mhurhangee/patent-ind-claim-en huggingface dataset:
Device for supplying electrical energy for electrically operable vehicles, comprising a plug element connectable to an energy store of the vehicle via a charging cable, comprising a connecting line connecting the plug element and an external supply line , comprising a safety switch element assigned to the connecting line , the occurrence of a fault current in the connecting line being detectable in a monitoring switch state of the safety switch element , and the connecting line being disconnected in an interrupting switch state of said element, comprising a further switch element assigned to the connecting line , a charging voltage being applied to the plug element in an on state of the further switch element and the plug element being potential-free in an off state of the further switch element , comprising a housing which encloses the plug element , the connecting line , the safety switch element and the further switch element at least in portions and which has a clearance and a locking element assigned to the clearance , the locking element fully locking the clearance in a closed position in such a way that the plug element is arranged inaccessibly in the housing , a detector unit being assigned to the locking element to detect the closed position of the locking element , and the plug element being arranged accessibly in the housing through the clearance in an open position of the locking element , characterised in that an electrical actuation unit is assigned to the safety switch element to bring the safety switch element into the monitoring switch state, in that a control unit is provided which cooperates with the detector unit , with the electrical actuation unit and with the further switch element in terms of data, the control unit being connected to the detector unit via a data line and cooperating with the actuation unit via a further data line to actuate the safety switch element , and in that the device is set up to perform a method according to any of claims 7 to 11.
A method for determining mileage-related data of at least one vehicle , comprising the steps of: - determining or collecting data on the mileage of the vehicle by at least one facility of the vehicle , wherein at least the length of a distance driven is included in the data on the mileage; - transmitting the data on the mileage, which have been determined or collected since a most recent transmission, to a central electronic facility via a communication connection by means of a communication facility in the vehicle , wherein the data on the mileage are transmitted to the central electronic facility at least at predefined time intervals; and - determining the mileage-related data of the vehicle by the central electronic facility at least as a function of the transmitted data on the mileage; characterised by : - retrieving the data on the mileage of the vehicle by the central electronic facility via the communication connection or a further communication connection not immediately at the time when the predefined time interval is exceeded but only when an absence time since the last time the data on the mileage of the vehicle were received is exceeded, wherein the absence time since the last time the data on the mileage of the vehicle were received is checked by the central electronic facility , and wherein the absence time is longer than the predefined time interval; and - generating a warning if the data on the mileage of the vehicle have not been received by the communication facility after the data were retrieved by the central electronic facility or fail to be consistent with the intended use of the vehicle. - determining or collecting data on the mileage of the vehicle by at least one facility of the vehicle , wherein at least the length of a distance driven is included in the data on the mileage; - transmitting the data on the mileage, which have been determined or collected since a most recent transmission, to a central electronic facility via a communication connection by means of a communication facility in the vehicle , wherein the data on the mileage are transmitted to the central electronic facility at least at predefined time intervals; and - determining the mileage-related data of the vehicle by the central electronic facility at least as a function of the transmitted data on the mileage; - retrieving the data on the mileage of the vehicle by the central electronic facility via the communication connection or a further communication connection not immediately at the time when the predefined time interval is exceeded but only when an absence time since the last time the data on the mileage of the vehicle were received is exceeded, wherein the absence time since the last time the data on the mileage of the vehicle were received is checked by the central electronic facility , and wherein the absence time is longer than the predefined time interval; and - generating a warning if the data on the mileage of the vehicle have not been received by the communication facility after the data were retrieved by the central electronic facility or fail to be consistent with the intended use of the vehicle.
An apparatus for connecting two electrical connectors together, the apparatus comprising: a locking collar ; a first electrical connector ; and a second electrical connector ; wherein the first electrical connector comprises one or more electrical contacts arranged to mate with one or more electrical contacts in the second electrical connector in order to form an electrical connection, and the collar is arranged to receive at least a portion of the first and second connectors and releasably lock the first and/or second connector, and wherein at least one of the first electrical connector and the second electrical connector comprises a main body portion comprising at least one channel on a surface for cooperating with a protrusion of the locking collar, and characterised in that the first electrical connector further comprises a contact portion comprising a releasable cartridge to retain the contacts within the main body portion, wherein the contact portion further comprises at least a first male contact and a first female contact connected to the cartridge, wherein the releasable cartridge comprises a release mechanism to enable release of the cartridge from the main body portion, and wherein releasing the cartridge from the main body portion allows for the release of the first male contact and the first female contact from the cartridge. a locking collar ; a first electrical connector ; and a second electrical connector ; wherein the first electrical connector comprises one or more electrical contacts arranged to mate with one or more electrical contacts in the second electrical connector in order to form an electrical connection, and the collar is arranged to receive at least a portion of the first and second connectors and releasably lock the first and/or second connector, and wherein at least one of the first electrical connector and the second electrical connector comprises a main body portion comprising at least one channel on a surface for cooperating with a protrusion of the locking collar, and characterised in that the first electrical connector further comprises a contact portion comprising a releasable cartridge to retain the contacts within the main body portion, wherein the contact portion further comprises at least a first male contact and a first female contact connected to the cartridge, wherein the releasable cartridge comprises a release mechanism to enable release of the cartridge from the main body portion, and wherein releasing the cartridge from the main body portion allows for the release of the first male contact and the first female contact from the cartridge.
Interior lining of a means of transporting people and goods, in particular of aircraft, with interior lining panels (10; 31), in particular of fiber-reinforced plastics, with peripheral edges (12; 38), with coupling points at the edges (12; 38) of the interior lining panels (10; 31) to one another or to a secondary structure, with flat connecting elements (16; 30; 32) at the coupling points , with fastening elements (18; 22; 36) for fastening the connecting elements (16; 30; 32) at least on the interior lining panels (10; 31) and with a sealing means (24; 42) in a gap (26; 44) between the interior lining panel (10; 31) and the connecting element (16; 30; 32), comprising a lacquer (28; 54) as an intumescent coating, wherein the sealing means (24; 42) is an air and moisture seal separate from the lacquer; characterized in that the intumescent lacquer (28; 54) is applied to the edges of the interior lining panels (10; 31).
A memory device automatically correcting the effect of collisions of high-energy particles, comprising a memory cell (CM): retention means (MRET) for retaining, for a determined period, a single copy of a stored value stored (Qd) in said memory cell (CM), characterised in that the memory device further comprises: detection means (MDET) for detecting a change of state of said memory cell (CM), by comparing the stored value (Qd) stored in said memory cell (CM) with the value in retention in said retention means (MRET); and management means (MG) comprising complexing means suitable for determining whether a detected change of state of said memory cell (CM) is due to a high-energy particle collision or is a commanded state change, the multiplexing means receiving as input an output of the detection means (MDET), a signal (Q) representing the value put in retention in the retention module (MRET) for the predetermined period, a state (Data) of the data item to be stored in the memory cell (MC), as well as a signal (CS) for validation of data loading accompanying said state (Data) confirming a change of commanded state of the value to be memorized in said memory cell, and adapted to, in case the detected state change of said memory cell is due to a high-energy particle collision, automatically control a reloading of the value stored in said retention means (MRET) in said memory cell (CM), thus making it possible to avoid the intervention of a data refresh timing clock which can disturb functions of the RF radio-frequency type. detection means (MDET) for detecting a change of state of said memory cell (CM), by comparing the stored value (Qd) stored in said memory cell (CM) with the value in retention in said retention means (MRET); and management means (MG) comprising complexing means suitable for determining whether a detected change of state of said memory cell (CM) is due to a high-energy particle collision or is a commanded state change, the multiplexing means receiving as input an output of the detection means (MDET), a signal (Q) representing the value put in retention in the retention module (MRET) for the predetermined period, a state (Data) of the data item to be stored in the memory cell (MC), as well as a signal (CS) for validation of data loading accompanying said state (Data) confirming a change of commanded state of the value to be memorized in said memory cell, and adapted to, in case the detected state change of said memory cell is due to a high-energy particle collision, automatically control a reloading of the value stored in said retention means (MRET) in said memory cell (CM), thus making it possible to avoid the intervention of a data refresh timing clock which can disturb functions of the RF radio-frequency type.
An electrode plate, comprising a current collector and an electrode active material layer disposed on at least one surface of the current collector, wherein the current collector comprises a support layer and a conductive layer disposed on at least one surface of the support layer , and a single-sided thickness D2 of the conductive layer satisfies: 30 nm ≤ D2 ≤ 3 μm; and a conductive primer layer containing a conductive material and a binder is further disposed between the current collector and the electrode active material layer, the binder in the conductive primer layer containing an acrylic based/acrylate based water-dispersible binder; and wherein a protective layer is disposed on the conductive layer , the protective layer is disposed on only one surface of the conductive layer of the current collector or disposed on two surfaces of the conductive layer of the current collector; and a thickness D3 of the protective layer satisfies: D3 ≤ 1/10 D2 and 1 nm ≤ D3 ≤ 200 nm. the current collector comprises a support layer and a conductive layer disposed on at least one surface of the support layer , and a single-sided thickness D2 of the conductive layer satisfies: 30 nm ≤ D2 ≤ 3 μm; and a conductive primer layer containing a conductive material and a binder is further disposed between the current collector and the electrode active material layer, the binder in the conductive primer layer containing an acrylic based/acrylate based water-dispersible binder; and wherein a protective layer is disposed on the conductive layer , the protective layer is disposed on only one surface of the conductive layer of the current collector or disposed on two surfaces of the conductive layer of the current collector; and a thickness D3 of the protective layer satisfies: D3 ≤ 1/10 D2 and 1 nm ≤ D3 ≤ 200 nm.
Writing element for a writing instrument comprising an elongated member or stem having a grip portion longitudinally delimited by an end portion ; said stem having a longitudinal cavity of given extension; said writing element having a body delimited by an end provided with a point suitable, in use, to draw signs on paper through oxidation; said body having an elongated coupling portion provided with respective connecting means suitable to engage said cavity ; characterized in that said end is covered by a cover comprising said point and made of a bi-component metal alloy comprising bismuth and tin.
Device for metering out a food powder, in particular milk powder for baby formula, packed in storage packages, comprising at least one portioning device , wherein the portioning device has a stand-up pouch holder with at least one powder inlet opening designed underneath and at least one powder outlet opening which lies offset to the powder inlet opening , and the portioning device has an actuator with at least one powder metering chamber displaceably held between the powder inlet opening and the powder outlet opening , and the portioning device has a framework in which the stand-up pouch holder is held to be pivotable at a horizontal axis , characterized in that the powder inlet opening is designed in one of the coupling halves of a pouch connection coupling assigned to the powder inlet opening, the respectively other coupling half of the pouch connection coupling is incorporated in the standing bases of the stand-up pouches , and the stand-up pouch holder has a pouch hanger arranged over the powder inlet opening
A cartridge configured to be received in a receiving space of a connector , said connector comprising a lower base member and a shell that extends from the lower base member and surrounds the receiving space of the connector , to form a teatcup configured to be attached to the teat of an animal to be milked, wherein the cartridge comprises an elongated sleeve extending in parallel with a longitudinal central axis (x) and having an upper end section and a lower end section, a barrel pre-mounted in the elongated sleeve and having an inner space for receiving said teat, a pulsation chamber formed between an inner surface of the elongated sleeve and an outer surface of the barrel , and a head member comprising a lip surrounding an opening to the inner space , wherein the head member is provided at the upper end section , characterized in that the elongated sleeve has a flange extending outwardly at the upper end section , that the head member comprises a plurality of locking members each gripping the flange , and that each of the locking members extends towards the lower end section (8") and beyond the flange , wherein each of the locking members comprises an inwardly extending portion which comprises an engagement surface turned away from the lower end section (8"). wherein the cartridge comprises an elongated sleeve extending in parallel with a longitudinal central axis (x) and having an upper end section and a lower end section, a barrel pre-mounted in the elongated sleeve and having an inner space for receiving said teat, a pulsation chamber formed between an inner surface of the elongated sleeve and an outer surface of the barrel , and a head member comprising a lip surrounding an opening to the inner space , wherein the head member is provided at the upper end section , characterized in that the elongated sleeve has a flange extending outwardly at the upper end section , that the head member comprises a plurality of locking members each gripping the flange , and that each of the locking members extends towards the lower end section (8") and beyond the flange , wherein each of the locking members comprises an inwardly extending portion which comprises an engagement surface turned away from the lower end section (8").
A syringe tip cap for retaining a resilient closure at a distal end of a syringe tip on which a collar for coupling with a syringe needle is mounted, comprising: a rigid outer cap having a distal cap member and a proximal sleeve member , wherein an annular first breaking line is formed between the distal cap member and the proximal sleeve member ; tamper indicator means comprising frangible portions which are broken when the annular first breaking line is broken; wherein the distal cap member is cup-shaped for accommodating and covering a distal end of the resilient closure , and configured for pressing the resilient closure toward the syringe tip; and the proximal sleeve member comprises a distal end and a proximal end configured to be coupled with the collar , for coupling the syringe tip cap with the distal end of the syringe tip; characterized in that the proximal sleeve member comprises a second breaking line (35; 35a) extending between the distal end and the proximal end of the proximal sleeve member; the distal cap member and the proximal sleeve member of the rigid outer cap are connected with each other via an axial coupling strip , which bridges and disrupts the annular first breaking line; and the frangible portions of the tamper indicator means are weaker than the coupling strip , so that the distal cap member and the proximal sleeve member of the rigid outer cap can be partially separated by breaking the annular first breaking line and the coupling strip serves as a hinge for pivotally coupling the distal cap member and the proximal sleeve member of the rigid outer cap after the annular first breaking line has been broken. a rigid outer cap having a distal cap member and a proximal sleeve member , wherein an annular first breaking line is formed between the distal cap member and the proximal sleeve member ; tamper indicator means comprising frangible portions which are broken when the annular first breaking line is broken; wherein the distal cap member is cup-shaped for accommodating and covering a distal end of the resilient closure , and configured for pressing the resilient closure toward the syringe tip; and the proximal sleeve member comprises a distal end and a proximal end configured to be coupled with the collar , for coupling the syringe tip cap with the distal end of the syringe tip; characterized in that the proximal sleeve member comprises a second breaking line (35; 35a) extending between the distal end and the proximal end of the proximal sleeve member; the distal cap member and the proximal sleeve member of the rigid outer cap are connected with each other via an axial coupling strip , which bridges and disrupts the annular first breaking line; and the frangible portions of the tamper indicator means are weaker than the coupling strip , so that the distal cap member and the proximal sleeve member of the rigid outer cap can be partially separated by breaking the annular first breaking line and the coupling strip serves as a hinge for pivotally coupling the distal cap member and the proximal sleeve member of the rigid outer cap after the annular first breaking line has been broken.
A production volume simulation apparatus provided corresponding to a yarn winding machine equipped with a plurality of winding units each having a yarn feeding device that supplies a yarn (Y), a winding device that winds the yarn (Y) supplied from the yarn feeding device to form a package (P), and a yarn defect detecting device that detects at a location between the yarn feeding device and the winding device a yarn defect that is a defective portion included in the yarn (Y) and determines whether to remove the yarn defect based on a set clearing condition, comprising: a storage section that stores therein operation data of the winding units ; a predicted production volume calculating section that calculates a predicted production volume of the packages (P) formed by the winding units by using the operation data stored in the storage section ; and a removed yarn defect input receiving section that receives a changed number of removed yarn defects as a simulatable item, wherein the predicted production volume calculating section , when the removed yarn defect input receiving section receives the changed number of removed yarn defects, calculates a winding speed for simulation based on the changed number of removed yarn defects and calculates the predicted production volume based on the calculated winding speed for simulation. a storage section that stores therein operation data of the winding units ; a predicted production volume calculating section that calculates a predicted production volume of the packages (P) formed by the winding units by using the operation data stored in the storage section ; and a removed yarn defect input receiving section that receives a changed number of removed yarn defects as a simulatable item, wherein the predicted production volume calculating section , when the removed yarn defect input receiving section receives the changed number of removed yarn defects, calculates a winding speed for simulation based on the changed number of removed yarn defects and calculates the predicted production volume based on the calculated winding speed for simulation.