mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated lock body system for securing access points comprising: an electronic door lock having a lock body , at least one electrical component within the lock to be monitored, and at least one output for connection to an external unit located remotely from the electronic door lock, the external unit adapted for monitoring load resistance between the external unit and the electronic door lock, the electronic door lock being in electrical communication with the external unit; a circuit mounted adjacent to or within the electronic lock body, the circuit including an electrical connection to the at least one electrical component within the electronic door lock and an external electrical output for connection to the external unit, the circuit further including at least one resistor between the electrical connection to the at least one electrical component within the electronic door lock and the external electrical output, the at least one resistor imparting a desired load resistance capable of being monitored by the external unit; and characterized in that the external unit is capable of monitoring load resistance between the external unit and the electronic door lock to determine a state of the electronic door lock and to determine a change to a resistance value established for the at least one electrical component within the electronic door lock. an electronic door lock having a lock body , at least one electrical component within the lock to be monitored, and at least one output for connection to an external unit located remotely from the electronic door lock, the external unit adapted for monitoring load resistance between the external unit and the electronic door lock, the electronic door lock being in electrical communication with the external unit; a circuit mounted adjacent to or within the electronic lock body, the circuit including an electrical connection to the at least one electrical component within the electronic door lock and an external electrical output for connection to the external unit, the circuit further including at least one resistor between the electrical connection to the at least one electrical component within the electronic door lock and the external electrical output, the at least one resistor imparting a desired load resistance capable of being monitored by the external unit; and characterized in that the external unit is capable of monitoring load resistance between the external unit and the electronic door lock to determine a state of the electronic door lock and to determine a change to a resistance value established for the at least one electrical component within the electronic door lock.
Assembly for connecting power rail elements of an overhead contact system, which are arranged at an abutting distance from one another and have a support which is horizontally aligned in the installed position, the connection assembly comprising a connection profile which is connected to the support of the first and second power rail element , the connection profile being connected to the support of the first power rail element so as to be displaceable in the longitudinal direction of the power rail element and being rigidly connected to the support of the second power rail element , characterised in that the connection profile is a U-shaped connection profile that has two outer legs which laterally enclose the power rail elements and has a central leg which is connected to the support of the first power rail element so as to be displaceable in the longitudinal direction of the power rail element and is rigidly connected to the support of the second power rail element , and contact rails are electrically connected to the first power rail element and extend in the longitudinal direction of the power rail element, and contact elements which are spring-loaded onto the contact rails are electrically connected to the outer legs of the U-shaped connection profile .
A fiber optic cable , comprising: a core assembly comprising: optical fibers ; at least one tube through each of which a plurality of said optical fibers extend; and a jacket , characterized by a polymeric sleeve surrounding the core assembly, wherein the polymeric sleeve is continuous peripherally around the core assembly, forming a continuous closed loop when viewed in cross-section, and continuous lengthwise along a length of the cable that is at least 10 meters, wherein the polymeric sleeve conforms to an exterior geometry of the core assembly, thereby limiting space for water to flow between the polymeric sleeve and the core assembly; water-swellable powder partially embedded in the polymeric sleeve such that particles of the water-swellable powder have a portion thereof submerged in the polymeric sleeve passing partly through a surface plane of the polymeric sleeve and another portion thereof exposed partially projecting away from the surface plane of the polymeric sleeve ; and the jacket surrounding the polymeric sleeve . a core assembly comprising: optical fibers ; at least one tube through each of which a plurality of said optical fibers extend; and optical fibers ; at least one tube through each of which a plurality of said optical fibers extend; and a jacket , characterized by a polymeric sleeve surrounding the core assembly, wherein the polymeric sleeve is continuous peripherally around the core assembly, forming a continuous closed loop when viewed in cross-section, and continuous lengthwise along a length of the cable that is at least 10 meters, wherein the polymeric sleeve conforms to an exterior geometry of the core assembly, thereby limiting space for water to flow between the polymeric sleeve and the core assembly; water-swellable powder partially embedded in the polymeric sleeve such that particles of the water-swellable powder have a portion thereof submerged in the polymeric sleeve passing partly through a surface plane of the polymeric sleeve and another portion thereof exposed partially projecting away from the surface plane of the polymeric sleeve ; and the jacket surrounding the polymeric sleeve .
Bag comprising: - at least a first wall and at least a second wall mutually joined at at least a lateral edge and at least a bottom edge to define a containment space and having respective first and second upper edges spaced apart from one another to define an access opening to said containment space ; - at least a first and a second flap spaced apart from one another, which extend from said first wall beyond said first upper edge ; - at least a third and a fourth flap spaced apart from one another, which extend from said second wall beyond said second upper edge ; wherein said first flap is associated with said second flap to form a first gripping handle and that said third flap is associated with said fourth flap to form a second gripping handle ; characterized by the fact that said first gripping handle and said second gripping handle enclosing respective gripping cavities having the lying planes substantially parallel to said first lateral wall and said second lateral wall . - at least a first wall and at least a second wall mutually joined at at least a lateral edge and at least a bottom edge to define a containment space and having respective first and second upper edges spaced apart from one another to define an access opening to said containment space ; - at least a first and a second flap spaced apart from one another, which extend from said first wall beyond said first upper edge ; - at least a third and a fourth flap spaced apart from one another, which extend from said second wall beyond said second upper edge ;
A method for regenerating a nitrogen oxide storage catalytic converter which is arranged in the exhaust line of a lean-burn engine , wherein the engine is provided with a device for low-pressure exhaust-gas recirculation, and is arranged with a low-pressure EGR valve in the low-pressure EGR line and a valve for reducing exhaust-gas discharge and a valve for reducing the intake air , characterized in that the regeneration is carried out during overrun operation of the engine, in such a way that, with throttling of the intake air by means of the valve for reducing intake air and reduction of the discharge of the exhaust gases by means of the valve for reducing exhaust-gas discharge , the exhaust gas is conducted substantially in a circuit through the low-pressure EGR valve via the engine and the nitrogen oxide storage catalytic converter , and during this time an air-fuel mixture is set which corresponds to a lambda value of ≤ 1.
Method for checking a speed recording device and a motorized apparatus in the form of an electric tool or washing machine, having the steps of: a) switching on the motorized apparatus ; b) checking whether a speed signal from the motorized apparatus , which is recorded by the speed recording device , is present at a first input (E1) of a control device ; c) outputting a test signal to the speed recording device via an output (A) of the control device if no speed signal is sensed in step b) ; d) transmitting the test signal processed in a defined manner by the speed recording device to the first input (E1) of the control device ; e) identifying a fault in the speed recording device if the output test signal is not present at the first input (E1) of the control device in the defined manner; f) recording a speed value of the motorized apparatus during a soft start phase in which the speed of the motorized apparatus is slowly brought to a defined speed value; g) identifying a fault in the motorized apparatus if the defined speed value has not been reached within a defined period during the soft start phase. a) switching on the motorized apparatus ; b) checking whether a speed signal from the motorized apparatus , which is recorded by the speed recording device , is present at a first input (E1) of a control device ; c) outputting a test signal to the speed recording device via an output (A) of the control device if no speed signal is sensed in step b) ; d) transmitting the test signal processed in a defined manner by the speed recording device to the first input (E1) of the control device ; e) identifying a fault in the speed recording device if the output test signal is not present at the first input (E1) of the control device in the defined manner; f) recording a speed value of the motorized apparatus during a soft start phase in which the speed of the motorized apparatus is slowly brought to a defined speed value; g) identifying a fault in the motorized apparatus if the defined speed value has not been reached within a defined period during the soft start phase.
A filtration material for filtered venting comprising granulated zeolite L for adsorbing radioactive iodine in the presence of hydrogen, characterized in that at least a portion of ion exchange sites of the zeolite L are substituted with silver, and of the ion exchange sites, a constitution ratio (a/b) of ion exchange sites (a) substituted with silver to ion exchange sites (b) not substituted with silver is 25/75-55/45; and the filtration material has a loss on attrition of 10% or less measured according to the standard test method ASTM D-4058.
An accelerator comprising: a control register module communicatively coupled to an external processor and configured to receive control information from the external processor, the control information comprising a start address for data to be computed, the number of operands, a computing type, a write-back address for a computed result, and a computing enable flag; and a computing module communicatively coupled to an external memory associated with the external processor and configured to access the external memory according to the control information, to implement a computing process that produces the computed result, and to write the computed result back to the external memory. a control register module communicatively coupled to an external processor and configured to receive control information from the external processor, the control information comprising a start address for data to be computed, the number of operands, a computing type, a write-back address for a computed result, and a computing enable flag; and a computing module communicatively coupled to an external memory associated with the external processor and configured to access the external memory according to the control information, to implement a computing process that produces the computed result, and to write the computed result back to the external memory.
A device arranged for being provided at an end of a tube having an axial direction (A), such as a water supply tube, wherein said device in a first condition of said device closes said end of said tube and in a second condition of said device allowing fluid to enter and/or exit said end of said tube , said device comprising: - a sealing element arranged for being in contact with an outer surface of said tube , said sealing element comprising a clamping portion for clamping, via said sealing element , said device onto said tube and a sealing portion provided with a first opening arranged for fluid to enter and/or exit said tube ; - a clamping element arranged for, in a first state of said clamping element , transferring a clamping force onto said clamping portion of said sealing element for realising, via said sealing element , said clamping and arranged for, in a second state of said clamping element , allowing said device to be removed from said tube ; - an actuation element arranged for moving said clamping element in said first state or said second state by rotation of said actuation element about an actuation axis (R); - a valve element arranged for in a first position of said valve element blocking said first opening such that said end of said tube is closed and in a second position unblocking said first opening such that said fluid is allowed to enter and/or exit said tube via said first opening . - a sealing element arranged for being in contact with an outer surface of said tube , said sealing element comprising a clamping portion for clamping, via said sealing element , said device onto said tube and a sealing portion provided with a first opening arranged for fluid to enter and/or exit said tube ; - a clamping element arranged for, in a first state of said clamping element , transferring a clamping force onto said clamping portion of said sealing element for realising, via said sealing element , said clamping and arranged for, in a second state of said clamping element , allowing said device to be removed from said tube ; - an actuation element arranged for moving said clamping element in said first state or said second state by rotation of said actuation element about an actuation axis (R); - a valve element arranged for in a first position of said valve element blocking said first opening such that said end of said tube is closed and in a second position unblocking said first opening such that said fluid is allowed to enter and/or exit said tube via said first opening .
A polymer composition comprising A) one or more polymer (s) selected from PVC homopolymers and copolymers, with the proviso that the polymer composition comprises 50 to 100% by weight, based on the total amount of polymers in the polymer composition, of at least one polymer which is selected from PVC homopolymers and copolymers, and B1) one or more compound(s) of the formula (I) in which Z is an unbranched or branched C 2 -C 8 -alkylene group or is an unbranched or branched C 2 -C 8 -alkenylene group, comprising at least one double bond, and R 1 is a saturated, unbranched or branched C 7 -C 12 -alkyl moiety, and R 2 is a saturated C 3 -C 8 -cycloalkyl group, the cycloalkyl moieties mutually independently being either unsubstituted or substituted by at least one C 1 -C 10 -alkyl moiety. A) one or more polymer (s) selected from PVC homopolymers and copolymers, with the proviso that the polymer composition comprises 50 to 100% by weight, based on the total amount of polymers in the polymer composition, of at least one polymer which is selected from PVC homopolymers and copolymers, and B1) one or more compound(s) of the formula (I) in which Z is an unbranched or branched C 2 -C 8 -alkylene group or is an unbranched or branched C 2 -C 8 -alkenylene group, comprising at least one double bond, and R 1 is a saturated, unbranched or branched C 7 -C 12 -alkyl moiety, and R 2 is a saturated C 3 -C 8 -cycloalkyl group, the cycloalkyl moieties mutually independently being either unsubstituted or substituted by at least one C 1 -C 10 -alkyl moiety. Z is an unbranched or branched C 2 -C 8 -alkylene group or is an unbranched or branched C 2 -C 8 -alkenylene group, comprising at least one double bond, and R 1 is a saturated, unbranched or branched C 7 -C 12 -alkyl moiety, and R 2 is a saturated C 3 -C 8 -cycloalkyl group, the cycloalkyl moieties mutually independently being either unsubstituted or substituted by at least one C 1 -C 10 -alkyl moiety.
A method of operating a terminal in communication with a head mounted display , the method comprising: determining (S501) whether a rotation state of the terminal corresponds to a landscape mode or a portrait mode; receiving (S505), an input for displaying an input interface on the head mounted display ; and controlling the head mounted display 200 to display an input interface based on the determined rotation state and the received input, characterized in that the step of controlling the head mounted display comprises: when the received input is a single-touch input received via a touchscreen of the terminal and the determined rotation state is the portrait mode, controlling the head mounted display to display a reduced-type keypad interface; and when the received input is a multi-touch input received via the touchscreen and the determined rotation state is the landscape mode, controlling the head mounted display to display a keypad interface which is larger in size than the size of the reduced-type keypad interface. determining (S501) whether a rotation state of the terminal corresponds to a landscape mode or a portrait mode; receiving (S505), an input for displaying an input interface on the head mounted display ; and controlling the head mounted display 200 to display an input interface based on the determined rotation state and the received input, characterized in that the step of controlling the head mounted display comprises: when the received input is a single-touch input received via a touchscreen of the terminal and the determined rotation state is the portrait mode, controlling the head mounted display to display a reduced-type keypad interface; and when the received input is a multi-touch input received via the touchscreen and the determined rotation state is the landscape mode, controlling the head mounted display to display a keypad interface which is larger in size than the size of the reduced-type keypad interface. when the received input is a single-touch input received via a touchscreen of the terminal and the determined rotation state is the portrait mode, controlling the head mounted display to display a reduced-type keypad interface; and when the received input is a multi-touch input received via the touchscreen and the determined rotation state is the landscape mode, controlling the head mounted display to display a keypad interface which is larger in size than the size of the reduced-type keypad interface.
Process for producing a rolling bearing cage , in particular for a large rolling bearing, wherein a steel strip having openings for in each case one rolling body is provided and bent to form a ring , wherein, for thermal coating with a thermoplastic powder , the ring is subsequently heated to a temperature above a minimum coating temperature, wherein the ring is subsequently dipped in a fluidized bed containing the thermoplastic powder , wherein, during the residence time of the ring in the fluidized bed , plastics powder adheres to the ring, melts and forms a continuous coating , and wherein the ring is removed from the fluidized bed after the coating, characterized in that the ring is heated by an alternating electromagnetic field of an induction coil , wherein a pause for making the temperature of the ring uniform is provided between the heating of the ring and the dipping into the fluidized bed , wherein the ring is also at a temperature above the minimum coating temperature at the end of the pause.
Separator for separating a film web region by region, having an anvil plate which has a working surface for laying out an end region of a film web , having a conveyor which is mounted such that it can be moved linearly with respect to the anvil plate along a conveying axis and which is designed to carry out a laying-out movement for the end region of the film web , which laying-out movement is aligned parallel to the working surface , having a cutting unit which has at least one cutting edge for carrying out a separating operation for an end region of the film web received between the cutting edge and the working surface , the conveyor and the cutting unit being designed for alternately carrying out the lay out movement and the separating operation for the end region of the film web .
Multipath receiver comprising: a reorder queue configured to queue data packets received over multiple paths, a reorder queue controller configured to reorder the data packets in the reorder queue according to a reorder criterion, the reorder queue controller is configured to allow Multi-Access Protocol Data Unit, MA PDU, Sessions based on Access Traffic Steering, Switching, and Splitting, ATSSS, wherein the reorder queue controller is configured to choose to activate a reordering of the data packets, wherein the reorder queue controller is configured to negotiate the activation of the reordering of the data packets with the peers of the MA PDU Session based on an ATSSS use case, wherein in case reordering is activated, the data packets are queued in a reorder queue, wherein the reorder criterion is based on a sequence numbering of the data packets of a MA PDU Session based on the ATSSS use case. a reorder queue configured to queue data packets received over multiple paths, a reorder queue controller configured to reorder the data packets in the reorder queue according to a reorder criterion, the reorder queue controller is configured to allow Multi-Access Protocol Data Unit, MA PDU, Sessions based on Access Traffic Steering, Switching, and Splitting, ATSSS, wherein the reorder queue controller is configured to choose to activate a reordering of the data packets, wherein the reorder queue controller is configured to negotiate the activation of the reordering of the data packets with the peers of the MA PDU Session based on an ATSSS use case, wherein in case reordering is activated, the data packets are queued in a reorder queue, wherein the reorder criterion is based on a sequence numbering of the data packets of a MA PDU Session based on the ATSSS use case.