mhurhangee/ep-ind-claims huggingface dataset:
A call forking dynamic key exchange system comprising: a memory (1 20) comprising: a dynamic key exchange program and a processor coupled to the memory that executes the dynamic key exchange program, whereby the program is specifically adapted to perform the steps of claim 3. a memory (1 20) comprising: a dynamic key exchange program and a processor coupled to the memory that executes the dynamic key exchange program, whereby the a dynamic key exchange program and a processor coupled to the memory that executes the dynamic key exchange program, whereby the
A method for sending data in a virtual desktop infrastructure, VDI environment, comprising: when a desktop protocol server receives a first notification message used for indicating that a desktop protocol client is in an abnormal state, sending, by the desktop protocol server, desktop image data acquired after the first notification message is received to the desktop protocol client at a first rate; wherein the abnormal state is a hidden state or a screen locked state; wherein when the desktop image data is 3D image data, after receiving the first notification message, the desktop protocol server acquires the desktop image data in the following manner: setting, by the desktop protocol server, a current rendering frame rate to the first frame rate, wherein the first frame rate is less than a second frame rate used when a second notification message is received; acquiring a 3D rendering instruction according to the first frame rate; and redirecting the 3D rendering instruction to a render server for rendering, to obtain rendered desktop image data; and when the desktop protocol server receives the second notification message used for indicating that the desktop protocol client is in a normal state, sending, by the desktop protocol server, desktop image data acquired after the second notification message is received to the desktop protocol client at the second rate; wherein the second rate is greater than the first rate, the normal state is a state in which the desktop protocol client operates, within a preset second time length, the terminal desktop on which the desktop protocol client is located. when a desktop protocol server receives a first notification message used for indicating that a desktop protocol client is in an abnormal state, sending, by the desktop protocol server, desktop image data acquired after the first notification message is received to the desktop protocol client at a first rate; wherein the abnormal state is a hidden state or a screen locked state; wherein when the desktop image data is 3D image data, after receiving the first notification message, the desktop protocol server acquires the desktop image data in the following manner: setting, by the desktop protocol server, a current rendering frame rate to the first frame rate, wherein the first frame rate is less than a second frame rate used when a second notification message is received; acquiring a 3D rendering instruction according to the first frame rate; and redirecting the 3D rendering instruction to a render server for rendering, to obtain rendered desktop image data; and when the desktop protocol server receives the second notification message used for indicating that the desktop protocol client is in a normal state, sending, by the desktop protocol server, desktop image data acquired after the second notification message is received to the desktop protocol client at the second rate; wherein the second rate is greater than the first rate, the normal state is a state in which the desktop protocol client operates, within a preset second time length, the terminal desktop on which the desktop protocol client is located.
An agitator device for an ink storage apparatus in a printing system, comprising: at least one agitator member which is configured to rotate about an axis generally parallel to the longitudinal axis of a container, wherein the agitator member is characterized in that it comprises: a paddle element having a generally planar rectangular configuration, the rotational axis of the agitator member substantially corresponding to a major axis of the rectangular paddle element; a plurality of fin elements which are mounted and support on transverse pin members fixed to the paddle element in a primary plane of the agitator member; and said fin elements being configured or arranged to extend out of the primary plane of the agitator member. at least one agitator member which is configured to rotate about an axis generally parallel to the longitudinal axis of a container, wherein the agitator member is characterized in that it comprises: a paddle element having a generally planar rectangular configuration, the rotational axis of the agitator member substantially corresponding to a major axis of the rectangular paddle element; a plurality of fin elements which are mounted and support on transverse pin members fixed to the paddle element in a primary plane of the agitator member; and said fin elements being configured or arranged to extend out of the primary plane of the agitator member. a paddle element having a generally planar rectangular configuration, the rotational axis of the agitator member substantially corresponding to a major axis of the rectangular paddle element; a plurality of fin elements which are mounted and support on transverse pin members fixed to the paddle element in a primary plane of the agitator member; and said fin elements being configured or arranged to extend out of the primary plane of the agitator member.
A hydraulic system with at least one circulation pump assembly provided with a speed controller (4, 26), with at least one hydraulic circuit (A, B) which is connected to the circulation pump assembly as well as with at least one mechanical switch device (86, 88; 120, 122; 120", 122") which is impinged with pressure by a fluid in the hydraulic circuit and which can be moved into at least two different switch positions, wherein the at least one mechanical switch device (28; 86, 28; 120, 122) can be moved by the circulation pump assembly by way of a hydraulic coupling via the fluid, and the speed controller is designed to initiate a movement of the switch device (86, 88; 120, 122; 120", 122") by way of at least one hydraulic force which acts upon the switch device (86, 88; 120, 122; 120", 122") and which causes a movement of the switch device (86, 88; 120,122; 120", 122") being produced via a speed adaptation of the circulation pump assembly via the hydraulic circuit, wherein the circulation pump assembly is connected to at least two hydraulic circuits (A, B) and the at least one mechanical switch device (86, 88; 120, 122; 120", 122") is designed as at least one valve with at least one movable valve element (90, 92, 124, 124', 128, 124", 128") for changing the ratio of the flows through the at least two hydraulic circuits (A, B), wherein the at least one valve comprises at least one first and a second control surface, upon which a fluid pressure which is produced by the circulation pump assembly acts, wherein the first control surface is connected to a first valve element and the second control surface to a second valve element so that the valve elements (90, 92, 124, 124', 128, 124", 128") are movable by way of the forces which act upon the first and second control surface, characterised in that the two valve elements have different dynamic characteristics, so that they react differently to differently rapid pressure changes in the system.
A method of determining the concentration of at least one compound in a chromatography method comprising the steps of (ia) selecting the at least one compound; (ib) selecting a stationary phase; (ic) selecting a mobile phase; (id) selecting a chromatography device having a chromatography bed comprising the stationary phase and the mobile phase; (ie) selecting a chromatography temperature; wherein at least one of the composition of the mobile phase and the chromatography temperature vary; (iia) obtaining an adsorption isotherm of the at least one compound on the stationary phase for the varying composition of the mobile phase and/or the varying chromatography temperature; (iib) determining at least the flow velocity of the mobile phase in the chromatography bed v and the bulk porosity of the chromatography bed ε b for the varying composition of the mobile phase and/or the varying chromatography temperature; (iii) calculating a concentration c ( z, t) of the at least one compound in the mobile phase at a predetermined location z of the chromatography device and at a predetermined time t based on the adsorption isotherm, the flow velocity v and the bulk porosity ε b, the predetermined location z of the chromatography device being along the predetermined direction in which the mobile phase moves during the chromatography, wherein the stationary phase is reversibly swellable. (ia) selecting the at least one compound; (ib) selecting a stationary phase; (ic) selecting a mobile phase; (id) selecting a chromatography device having a chromatography bed comprising the stationary phase and the mobile phase; (ie) selecting a chromatography temperature; wherein at least one of the composition of the mobile phase and the chromatography temperature vary; (iia) obtaining an adsorption isotherm of the at least one compound on the stationary phase for the varying composition of the mobile phase and/or the varying chromatography temperature; (iib) determining at least the flow velocity of the mobile phase in the chromatography bed v and the bulk porosity of the chromatography bed ε b for the varying composition of the mobile phase and/or the varying chromatography temperature; (iii) calculating a concentration c ( z, t) of the at least one compound in the mobile phase at a predetermined location z of the chromatography device and at a predetermined time t based on the adsorption isotherm, the flow velocity v and the bulk porosity ε b, the predetermined location z of the chromatography device being along the predetermined direction in which the mobile phase moves during the chromatography, wherein the stationary phase is reversibly swellable.
The use of urea derivatives, selected from at least one of the of the following compounds: N-methylurea, N-ethylurea, N-propylurea, N-isopropylurea, N-butylurea, N-n-pentylurea, N-n-hexylurea, N, N-dimethylurea, N, N-diethylurea, N,N-dipropylurea, N,N-diisopropylurea, N,N-dibutylurea, N, N-di(n-pentyl)urea, N,N-di(n-hexyl)urea, N,N'-dimethylurea, N,N'-diethylurea, N,N'-dipropylurea, N,N'-diisopropylurea, N,N'-dibutylurea, N,N'-di(n-pentyl)urea, N,N'-di(n-hexyl)urea, N,N,N'-trimethylurea, N,N,N'-triethylurea, N,N,N'-tripropylurea, N,N,N'-triisopropylurea, N,N,N'-tributylurea, N,N,N'-tri(n-pentyl)urea, N,N,N'-tri(n-hexyl)urea, N,N,N',N'-tetramethylurea, N,N,N',N'-tetraethylurea, N,N,N',N'-tetrapropylurea, N,N,N',N'-tetraisopropylurea, N,N,N',N'-tetrabutylurea, N,N,N',N'-tetra(n-pentyl)urea, N,N,N',N'-tetra(n-hexyl)urea for improving the lightening effect of blonding agents and/or lightening coloring agents. N-methylurea, N-ethylurea, N-propylurea, N-isopropylurea, N-butylurea, N-n-pentylurea, N-n-hexylurea, N, N-dimethylurea, N, N-diethylurea, N,N-dipropylurea, N,N-diisopropylurea, N,N-dibutylurea, N, N-di(n-pentyl)urea, N,N-di(n-hexyl)urea, N,N'-dimethylurea, N,N'-diethylurea, N,N'-dipropylurea, N,N'-diisopropylurea, N,N'-dibutylurea, N,N'-di(n-pentyl)urea, N,N'-di(n-hexyl)urea, N,N,N'-trimethylurea, N,N,N'-triethylurea, N,N,N'-tripropylurea, N,N,N'-triisopropylurea, N,N,N'-tributylurea, N,N,N'-tri(n-pentyl)urea, N,N,N'-tri(n-hexyl)urea, N,N,N',N'-tetramethylurea, N,N,N',N'-tetraethylurea, N,N,N',N'-tetrapropylurea, N,N,N',N'-tetraisopropylurea, N,N,N',N'-tetrabutylurea, N,N,N',N'-tetra(n-pentyl)urea, N,N,N',N'-tetra(n-hexyl)urea for improving the lightening effect of blonding agents and/or lightening coloring agents.
A disc brake caliper, comprising a body of moulded material including a base extended by an arch and fingers (6, 7, 8) extending this arch, a protective plate which is attached and secured against the fingers (6, 7, 8) to cover them, this body including at least two holes (12, 13), the protective plate including at least two cylindrical studs (16, 17) each engaging in a corresponding hole (12, 13) of the body to ensure attachment of this plate to the body, characterised in that each stud (16, 17) includes at least one radial lug acting as a claw for holding the stud (16, 17) in the hole (12, 13), in that the protective plate is a cut and stamped sheet-metal plate in order to form the studs (16, 17), and in that each radial lug is in the form of a tab delimited by a cutout formed in the wall of the cylindrical stud (16, 17) carrying it, this cutout having a shape corresponding to that of the letter U, each tab having a free end pointing to an inner face of the plate and radially deployed to make up a blocking claw.
A closure comprising a top plate and a sidewall depending from the periphery of the top plate, the closure including a sealing member which depends from the top plate within the sidewall, characterised in that the top plate includes a foamed region which is restricted to be within a boundary defined by the radially inward extent of the sealing member, and in that the sealing member is substantially unfoamed and located at an unfoamed region of the top plate, the unfoamed region radially outside of the foamed region.
A touch type keyboard comprising: an array (104, 106) of tactile keys defining a home row of locations (202, 204, 206) that allow each of eight fingers to rest concurrently in the course of touch-typing, and providing single stroke access to every letter of a full alphabet through unique locations on the array; and a controller configured to apply a timestamp for each of a plurality of key actuation events at the different key locations, the touch type keyboard being characterised in that: the controller is configured to identify when at least one of the home row locations and a second home row location are actuated concurrently as a signal to switch a function of a third location in the array to a different keyboard function; and wherein the identification is based at least in part, on a temporal relation of the timestamps; and wherein the controller is configured to evaluate the temporal relation after the events have occurred and before reporting the events to the host. an array (104, 106) of tactile keys defining a home row of locations (202, 204, 206) that allow each of eight fingers to rest concurrently in the course of touch-typing, and providing single stroke access to every letter of a full alphabet through unique locations on the array; and a controller configured to apply a timestamp for each of a plurality of key actuation events at the different key locations, the touch type keyboard being characterised in that: the controller is configured to identify when at least one of the home row locations and a second home row location are actuated concurrently as a signal to switch a function of a third location in the array to a different keyboard function; and wherein the identification is based at least in part, on a temporal relation of the timestamps; and wherein the controller is configured to evaluate the temporal relation after the events have occurred and before reporting the events to the host. the controller is configured to identify when at least one of the home row locations and a second home row location are actuated concurrently as a signal to switch a function of a third location in the array to a different keyboard function; and wherein the identification is based at least in part, on a temporal relation of the timestamps; and wherein the controller is configured to evaluate the temporal relation after the events have occurred and before reporting the events to the host.
Dumping vessel for dumping sinking particles like sand, blocks, rocks or stones onto the bottom of a lake or sea, comprising a floating hull and a fall pipe pending downwards towards the bottom, wherein the fall pipe comprises a lower dumping section, at least two hoisting cables that connect the dumping section with the hull, and a series of fall pipe sections between the hoisting cables that are stacked onto each other on the dumping section, wherein multiple fall pipe sections each comprise a tube and an upper connector and a lower connector at the ends of the tube, wherein the upper connector and the lower connector of subsequent fall pipe sections engage each other, characterized in that these fall pipe sections comprise at the upper connector a closure for confinement of one of the hoisting cables, wherein the closure comprises a holder having a hoisting cable passage that is directed to receive the hoisting cable in a radial direction with respect to the centre line of the fall pipe section, and a claw with a hoisting cable confinement opening that can hinge with respect to the holder around a hinge axis between an open position to receive the hoisting cable from outside into the hoisting cable passage and a closed position in which the hoisting cable is received in both the hoisting cable passage and the hoisting cable confinement opening and thereby confined by the claw in the hoisting cable passage, wherein the hoisting cable confinement opening is located at a distance from the hinge axis, wherein the hinge axis extends substantially parallel to the centre line of the fall pipe section and wherein the hinge axis is offset with respect to a notional line through the centre line of the fall pipe section and the centre of the confined hoisting cable.
A balloon catheter comprising a catheter balloon with a balloon membrane, wherein the balloon membrane of the catheter balloon is coated with at least one active substance lying open on its surface and urea.
A vehicle control for a mobile work machine, wherein the vehicle control comprises one or more redundantly designed assemblies and at least one common energy source for the energy supply of the one or more assemblies, wherein the energy supply of the at least one redundantly designed assembly is ensured via at least two galvanically separated energy supply circuits, characterized in that at least one redundantly designed assembly is a redundantly designed control unit for controlling a steering system of two-circuit or multi-circuit design, with a first galvanically separated energy supply circuit supplying at least one vehicle master computer, at least one control of the primary circuit of the steering system and at least one control of the emergency steering pump, while a second galvanically separated energy supply circuit supplies at least one control of the vehicle main drive and at least one control of the secondary circuit of the steering system.
Apparatus for shaping a laser beam by way of a programmable beam shaper with a shaping pattern being formed, wherein a deflection unit for alternately steering the laser beam along a first light path to a first beam shaper and along at least one second light path to at least one second beam shaper is present for the purposes of reducing a thermal load on the beam shaper while simultaneously increasing the switching frequencies between shaping patterns formed, wherein an optical unit is present for combining the first and at least second light path (17, 18) along a common optical axis to form a combined laser beam downstream of the beam shaping, wherein a control unit is present for driving the deflection unit and the first and at least second beam shaper (14, 15) and wherein a sequence controller for alternately steering the laser beam on the first light path and the at least second light path and for driving a shaping pattern on the first beam shaper and the at least second beam shaper is present in the control unit, wherein, for the purposes of excluding transition shapes between two successive shaping patterns in the combined laser beam, the sequence controller is designed in such a way that a change of a shaping pattern in the first beam shaper is only undertaken if the laser beam is not steered along the first light path and that a change of a shaping pattern in the second beam shaper is only undertaken if the laser beam is not steered along the second light path.
A method for transmitting uplink control information, the method comprising the steps of: identifying, by a user equipment, UE, a resource allocated for the UE operating in a continuous reception mode for transmission of the uplink control information, monitoring, by the UE, a downlink transmission channel during an active time when a discontinuous reception, DRX, is configured, and starting a timer (631, 633, 635); when a first downlink transmission occurs during the active time, restarting, by the UE, the timer; when the timer is running (651, 653, 655), transmitting, by the UE, the uplink control information (605, 607, 609) via the identified resource; and when the timer expires, stopping transmitting, by the UE, the uplink control information. identifying, by a user equipment, UE, a resource allocated for the UE operating in a continuous reception mode for transmission of the uplink control information, monitoring, by the UE, a downlink transmission channel during an active time when a discontinuous reception, DRX, is configured, and starting a timer (631, 633, 635); when a first downlink transmission occurs during the active time, restarting, by the UE, the timer; when the timer is running (651, 653, 655), transmitting, by the UE, the uplink control information (605, 607, 609) via the identified resource; and when the timer expires, stopping transmitting, by the UE, the uplink control information.
A three-dimensional printing kit comprising: a binding agent including a binder in an aqueous liquid vehicle; and a particulate build material including from 80 wt% to 100 wt% metal particles having a D50 particle size from 5 μm to 200 μm, wherein individual metal particles include an iron-containing core and an oxidation barrier formed thereon, wherein the iron-containing core includes from 90 wt% to 100 wt% iron, and wherein the oxidation barrier has a stable average thickness from 0.5% to 10% of the D50 particle size of the metal particles and wherein the oxidation barrier formed thereon is a Fe 3 O 4 layer. a binding agent including a binder in an aqueous liquid vehicle; and a particulate build material including from 80 wt% to 100 wt% metal particles having a D50 particle size from 5 μm to 200 μm, wherein individual metal particles include an iron-containing core and an oxidation barrier formed thereon, wherein the iron-containing core includes from 90 wt% to 100 wt% iron, and wherein the oxidation barrier has a stable average thickness from 0.5% to 10% of the D50 particle size of the metal particles and wherein the oxidation barrier formed thereon is a Fe 3 O 4 layer.
A food preparation device, comprising a body and a container assembly, characterized in that, a locking member is movably connected to the body, and the locking member is configured to be driven by the container assembly to rotate in a circumferential direction of the body when the container assembly is pressed towards the body in a mounting direction to be mounted on the body, so as to lock the container assembly onto the body.