mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasonic system comprising: an oral care device comprising: a head ; a plurality of teeth cleaning elements extending from a first side of the head ; an ultrasound module comprising an ultrasound transceiver positioned in the head , the ultrasound transceiver configured to produce an ultrasound signal on the first side of the head and to generate a detection signal from a reflected ultrasound signal; and a processing module operably coupled to the ultrasound module to receive the detection signal; characterized in that the processing module comprises a programmable processor configured to process the detection signal non-linearly with respect to time by first identifying a first reflection peak representing a surface of a tooth and then determining whether a second reflection peak is present in the detection signal at a time prior to the first reflection peak, the second reflection peak representing a biofilm on the surface of the tooth . a head ; a plurality of teeth cleaning elements extending from a first side of the head ; an ultrasound module comprising an ultrasound transceiver positioned in the head , the ultrasound transceiver configured to produce an ultrasound signal on the first side of the head and to generate a detection signal from a reflected ultrasound signal; and a processing module operably coupled to the ultrasound module to receive the detection signal; characterized in that the processing module comprises a programmable processor configured to process the detection signal non-linearly with respect to time by first identifying a first reflection peak representing a surface of a tooth and then determining whether a second reflection peak is present in the detection signal at a time prior to the first reflection peak, the second reflection peak representing a biofilm on the surface of the tooth .
Child car seat, comprising a harness having two straps each bearing a shoulder pad in which is housed an inflatable element the event of an impact, with said shoulder pads able to be made integral using a shoulder pad connector , comprising two complementary connecting elements , characterised in that said connecting elements are able to be disengaged when they are moved towards the head of a child installed in said seat and/or come into contact with the head and/or the neck of said child.
Zeolite adsorbent comprising zeolite EMT crystals and comprising barium and/or potassium, in which the total content of alkali metal or alkaline-earth metal ion oxides other than barium oxide BaO and potassium oxide K 2 O is between 0 and 5%, limits included, relative to the total mass of the adsorbent.
Display device of an electrical apparatus, having a display for operating values with driving by a microcontroller and an LCD controller , and having a dedicated power supply with batteries, wherein the display , as display device, is divided into at least two display areas (A, B), wherein - at least one display area (A) is provided as graphic area with a relatively high resolution, and at least one further display area (B) is provided as simple display area with a relatively low resolution, - the at least one display area (B) as simple display area with a relatively low resolution is able to be operated continuously in a power-saving operating state and is connected directly to the microcontroller by at least two conductors and is driven directly by said microcontroller, characterized in that the at least one display area (A) as graphic area with a relatively high resolution, able to be deactivated in a power-saving operating state, is driven by an associated LCD controller that is also deactivated or switched into a standby mode in a power-saving operating state. - at least one display area (A) is provided as graphic area with a relatively high resolution, and at least one further display area (B) is provided as simple display area with a relatively low resolution, - the at least one display area (B) as simple display area with a relatively low resolution is able to be operated continuously in a power-saving operating state and is connected directly to the microcontroller by at least two conductors and is driven directly by said microcontroller,
A computer-implemented method for persisting atomically linked entities when utilizing an auto-complete mechanism, comprising: receiving, by a computing device, input in a user interface; displaying, by the computing device, an auto-complete suggestion list in response to receiving the input in the user interface; receiving, by the computing device, a selection of an entity from the auto-complete suggestion list; linking, by the computing device, the selected entity to program code defining an action; inserting, by the computing device, the linked entity in the user interface, the linked entity being atomic; and persisting, by the computing device, the linked entity among the input received within the user interface, the input being modifiable and the linked entity being unmodifiable within the user interface; characterised in that the method further comprises: receiving an editing action on the linked entity in the user interface; deleting the linked entity in response to receiving the editing action; and redisplaying the auto-complete suggestion list. receiving, by a computing device, input in a user interface; displaying, by the computing device, an auto-complete suggestion list in response to receiving the input in the user interface; receiving, by the computing device, a selection of an entity from the auto-complete suggestion list; linking, by the computing device, the selected entity to program code defining an action; inserting, by the computing device, the linked entity in the user interface, the linked entity being atomic; and persisting, by the computing device, the linked entity among the input received within the user interface, the input being modifiable and the linked entity being unmodifiable within the user interface; characterised in that the method further comprises: receiving an editing action on the linked entity in the user interface; deleting the linked entity in response to receiving the editing action; and redisplaying the auto-complete suggestion list. receiving an editing action on the linked entity in the user interface; deleting the linked entity in response to receiving the editing action; and redisplaying the auto-complete suggestion list.
Crane, in particular a container stacking or gantry crane, comprising electric actuators for lifting and/or traveling loads and/or crane elements, a generator for supplying the electric actuators with energy, an internal combustion engine for driving the generator , input means for entering control commands for the actuators and a control device for controlling the actuators in dependence on the control commands entered, wherein the control device includes a determination device for determining and/or estimating a future power demand of the actuators on the basis of the actuation of the input means and the current operating condition of the actuators , and an engine control unit with a speed control device for variably controlling the rotary spssed of the internal combustion engine in dependence on the estimated/determined future power demand and the current operating condition of the actuators , characterited in that the electric actuators can directly and completely be supplied with the electric energy currently provided each by the at least one generator and no intermediate storage of the electric energy generated by the generator is provided, wherein the control device is provided to limit the velocity and/or acceleration of the actuators by considering the performance limit of the internal combustion engine and to adjust the internal combustion engine with regard to the speed to an operating point in which the internal combustion engine provides the calculated/estimated power demand substantially without an excess of power, before the actuators reach the operating point requested by the control commands of the input means and the corresponding power demand.
An absorbent article having a longitudinal direction, a lateral direction intersecting the longitudinal direction, and a front-back direction intersecting the longitudinal direction and the lateral direction, the absorbent article comprising: a front waist portion extending along the lateral direction; a back waist portion extending along the lateral direction; and a crotch portion provided between the front waist portion and the back waist portion , a lateral end portion of the back waist portion on a one side and a lateral end portion of the front waist portion on the one side being joined by a first joining portion , the back waist portion having a fastening portion having a width (W41) in the lateral direction and being provided on another side in the lateral direction, the fastening portion being capable of being fastened to the front waist portion when putting on the absorbent article , the front waist portion having a target region , the target region being a region to which the fastening portion is to be fastened, and a lateral end of the target region on the one side being located on the one side relative to a lateral central position (AC) of the crotch portion in a distance corresponding to the width (W41) of the fastening portion , wherein a lateral end of the target region on the other side is between the lateral central position (AC) of the crotch portion and a position located on the one side away from a lateral end of the front waist portion on the other side by a distance corresponding to the width (W41) of the fastening portion . a front waist portion extending along the lateral direction; a back waist portion extending along the lateral direction; and a crotch portion provided between the front waist portion and the back waist portion , a lateral end portion of the back waist portion on a one side and a lateral end portion of the front waist portion on the one side being joined by a first joining portion , the back waist portion having a fastening portion having a width (W41) in the lateral direction and being provided on another side in the lateral direction, the fastening portion being capable of being fastened to the front waist portion when putting on the absorbent article , the front waist portion having a target region , the target region being a region to which the fastening portion is to be fastened, and a lateral end of the target region on the one side being located on the one side relative to a lateral central position (AC) of the crotch portion in a distance corresponding to the width (W41) of the fastening portion , wherein a lateral end of the target region on the other side is between the lateral central position (AC) of the crotch portion and a position located on the one side away from a lateral end of the front waist portion on the other side by a distance corresponding to the width (W41) of the fastening portion .
A sole structure for an article of footwear , the sole structure comprising: a first midsole portion including a first sidewall ; a second midsole portion including a second sidewall ; and a sheet disposed between the first midsole portion and the second midsole portion , extending from the first sidewall and the second sidewall and at least partially over the second sidewall , and including a first circular or oval aperture extending through a thickness (T 52 ) of the sheet , the first midsole portion and the second midsole portion being in contact with one another at the first circular or oval aperture , the sheet being formed from a woven or knitted textile, wherein the first midsole portion is bonded to the second midsole portion at the first circular or oval aperture . a first midsole portion including a first sidewall ; a second midsole portion including a second sidewall ; and a sheet disposed between the first midsole portion and the second midsole portion , extending from the first sidewall and the second sidewall and at least partially over the second sidewall , and including a first circular or oval aperture extending through a thickness (T 52 ) of the sheet , the first midsole portion and the second midsole portion being in contact with one another at the first circular or oval aperture , the sheet being formed from a woven or knitted textile, wherein the first midsole portion is bonded to the second midsole portion at the first circular or oval aperture .
A method for forming a high temperature coating over a turbomachine component having a silicon-ceramic component body , the method comprising: removing a surface oxide layer from the silicon-ceramic component body to expose a treated surface thereof and the removing comprises contacting the surface oxide layer with a chemical etchant having a chemistry selective to silica over the silicon-ceramic component body; depositing a first layer of a coating precursor material over the treated surface, the coating precursor material having a solids content composed predominately of at least one rare earth silicate by weight percentage; and heat treating the first layer of the coating precursor material to sinter the solids content and form a first sintered coating layer (50(a)) bonded to the treated surface of the silicon-ceramic component body, wherein the steps of removing , depositing , and heat treating are performed such that the first sintered coating layer (50(a)) is bonded directly to and intimately contacts the treated surface of the silicon-ceramic component body . removing a surface oxide layer from the silicon-ceramic component body to expose a treated surface thereof and the removing comprises contacting the surface oxide layer with a chemical etchant having a chemistry selective to silica over the silicon-ceramic component body; depositing a first layer of a coating precursor material over the treated surface, the coating precursor material having a solids content composed predominately of at least one rare earth silicate by weight percentage; and heat treating the first layer of the coating precursor material to sinter the solids content and form a first sintered coating layer (50(a)) bonded to the treated surface of the silicon-ceramic component body, wherein the steps of removing , depositing , and heat treating are performed such that the first sintered coating layer (50(a)) is bonded directly to and intimately contacts the treated surface of the silicon-ceramic component body .
A method comprising: receiving, by a receiver , from a transmitter , a communications signal, wherein the receiver and a verified transmitter are keyed to each other based on at least one frequency characteristic of the transmitter; determining, by processing circuitry associated with the receiver, at least one frequency characteristic of the received communications signal as, at least in part, an amplitude in a phase modulation sideband frequency spectrum different from a nominal carrier frequency spectrum the transmitter is associated with and used to communicate the communications signal; and determining, by the processing circuitry associated with the receiver, J whether the transmitter is a verified transmitter based on the at least one frequency characteristic and at least one verified frequency characteristic stored by a memory associated with the processing circuitry . receiving, by a receiver , from a transmitter , a communications signal, wherein the receiver and a verified transmitter are keyed to each other based on at least one frequency characteristic of the transmitter; determining, by processing circuitry associated with the receiver, at least one frequency characteristic of the received communications signal as, at least in part, an amplitude in a phase modulation sideband frequency spectrum different from a nominal carrier frequency spectrum the transmitter is associated with and used to communicate the communications signal; and determining, by the processing circuitry associated with the receiver, J whether the transmitter is a verified transmitter based on the at least one frequency characteristic and at least one verified frequency characteristic stored by a memory associated with the processing circuitry .
A mounting structure of mounting a board-to-board, BTB, connector to a mobile terminal, wherein the mounting structure of mounting the BTB connector to the mobile terminal is arranged on the BTB connector , the mounting structure comprising: a mounting body attached to the BTB connector , a front end of the mounting body comprising an inserting portion that is inserted into and connected to a shielding case of the mobile terminal , and a back end of the mounting body comprising at least one hook that hooks an edge of a main board of the mobile terminal ; wherein a right side of the back end of the mounting body comprises a hook , and a left side of the back end of the mounting body comprises a screw fastener that is threadedly connected to the main board of the mobile terminal; wherein the mounting body is characterized by further comprising: a compressing portion placed at the front end of the mounting body and connected to the inserting portion , wherein the compressing portion is arranged corresponding to the BTB connector ; and a limiting portion placed at the back end of the mounting body and connected to the hook and the screw fastener , wherein a height of the limiting portion is arranged under the compressing portion , for connecting the hook and the screw fastener to the compressing portion , and limiting the BTB connector to move back. a mounting body attached to the BTB connector , a front end of the mounting body comprising an inserting portion that is inserted into and connected to a shielding case of the mobile terminal , and a back end of the mounting body comprising at least one hook that hooks an edge of a main board of the mobile terminal ; wherein a right side of the back end of the mounting body comprises a hook , and a left side of the back end of the mounting body comprises a screw fastener that is threadedly connected to the main board of the mobile terminal; wherein the mounting body is characterized by further comprising: a compressing portion placed at the front end of the mounting body and connected to the inserting portion , wherein the compressing portion is arranged corresponding to the BTB connector ; and a limiting portion placed at the back end of the mounting body and connected to the hook and the screw fastener , wherein a height of the limiting portion is arranged under the compressing portion , for connecting the hook and the screw fastener to the compressing portion , and limiting the BTB connector to move back. a compressing portion placed at the front end of the mounting body and connected to the inserting portion , wherein the compressing portion is arranged corresponding to the BTB connector ; and a limiting portion placed at the back end of the mounting body and connected to the hook and the screw fastener , wherein a height of the limiting portion is arranged under the compressing portion , for connecting the hook and the screw fastener to the compressing portion , and limiting the BTB connector to move back.
Apparatus for generative manufacture of a three-dimensional object by successive, layer-by-layer selective solidification of construction material layers of solidifiable construction material by means of at least one laser beam , comprising at least one device for generating at least one laser beam for layer-by-layer selective solidification of individual construction material layers of solidifiable construction material , and a flow device for generating a fluid flow that flows through a process chamber of the apparatus at least in sections, wherein the apparatus comprises an acquisition device for acquiring an item of flow information that describes at least one physical parameter and/or at least one chemical parameter of the fluid flow , characterised by at least one diffusor element which can be or is associated with the flow element , comprises a plurality of flow openings through which a flow fluid can flow, and is intended for generating a homogeneous, in particular laminar, flow profile of the fluid flow , wherein the at least one diffusor element is mounted so as to be movable in at least one degree of freedom of movement.
Lighting device for a motor vehicle having at least one adaptive lighting unit , which includes an immovably arranged lighting source and at least one optical component in the form of a lens arranged at least partially in a ray path of the lighting source , as well as an adjusting device which is configured to move the optical component , wherein the adjusting device includes a micromechanical actuator, wherein the optical component is arranged and designed such that from a movement of the optical component by means of the micromechanical actuator results a pivoting of a light cone which can be generated by means of the lighting source in cooperation with the optical component , wherein the optical component is mounted able to pivot about an axis and the micromechanical actuator is configured to pivot the optical component about the axis , wherein the lighting device is configured to provide a basic lighting distribution having a dipped beam function and/or a main beam function, a partial main beam function or marker light function, wherein the movable light cone which can be generated by means of the lighting source in cooperation with the optical component can be superimposed at least partially on the basic light distribution , in that the lighting device is configured to increase in each case with the movable light cone an illumination strength in a central region of the basic light distribution, and/or to increase the illumination strength adjacent to objects excluded by the basic light distribution as a partial main beam with a vertical light-dark-boundary, and/or in curves or as another type of topology compensation to illuminate a roadway course in an adaptive manner, characterised in that the micromechanical actuator is an electrostatic actuator with a shape of an electrostatic torsional structure with which the optical component is moved.
A method for controlling the existence of an Radio Resource Control, RRC, connection in a Long Term Evolution system, the method comprising: causing transmission of at least one command towards a user equipment, UE , to modify a timer value in the UE that defines a currently set remaining lifetime of the Radio Resource Control, RRC, connection resulting in a modified remaining lifetime for the RRC connection, the modification being based on anticipated data usage of the UE , wherein the updated value is set responsive to a Policy and Charging Rules Function, PCRF , which is aware of the anticipated data usage by the UE . causing transmission of at least one command towards a user equipment, UE , to modify a timer value in the UE that defines a currently set remaining lifetime of the Radio Resource Control, RRC, connection resulting in a modified remaining lifetime for the RRC connection, the modification being based on anticipated data usage of the UE , wherein the updated value is set responsive to a Policy and Charging Rules Function, PCRF , which is aware of the anticipated data usage by the UE .
A soft and elastic jacket being composed of an elastic weft knitted fabric, wherein the elastic weft knitted fabric comprises 5∼15% weight of elastic yarns and the rest of non-elastic yarns knitted with each other, wherein the elastic weft knitted fabric covers no less than 70 percent of the circumference of a body part of the soft and elastic jacket when the soft and elastic jacket is in a motionless state without being worn, characerized in that the elastic weft knitted fabric has a tightness index of not greater than 0.8 and a recovery stress of 0.3∼1.3 N at an elongation range of 30∼80%, wherein the tightness index is measured according to a method specified in JIS L-1096:1999, and the recovery stress is measured according to a method specified in JIS L-1096:1999.