mhurhangee/patent-ind-claim-en huggingface dataset:
A context awareness-based screen scroll method, the method comprising: detecting information about surrounding circumstances including an ambient illuminance of a terminal (S120); determining whether the terminal is moved through a motion sensor of the terminal (S410); determining whether the ambient illuminance of the terminal is greater than or equal to a threshold (S420); based on determining whether the terminal is not moved and whether the ambient illuminance is greater than or equal to the threshold, setting a screen scroll mode, wherein based on determining that the terminal is not moved or the ambient illuminance is greater than or equal to the threshold, the screen scroll mode is set as a vision scroll mode (S440), wherein based on determining that the terminal is moved and the ambient illuminance is less than the threshold, the screen scroll mode is set as a motion scroll mode (S430); after setting the screen scroll mode, detecting occurrence of an event corresponding to the set screen scroll mode (S140); and executing a screen scroll according to the occurred event (S150), wherein the vision scroll mode is a mode in which the screen is scrolled by the event including a movement of a subject detected through a camera module of the terminal, and wherein the motion scroll mode is a mode in which the screen is scrolled by the event including a movement of the terminal detected through the motion sensor. detecting information about surrounding circumstances including an ambient illuminance of a terminal (S120); determining whether the terminal is moved through a motion sensor of the terminal (S410); determining whether the ambient illuminance of the terminal is greater than or equal to a threshold (S420); based on determining whether the terminal is not moved and whether the ambient illuminance is greater than or equal to the threshold, setting a screen scroll mode, wherein based on determining that the terminal is not moved or the ambient illuminance is greater than or equal to the threshold, the screen scroll mode is set as a vision scroll mode (S440), wherein based on determining that the terminal is moved and the ambient illuminance is less than the threshold, the screen scroll mode is set as a motion scroll mode (S430); after setting the screen scroll mode, detecting occurrence of an event corresponding to the set screen scroll mode (S140); and executing a screen scroll according to the occurred event (S150), wherein the vision scroll mode is a mode in which the screen is scrolled by the event including a movement of a subject detected through a camera module of the terminal, and wherein the motion scroll mode is a mode in which the screen is scrolled by the event including a movement of the terminal detected through the motion sensor.
A system, comprising: a stimulator device configured for implantation in a patient comprising a plurality of electrodes ; and an external device configured to program the stimulator device with stimulation to be provided at one or more of the plurality of electrodes, wherein the external device stores information indicative of a plurality of subsets of stimulation parameters derived for the patient; characterized in that the external device is configured to: provide a Graphical User Interface (GUI) configured to allow the patient to select from a plurality of displayed stimulation modes to program the stimulation, wherein each stimulation mode corresponds to one of the subsets of stimulation parameters, and wherein at least one of the stimulation modes is indicative of a posture or activity of the patient, and based on selection of one of the stimulation modes, limit programming the stimulator device to stimulation parameters that are within the corresponding subset of stimulation parameters. a stimulator device configured for implantation in a patient comprising a plurality of electrodes ; and an external device configured to program the stimulator device with stimulation to be provided at one or more of the plurality of electrodes, wherein the external device stores information indicative of a plurality of subsets of stimulation parameters derived for the patient; characterized in that the external device is configured to: provide a Graphical User Interface (GUI) configured to allow the patient to select from a plurality of displayed stimulation modes to program the stimulation, wherein each stimulation mode corresponds to one of the subsets of stimulation parameters, and wherein at least one of the stimulation modes is indicative of a posture or activity of the patient, and based on selection of one of the stimulation modes, limit programming the stimulator device to stimulation parameters that are within the corresponding subset of stimulation parameters. provide a Graphical User Interface (GUI) configured to allow the patient to select from a plurality of displayed stimulation modes to program the stimulation, wherein each stimulation mode corresponds to one of the subsets of stimulation parameters, and wherein at least one of the stimulation modes is indicative of a posture or activity of the patient, and based on selection of one of the stimulation modes, limit programming the stimulator device to stimulation parameters that are within the corresponding subset of stimulation parameters.
Baseplate for a shoe, in particular a sports shoe, wherein the baseplate is suitable to be inserted exchangeable into a shoe upper, wherein the baseplate is made of polyamide, polyether-block-amide, PEBA or thermoplastic polyurethane, TPU, and wherein the baseplate comprises: a. a plate-shaped, stiff and rigid body , which is suitable to provide stability to the shoe upper; b. a plurality of tread elements , which are suitable to protrude through respective openings in a bottom side of the shoe upper, if the baseplate is inserted into the shoe upper, c. wherein the tread elements are formed in one piece with the body . a. a plate-shaped, stiff and rigid body , which is suitable to provide stability to the shoe upper; b. a plurality of tread elements , which are suitable to protrude through respective openings in a bottom side of the shoe upper, if the baseplate is inserted into the shoe upper, c. wherein the tread elements are formed in one piece with the body .
An implant fixture implantable in an alveolus of a patient's jawbone, the implant fixture comprising a proximal end , a distal end , a head section and an elongated shaft section ; characterized in that the head section is integrally formed with a shaft section to form a one-piece implant fixture and comprises: at least one wider interproximal-side surface area to accommodate the contour of gingival tissue proximate the implant fixture and disposed between an adjacent tooth or implant; and at least one narrower facial side surface area , the narrower facial side surface area including a concave shaped area for bone growth therein and extending radially into the head section and at least one narrower lingual-side surface area providing a concave shaped area for bone growth therein and extending radially inward into the head section, wherein the concavity of the lingual side surface area and the concavity of the facial side surface area each provide a concave shaped area for bone growth therein. at least one wider interproximal-side surface area to accommodate the contour of gingival tissue proximate the implant fixture and disposed between an adjacent tooth or implant; and at least one narrower facial side surface area , the narrower facial side surface area including a concave shaped area for bone growth therein and extending radially into the head section and at least one narrower lingual-side surface area providing a concave shaped area for bone growth therein and extending radially inward into the head section, wherein the concavity of the lingual side surface area and the concavity of the facial side surface area each provide a concave shaped area for bone growth therein.
A discharging method for recycling waste batteries, comprising: wrapping waste batteries in coke powder with a wrap thickness in a container to form a discharging circuit between cathode and anode of the waste batteries, wherein the coke powder comprises a carbon composition 65 - 99 wt%, an ash composition 0.5 - 18%, a volatile composition 0.5 - 3%, a water composition 0.5 - 13%, and the coke powder has a resistivity 0.08 - 0.35 Ω.cm, a specific heat capacity 0.78- 1.5 kj / (kg • K), a thermal conductivity 2.09 - 2.91 kj/(m • h • K), and a particle size 0.1 - 0.6 mm; monitoring a temperature and a temperature trend during discharging; adjusting a pressure on the coke powder to adjust the discharging rate according to the temperature or the temperature trend in the way: to reduce the pressure if the temperature change trend is higher than a temperature rise threshold; to increase the pressure if the temperature change trend is lower than a temperature drop threshold; to keep the pressure if the temperature change trend is between the temperature drop threshold and the temperature rise threshold; and to stop the pressure if a cutoff condition is reached. wrapping waste batteries in coke powder with a wrap thickness in a container to form a discharging circuit between cathode and anode of the waste batteries, wherein the coke powder comprises a carbon composition 65 - 99 wt%, an ash composition 0.5 - 18%, a volatile composition 0.5 - 3%, a water composition 0.5 - 13%, and the coke powder has a resistivity 0.08 - 0.35 Ω.cm, a specific heat capacity 0.78- 1.5 kj / (kg • K), a thermal conductivity 2.09 - 2.91 kj/(m • h • K), and a particle size 0.1 - 0.6 mm; monitoring a temperature and a temperature trend during discharging; adjusting a pressure on the coke powder to adjust the discharging rate according to the temperature or the temperature trend in the way: to reduce the pressure if the temperature change trend is higher than a temperature rise threshold; to increase the pressure if the temperature change trend is lower than a temperature drop threshold; to keep the pressure if the temperature change trend is between the temperature drop threshold and the temperature rise threshold; and to stop the pressure if a cutoff condition is reached. to reduce the pressure if the temperature change trend is higher than a temperature rise threshold; to increase the pressure if the temperature change trend is lower than a temperature drop threshold; to keep the pressure if the temperature change trend is between the temperature drop threshold and the temperature rise threshold; and to stop the pressure if a cutoff condition is reached.
A method for establishing a stub network based on a Machine-to-Machine/Man, M2M, gateway, wherein the M2M gateway is adapted to directly forward service data between M2M terminals, which have been authorised networking, in the stub network, the method comprising: sending , by the M2M gateway, a networking request message to an M2M platform, wherein the networking request comprises identification of an M2M terminal with requests networking; receiving , by the M2M gateway, a networking confirmation message sent from the M2M platform, wherein the networking confirmation message comprises networking authorization information indicating that the M2M terminal has been authorised networking; sending , by the M2M gateway, a domain-join request for joining a domain to the M2M terminal which has been authorized networking according to the networking authorization information; receiving , by the M2M gateway, a domain-join confirmation returned by the M2M terminal which has been authorized networking and establishing a link for the M2M terminal which has been authorized networking and confirmed to join the domain; receiving , by the M2M gateway, from an M2M terminal in the domain a data forwarding request which comprises identification of a target M2M terminal; and determining , by the M2M gateway, the target M2M terminal as an M2M terminal in the domain according to the identification of the target M2M terminal, and directly forwarding service data to the target M2M target terminal. sending , by the M2M gateway, a networking request message to an M2M platform, wherein the networking request comprises identification of an M2M terminal with requests networking; receiving , by the M2M gateway, a networking confirmation message sent from the M2M platform, wherein the networking confirmation message comprises networking authorization information indicating that the M2M terminal has been authorised networking; sending , by the M2M gateway, a domain-join request for joining a domain to the M2M terminal which has been authorized networking according to the networking authorization information; receiving , by the M2M gateway, a domain-join confirmation returned by the M2M terminal which has been authorized networking and establishing a link for the M2M terminal which has been authorized networking and confirmed to join the domain; receiving , by the M2M gateway, from an M2M terminal in the domain a data forwarding request which comprises identification of a target M2M terminal; and determining , by the M2M gateway, the target M2M terminal as an M2M terminal in the domain according to the identification of the target M2M terminal, and directly forwarding service data to the target M2M target terminal.
A collar-like fastening element for being tightened around the circumference of a pipe unit , in particular of an exhaust system of a heating installation, said fastening element comprising - a strip-shaped base element which is realized along an extension axis (E) in an initial state and which serves to contact a circumferential surface of the pipe unit in a tightening state , the base element being realized, in particular, for receiving centering elements which are realized as separate components and which can be aligned in such a manner that they protrude radially with respect to the pipe unit in the tightening state in order to dispose the pipe unit centrically within a shaft (60a-c), - tightening elements having a locking unit disposed at a first end of the base element and locking elements realizing at least two tightening positions which are adjacent to each other on the base element along the extension axis (E), the tightening elements being realized in such a manner that the locking unit can be fixed in one of the at least two tightening positions in order to tighten the base element around the circumferential surface of the pipe unit , characterized in that the base element comprises a spring section between the locking unit and the locking elements , said spring section being elastically deformable along a stretching path and serving to tighten the base element around the pipe unit in a force-locking manner. - a strip-shaped base element which is realized along an extension axis (E) in an initial state and which serves to contact a circumferential surface of the pipe unit in a tightening state , the base element being realized, in particular, for receiving centering elements which are realized as separate components and which can be aligned in such a manner that they protrude radially with respect to the pipe unit in the tightening state in order to dispose the pipe unit centrically within a shaft (60a-c), - tightening elements having a locking unit disposed at a first end of the base element and locking elements realizing at least two tightening positions which are adjacent to each other on the base element along the extension axis (E), the tightening elements being realized in such a manner that the locking unit can be fixed in one of the at least two tightening positions in order to tighten the base element around the circumferential surface of the pipe unit ,
The device is constituted - by at least two main pressurized tanks, abbreviated MPT, called MPT of Thermodynamic Work for one, called MPT of Hydraulic Transit for one other, each containing at least one propellant fluid , not deemed to be lost, and sharing at least one hydraulic fluid moving between them in an opposite manner via at least one liquid communication equipped with at least one hydroelectric conversion machine such as a pumping assembly or a turbining assembly , - by a heat exchange system exchanging with the propellant fluids comprising at least one evaporator and at least one condenser , characterized in - that the thermodynamic sequence consisting of an expansion and then a contraction of each of the propellant fluids is carried out slowly, discontinuously, and quantitatively bounded in mass, by the variation of the volume which contains them in the large MPT , - that the propellant fluids either work by alternating state changes of at least two states among the three liquid, gaseous, supercritical states, or work in the exclusively supercritical state by large alternating variations in their supercritical density, - and that the pressure of the propellant fluid within the MPT of Hydraulic Transit is quasiconstant and close to the minimum value encountered in the range of pressures covered by the propellant fluid within the MPT of Thermodynamic Work .
A three dimensional printing system comprising: a vertical support ; support plate affixed to the vertical support at a proximal end and extending along a first lateral axis to a distal end ; a resin vessel supported by the support plate and further comprising: a vessel body having a latch feature and defining a central opening , the vessel body has a rear side that is proximate to the proximal end of the support plate and a front side that is proximate to the distal end of the support plate ; and a transparent sheet that closes the central opening ; a resin handling module including a fluid outlet for dispensing resin into the resin vessel ; a latch for engaging the latch feature; and characterized in that the system further comprises an interface mechanism configured to move the latch into engagement with the latch feature and to move the resin handling module from a non-operating position to an operating position whereby the fluid outlet is operably positioned over a portion of the resin vessel . a vertical support ; support plate affixed to the vertical support at a proximal end and extending along a first lateral axis to a distal end ; a resin vessel supported by the support plate and further comprising: a vessel body having a latch feature and defining a central opening , the vessel body has a rear side that is proximate to the proximal end of the support plate and a front side that is proximate to the distal end of the support plate ; and a transparent sheet that closes the central opening ; a vessel body having a latch feature and defining a central opening , the vessel body has a rear side that is proximate to the proximal end of the support plate and a front side that is proximate to the distal end of the support plate ; and a transparent sheet that closes the central opening ; a resin handling module including a fluid outlet for dispensing resin into the resin vessel ; a latch for engaging the latch feature; and characterized in that the system further comprises an interface mechanism configured to move the latch into engagement with the latch feature and to move the resin handling module from a non-operating position to an operating position whereby the fluid outlet is operably positioned over a portion of the resin vessel .
A method of forming a component having an internal passage defined therein, said method comprising: positioning a jacketed core with respect to a mold , wherein the jacketed core includes: a hollow structure formed from at least a first material and a second material ; and an inner core disposed within the hollow structure ; introducing a component material in a molten state into a cavity of the mold ; and cooling the component material in the cavity to form the component , wherein the inner core defines the internal passage within the component , characterized in that a shape of the internal passage defines at least one stress concentration region in the component , and wherein at least one portion of the hollow structure corresponding to the at least one stress concentration region is at least partially formed from the second material , said introducing the component material into the cavity comprises introducing the component material such that, after the component is formed, the second material forms at least a portion of the at least one stress concentration region . positioning a jacketed core with respect to a mold , wherein the jacketed core includes: a hollow structure formed from at least a first material and a second material ; and an inner core disposed within the hollow structure ; a hollow structure formed from at least a first material and a second material ; and an inner core disposed within the hollow structure ; introducing a component material in a molten state into a cavity of the mold ; and cooling the component material in the cavity to form the component , wherein the inner core defines the internal passage within the component , characterized in that a shape of the internal passage defines at least one stress concentration region in the component , and wherein at least one portion of the hollow structure corresponding to the at least one stress concentration region is at least partially formed from the second material , said introducing the component material into the cavity comprises introducing the component material such that, after the component is formed, the second material forms at least a portion of the at least one stress concentration region .