame part with respect to the first frame part is adjustable, the frame further comprising: a slat holder mounted on the second frame part and supporting at least one of said plurality of slats , wherein the slat holder is arranged to be movable in relation to and in a direction transverse to a plane of extension of the second frame part whereby said at least one slat is movable, in relation to adjacent slats, between a lowered position and a raised position for providing a lumbar section support, characterized in that the movement of the slat holder is mechanically coupled to the adjustment of the second frame part such that said at least one slat is brought from said lowered position to said raised position while the inclination of the second frame part is increased. a slat holder mounted on the second frame part and supporting at least one of said plurality of slats , wherein the slat holder is arranged to be movable in relation to and in a direction transverse to a plane of extension of the second frame part whereby said at least one slat is movable, in relation to adjacent slats, between a lowered position and a raised position for providing a lumbar section support, characterized in that the movement of the slat holder is mechanically coupled to the adjustment of the second frame part such that said at least one slat is brought from said lowered position to said raised position while the inclination of the second frame part is increased.
A printing ink or coating composition comprising a) at least one self-crosslinking acrylic polymer, b) at least one coalescent which is an acrylic emulsion having a glass transition temperature of less than 0°C, and c) at least one silicone emulsion, wherein the self-crosslinking acrylic polymer has a glass transition temperature of greater than 0°C. a) at least one self-crosslinking acrylic polymer, b) at least one coalescent which is an acrylic emulsion having a glass transition temperature of less than 0°C, and c) at least one silicone emulsion,