mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a winding tube of a roller shutter (T) and a connecting bolt between the tube and the shutter, the bolt including at least two articulated links , among which a first link is configured to be attached to an upper slat of the shutter and a last link is configured to be attached on the outer radial surface (S4e) of the tube , the last link and the tube comprising shapes suitable for nesting a first portion (2.1) of the last link on the outer radial surface (S4e) of the tube, wherein the last link also comprises a second portion (2.2), the curve radius (r2) of which in the non-deformed state is less than the maximum radius (r4) of the outer radial surface (S4e) of the tube, such that this second portion (2.2) is resiliently deformed during the mounting of the bolt around the tube and is fixed by gripping around the tube, characterized in that the first portion (2.1) of the last link is connected to the tube by a dovetail connection.
A gyro stabilizer comprising; - a rotor arranged to rotate about a spin axis (s), and - a stator , wherein the rotor and the stator comprise rotor and stator assemblies , respectively, wherein the rotor assembly is arranged radially outside the stator assembly with respect to the spin axis (s), characterized in that the rotor and/or stator assemblies comprises magnets with magnetic axis in the direction of the spin axis (s) wherein, the rotor/and or stator assembly magnets are stacked with alternating magnetic field directions in the direction of the spin axis (s). - a rotor arranged to rotate about a spin axis (s), and - a stator , wherein the rotor and the stator comprise rotor and stator assemblies , respectively, wherein the rotor assembly is arranged radially outside the stator assembly with respect to the spin axis (s), characterized in that the rotor and/or stator assemblies comprises magnets with magnetic axis in the direction of the spin axis (s) wherein, the rotor/and or stator assembly magnets are stacked with alternating magnetic field directions in the direction of the spin axis (s). the rotor and the stator comprise rotor and stator assemblies , respectively, wherein the rotor assembly is arranged radially outside the stator assembly with respect to the spin axis (s), characterized in that the rotor and/or stator assemblies comprises magnets with magnetic axis in the direction of the spin axis (s) wherein, the rotor/and or stator assembly magnets are stacked with alternating magnetic field directions in the direction of the spin axis (s).
A method comprising: performing route evaluation pro-actively in anticipation that the user will travel between two locations based on observed user behavior and identifying a non-recommended route between the two locations; generating, by a user computing device , a proactive notification for the non-recommended route when a user is predicted to be traveling between two familiar locations: receiving a user selection of the proactive notification for the non-recommended route; and in response to the selection of the proactive notification, lauching , at the user computing device, a map application in to a light guidance mode, wherein the map application includes: a full guidance mode configured to display turn-by-turn navigation instructions; and the light guidance mode configured to display light navigation instructions that do not include complete turn-by-turn navigation instructions. performing route evaluation pro-actively in anticipation that the user will travel between two locations based on observed user behavior and identifying a non-recommended route between the two locations; generating, by a user computing device , a proactive notification for the non-recommended route when a user is predicted to be traveling between two familiar locations: receiving a user selection of the proactive notification for the non-recommended route; and in response to the selection of the proactive notification, lauching , at the user computing device, a map application in to a light guidance mode, wherein the map application includes: a full guidance mode configured to display turn-by-turn navigation instructions; and the light guidance mode configured to display light navigation instructions that do not include complete turn-by-turn navigation instructions. receiving a user selection of the proactive notification for the non-recommended route; and in response to the selection of the proactive notification, lauching , at the user computing device, a map application in to a light guidance mode, wherein the map application includes: a full guidance mode configured to display turn-by-turn navigation instructions; and the light guidance mode configured to display light navigation instructions that do not include complete turn-by-turn navigation instructions. a full guidance mode configured to display turn-by-turn navigation instructions; and the light guidance mode configured to display light navigation instructions that do not include complete turn-by-turn navigation instructions.
A child seat for a bicycle, in particular for arrangement in a cargo bike box, comprising a back part , a seat part connected to the back part a foldable manner, a pivot axis disposed between the back part and the seat part about which the seat part is pivotable relative to the back part , characterized by at least one spring and/or damping element interacting with the seat part in the unfolded position, wherein the at least one spring and/or damping element is disposed between the seat part and a holding element connected to the back part . a back part , a seat part connected to the back part a foldable manner, a pivot axis disposed between the back part and the seat part about which the seat part is pivotable relative to the back part , characterized by at least one spring and/or damping element interacting with the seat part in the unfolded position, wherein the at least one spring and/or damping element is disposed between the seat part and a holding element connected to the back part .
An immunoconjugate which binds to FOLR1 polypeptide for use in the treatment of a FOLR1-expressing cancer, wherein the immunoconjugate comprises a maytansinoid and an antibody or antigen-binding fragment thereof that comprises the variable light chain (VL) complementarity determining region (CDR)-1 of SEQ ID NO: 6, the VL CDR-2 of SEQ ID NO: 7, the VL CDR-3 of SEQ ID NO: 8, the variable heavy chain (VH) CDR-1 of SEQ ID NO: 9, the VH CDR-2 of SEQ ID NO: 11, and the VH CDR-3 of SEQ ID NO: 12, wherein the cancer is ovarian cancer, cancer of the peritoneum, endometrial cancer, or uterine cancer, preferably, wherein the cancer is a FOLR1-expressing ovarian cancer, and wherein the immunoconjugate is administered at a dose of 6 milligrams (mg) per kilogram (kg) of adjusted ideal body weight (AIBW).
A method comprising: enabling, at a network apparatus, for all users in a cell or on a per-user basis use of a keep-awake message for a user equipment ; determining , as part of a discontinuous communication mechanism defining an on-period for permitting transmission of data over a network, whether a resource allocation has been made to the user equipment for communicating over the network; and generating , if the resource allocation has been made, the keep-awake message to instruct the user equipment to extend the on-period, wherein the keep-awake message is indicated by a single bit sent to the user equipment over a dedicated control channel. enabling, at a network apparatus, for all users in a cell or on a per-user basis use of a keep-awake message for a user equipment ; determining , as part of a discontinuous communication mechanism defining an on-period for permitting transmission of data over a network, whether a resource allocation has been made to the user equipment for communicating over the network; and generating , if the resource allocation has been made, the keep-awake message to instruct the user equipment to extend the on-period, wherein the keep-awake message is indicated by a single bit sent to the user equipment over a dedicated control channel.
A fiber optic inspection module , comprising: a camera configured to capture an image of an end-face ; a light source configured to illuminate the end-face; and a first mirror including a fixed point about which the first mirror is configured to pivot when a cleaning device probe inserted into the fiber optic inspection module abuts against the first mirror, wherein the first mirror is configured to reflect light from the light source to the end-face. a camera configured to capture an image of an end-face ; a light source configured to illuminate the end-face; and a first mirror including a fixed point about which the first mirror is configured to pivot when a cleaning device probe inserted into the fiber optic inspection module abuts against the first mirror, wherein the first mirror is configured to reflect light from the light source to the end-face.
Method for discharging an energy-storage system in a solar panel installation wherein one or more solar panels are coupled to an electricity grid by means of a maximum power point tracking, MPPT, module and a first converter ; and wherein the MPPT module is configured to enable the one or more solar panels to supply a maximum power; and wherein the energy-storage system is couplable in parallel between the one or more solar panels and the MPPT module via a second converter ; characterized in that the method comprises the following steps: a) measuring an output voltage , the measured output voltage, of the one or more solar panels; and b) based on the measured output voltage, setting an output voltage of the second converter, the setting voltage; and c) coupling the second converter in parallel with the MPPT module to the one or more solar panels for a certain first time interval (ΔT BAT ) such that the energy-storage system is discharged; and d) decoupling the second converter; e) repeating steps a), b), c) and d) after a certain second time interval (ΔT MPPT ); wherein the certain second time interval at least corresponds to a period which the MPPT module needs to enable the one or more solar panels to supply the maximum power. a) measuring an output voltage , the measured output voltage, of the one or more solar panels; and b) based on the measured output voltage, setting an output voltage of the second converter, the setting voltage; and c) coupling the second converter in parallel with the MPPT module to the one or more solar panels for a certain first time interval (ΔT BAT ) such that the energy-storage system is discharged; and d) decoupling the second converter; e) repeating steps a), b), c) and d) after a certain second time interval (ΔT MPPT ); wherein the certain second time interval at least corresponds to a period which the MPPT module needs to enable the one or more solar panels to supply the maximum power.
A drive unit comprising: a rear hub provided to a rear wheel ; a rear arm ; a first power system including an electric motor , the electric motor being accommodated in the rear wheel and including a rotor and a stator , the first power system being configured to transmit rotation of the rotor to the rear hub ; and a second power system including a crank shaft having pedals attached thereto, and configured to transmit rotation of the crank shaft to the rear hub , wherein the second power system includes a power transmission mechanism , the second power system being configured to transmit the rotation of the crank shaft to the rear hub through the power transmission mechanism , the rear arm and the power transmission mechanism are disposed in a first direction, which is one of a rightward direction and a leftward direction, with respect to a center (C1) of the rear wheel in a left-right direction, characterized in that the second power system includes a transmission shaft and the power transmission mechanism , the transmission shaft being rotatable and disposed radially inward of the stator , the power transmission mechanism coupling the crank shaft to the transmission shaft , the second power system being configured to transmit the rotation of the crank shaft to the rear hub through the power transmission mechanism and the transmission shaft , wherein the transmission shaft is coupled to the rear hub at a position in a second direction, which is a direction opposite to the first direction, with respect to the center (C1) of the rear wheel in the left-right direction. a rear hub provided to a rear wheel ; a rear arm ; a first power system including an electric motor , the electric motor being accommodated in the rear wheel and including a rotor and a stator , the first power system being configured to transmit rotation of the rotor to the rear hub ; and a second power system including a crank shaft having pedals attached thereto, and configured to transmit rotation of the crank shaft to the rear hub , wherein the second power system includes a power transmission mechanism , the second power system being configured to transmit the rotation of the crank shaft to the rear hub through the power transmission mechanism , the rear arm and the power transmission mechanism are disposed in a first direction, which is one of a rightward direction and a leftward direction, with respect to a center (C1) of the rear wheel in a left-right direction, characterized in that the second power system includes a transmission shaft and the power transmission mechanism , the transmission shaft being rotatable and disposed radially inward of the stator , the power transmission mechanism coupling the crank shaft to the transmission shaft , the second power system being configured to transmit the rotation of the crank shaft to the rear hub through the power transmission mechanism and the transmission shaft , wherein the transmission shaft is coupled to the rear hub at a position in a second direction, which is a direction opposite to the first direction, with respect to the center (C1) of the rear wheel in the left-right direction.
A synergistic antimicrobial composition comprising lenacil and 1,2- benzisothiazol-3(2 H )-one.
A composite material for use as or in a medical dressing, said composite material comprising: a first layer comprising an absorbent fiber material, wherein said first layer has a first side and a second side opposite said first side, said first side being adapted to face a wound area, a second layer comprising an absorbent material, said second layer being arranged on said second side of said first layer , wherein a plurality of channels extends through the entire first layer , from said first side to said second side thereof, and further extends into at least a portion of said second layer , wherein said channels have an average diameter of from 0.01 mm to 3.00 mm, preferably from 0.05 mm to 2.00 mm, further preferably from 0.10 mm to 1.00 mm, wherein said channels are arranged essentially perpendicular to said first layer and said second layer , and the interface between those two layers. a first layer comprising an absorbent fiber material, wherein said first layer has a first side and a second side opposite said first side, said first side being adapted to face a wound area, a second layer comprising an absorbent material, said second layer being arranged on said second side of said first layer ,
An aquatic sports amusement apparatus, comprising: a plurality of wave generating chambers that releases water into a pool ; a plenum pneumatically connected to each chamber ; a plurality of fans connected to the plenum and adapted to pressurize the plenum ; a plurality of vents connected to the plenum and adapted to release pressure from the plenum upon actuation, characterized in that the apparatus further comprises a plurality of sensors connected to the plenum and adapted to measure the pressure of the plenum , and a controller connected to the plurality of vents and the plurality of sensors , wherein the controller is constructed to perform the following steps: a. measure the pressure from a sensor in the plurality of sensors ; b. when the measured pressure is greater than a preset set point, then actuate a vent from the plurality of vents to release pressure. a plurality of wave generating chambers that releases water into a pool ; a plenum pneumatically connected to each chamber ; a plurality of fans connected to the plenum and adapted to pressurize the plenum ; a plurality of vents connected to the plenum and adapted to release pressure from the plenum upon actuation, characterized in that the apparatus further comprises a plurality of sensors connected to the plenum and adapted to measure the pressure of the plenum , and a controller connected to the plurality of vents and the plurality of sensors , wherein the controller is constructed to perform the following steps: a. measure the pressure from a sensor in the plurality of sensors ; b. when the measured pressure is greater than a preset set point, then actuate a vent from the plurality of vents to release pressure. a. measure the pressure from a sensor in the plurality of sensors ; b. when the measured pressure is greater than a preset set point, then actuate a vent from the plurality of vents to release pressure.
Method for fabricating a strained semiconductor-on-insulator substrate, comprising: (a) the provision of a donor substrate comprising a monocrystalline semiconductor layer ; (b) the provision of a receiving substrate comprising a surface layer of a strained monocrystalline semiconductor material and a carrier substrate ; (c) the bonding of the donor substrate to the receiving substrate , a dielectric layer being at the interface between the surface layer and the monocrystalline semiconductor layer ; (d) the transfer of the monocrystalline semiconductor layer from the donor substrate to the receiving substrate ; (e) the cutting of a portion from a stack formed from the transferred monocrystalline semiconductor layer , from the dielectric layer and from the surface layer , by forming trench isolations (T) extending into said stack beyond the surface layer up to within the thickness of the carrier substrate , said cutting operation resulting in the relaxation of the strain in the surface layer , and in the application of at least a part of said strain to the transferred monocrystalline semiconductor layer ; said method being characterized in that step (b) additionally comprises the formation, on the surface layer of the receiving substrate , of a dielectric bonding layer or of a bonding layer consisting of the same relaxed, or at least partially relaxed, monocrystalline semiconductor material as the monocrystalline semiconductor layer of the donor substrate , and in that in step (c) said bonding layer is at the bonding interface between the donor substrate and the receiving substrate. (a) the provision of a donor substrate comprising a monocrystalline semiconductor layer ; (b) the provision of a receiving substrate comprising a surface layer of a strained monocrystalline semiconductor material and a carrier substrate ; (c) the bonding of the donor substrate to the receiving substrate , a dielectric layer being at the interface between the surface layer and the monocrystalline semiconductor layer ; (d) the transfer of the monocrystalline semiconductor layer from the donor substrate to the receiving substrate ; (e) the cutting of a portion from a stack formed from the transferred monocrystalline semiconductor layer , from the dielectric layer and from the surface layer , by forming trench isolations (T) extending into said stack beyond the surface layer up to within the thickness of the carrier substrate , said cutting operation resulting in the relaxation of the strain in the surface layer , and in the application of at least a part of said strain to the transferred monocrystalline semiconductor layer ;
A thermal imaging system comprising: an explosion-proof housing including an optical window configured to contain an explosive pressure, the optical window allowing electromagnetic thermal energy to pass through; a thermal imaging sensor disposed within the explosion-proof housing; thermal imaging electronics coupled to the thermal imaging sensor and configured to provide at least one thermal image based on a signal from the thermal imaging sensor ; a lens assembly disposed at least in front of the optical window and external to the explosion-proof housing , wherein the lens assembly includes a pair of lenses disposed in front of the optical window and, wherein a seal is configured to seal the optical window to a frame of the lens assembly , characterised in that , the optical window is a composite optical window which is formed of a plurality of layers of zinc selenide that sandwich a layer of polyamide . an explosion-proof housing including an optical window configured to contain an explosive pressure, the optical window allowing electromagnetic thermal energy to pass through; a thermal imaging sensor disposed within the explosion-proof housing; thermal imaging electronics coupled to the thermal imaging sensor and configured to provide at least one thermal image based on a signal from the thermal imaging sensor ; a lens assembly disposed at least in front of the optical window and external to the explosion-proof housing , wherein the lens assembly includes a pair of lenses disposed in front of the optical window and, wherein a seal is configured to seal the optical window to a frame of the lens assembly , characterised in that , the optical window is a composite optical window which is formed of a plurality of layers of zinc selenide that sandwich a layer of polyamide .
A system comprising first and second electric or electronic circuits galvanically isolated from each other, and a coupling device (400; 500; 700) coupling the first circuit to the second circuit, the coupling device comprising a variable-capacitance capacitor (C) comprising first (S) and second (D) electrodes mobile with respect to each other, separated by an insulating region, and third (G) and fourth (R) electrodes electrically insulated from the first and second electrodes, capable of receiving a control signal (Ve, Ie) to vary, by an electrostatic, electromagnetic, or piezoelectric actuation mechanism, the relative position of the first (S) and second (D) electrodes, to vary the capacitance (C SD ) between the first (S) and second (D) electrodes, wherein the coupling device (400; 500; 700) comprises first (e1) and second (e2) input terminals connected to the first circuit and capable of receiving an input signal (Ve, Ie) originating from the first circuit, and first (s1) and second (s2) output terminals connected to the second circuit and galvanically isolated from the first and second input terminals, capable of supplying the second circuit with an output signal (Vs) which is an image of the input signal, and wherein the first (e1) and second (e2) input terminals are respectively connected to the third (G) and fourth (R) electrodes of the capacitor (C).