mhurhangee/patent-ind-claim-en huggingface dataset:
An application, APP, processing method for a terminal comprising a built-in memory, the APP processing method comprising following steps: when an external memory is detected to be loaded and mounted, scanning APPs in the external memory; when the APPs are scanned in the external memory, providing an APP operation interface of the external memory, and displaying in the APP operation interface of the external memory APP icons of various APPs in the external memory, wherein display of the APP operation interface of the external memory and display of an APP operation interface of the built-in memory are switchable through an operation control; when the external memory is in the mounted state and a movement instruction triggered by a user is received, marking (S10) APP icons of various preset APPs in the APP operation interface of the built-in memory as being in a movable state, wherein the user may execute a movement operation only on the APP icons that are marked as being in the movable state, but not on APP icons that are not marked as being in the movable state; and when a movement operation performed by moving one of the marked APP icons in the APP operation interface of the built-in memory to the APP operation interface of the external memory is detected, moving (S20) an APP corresponding to the APP icon on which the movement operation is performed from the built-in memory to the external memory. when an external memory is detected to be loaded and mounted, scanning APPs in the external memory; when the APPs are scanned in the external memory, providing an APP operation interface of the external memory, and displaying in the APP operation interface of the external memory APP icons of various APPs in the external memory, wherein display of the APP operation interface of the external memory and display of an APP operation interface of the built-in memory are switchable through an operation control; when the external memory is in the mounted state and a movement instruction triggered by a user is received, marking (S10) APP icons of various preset APPs in the APP operation interface of the built-in memory as being in a movable state, wherein the user may execute a movement operation only on the APP icons that are marked as being in the movable state, but not on APP icons that are not marked as being in the movable state; and when a movement operation performed by moving one of the marked APP icons in the APP operation interface of the built-in memory to the APP operation interface of the external memory is detected, moving (S20) an APP corresponding to the APP icon on which the movement operation is performed from the built-in memory to the external memory.
Wafer level package (10"') with integrated antenna, comprising: a contacting layer ; an antenna layer with the integrated antenna; and a chip layer including at least one chip arranged between the contacting layer and the antenna layer , wherein means for shielding are implemented between the antenna layer and the chip layer ; wherein a redistribution layer , which electrically connects the at least one chip to the contacting layer , is configured between the means for shielding and the chip layer and wherein the chip comprises means for temperature dissipation in the form of a cooling body on a side opposite to the antenna layer . a contacting layer ; an antenna layer with the integrated antenna; and a chip layer including at least one chip arranged between the contacting layer and the antenna layer , wherein means for shielding are implemented between the antenna layer and the chip layer ; wherein a redistribution layer , which electrically connects the at least one chip to the contacting layer , is configured between the means for shielding and the chip layer and wherein the chip comprises means for temperature dissipation in the form of a cooling body on a side opposite to the antenna layer .
A cathode active material composition including particle 1 represented by Chemical Formula 1 below and particle 2 represented by Chemical Formula 2 below: [Chemical Formula 1] Li a1 Ni x1 Co y1 Mn z1 M 1-x1-y1-z1 O 2 [Chemical Formula 2] Li a2 Ni x2 Co y2 Mn z2 M 1-x2-y2-z2 O 2 wherein 0.6≤x1≤0.99, 0.59≤x2≤0.98, 0.5≤a1≤1.5, 0.5≤a2≤1.5, 0.0≤y1≤0.3, 0.0≤y2≤0.3, 0.0≤z1≤0.3, 0.0≤z2≤0.3, 0.0≤1-x1-y1-z1≤0.3, and 0.0≤1-x2-y2-z2≤0.3, and M is one or more elements selected from the group consisting of B, Ba, Ce, Cr, F, Mg, Al, Cr, V, Ti, Fe, Zr, Zn, Si, Y, Nb, Ga, Sn, Mo, W, P, Sr, and combinations thereof, and wherein: the particle 1 represented by Chemical Formula 1 has a size greater than the particle 2 represented by Chemical Formula 2; and x1 and x2 satisfy the condition of 0.01≤x1-x2≤0.4. wherein 0.6≤x1≤0.99, 0.59≤x2≤0.98, 0.5≤a1≤1.5, 0.5≤a2≤1.5, 0.0≤y1≤0.3, 0.0≤y2≤0.3, 0.0≤z1≤0.3, 0.0≤z2≤0.3, 0.0≤1-x1-y1-z1≤0.3, and 0.0≤1-x2-y2-z2≤0.3, and M is one or more elements selected from the group consisting of B, Ba, Ce, Cr, F, Mg, Al, Cr, V, Ti, Fe, Zr, Zn, Si, Y, Nb, Ga, Sn, Mo, W, P, Sr, and combinations thereof, and wherein: the particle 1 represented by Chemical Formula 1 has a size greater than the particle 2 represented by Chemical Formula 2; and x1 and x2 satisfy the condition of 0.01≤x1-x2≤0.4. the particle 1 represented by Chemical Formula 1 has a size greater than the particle 2 represented by Chemical Formula 2; and x1 and x2 satisfy the condition of 0.01≤x1-x2≤0.4.
A method for manufacturing at least one subsection of a tower section, the method comprising: mounting two neighboring, one-piece longitudinal flanges to a shell of a tower section, so that the two neighboring, one-piece longitudinal flanges are directly in contact with one another along a contact surface; and separating the shell at least along the two neighboring, one-piece longitudinal flanges, wherein a gap exists between the ends of the two neighboring, one-piece longitudinal flanges after mounting and before separating at the ends of the two neighboring, one-piece longitudinal flanges facing the shell. mounting two neighboring, one-piece longitudinal flanges to a shell of a tower section, so that the two neighboring, one-piece longitudinal flanges are directly in contact with one another along a contact surface; and separating the shell at least along the two neighboring, one-piece longitudinal flanges, wherein a gap exists between the ends of the two neighboring, one-piece longitudinal flanges after mounting and before separating at the ends of the two neighboring, one-piece longitudinal flanges facing the shell.
Battery cell comprising at least one sensor which is designed as a piezoelectric film, characterized in that the piezoelectric film forms a carrier layer of an electrode .
A vehicle structure comprising a first reinforcing element and a second reinforcing element , the first reinforcing element being capable of transmitting a large part of the forces due to a shock along a main working direction, forming a main force channel, the second reinforcing element being capable of transmitting the remainder of the forces due to said shock along said main working direction, forming a secondary force channel, characterized in that resilient connection means connect the first reinforcing element to the second reinforcing element .
A suction assembly comprising: a base ; a bellows having a first end and a second end opposite the first end , wherein the second end of the bellows is disposed on the base ; a pad having a first surface and a second surface opposite the first surface , wherein the second surface of the pad is disposed on the first end of the bellows , wherein the first surface defines a recess in the pad , the pad further comprising at least one channel between the first surface and second surface , the channel being defined by a channel wall; a vacuum port in fluid communication with a first volume and a second volume , wherein the first volume is defined by the base , the bellows , and the pad , and wherein the second volume is defined partly by the recess ; characterized in that the suction assembly further comprises a spring inside the bellows disposed between the base and the pad . a base ; a bellows having a first end and a second end opposite the first end , wherein the second end of the bellows is disposed on the base ; a pad having a first surface and a second surface opposite the first surface , wherein the second surface of the pad is disposed on the first end of the bellows , wherein the first surface defines a recess in the pad , the pad further comprising at least one channel between the first surface and second surface , the channel being defined by a channel wall; a vacuum port in fluid communication with a first volume and a second volume , wherein the first volume is defined by the base , the bellows , and the pad , and wherein the second volume is defined partly by the recess ; characterized in that the suction assembly further comprises a spring inside the bellows disposed between the base and the pad .
An article of apparel , wherein the article of apparel is for an upper torso of a wearer and comprises: a torso portion adapted to extend around at least a portion of the wearer's torso in an as-worn position, the torso portion having a front side , a back side , a left shoulder opening , a right shoulder opening , a neck opening , and a torso opening , or the article of apparel is a lower body article of apparel; and a plurality of slits arranged in a repeating fashion , wherein a spacing between two adjacent slits in linear alignment is less than a length of a slit in non-linear alignment with the two adjacent slits and that is offset from the two adjacent slits such that the slit in non-linear alignment overlies the spacing between the two adjacent slits in linear alignment, and the slit in non-linear alignment is parallel to the two adjacent slits in linear alignment, and wherein when the article is stretched perpendicular to the orientation of the slits , the slits open to provide a direct path through the article to the body of the wearer, and characterized in that the slits are skewed from a vertical or horizontal axis of the article , and the angle of the slits with respect to the vertical or horizontal axis of the article is selected so that the slits will open in response to stretching forces likely to be applied to a particular portion of the article into which the slits are integrated.
A system for generating a variable frequency, said system comprising: a voltage controlled oscillator, VCO, configured to output a frequency signal with a frequency value dependent on a voltage value of a control signal; and an integrator configured to provide the control signal to the VCO , said system being characterized by comprising : a digital to analog converter, DCO, that is configured to control an input voltage of the integrator so an output voltage, VO, of the integrator has a piece-wise linear interpolation characteristic so the frequency value changes at a substantially constant frequency rate over a period of time. a voltage controlled oscillator, VCO, configured to output a frequency signal with a frequency value dependent on a voltage value of a control signal; and an integrator configured to provide the control signal to the VCO , said system being characterized by comprising : a digital to analog converter, DCO, that is configured to control an input voltage of the integrator so an output voltage, VO, of the integrator has a piece-wise linear interpolation characteristic so the frequency value changes at a substantially constant frequency rate over a period of time.
A medical, motor-operated or hand-operated or operable instrument comprising a number of bearings for supporting a shank or shaft for applying torque to a tool , of which at least two selected or selectable bearings form a pair of bearings , and a distance sleeve axially spacing the bearings of the pair of bearings , the instrument further including: i) a preferably tubular component lying at least partly radially inside the distance sleeve , which component is rotatably coupled or capable of being coupled with at least one of the two bearings of the pair of bearings so as to co-rotate with a respective rotating part of the at least one bearing of the pair of bearings , or to form a rotating part of the at least one bearing of the pair of bearings , ii) at least one permanent magnet attached to or configured in the component , and iii) a coil disposed on or in the distance sleeve .
A secondary cell for a traction battery of a vehicle, comprising: - a prismatic casing comprising a case part having an aperture at one side and a cap part being at least indirectly connected with this side of the case part ; - wherein the case part and the cap part are at least partly electrically conductive and constitute terminals of the secondary cell for electrically contacting the secondary cell from the outside; - at least one electrochemical cell contained within the casing and comprising at least one anode current collector electrically connected with the cap part and at least one cathode current collector electrically connected with the case part ; - wherein both the anode current collector and the cathode current collector are arranged on one side of the electrochemical cell facing the cap part ; - wherein the cathode current collector is welded to a first electrically conductive element being welded to the case part and the anode current collector is welded to a second electrically conductive element being welded to the cap part ; - a safety device for discharging the electrochemical cell when the electrochemical cell is in an abnormal state; - wherein the safety device is electrically connected with the cathode current collector via the case part and with the anode current collector via the cap part . - a prismatic casing comprising a case part having an aperture at one side and a cap part being at least indirectly connected with this side of the case part ; - wherein the case part and the cap part are at least partly electrically conductive and constitute terminals of the secondary cell for electrically contacting the secondary cell from the outside; - at least one electrochemical cell contained within the casing and comprising at least one anode current collector electrically connected with the cap part and at least one cathode current collector electrically connected with the case part ; - wherein both the anode current collector and the cathode current collector are arranged on one side of the electrochemical cell facing the cap part ; - wherein the cathode current collector is welded to a first electrically conductive element being welded to the case part and the anode current collector is welded to a second electrically conductive element being welded to the cap part ; - a safety device for discharging the electrochemical cell when the electrochemical cell is in an abnormal state; - wherein the safety device is electrically connected with the cathode current collector via the case part and with the anode current collector via the cap part .
A pack for elongate, rod-shaped objects, in particular a cigarette pack, composed of an outer pack , in particular in the embodiment as a hinge-lid box or a shell-and-slide pack, and of an inner pack for a cigarette group which preferably on all sides is surrounded by a blank from tinfoil, paper, foil, or the like, and which has a removal aid for removing at least one first cigarette with the aid of a lifting strip in the case of an opened outer pack , wherein the lifting strip is formed by weakening lines in the region of the front wall of the inner pack , namely of an inner front wall and of an adjacent inner base wall , and, is connected to an end-side tear-off flap, namely a pull flap , of the inner blank , characterized in that the lifting strip by shaping in the region of a transition from the lifting strip to the pull flap , or to the front wall thereof, respectively, is connected in a tear-off-safe manner to the pull flap , namely by way of a gradually widening transverse dimension of the transition having an arcuate or (segment) circular, respectfully, peripheral configuration.
An object having a printed region , wherein - in the printed region , an optically identifiable pattern is arranged, which is printed with a colored printing medium that has magnetizable and/or magnetic particles , - the printed region has at least two subregions with different magnetic properties from each other, characterized in that the information that is written by means of the at least two subregions can be deleted and/or overwritten with new information. - in the printed region , an optically identifiable pattern is arranged, which is printed with a colored printing medium that has magnetizable and/or magnetic particles , - the printed region has at least two subregions with different magnetic properties from each other, characterized in that the information that is written by means of the at least two subregions can be deleted and/or overwritten with new information.
An electronic device comprising: a laminated structure including a first semiconductor chip and a second semiconductor chip , the first semiconductor chip including a sensor portion in which sensors are arranged, and the second semiconductor chip including a signal processing portion in which signals obtained by the sensors are processed, wherein respective ones of the sensors include a plurality of transistors , and wherein the signal processing portion includes a depletion-type field effect transistor, wherein the signal processing portion includes a high breakdown voltage transistor circuit and a low breakdown voltage transistor circuit, wherein the low breakdown voltage transistor circuit includes the depletion-type field effect transistor, wherein the sensors are image sensors, in particular CMOS image sensors, and wherein the electronic device is a solid-state imaging device. a laminated structure including a first semiconductor chip and a second semiconductor chip , the first semiconductor chip including a sensor portion in which sensors are arranged, and the second semiconductor chip including a signal processing portion in which signals obtained by the sensors are processed, wherein respective ones of the sensors include a plurality of transistors , and wherein the signal processing portion includes a depletion-type field effect transistor, wherein the signal processing portion includes a high breakdown voltage transistor circuit and a low breakdown voltage transistor circuit, wherein the low breakdown voltage transistor circuit includes the depletion-type field effect transistor, wherein the sensors are image sensors, in particular CMOS image sensors, and wherein the electronic device is a solid-state imaging device.
A method of enabling Lawful Interception, LI, when a wireless communication terminal performs S8 Home Routing roaming, being characterized in comprising: receiving (S101, 102), at a first LI Mirror Internet Protocol Subsystem, IMS, State Function , LMISF, from a first Serving Gateway , SGW, serving the wireless communication terminal , IMS-related information of the wireless communication terminal required for performing LI; and providing (S102, 130), from the first LMISF upon the wireless communication terminal relocating to a second SGW serving the wireless communication terminal , the received IMS-related information of the wireless communication terminal required for performing LI, to a second LMISF associated with the second SGW . receiving (S101, 102), at a first LI Mirror Internet Protocol Subsystem, IMS, State Function , LMISF, from a first Serving Gateway , SGW, serving the wireless communication terminal , IMS-related information of the wireless communication terminal required for performing LI; and providing (S102, 130), from the first LMISF upon the wireless communication terminal relocating to a second SGW serving the wireless communication terminal , the received IMS-related information of the wireless communication terminal required for performing LI, to a second LMISF associated with the second SGW .
A cannula for providing respiratory therapy to a patient, the cannula comprising: a first nasal prong having a proximal end attached to a cannula body, and a distal end for insertion into a nare of the patient; and the first nasal prong defining a lumen for a flow of breathing gas from a source of breathing gas to the nare of the patient; wherein the first nasal prong is configured to have a variable geometry such that a cross-sectional area of the lumen at the distal end of the first nasal prong varies with a flow rate of breathing gas, wherein the distal end of the first nasal prong is shaped as a dome having a plurality of slits, and wherein the slits are configured to be closed at no flow through the first nasal prong and the slits are configured to be open at a first flow rate to create an opening at the distal end through which the breathing gas can flow. a first nasal prong having a proximal end attached to a cannula body, and a distal end for insertion into a nare of the patient; and the first nasal prong defining a lumen for a flow of breathing gas from a source of breathing gas to the nare of the patient; wherein the first nasal prong is configured to have a variable geometry such that a cross-sectional area of the lumen at the distal end of the first nasal prong varies with a flow rate of breathing gas, wherein the distal end of the first nasal prong is shaped as a dome having a plurality of slits, and wherein the slits are configured to be closed at no flow through the first nasal prong and the slits are configured to be open at a first flow rate to create an opening at the distal end through which the breathing gas can flow.
A photovoltaic array , comprising: a plurality of photovoltaic modules arranged in an array, each photovoltaic module having a positive-voltage junction box being positioned at a first corner of an underside of the photovoltaic module and a negative-voltage junction box being positioned at a second corner on the underside of the photovoltaic module ; wherein the array comprises a first row (A) of photovoltaic modules electrically connected to each other and each photovoltaic module of the first row (A) being oriented in a first direction ; and wherein the array comprises a second row (B) of photovoltaic modules electrically connected to each other and each photovoltaic module of the second row (B) being oriented in a second direction that is 180° opposite relative to the first direction , and wherein one photovoltaic module of the first row (A) is electrically connected to one photovoltaic module of the second row (B). a plurality of photovoltaic modules arranged in an array, each photovoltaic module having a positive-voltage junction box being positioned at a first corner of an underside of the photovoltaic module and a negative-voltage junction box being positioned at a second corner on the underside of the photovoltaic module ; wherein the array comprises a first row (A) of photovoltaic modules electrically connected to each other and each photovoltaic module of the first row (A) being oriented in a first direction ; and wherein the array comprises a second row (B) of photovoltaic modules electrically connected to each other and each photovoltaic module of the second row (B) being oriented in a second direction that is 180° opposite relative to the first direction , and wherein one photovoltaic module of the first row (A) is electrically connected to one photovoltaic module of the second row (B).