mhurhangee/patent-ind-claim-en huggingface dataset:
Device for parking a plurality of vehicles or the like on top of one another, - wherein at least one platform which is able to be lifted and lowered by a lifting installation that comprises a working cylinder is provided, and - one synchronization traction element is in each case provided so as to be lateral on the platform , - said synchronization traction element by way of a first part in a first region of the platform - extending across a central, second, part running on the platform - to a third part and to a second region of the platform that is opposite the first region and - said synchronization traction element by way of one end thereof being fixed in the first region and by way of the other end thereof being fixed in the second region , - wherein each synchronization traction element is guided on the platform by at least one roller and - the rollers of both synchronization traction elements are rotationally connected by way of a synchronization shaft , wherein - a piston rod of the working cylinder supports a deflection roller or similar for a traction element , and the ends of the traction element are fixed to the building that receives the device , or to the device , characterized in that - the synchronization traction element is part of the traction element , as a result of which a combined traction/synchronization traction element is formed. - wherein at least one platform which is able to be lifted and lowered by a lifting installation that comprises a working cylinder is provided, and - one synchronization traction element is in each case provided so as to be lateral on the platform , - said synchronization traction element by way of a first part in a first region of the platform - extending across a central, second, part running on the platform - to a third part and to a second region of the platform that is opposite the first region and - said synchronization traction element by way of one end thereof being fixed in the first region and by way of the other end thereof being fixed in the second region , - wherein each synchronization traction element is guided on the platform by at least one roller and - the rollers of both synchronization traction elements are rotationally connected by way of a synchronization shaft , wherein - a piston rod of the working cylinder supports a deflection roller or similar for a traction element , and the ends of the traction element are fixed to the building that receives the device , or to the device , characterized in that - the synchronization traction element is part of the traction element , as a result of which a combined traction/synchronization traction element is formed.
A drug delivery device for injecting medicament, characterized by : a shell ; a reservoir pre-filled with medicament disposed within the shell; and a module, comprising: a module housing ; a module actuator displaceable with respect to the module housing, and having a plunger locking flange configured to releasably engage a portion of a plunger and a needle actuator locking flange configured to releasably engage a portion of a needle actuator ; a spring ; and the plunger releasably retained by the module actuator against force of the spring; wherein, upon a displacement of the module actuator, the plunger is released by the module actuator so as to allow the spring to drive the plunger away from the module housing, and the needle actuator locking flange is displaced relative to the module housing so as to allow release of the needle actuator engaged by the needle actuator locking flange . a shell ; a reservoir pre-filled with medicament disposed within the shell; and a module, comprising: a module housing ; a module actuator displaceable with respect to the module housing, and having a plunger locking flange configured to releasably engage a portion of a plunger and a needle actuator locking flange configured to releasably engage a portion of a needle actuator ; a spring ; and the plunger releasably retained by the module actuator against force of the spring; a module housing ; a module actuator displaceable with respect to the module housing, and having a plunger locking flange configured to releasably engage a portion of a plunger and a needle actuator locking flange configured to releasably engage a portion of a needle actuator ; a spring ; and the plunger releasably retained by the module actuator against force of the spring; wherein, upon a displacement of the module actuator, the plunger is released by the module actuator so as to allow the spring to drive the plunger away from the module housing, and the needle actuator locking flange is displaced relative to the module housing so as to allow release of the needle actuator engaged by the needle actuator locking flange . the plunger is released by the module actuator so as to allow the spring to drive the plunger away from the module housing, and the needle actuator locking flange is displaced relative to the module housing so as to allow release of the needle actuator engaged by the needle actuator locking flange .
Method for a serial driving mode of a motor vehicle comprising a gearbox which has a first electric machine , which is operated in a motor mode for driving the motor vehicle , and a second electric machine , which is operated in a generator mode, characterized in that , after a switchover signal is generated, the first electric machine is switched over from the motor mode to the generator mode and the second electric machine is switched over from the generator mode to the motor mode in order to drive the motor vehicle .
Method for bidirectional communication between a data collector having a transmitter and a receiver , on the one hand, and meters having transceivers , on the other hand, by means of a modulated reference frequency (f), wherein the transceiver , receiver and transmitter are provided with oscillators having oscillator frequencies (F) which are subject to drift and from which the reference frequency (f) to be modulated or demodulated is derived, characterized in that , for the narrowband transmission of messages from the data collector to a meter , frequency difference measurements are carried out in the data collector and, according to their results, the current transmitter-side reference frequency (f17) is shifted by the instantaneous frequency difference (Δf) between the current transmitter-side reference frequency (f17) and the current transceiver-side reference frequency (f13) until there is sufficient centre frequency correspondence for the narrowband downlink connection from the data collector to the meter .
Tubular drive for a curtain in the form of a smoke protection curtain, fire protection curtain, fire or smoke protection closure, a smoke apron or the like able to be wound up on a winding shaft , having a drive motor for displacing the curtain between an open and a closed position, having an operating current brake for holding the curtain in a predefined position, and having a closing speed controller for decelerating the curtain during unrolling, characterized in that the tubular drive has an electronic position detection device for detecting or monitoring the absolute position of the curtain and for determining the rotating speed of the winding shaft , even in a hazardous situation in which the operating current brake and the drive motor are in a dead-voltage state, and immediately after a catastrophic case in which the drive is in a dead-voltage state.
A hair straightener comprising: an elongate first straightener arm (A) having a first heating plate (H), and a pivot mechanism for supporting the first heating plate (H) in a pivotable manner around a virtual pivot axis (P1) in a longitudinal direction of the elongate first straightener arm (A), a second straightener arm having a second heating plate, wherein the virtual pivot axis (P1) is at a heating surface of the first heating plate (H), or between the first heating plate of the first straightener arm and the second heating plate of the second straightener arm when the first straightener arm and the second straightener arm are in a relative position arranged for clamping hair, characterized in that the first and second heating plates are freely adjustable such that they automatically follow the hair shapes/curves and adjust to forces. an elongate first straightener arm (A) having a first heating plate (H), and a pivot mechanism for supporting the first heating plate (H) in a pivotable manner around a virtual pivot axis (P1) in a longitudinal direction of the elongate first straightener arm (A), a second straightener arm having a second heating plate, wherein the virtual pivot axis (P1) is at a heating surface of the first heating plate (H), or between the first heating plate of the first straightener arm and the second heating plate of the second straightener arm when the first straightener arm and the second straightener arm are in a relative position arranged for clamping hair, characterized in that the first and second heating plates are freely adjustable such that they automatically follow the hair shapes/curves and adjust to forces.
Valve drive with a snap-action function, comprising 1.1 a rotary drive input ; 1.2 a threaded spindle which is connected to the rotary drive input or is formed by way of it; 1.3 a slide which is in threaded engagement with the threaded spindle , in order to configure a screw thread, 1.4 the slide being connected or being connectable mechanically to a valve body and being movable in the direction of a longitudinal axis ; 1.5 a bearing housing being provided, in which the threaded spindle is mounted rotatably about the longitudinal axis and in a stationary manner in the direction of the longitudinal axis ; and 1.6 the bearing housing being held, by means of a releasable locking device counter to the prestressing force of a snap-action spring of the valve drive, against a displacement of the entire bearing housing together with the threaded spindle mounted therein in the direction of the longitudinal axis ; characterized in that the locking device comprises at least one hook-shaped bar which is movable in the radial direction with respect to the bearing housing in such a way that it engages in a positively locking manner into the bearing housing in a first position, the locking position, and cancels the engagement into the bearing housing in a second position, the snap-action position, in order to move the bearing housing loaded by way of the prestressing force of the snap-action spring in the direction of the longitudinal axis . 1.1 a rotary drive input ; 1.2 a threaded spindle which is connected to the rotary drive input or is formed by way of it; 1.3 a slide which is in threaded engagement with the threaded spindle , in order to configure a screw thread, 1.4 the slide being connected or being connectable mechanically to a valve body and being movable in the direction of a longitudinal axis ; 1.5 a bearing housing being provided, in which the threaded spindle is mounted rotatably about the longitudinal axis and in a stationary manner in the direction of the longitudinal axis ; and 1.6 the bearing housing being held, by means of a releasable locking device counter to the prestressing force of a snap-action spring of the valve drive, against a displacement of the entire bearing housing together with the threaded spindle mounted therein in the direction of the longitudinal axis ;
Planetary transmission , in particular for a wind turbine, with a transmission housing , a central sun gear , which is retained in the transmission housing such that it can rotate about a central transmission rotational axis and which has an outer toothing , a ring gear which is arranged concentrically in relation to the central transmission rotational axis in the transmission housing and has an inner toothing , a one-sided planetary carrier which is mounted in the transmission housing such that it can rotate about the central transmission rotational axis and multiple planetary gears which are mounted on the planetary carrier by means of a planetary gear bearing configured as a sliding bearing such that they can rotate about planetary gear rotational axis and which have outer toothings that engage with the inner toothing of the ring gear and the outer toothing of the sun gear , wherein each planetary gear bearing has two annular bearing bodies , wherein at least one of the annular bearing bodies is penetrated by a planetary gear shaft and is rotationally fixed on same, wherein conical sliding surfaces are formed on the outer circumferential surfaces of the bearing bodies in such a way that the tapered ends of the bearing bodies point towards one another, wherein running surfaces corresponding to the sliding surfaces of the planetary gear bearing are formed on inner circumferential surfaces of the planetary gear .
A nitrogen-containing graphene structure, comprising: a graphene structure having a monolayer or multilayer graphene nanosheet; and nitrogen introduced into the graphene structure, wherein the graphene structure has a sheet portion comprised of a monolayer or multilayer graphene nanosheet and containing, at the edge portion thereof, an armchair edge-face portion and a terminal six-membered ring bound to the armchair edge-face portion while sharing only one side therewith, and the nitrogen introduced into the graphene structure includes nitrogen in the form of a nitrogen-containing functional group, which includes an amino group (-NH 2 ), bound to any one or more carbon atoms selected from (a) carbon atoms constituting the terminal six-membered ring but not bound to the armchair edge-face portion, and (b) carbon atoms constituting the sheet portion including the carbon atom on the side shared with the terminal six-membered ring. a graphene structure having a monolayer or multilayer graphene nanosheet; and nitrogen introduced into the graphene structure, wherein the graphene structure has a sheet portion comprised of a monolayer or multilayer graphene nanosheet and containing, at the edge portion thereof, an armchair edge-face portion and a terminal six-membered ring bound to the armchair edge-face portion while sharing only one side therewith, and the nitrogen introduced into the graphene structure includes nitrogen in the form of a nitrogen-containing functional group, which includes an amino group (-NH 2 ), bound to any one or more carbon atoms selected from (a) carbon atoms constituting the terminal six-membered ring but not bound to the armchair edge-face portion, and (b) carbon atoms constituting the sheet portion including the carbon atom on the side shared with the terminal six-membered ring.
An apparatus for providing an interface between a first network configured to operate based on a first protocol and at least a second network configured to operate based on a second protocol, different to the first protocol, the apparatus comprising: a receive terminal configured to receive one or more first messages from the first network encoded according to the first protocol wherein said one or more first messages encapsulate a plurality of second messages; and wherein said apparatus is configured to: extract said encapsulated second messages from said one or more first messages; determine, for each of said extracted second messages, and based on flow identifying information of each of said extracted second messages, a flow to which the extracted second message belongs, said flow comprising a plurality of the extracted second messages that form a set; and for said extracted second messages that belong to the same flow, provide for transmission of said extracted second messages on the second network encoded based on the second protocol with a time spacing therebetween greater than or equal to a predetermined minimum time spacing . a receive terminal configured to receive one or more first messages from the first network encoded according to the first protocol wherein said one or more first messages encapsulate a plurality of second messages; and wherein said apparatus is configured to: extract said encapsulated second messages from said one or more first messages; determine, for each of said extracted second messages, and based on flow identifying information of each of said extracted second messages, a flow to which the extracted second message belongs, said flow comprising a plurality of the extracted second messages that form a set; and for said extracted second messages that belong to the same flow, provide for transmission of said extracted second messages on the second network encoded based on the second protocol with a time spacing therebetween greater than or equal to a predetermined minimum time spacing . extract said encapsulated second messages from said one or more first messages; determine, for each of said extracted second messages, and based on flow identifying information of each of said extracted second messages, a flow to which the extracted second message belongs, said flow comprising a plurality of the extracted second messages that form a set; and for said extracted second messages that belong to the same flow, provide for transmission of said extracted second messages on the second network encoded based on the second protocol with a time spacing therebetween greater than or equal to a predetermined minimum time spacing .
A composition comprising: a. uridine or uridine phosphate; and b. docosahexaenoic acid (DHA) and/or eicosapentaenoic acid (EPA) for use in improving delayed recall function and/or treatment or prevention of impaired delayed recall function, in a subject with a mini-mental state examination of 24 - 26, wherein said composition is enterally administered to the subject, said composition further comprising phospholipids, choline, vitamin E, vitamin C, selenium, vitamin B 12, vitamin B6 and folic acid. a. uridine or uridine phosphate; and b. docosahexaenoic acid (DHA) and/or eicosapentaenoic acid (EPA)
Oil tank for a turbomachine , comprising: - an enclosure for the oil, having a main axis (R), and with walls (54.1, 54.2, 54.3, 54.4) delimiting a first compartment and a second compartment separated from the first compartment by a separation wall ; - a channel extending into the first compartment , from the separation wall ; - an oil inlet mixed with air, arranged on the second compartment ; - an oil outlet comprising a conduit extending and opening into the first compartment ; characterized in that the channel extends inside the conduit , so as to ensure oil priming of the conduit and thus maintain an oil supply to the conduit during zero or negative gravity flight phases. - an enclosure for the oil, having a main axis (R), and with walls (54.1, 54.2, 54.3, 54.4) delimiting a first compartment and a second compartment separated from the first compartment by a separation wall ; - a channel extending into the first compartment , from the separation wall ; - an oil inlet mixed with air, arranged on the second compartment ; - an oil outlet comprising a conduit extending and opening into the first compartment ;
A non-aqueous electrolyte secondary battery comprising a negative electrode having a negative electrode active material layer, the negative electrode active material layer including graphite particles A and graphite particles B each as a negative electrode active material, wherein the graphite particles A have a porosity due to closed pores of 5% or less, and the graphite particles B have a porosity due to closed pores of 8% to 20%, the porosity being measured according to the description, and a mass ratio between the graphite particles A and the graphite particles B is 70:30 to 90:10. wherein the graphite particles A have a porosity due to closed pores of 5% or less, and the graphite particles B have a porosity due to closed pores of 8% to 20%, the porosity being measured according to the description, and a mass ratio between the graphite particles A and the graphite particles B is 70:30 to 90:10.
Protection device for a storage rack post, having a main body which has a U-shaped horizontal cross section and is made from steel sheet bent multiple times and surrounds a lower longitudinal portion of the storage rack post on at least three sides , wherein the main body is composed of a front wall and right and left lateral walls that adjoin the front wall and, proceeding from the front wall , extend in each case towards the rear and thereon form in each case one rearward periphery, wherein the internal faces of the front wall and of the lateral walls face the post , as well as having fastening plinths which for assembling the protection device on the floor are disposed on the main body , wherein the fastening plinths by way of lower sides configured thereon bear on the floor, and the fastening plinths have openings for passing through fastening elements that are able to be anchored in the floor, characterized in that the lateral walls on the rearward peripheries thereof are connected to one another by a reinforcement plate , wherein the rearward peripheries run obliquely to the vertical in that the height of the lateral walls at least on part of the horizontal extent of the lateral walls decreases toward the rear. as well as having fastening plinths which for assembling the protection device on the floor are disposed on the main body , wherein the fastening plinths by way of lower sides configured thereon bear on the floor, and the fastening plinths have openings for passing through fastening elements that are able to be anchored in the floor, characterized in that the lateral walls on the rearward peripheries thereof are connected to one another by a reinforcement plate , wherein the rearward peripheries run obliquely to the vertical in that the height of the lateral walls at least on part of the horizontal extent of the lateral walls decreases toward the rear.
Retainer for holding at least a first surgical device, preferably a dental implant or an adapter for a dental implant , and a second surgical device, preferably a healing screw , comprising: - a first and a second body part - wherein the first and second body part are pivotable relative to each other preferably around a pivot axis , and - wherein the first body part includes a first support structure for holding the first surgical device and - wherein the retainer includes at least one secondary support structure for the second surgical device wherein the first and the second body part of the retainer are pivotable in relation to each other in a pivoting motion to at least three pre-defined positions, wherein - in a first position the first and second surgical device are locked in the retainer - in a second position the first surgical device is removable from the support structure , but not the second surgical device and - in a third position the second surgical device is removable from the retainer characterized in that the pivoting motion is around a fixed pivot axis , and wherein the retainer includes a limiting portion which prevents movement to the third position, wherein the limiting portion is adapted to be unlocked by removing the first surgical device . - a first and a second body part - wherein the first and second body part are pivotable relative to each other preferably around a pivot axis , and - wherein the first body part includes a first support structure for holding the first surgical device and - wherein the retainer includes at least one secondary support structure for the second surgical device - in a first position the first and second surgical device are locked in the retainer - in a second position the first surgical device is removable from the support structure , but not the second surgical device and - in a third position the second surgical device is removable from the retainer