mhurhangee/patent-ind-claim-en huggingface dataset:
A syringe , comprising: a cylindrical body ; a plunger movably disposed within the cylindrical body , the plunger comprising: a cover support ring , comprising: an annular ring at an outside surface of a bottom portion of the cover support ring and defining a groove distally from the annular ring ; a frusto-conical section extending upwardly from groove ; and a lip on an interior surface of the cover support ring ; and a cover comprising a bottom end lip engaged with the groove of the cover support ring , the cover further comprising a conically-shaped top with a substantially cylindrical portion extending therefrom, wherein the frusto-conical section of the cover support ring is matable within a conical interior surface of the cover , and characterized in that the annular ring is an annular rear base member comprising one or more inwardly projecting flanges spaced around the inner surface thereof and extending rearward from the lip . a cylindrical body ; a plunger movably disposed within the cylindrical body , the plunger comprising: a cover support ring , comprising: an annular ring at an outside surface of a bottom portion of the cover support ring and defining a groove distally from the annular ring ; a frusto-conical section extending upwardly from groove ; and a lip on an interior surface of the cover support ring ; and a cover comprising a bottom end lip engaged with the groove of the cover support ring , the cover further comprising a conically-shaped top with a substantially cylindrical portion extending therefrom, wherein the frusto-conical section of the cover support ring is matable within a conical interior surface of the cover , and characterized in that the annular ring is an annular rear base member comprising one or more inwardly projecting flanges spaced around the inner surface thereof and extending rearward from the lip . a cover support ring , comprising: an annular ring at an outside surface of a bottom portion of the cover support ring and defining a groove distally from the annular ring ; a frusto-conical section extending upwardly from groove ; and a lip on an interior surface of the cover support ring ; and an annular ring at an outside surface of a bottom portion of the cover support ring and defining a groove distally from the annular ring ; a frusto-conical section extending upwardly from groove ; and a lip on an interior surface of the cover support ring ; and a cover comprising a bottom end lip engaged with the groove of the cover support ring , the cover further comprising a conically-shaped top with a substantially cylindrical portion extending therefrom, wherein the frusto-conical section of the cover support ring is matable within a conical interior surface of the cover , and characterized in that the annular ring is an annular rear base member comprising one or more inwardly projecting flanges spaced around the inner surface thereof and extending rearward from the lip .
An aircraft galley having two stand-alone structures including a beverage station and a food preparation station ; the beverage station including a plurality of beverage cart storage compartments and a plurality of beverage brewing equipment integrated into the beverage station , and the food preparation station including a plurality of beverage cart storage compartments and a plurality of ovens , the galley further comprising: a sink and faucet ; a display screen (110, 120/210) on at least one side of one of the two stand-alone structures; a top loading trash chute ; task lighting ; and at least one touchscreen interface for operation of galley equipment; wherein the galley is characterized in that it further comprises a side refrigeration unit having two halves, each having a door that swings out, one half being adjacent to an external side of the structure, wherein the one half comprises a sliding door , that can slide open using a handle, on the external side of the structure to allow beverages to be dispensed from the external side of the structure without the need to enter the galley. a sink and faucet ; a display screen (110, 120/210) on at least one side of one of the two stand-alone structures; a top loading trash chute ; task lighting ; and at least one touchscreen interface for operation of galley equipment; wherein the galley is characterized in that it further comprises a side refrigeration unit having two halves, each having a door that swings out, one half being adjacent to an external side of the structure, wherein the one half comprises a sliding door , that can slide open using a handle, on the external side of the structure to allow beverages to be dispensed from the external side of the structure without the need to enter the galley.
Oscillating positive displacement pump with at least one mobile part , which is arranged to be moveable relative to a fixed part and is driven by means of a drive and drives a displacement element of the positive displacement pump itself, wherein the drive has a plurality of energized coils and permanent magnets and the plurality of coils or the plurality of permanent magnets are arranged on the mobile part of the drive respectively, wherein magnetic fields with an alternating direction flow through the plurality of energized coils with alternating winding directions, said magnetic fields being generated or capable of being generated by a plurality of permanent magnets due to an alternating polarization and being conducted or capable of being conducted into the coils via the magnetic poles , wherein each energized coil contributes a summable contribution to the force arising by means of this in the axial direction of the drive , wherein at least one guide member is provided on the drive , which permits the mobile part to move along only one degree of translational motion of freedom and wherein a measurement and control unit with a data storage and data processing device is associated with the positive displacement pump, which processes a position signal of the mobile part and the strength of the drive current as a measured and/or control variable, characterized in that the positive displacement pump is designed as a diaphragm pump and its displacement element is designed as diaphragm and in that the drive is designed as an electrodynamic drive free of pole pieces around the coils.
An ink jet recording apparatus comprising: an ink jet head which is configured to form an image on a recording medium in response to a drive signal applied to multiple piezoelectric elements , the drive signal causing multiple pressure chambers corresponding to the multiple piezoelectric elements to expand or to contract in volume and causing ink in the multiple pressure chambers to be discharged from multiple nozzles ; and a drive circuit which is configured to generate a drive signal for discharging multiple liquid droplets to one pixel for combining the multiple liquid droplets together and to apply the drive signal to each of the multiple piezoelectric elements of the ink jet head , wherein the drive signal includes multiple discharge pulses (P1, P2, P3) which make velocities of tips of respective liquid columns substantially same after a predetermined time from starting of ink discharge from the nozzles; wherein, in the drive signal, an absolute value of voltage from a bottom voltage to a reference voltage for each of the multiple discharge pulses (P1, P2, P3) is kept constant, and wherein the velocities of tips of respective liquid columns is substantially same by adjustment of at least one standby time between the multiple discharge pulses; and wherein, in the drive signal, if a first standby time of the at least one standby time is less than 0.5 AL, a subsequent standby time is set to be sequentially longer, and if a first standby time of the at least one standby time is 0.5 AL or more, a subsequent standby time is set to be sequentially shorter. an ink jet head which is configured to form an image on a recording medium in response to a drive signal applied to multiple piezoelectric elements , the drive signal causing multiple pressure chambers corresponding to the multiple piezoelectric elements to expand or to contract in volume and causing ink in the multiple pressure chambers to be discharged from multiple nozzles ; and a drive circuit which is configured to generate a drive signal for discharging multiple liquid droplets to one pixel for combining the multiple liquid droplets together and to apply the drive signal to each of the multiple piezoelectric elements of the ink jet head , wherein the drive signal includes multiple discharge pulses (P1, P2, P3) which make velocities of tips of respective liquid columns substantially same after a predetermined time from starting of ink discharge from the nozzles; wherein, in the drive signal, an absolute value of voltage from a bottom voltage to a reference voltage for each of the multiple discharge pulses (P1, P2, P3) is kept constant, and wherein the velocities of tips of respective liquid columns is substantially same by adjustment of at least one standby time between the multiple discharge pulses; and wherein, in the drive signal, if a first standby time of the at least one standby time is less than 0.5 AL, a subsequent standby time is set to be sequentially longer, and if a first standby time of the at least one standby time is 0.5 AL or more, a subsequent standby time is set to be sequentially shorter.
Composition for a pasty filler material , comprising an organic binding agent, fillers, perlites, and additives, wherein the perlites have an amphiphilic coating, wherein the amphiphilic coating comprises alkoxy-modified alkylsilicone resins, namely aminoalkyl-substituted polydimethylsiloxanes of the formula (C 2 H 6 OSi) n , wherein n is from 30 to 300, wherein the organic binding agent is a polymer binder.
Safety enclosure for safeguarding a dangerous machine, in particular for safeguarding a press , having a first and a second fixed side wall , which are arranged at a lateral distance from one another and in this way define an inner volume , and having a first movable door member and a second movable door member , wherein the two door members are horizontally displaceable in opposite directions to one another between a respective first and a respective second end position, wherein the two door members in the respective first end position stand transversely to the first and second side walls and thus delimit the inner volume together with the first and the second side walls on three sides, and wherein the two door members in the respective second end position are arranged in the inner volume and thus open up access to the inner volume , wherein the two door members each perform a combined linear and pivotal movement when being displaced between the respective first end position and the respective second end position, wherein the combined linear and pivotal movement is predominantly horizontal, wherein the two door members each comprise a first and a second guide member , wherein the first guide member of the first door member and the first guide member of the second door member each move along a first linear path, and wherein the second guide member of the first door member simultaneously moves along a second linear path and the second guide member of the second door member simultaneously moves along a third linear path, when the two door members are displaced between the respective first end position and the respective second end position, wherein the second and third paths are each arranged obliquely to the first path, and wherein the safety enclosure further comprises a base plate having a first guide groove defining the first linear path, a second guide groove , defining the second linear path, and a third guide groove defining the third linear path, wherein the second guide groove starts at the first guide groove at a position corresponding to the position of the second guide member of the first door member when the first door member is closed and extends obliquely therefrom toward the first side wall , wherein the second guide groove branches off from the first guide groove at a point that is located between a center of the first guide groove and a first end of the first guide groove , and wherein the third guide groove starts at the first guide groove at a position corresponding to the position of the second guide member of the second door member when the second door member is closed, and extends in mirror-inverted to the second guide groove obliquely towards the second side wall , wherein the third guide groove branches off from the first guide groove at a second point that is located between the center of the first guide groove and a second end of the first guide groove , so that the three guide grooves form three guide paths arranged at an angle to each other in a top view from above.
A headset configured to perform transcranial brain stimulation to a user, the headset comprising: an elongated arched forehead frame supporting first and second electrodes ; a bracket fastened to a center of the elongated arched forehead frame ; and a controller configured to periodically power a circuit including the first and second electrodes to provide current to a brain of the user for performing the transcranial brain stimulation, the headset being configured to be worn on a head of the user such that the elongated arched forehead frame follows a shape of a forehead of the user and a longitudinal extension of the bracket extends over the head of the user and toward a neck of the user, thereby ensuring that the first electrode is located on a left side of the forehead and the second electrode is located on a right side of the forehead. an elongated arched forehead frame supporting first and second electrodes ; a bracket fastened to a center of the elongated arched forehead frame ; and a controller configured to periodically power a circuit including the first and second electrodes to provide current to a brain of the user for performing the transcranial brain stimulation, the headset being configured to be worn on a head of the user such that the elongated arched forehead frame follows a shape of a forehead of the user and a longitudinal extension of the bracket extends over the head of the user and toward a neck of the user, thereby ensuring that the first electrode is located on a left side of the forehead and the second electrode is located on a right side of the forehead.
Method for data reception in wireless vehicle-to-surroundings communication in a communication system of a vehicle (F) with a plurality of control devices , in which a receiving control device receives data and in which, during the reception, a communication stack is processed, characterized in that the data are received from objects (O) from the surroundings of the vehicle (F), wherein the data contain a position indication of the object (O), and wherein a distance between the object (O) and the vehicle (F) is allocated to the received data of an object (O), wherein the received data are sorted into at least two different classes of relevance, wherein the sorting into the classes of relevance is carried out on the basis of the distance directly in the receiving control device , and the received data are further processed in the communication stack on different control devices depending on the class of relevance.
A nozzle comprising: a nozzle body defining a longitudinal axis (A) and including: an inner air passage having a radial swirler and a converging conical cross-section; a first fuel circuit radially outboard from the air passage with respect to the longitudinal axis (A); a second fuel circuit radially outboard from the first fuel circuit with respect to the longitudinal axis (A), wherein each of the first fuel circuit and the second fuel circuit extends from a respective fuel circuit inlet to a respective annular fuel circuit outlet ; and an outer air passage defined between a fuel circuit outer wall and an outer air passage wall , wherein the outer air passage is a converging non-swirling outer air passage . an inner air passage having a radial swirler and a converging conical cross-section; a first fuel circuit radially outboard from the air passage with respect to the longitudinal axis (A); a second fuel circuit radially outboard from the first fuel circuit with respect to the longitudinal axis (A), wherein each of the first fuel circuit and the second fuel circuit extends from a respective fuel circuit inlet to a respective annular fuel circuit outlet ; and an outer air passage defined between a fuel circuit outer wall and an outer air passage wall , wherein the outer air passage is a converging non-swirling outer air passage .
An ergonomic backpack, comprising: a bag having one frontal side to rest against the back of the user, and a number of supporting straps of adjustable length, comprising: a front section attached to a lower area of a corresponding side of the bag ; an intermediate section forming an area for resting upon the shoulders of the user, and a rear section attached to an upper end of the bag ; wherein the rear sections of the straps converge toward a crossing area located between the upper end of the bag and the intermediate section for resting upon the shoulders of the user; said rear sections are attached to the upper area of the bag by means of a connecting end section (T), with a convergent-divergent configuration in the downward direction, and the lower end of which is partially housed inside the bag and attached to the frontal side of said bag ; wherein: - the connecting end section (T) comprises a number of end branches formed by a number of extensions of the rear sections that exceed the crossing area , wherein the rear sections of the straps are superimposed in an oblique direction and connected to each other, and a number of end branches formed by a number of extensions of the rear sections that exceed said crossing area , and wherein the end branches of the straps are connected to each other by means of a transversal strap section that defines together with said end branches a triangular surface with a central hole; or - the connecting end section (T) is formed by an independent part , generally X-shaped, which defines the crossing area and which is attached by upper flanges thereof to the rear sections of the straps and by lower flanges thereof to the upper end of the bag . - the connecting end section (T) comprises a number of end branches formed by a number of extensions of the rear sections that exceed the crossing area , wherein the rear sections of the straps are superimposed in an oblique direction and connected to each other, and a number of end branches formed by a number of extensions of the rear sections that exceed said crossing area , and wherein the end branches of the straps are connected to each other by means of a transversal strap section that defines together with said end branches a triangular surface with a central hole; or - the connecting end section (T) is formed by an independent part , generally X-shaped, which defines the crossing area and which is attached by upper flanges thereof to the rear sections of the straps and by lower flanges thereof to the upper end of the bag .
A method (S100) for alerting drivers and/or autonomous vehicles of high risk scenarios, the method comprising: obtaining (S101) positional data of a vehicle, the positional data indicating a geographical position and a heading of the vehicle; obtaining (S103) environmental data of the vehicle, the environmental data indicating a state of the surrounding environment of the vehicle; determining (S104), by means of a trained model, an accident intensity for an upcoming road portion for the vehicle, the trained model being configured to determine an accident intensity associated with the upcoming road portion based on the obtained environmental data and the obtained positional data; wherein the accident intensity is an intensity in a Poisson sense, and wherein the trained model is formed based on accident data from an accident database comprising environmental conditions information about a plurality of critical scenarios at a time each critical scenario occurs and data indicative of frequencies of occurrences of similar situations, in terms of the environmental conditions, as the critical scenarios, wherein the data indicative of frequencies of similar situations defines a number of attempts associated with each critical scenario; if the determined accident intensity exceeds a threshold, transmitting (S105) a signal indicating an approaching high risk scenario to a Human-Machine-Interface, HMI, of the vehicle and/or to a control system of the vehicle. obtaining (S101) positional data of a vehicle, the positional data indicating a geographical position and a heading of the vehicle; obtaining (S103) environmental data of the vehicle, the environmental data indicating a state of the surrounding environment of the vehicle; determining (S104), by means of a trained model, an accident intensity for an upcoming road portion for the vehicle, the trained model being configured to determine an accident intensity associated with the upcoming road portion based on the obtained environmental data and the obtained positional data; wherein the accident intensity is an intensity in a Poisson sense, and wherein the trained model is formed based on accident data from an accident database comprising environmental conditions information about a plurality of critical scenarios at a time each critical scenario occurs and data indicative of frequencies of occurrences of similar situations, in terms of the environmental conditions, as the critical scenarios, wherein the data indicative of frequencies of similar situations defines a number of attempts associated with each critical scenario; if the determined accident intensity exceeds a threshold, transmitting (S105) a signal indicating an approaching high risk scenario to a Human-Machine-Interface, HMI, of the vehicle and/or to a control system of the vehicle.
A powder coating apparatus comprising: a barrel ; exhaust means which evacuates an inside of the barrel; and two or more sputtering devices installed inside the barrel, the barrel having a main axis (C) directed in a horizontal direction and rotating around the main axis, the sputtering devices forming a coating film on a surface of powder put in the barrel, wherein each sputtering device has one fixing portion for one target, such that two or more targets may be mounted in the powder coating apparatus , and respective targets are disposed in parallel to each other at the same position with respect to a direction of the main axis (C) when the target is mounted on the fixing portion , and the sputtering devices are capable of rotating about the main axis (C) to adjust an angle. a barrel ; exhaust means which evacuates an inside of the barrel; and two or more sputtering devices installed inside the barrel, the barrel having a main axis (C) directed in a horizontal direction and rotating around the main axis, the sputtering devices forming a coating film on a surface of powder put in the barrel, wherein each sputtering device has one fixing portion for one target, such that two or more targets may be mounted in the powder coating apparatus , and respective targets are disposed in parallel to each other at the same position with respect to a direction of the main axis (C) when the target is mounted on the fixing portion , and the sputtering devices are capable of rotating about the main axis (C) to adjust an angle.