mhurhangee/patent-ind-claim-en huggingface dataset:
A driver module for actuating a tendon , the driver module comprising: a slider comprising a base portion , a tendon receiving portion and a body portion , the tendon receiving portion being spaced apart from the base portion and the body portion extends from the base portion to the tendon receiving portion , the module further comprising a slider receiving portion having a first end and a second end and engageable with the base portion of the slider such that the slider is attachable to and movable within the slider receiving portion , characterised in that the driver module further comprises a pre-tensioning actuator , the pre-tensioning actuator being moveable between a first position and a second position, wherein in the first position the pre-tensioning actuator is engaged with the slider such that the slider is positioned toward the second end of the slider receiving portion , and in the second position the pre-tensioning actuator is disengaged from the slider ; the driver module further comprises a bias , biasing the pre-tensioning actuator towards the first position. a slider comprising a base portion , a tendon receiving portion and a body portion , the tendon receiving portion being spaced apart from the base portion and the body portion extends from the base portion to the tendon receiving portion , the module further comprising a slider receiving portion having a first end and a second end and engageable with the base portion of the slider such that the slider is attachable to and movable within the slider receiving portion , characterised in that the driver module further comprises a pre-tensioning actuator , the pre-tensioning actuator being moveable between a first position and a second position, wherein in the first position the pre-tensioning actuator is engaged with the slider such that the slider is positioned toward the second end of the slider receiving portion , and in the second position the pre-tensioning actuator is disengaged from the slider ; the driver module further comprises a bias , biasing the pre-tensioning actuator towards the first position.
Drive control system for a drive having an electric motor comprising a DC voltage intermediate circuit, a supply module , a first output module for outputting a drive current and a feedback current and a second output module for outputting a drive current and a feedback current, wherein the first output module comprises a first inverter , a first output and a first module controller for driving the first inverter , wherein the second output module comprises a second inverter , a second output and a second module controller for driving the second inverter , wherein the first and the second output module each have a first operating mode and a second operating mode , wherein the module controllers of the output modules are each designed, in the first operating mode of the output modules , to generate a setpoint current value for the drive current for the electric motor and to drive the inverter of the output module in question such that the electric motor is driven with the drive current from the DC voltage intermediate circuit connected to the output module in question via the output of the output module in question, wherein the module controllers of the output modules are each designed, in the second operating mode of the output modules , to generate a setpoint current value for the feedback current to be supplied to a supply grid and to actuate the inverter of the output module in question such that the feedback current is fed back from the DC voltage intermediate circuit connected to the output module in question to the electricity supply grid via the output of the output modules in question, wherein the supply module is able to be connected to the electricity supply grid and is connected to the DC voltage intermediate circuit of the drive control system and is designed to supply electric power from the supply grid to the DC voltage intermediate circuit , wherein the module controller is designed, in the second operating mode , to synchronize the feedback current flowing as an output current via the output with the electricity supply grid on the basis of a current measurement signal representing the output current flowing via the output , wherein the first inverter of the first output module is connected between the DC voltage intermediate circuit and the first output and the second inverter of the second output module is connected between the DC voltage intermediate circuit and the second output , wherein the first output of the first output module is able to be connected to the electric motor of the drive and the second output of the second output module is able to be connected to the supply grid , wherein the first output module is parameterized such that it is operated in the first operating mode and drives the electric motor of the drive with a drive current from the supply grid , wherein the second output module is parameterized such that it is operated in the second operating mode and feeds an electric feedback current from the DC voltage intermediate circuit back into the supply grid .
A composition comprising: (A) an ethylene-based polymer; wherein the ethylene-based polymer comprises an ethylene plastomer/elastomer and a low density polyethylene (LDPE); (B) a carboxylic-functionalized ethylene-based polymer; and (C) from 0.1 wt% to 0.5 wt% of a polydimethylsiloxane, based on the total weight of the composition. (A) an ethylene-based polymer; wherein the ethylene-based polymer comprises an ethylene plastomer/elastomer and a low density polyethylene (LDPE); (B) a carboxylic-functionalized ethylene-based polymer; and (C) from 0.1 wt% to 0.5 wt% of a polydimethylsiloxane, based on the total weight of the composition.
A cache memory, comprising: a tag compression structure storing a plurality of tag compression entries , wherein at least one of the plurality of tag compression entries contains a unique set of higher order bits shared by at least two memory tags and is identified by a respective index value; and a tag array storing a plurality of tag array entries, wherein each of the plurality of tag array entries contains a respective set of lower order bits of one of the memory tags and an index value , wherein the index value of each tag array entry corresponds to the index value of the tag compression structure entry containing the higher order bits of the memory tag of the respective tag array entry, wherein each of the plurality of memory tags comprises at least a portion of a respective memory address of a data element stored in a data array. a tag compression structure storing a plurality of tag compression entries , wherein at least one of the plurality of tag compression entries contains a unique set of higher order bits shared by at least two memory tags and is identified by a respective index value; and a tag array storing a plurality of tag array entries, wherein each of the plurality of tag array entries contains a respective set of lower order bits of one of the memory tags and an index value , wherein the index value of each tag array entry corresponds to the index value of the tag compression structure entry containing the higher order bits of the memory tag of the respective tag array entry, wherein each of the plurality of memory tags comprises at least a portion of a respective memory address of a data element stored in a data array.
An electronic device , comprising: a first connector comprising a first pin and a second pin and configured to be attachable to a mobile terminal ; a second connector configured to be attachable to a power supply ; and a backflow prevention circuit electrically connected with the second pin and configured to not supply current from the electronic device to the mobile terminal via the second pin, a first power supply path comprising the first pin and the second connector, a second power supply path comprising one point on the first power supply path, the second pin, and the backflow prevention circuit, means for notifying the mobile terminal that the power supply is connected or is disconnected with the electronic device, a processor electrically connected with the first power supply path and/or the second power supply path and configured for controlling to supply power to the mobile terminal via the first power supply path, if the power supply is attached to the second connector ; and wherein the backflow prevention circuit is configured to receive power from the mobile terminal via the second power supply path in response to detachment of the power supply from the second connector. a first connector comprising a first pin and a second pin and configured to be attachable to a mobile terminal ; a second connector configured to be attachable to a power supply ; and a backflow prevention circuit electrically connected with the second pin and configured to not supply current from the electronic device to the mobile terminal via the second pin, a first power supply path comprising the first pin and the second connector, a second power supply path comprising one point on the first power supply path, the second pin, and the backflow prevention circuit, means for notifying the mobile terminal that the power supply is connected or is disconnected with the electronic device, a processor electrically connected with the first power supply path and/or the second power supply path and configured for controlling to supply power to the mobile terminal via the first power supply path, if the power supply is attached to the second connector ; and wherein the backflow prevention circuit is configured to receive power from the mobile terminal via the second power supply path in response to detachment of the power supply from the second connector.
A printing device , comprising: a cartridge including print substance; a belt ; and a controller , comprising: a processing resource ; and a memory resource including a non-transitory machine-readable instructions executable by the processing resource to: deposit a plurality of patches of the print substance from the cartridge onto the belt; the printing device further comprising a sensor to measure a density of the plurality of patches; wherein the memory resource further comprises instructions to: determine a cartridge density based on a density of a sub-set of patches of the plurality of patches; and characterized in that the memory resource comprises instructions to: decrease the print substance output in response to the determined cartridge density being above a predetermined density threshold. a cartridge including print substance; a belt ; and a controller , comprising: a processing resource ; and a memory resource including a non-transitory machine-readable instructions executable by the processing resource to: deposit a plurality of patches of the print substance from the cartridge onto the belt; a processing resource ; and a memory resource including a non-transitory machine-readable instructions executable by the processing resource to: deposit a plurality of patches of the print substance from the cartridge onto the belt; the printing device further comprising a sensor to measure a density of the plurality of patches; wherein the memory resource further comprises instructions to: determine a cartridge density based on a density of a sub-set of patches of the plurality of patches; and characterized in that the memory resource comprises instructions to: decrease the print substance output in response to the determined cartridge density being above a predetermined density threshold.
A driver's cab for an agricultural working machine , comprising - a front panel extending between two support columns , - a driver's seat , - at least one visualisation system for visualising information for a machine operator, - a monitoring system for detecting information concerning a physical state of the machine operator, as well as - a control device which is connected to the visualisation system and the monitoring system respectively in a data-transmitting manner, characterized in that the control device is configured to process information detected by the monitoring system and to control the visualisation system as a function of the information, so that at least one recommended action is visualised by means of the visualisation system , wherein the recommended action is provided and configured to increase the attentiveness of the machine operator and to increase the productivity of the machine operator in the short term or in the long term, and wherein the visualisation system comprises a panel display for visualising the information comprising the recommended action and the information is visualised in a field of view of the machine operator. - a front panel extending between two support columns , - a driver's seat , - at least one visualisation system for visualising information for a machine operator, - a monitoring system for detecting information concerning a physical state of the machine operator, as well as - a control device which is connected to the visualisation system and the monitoring system respectively in a data-transmitting manner,
Subsea electric power and communication module for controlling a subsea module of a subsea oil/gas installation , where the module comprises: - a housing comprising a pressure sealed main compartment ; - a first outer connector provided outside of the housing , where the first outer connectors is configured to be connected to a subsea module ; - a control device comprising electric power supply circuitry and/or communication circuitry provided within the pressure sealed compartment ; - a penetrator device connected between the first outer connector and the control device ; characterized in that the penetrator device comprises: - a printed circuit board ; - a first sealing device for sealing off a first area (A53) of the printed circuit board , where the first area (A53) is faced towards the main compartment ; - a first inner connector (C80) connected to the first area (A53) of the printed circuit board , where the first inner connector (C80) is further connected to the control device ; - a second sealing device for sealing off a second area (A56) of the printed circuit board , where the second area (A56) is faced towards a pressure balanced compartment between the pressure sealed main compartment and an outside environment (OE) of the housing ; - a second inner connector (C3x) connected to the second area (A56) of the printed circuit board , where the second inner connector (C3x) is further connected to the outer connector ; - conductive tracks provided on the printed circuit board between the first inner connector (C80) and the second inner connector (C3x). - a housing comprising a pressure sealed main compartment ; - a first outer connector provided outside of the housing , where the first outer connectors is configured to be connected to a subsea module ; - a control device comprising electric power supply circuitry and/or communication circuitry provided within the pressure sealed compartment ; - a penetrator device connected between the first outer connector and the control device ; - a printed circuit board ; - a first sealing device for sealing off a first area (A53) of the printed circuit board , where the first area (A53) is faced towards the main compartment ; - a first inner connector (C80) connected to the first area (A53) of the printed circuit board , where the first inner connector (C80) is further connected to the control device ; - a second sealing device for sealing off a second area (A56) of the printed circuit board , where the second area (A56) is faced towards a pressure balanced compartment between the pressure sealed main compartment and an outside environment (OE) of the housing ; - a second inner connector (C3x) connected to the second area (A56) of the printed circuit board , where the second inner connector (C3x) is further connected to the outer connector ; - conductive tracks provided on the printed circuit board between the first inner connector (C80) and the second inner connector (C3x).
A method of detecting renal inflammation in a subject, the method comprising (i) assaying, in a sample obtained from a subject, a level of P2Y14; (ii) comparing the level of P2Y14 with a reference level; and (iii) identifying the subject as (a) having renal inflammation if the level of P2Y14 is above the reference level; and (b) not having renal inflammation if the level of P2Y14 is at or below the reference level. (i) assaying, in a sample obtained from a subject, a level of P2Y14; (ii) comparing the level of P2Y14 with a reference level; and (iii) identifying the subject as (a) having renal inflammation if the level of P2Y14 is above the reference level; and (b) not having renal inflammation if the level of P2Y14 is at or below the reference level.
A foldable device, comprising: a chassis configured to support an electronic device or a small electric device; and a telescopic mechanism of which one end is assembled with the chassis and the other end is assembled with an electronic device or a small electric device; wherein the telescopic mechanism is telescoped to adjust the support height during use, and the telescopic mechanism is retractably received in the chassis during receiving; wherein the chassis is provided with a receiving groove , the telescopic mechanism is rotatably mounted in the receiving groove , and a locking mechanism is disposed between the telescopic mechanism and the receiving groove ; the locking mechanism is configured to lock the telescopic mechanism with the chassis when the telescopic mechanism is used; when the telescopic mechanism is received, the locking mechanism releases the lock between the telescopic mechanism and the chassis , and after unlocking, the telescopic mechanism is inverted with respect to the chassis and received in the receiving groove , wherein the telescopic mechanism comprises an inner sleeve , characterized in that a hinge end of the inner sleeve is hinged to one end of the receiving groove and rotatably assembled with the chassis , the locking mechanism comprises an outer sleeve sleeved on the inner sleeve and rotatable relative to the inner sleeve to lock or unlock the inner sleeve and the chassis . wherein the chassis is provided with a receiving groove , the telescopic mechanism is rotatably mounted in the receiving groove , and a locking mechanism is disposed between the telescopic mechanism and the receiving groove ; the locking mechanism is configured to lock the telescopic mechanism with the chassis when the telescopic mechanism is used; when the telescopic mechanism is received, the locking mechanism releases the lock between the telescopic mechanism and the chassis , and after unlocking, the telescopic mechanism is inverted with respect to the chassis and received in the receiving groove , wherein the telescopic mechanism comprises an inner sleeve , characterized in that a hinge end of the inner sleeve is hinged to one end of the receiving groove and rotatably assembled with the chassis , the locking mechanism comprises an outer sleeve sleeved on the inner sleeve and rotatable relative to the inner sleeve to lock or unlock the inner sleeve and the chassis .
Pharmaceutical formulation, characterised in that it contains curcumin and/or a curcumin derivative, an alcohol, an acid, and a solubiliser and a maximum of 12% by weight of water, wherein the curcumin derivative is selected from the group comprising demethoxycurcumin, bisdemethoxycurcumin and EF-24.
A device for repairing a damaged spot in a repair area of a glass pane , the device comprising an attachment portion for releasable attachment of the device to a main surface of the glass pane and a repair portion for repairing the glass pane , wherein the device includes an excitation device for producing a periodic mechanical excitation and coupling it into the glass pane , and a control device for controlling the excitation, characterized in that the device includes a first sensor device which is in data connection with the control device and which is configured to determine at least one response parameter of a vibration produced by the excitation in the glass pane , in particular in the repair area , the response parameter being selected from the group including a frequency, a frequency spectrum, an amplitude, an intensity, and a phase shift relative to a phase of the excitation.
A disposable insertion endoscope with a distal tip having a pot-shaped tip housing , said pot-shaped tip housing having a front end and a circumferential wall and comprising a first polymer material and a second polymer material where the second polymer material is transparent, said pot-shaped housing being adapted to accommodate an electronic vision device, and at least one light source, said pot-shaped housing comprising a first window part arranged in front of the electronic vision device in the field of view thereof and a second window part arranged in front of the at least one light source, characterized in that the first window part and the second window part are formed as a single piece of said second polymer material , said pot-shaped housing further comprising at least one inwardly protruding part , where the at least one inwardly protruding part is formed integrally with the circumferential wall as a single piece of the first polymer material and/or integrally with said first window part and said second window part as a single piece of the second polymer material . said pot-shaped tip housing having a front end and a circumferential wall and comprising a first polymer material and a second polymer material where the second polymer material is transparent, said pot-shaped housing being adapted to accommodate an electronic vision device, and at least one light source, said pot-shaped housing comprising a first window part arranged in front of the electronic vision device in the field of view thereof and a second window part arranged in front of the at least one light source, characterized in that the first window part and the second window part are formed as a single piece of said second polymer material , said pot-shaped housing further comprising at least one inwardly protruding part , where the at least one inwardly protruding part is formed integrally with the circumferential wall as a single piece of the first polymer material and/or integrally with said first window part and said second window part as a single piece of the second polymer material .