mhurhangee/ep-ind-claims huggingface dataset:
A penile implant (100, 200), comprising: a sheath (110, 210) defining a lumen; which sheath (110, 210) further defines a window or opening (211, 213) in the sheath (110,210); a cable member (130, 230) disposed within the lumen of the sheath (110, 210); and a tensioner (150, 250) engaged with the cable member (130, 230) configured to apply tension to the sheath (110, 210) so that the sheath (110, 210) is selectively arrangeable between a first tensioned configuration and second non-tensioned configuration, wherein the tensioner (150, 250) comprises a bias member, configured to provide a bias to the tensioner (150, 250), wherein the tensioner (150, 250) comprises a release member (258, 260), the release member (258, 260) being moveable between a tension retention position, wherein tension is retained in the sheath (110, 210), and a tension release position, wherein tension is released from the sheath (110, 210), wherein the release member (258, 260) is accessible and operable through the window or opening (211, 213) in the sheath (110, 210), whereby a portion of the release member (258, 260) is extendible through the window or opening (211,213) in the sheath (110, 210), wherein the sheath (110, 210) includes a sidewall defining or including a series or a plurality of slots or openings, wherein the slots or openings are configured to allow the sheath (110, 210) to be flexible at the locations of the slots or openings and wherein the adjacent portions of the sidewall that define the slots or openings are configured to engage each other and lock into place. a sheath (110, 210) defining a lumen; which sheath (110, 210) further defines a window or opening (211, 213) in the sheath (110,210); a cable member (130, 230) disposed within the lumen of the sheath (110, 210); and a tensioner (150, 250) engaged with the cable member (130, 230) configured to apply tension to the sheath (110, 210) so that the sheath (110, 210) is selectively arrangeable between a first tensioned configuration and second non-tensioned configuration, wherein the tensioner (150, 250) comprises a bias member, configured to provide a bias to the tensioner (150, 250), wherein the tensioner (150, 250) comprises a release member (258, 260), the release member (258, 260) being moveable between a tension retention position, wherein tension is retained in the sheath (110, 210), and a tension release position, wherein tension is released from the sheath (110, 210), wherein the release member (258, 260) is accessible and operable through the window or opening (211, 213) in the sheath (110, 210), whereby a portion of the release member (258, 260) is extendible through the window or opening (211,213) in the sheath (110, 210), wherein the sheath (110, 210) includes a sidewall defining or including a series or a plurality of slots or openings, wherein the slots or openings are configured to allow the sheath (110, 210) to be flexible at the locations of the slots or openings and wherein the adjacent portions of the sidewall that define the slots or openings are configured to engage each other and lock into place.
A method of injection moulding assemblies comprising a carrier with a bearing member and a movable element movably mounted, in particular pivotally mounted, with respect to the carrier via the bearing member, the method comprising the successive steps of: a) providing an injection mould with a carrier forming cavity, an assembly forming cavity comprising a formed carrier accommodating cavity and a movable element forming cavity separated by a sealing border, and a bearing member forming device; b) injecting plastic material into the carrier forming cavity thereby forming a first carrier, while forming a first bearing member comprising a bearing cavity into the first carrier using the bearing member forming device; c) moving the formed first carrier from the carrier forming cavity to the formed carrier accommodating cavity, preferably with a handling robot; and d) injecting plastic material into the movable element forming cavity thereby forming a first movable element inside the first carrier and thus a finished first assembly, wherein, during step d), said sealing border surrounds the bearing cavity in a form-fitting manner. a) providing an injection mould with a carrier forming cavity, an assembly forming cavity comprising a formed carrier accommodating cavity and a movable element forming cavity separated by a sealing border, and a bearing member forming device; b) injecting plastic material into the carrier forming cavity thereby forming a first carrier, while forming a first bearing member comprising a bearing cavity into the first carrier using the bearing member forming device; c) moving the formed first carrier from the carrier forming cavity to the formed carrier accommodating cavity, preferably with a handling robot; and d) injecting plastic material into the movable element forming cavity thereby forming a first movable element inside the first carrier and thus a finished first assembly,
A power generating device comprising: (a) a sheet of piezo material having the capability of generating an electric field when subjected to mechanical strain, said sheet having (i) a first surface and a second surface spaced therefrom and substantially parallel thereto, (ii) a plurality of recesses or holes extending from the first surface toward the second surface, (iii) first and second longitudinal edges and (iv) first and second end edges, both sets of said edges extending from said first surface to said second surface, said recesses or holes being positioned in a plurality of longitudinal rows, each extending in a straight line path substantially parallel to said longitudinal edges, said longitudinal rows being spaced from each adjacent longitudinal row to define a plurality of parallel aligned spaces, said parallel aligned spaces being parallel to said longitudinal edges and a plurality of widthwise rows, each extending in a straight line path parallel to each other; and (b) magnetostrictive material positioned in at least some of said recesses or holes, characterised in that said sheet has a thickness in the range of 0.005 to 1.0 mm and said recesses or holes are square. (a) a sheet of piezo material having the capability of generating an electric field when subjected to mechanical strain, said sheet having (i) a first surface and a second surface spaced therefrom and substantially parallel thereto, (ii) a plurality of recesses or holes extending from the first surface toward the second surface, (iii) first and second longitudinal edges and (iv) first and second end edges, both sets of said edges extending from said first surface to said second surface, said recesses or holes being positioned in a plurality of longitudinal rows, each extending in a straight line path substantially parallel to said longitudinal edges, said longitudinal rows being spaced from each adjacent longitudinal row to define a plurality of parallel aligned spaces, said parallel aligned spaces being parallel to said longitudinal edges and a plurality of widthwise rows, each extending in a straight line path parallel to each other; and (b) magnetostrictive material positioned in at least some of said recesses or holes,
A method for counting and tracking defined objects and anonymous objects, comprising the steps of: capturing object data from objects passing an entrance with an image capturing device; generating subset data associated with the object data in a data capturing device, wherein the subset data is generated from signals received from mobile handsets associated with respective objects, wherein each signal includes a unique identifier, an entry time, an exit time, and location data; receiving the object data and subset data at a counting system; identifying defined objects by matching each unique identifier to a stored unique identifier; identifying anonymous objects, wherein anonymous objects are associated with each unique identifier that is unmatched to the stored unique identifier; counting the defined objects and the anonymous objects; associating the location data with a predefined area; tracking the defined objects and the anonymous objects within the predefined area; and generating path data using the subset data by plotting X and Y coordinates for an object within the predefined area at sequential time periods. capturing object data from objects passing an entrance with an image capturing device; generating subset data associated with the object data in a data capturing device, wherein the subset data is generated from signals received from mobile handsets associated with respective objects, wherein each signal includes a unique identifier, an entry time, an exit time, and location data; receiving the object data and subset data at a counting system; identifying defined objects by matching each unique identifier to a stored unique identifier; identifying anonymous objects, wherein anonymous objects are associated with each unique identifier that is unmatched to the stored unique identifier; counting the defined objects and the anonymous objects; associating the location data with a predefined area; tracking the defined objects and the anonymous objects within the predefined area; and generating path data using the subset data by plotting X and Y coordinates for an object within the predefined area at sequential time periods.
A display device comprising: a first electrode module comprising a first electrode; a second electrode module comprising a second electrode, the second electrode module facing the first electrode module; a plurality of barriers formed on the first electrode module; a plurality of cavities formed by the first electrode module and the barriers; and an electric field-dependent layer formed in each of the cavities, the electric field-dependent layer having properties changed by an electric field applied between the first electrode module and the second electrode module, and wherein the ends of the plurality of barriers are inserted into the second electrode and are in contact with the second electrode, characterised in that the second electrode comprises a second electrode composition which is a cured composition. a first electrode module comprising a first electrode; a second electrode module comprising a second electrode, the second electrode module facing the first electrode module; a plurality of barriers formed on the first electrode module; a plurality of cavities formed by the first electrode module and the barriers; and an electric field-dependent layer formed in each of the cavities, the electric field-dependent layer having properties changed by an electric field applied between the first electrode module and the second electrode module, and wherein the ends of the plurality of barriers are inserted into the second electrode and are in contact with the second electrode, characterised in that the second electrode comprises a second electrode composition which is a cured composition.
A dry formulation of a vaccine that comprises a live attenuated canine parvovirus, 10% to 80% (w/w) of a sugar alcohol, 10% to 70% (w/w) of a bulking stabilizer, 4% to 50% (w/w) of a protein stabilizer, and a buffer having a pH of 6.8 to 8.0.
A check valve arrangement for a blood cassette or a blood tubing set, comprising an inlet and an outlet for medical fluids, with a valve body, wherein, in an initial state, the check valve arrangement permits a flow of a working fluid and/or of a sterilisation fluid through the check valve arrangement in both flow directions, i.e. from the inlet to the outlet and vice versa, and wherein, in an operating state, the check valve arrangement permits only one direction of flow of the working fluid, characterized in that the check valve arrangement comprises a pin-pin-reception connection comprising a pin-reception portion for receiving a pin and the pin movably arranged in the pin-reception portion, wherein the check valve arrangement can be transferred from the initial state into the operating state by force application on the pin-pin-reception connection, and/or by an impression of path on the pin-pin-reception connection, each in longitudinal direction of the pin and the pin-reception.
A handy type cleaner comprising: a body; a suction inlet coupled to the body and configured to guide air containing dust into the body; a dust separation unit disposed in the body and comprising: a first cyclone unit for separating dust from air sucked through the suction inlet, and a second cyclone unit for separating dust from air discharged from the first cyclone unit; a suction motor disposed in the body and above the second cyclone unit and including a rotary impeller; a first filter configured to filter air discharged from the second cyclone unit and flowing to the suction motor; and a filter unit detachably coupled to a top of the body, wherein the filter unit provides a structure of fixing the first filter, and includes a second filter for filtering air discharging from the suction motor and a filter frame for supporting the filter, and characterized in that, when the filter unit is separated from the body, the first filter and the second filter are configured to be separated in a same direction to the outside. a body; a suction inlet coupled to the body and configured to guide air containing dust into the body; a dust separation unit disposed in the body and comprising: a first cyclone unit for separating dust from air sucked through the suction inlet, and a second cyclone unit for separating dust from air discharged from the first cyclone unit; a first cyclone unit for separating dust from air sucked through the suction inlet, and a second cyclone unit for separating dust from air discharged from the first cyclone unit; a suction motor disposed in the body and above the second cyclone unit and including a rotary impeller; a first filter configured to filter air discharged from the second cyclone unit and flowing to the suction motor; and a filter unit detachably coupled to a top of the body, wherein the filter unit provides a structure of fixing the first filter, and includes a second filter for filtering air discharging from the suction motor and a filter frame for supporting the filter, and characterized in that, when the filter unit is separated from the body, the first filter and the second filter are configured to be separated in a same direction to the outside.
An aircraft undercarriage including a steerable bottom portion (3, 4, 5) carrying one or more wheels and fitted with a steering device adapted to turn the steerable bottom portion in response to a steering order, the undercarriage being characterized in that the steering device has a single electromechanical steering actuator comprising a steering electric motor driving a coaxial outlet pinion by means of reduction gearing of the deformable bell type known as a "harmonic drive", the outlet pinion co-operating with a spur gear secured to the steerable bottom portion, the connection between the electric motor and the steerable bottom portion being reversible, and the actuator being fitted with monitor means for monitoring at least one operating parameter of the steering device and adapted to detect a deterioration in the performance of the actuator.
A metamaterial structure, comprising: a substrate, and nanostructures located in a pattern on the substrate, wherein the nanostructures are paraboloid in shape and arranged in a periodic pattern, characterized in that the distance between closest nanostructures is between 120 nm and 1200 nm, wherein the nanostructures are capable of operating in normal-to-plane mode, wherein the normal-to-plane mode further comprises an angle-independent surface plasmon mode and polarization-independent surface plasmon mode, and wherein the nanostructures are comprised of one or more of the following: gold, aluminum, silver, copper, aluminum-doped zinc oxide, indium tin oxide, titanium nitride, indium gallium arsenide, tungsten oxide, or titanium-tungsten, or a combination thereof. a substrate, and nanostructures located in a pattern on the substrate, wherein the nanostructures are paraboloid in shape and arranged in a periodic pattern, characterized in that the distance between closest nanostructures is between 120 nm and 1200 nm, wherein the nanostructures are capable of operating in normal-to-plane mode, wherein the normal-to-plane mode further comprises an angle-independent surface plasmon mode and polarization-independent surface plasmon mode, and wherein the nanostructures are comprised of one or more of the following: gold, aluminum, silver, copper, aluminum-doped zinc oxide, indium tin oxide, titanium nitride, indium gallium arsenide, tungsten oxide, or titanium-tungsten, or a combination thereof.
A system comprising: a time of flight sensor for mounting in or on a first portion of a window unit or a door unit; and a microcontroller unit in communication with the time of flight sensor, wherein the time of flight sensor measures a time for a signal to travel from the time of flight sensor to a reflective surface included in or on a second portion of the window unit or the door unit and back to the time of flight sensor, wherein the time of flight sensor transmits the time measured to the microcontroller unit, and wherein the microcontroller unit uses the time measured to make a security determination. a time of flight sensor for mounting in or on a first portion of a window unit or a door unit; and a microcontroller unit in communication with the time of flight sensor, wherein the time of flight sensor measures a time for a signal to travel from the time of flight sensor to a reflective surface included in or on a second portion of the window unit or the door unit and back to the time of flight sensor, wherein the time of flight sensor transmits the time measured to the microcontroller unit, and wherein the microcontroller unit uses the time measured to make a security determination.
An amplification system comprising: a first power transistor series coupled with a second power transistor wherein the first power transistor receives a first input signal at its gate that is 1⁄2 of the voltage of an input signal received from a first end of a secondary winding of an input transformer and the second power transistor receives a second input signal that is 1⁄2 of the voltage of the input signal and 180° out of phase with the first input signal and is received from a second end of the secondary winding of the input transformer; the amplification system having a first state with the first and second power transistors alternately switching between providing a return path and pulling current from a DC power supply to provide an amplified output signal to an output load in response to the first and second input signals during a push-pull amplifier mode of operation; and the amplification system having a second state that employs the first power transistor in single-ended amplifier mode of operation in response to the first input signal and disables the second power transistor for amplification purposes, the first power transistor drives double the output impedance in the single-ended amplifier mode than the output impedance it drives in the push-pull amplifier mode. a first power transistor series coupled with a second power transistor wherein the first power transistor receives a first input signal at its gate that is 1⁄2 of the voltage of an input signal received from a first end of a secondary winding of an input transformer and the second power transistor receives a second input signal that is 1⁄2 of the voltage of the input signal and 180° out of phase with the first input signal and is received from a second end of the secondary winding of the input transformer; the amplification system having a first state with the first and second power transistors alternately switching between providing a return path and pulling current from a DC power supply to provide an amplified output signal to an output load in response to the first and second input signals during a push-pull amplifier mode of operation; and the amplification system having a second state that employs the first power transistor in single-ended amplifier mode of operation in response to the first input signal and disables the second power transistor for amplification purposes, the first power transistor drives double the output impedance in the single-ended amplifier mode than the output impedance it drives in the push-pull amplifier mode.
Finned heat sink comprising a stack of N heat sink plates comprising a bottom plate and a top plate, each plate comprising a heat dissipating fin being bent over a first edge part out of plane of the heat sink plate and a base part with an opening, wherein the base part of the top plate is on top of the base part of the bottom plate and wherein the fin of the bottom plate is bent and extends through the opening in the top plate and at a same side of the top plate, characterised by the finned heat sink further comprising a heatsink base on which the heat sink plates are mounted, wherein each heat sink plate has a thickness T and the heatsink base comprises a profile step with a profile size Ps according to the relation Ps = O / N, wherein O is the distance between two adjacent first edges in the base part of the top heat sink plate transverse to the first edge, and Ps is measured along the plane P of the base part of the top heat sink plate in a direction transverse to the first edge, each step having a height H essentially equal to said thickness T.
An oral care composition, comprising: an orally acceptable vehicle comprising pectin in an amount of from about 0.1% to about 1% by weight, an anticaries agent; and a moisturizing agent, wherein the moisturizing agent comprises coconut oil, wherein the coconut oil is present in an amount greater than about 0.01% to less than about 5% by weight, and wherein the composition is a toothpaste or gel. an orally acceptable vehicle comprising pectin in an amount of from about 0.1% to about 1% by weight, an anticaries agent; and a moisturizing agent, wherein the moisturizing agent comprises coconut oil, wherein the coconut oil is present in an amount greater than about 0.01% to less than about 5% by weight, and wherein the composition is a toothpaste or gel.
A stent graft (10; 30) having a longitudinal extent and comprising a plurality of mutually-parallel stents, the ends of all the stents being perpendicular to the longitudinal extent of the stent graft and mutually-adjacent ones of the stents are spaced apart by respectively adjacent first, second and third spacings in a direction from one end of the stent graft to the other, characterised in that the first spacing is smaller than the second spacing and the second spacing is smaller than the third spacing.
A method of detecting a fault condition in one or more balers, each of which includes a crop feed system and a bale chamber, wherein each of the one or more balers is configured to bale cut crop, the method comprising: identifying at least one location in the one or more balers, wherein the at least one identified location generates heat during an operation of a component of the baler; placing a radio frequency identification (RFID) tag at the at least one identified location, wherein the RFID tag includes a temperature sensing feature; receiving transmitted data from the RFID tag; identifying, from the received data, a temperature value of the at least one identified location; and providing an indicator based on the identified temperature value. identifying at least one location in the one or more balers, wherein the at least one identified location generates heat during an operation of a component of the baler; placing a radio frequency identification (RFID) tag at the at least one identified location, wherein the RFID tag includes a temperature sensing feature; receiving transmitted data from the RFID tag; identifying, from the received data, a temperature value of the at least one identified location; and providing an indicator based on the identified temperature value.