mhurhangee/patent-ind-claim-en huggingface dataset:
A device for safe control of at least one driver module for controlling a semiconductor switch of an inverter , wherein the driver module controls the semiconductor switch in dependence on a pulse signal (PWM), wherein a switching arrangement which is connected with the driver module is provided, characterized in that the switching arrangement has a switching connection (K) for applying an inhibition signal (S) and a first connection (I) for applying the pulse signal (PWM), in order to either inhibit or switch through the pulse signal (PWM) applied to the first connection (I) to the driver module , depending on the inhibition signal (S).
A ride system configured to control ride vehicle motion, the ride system comprising: a platform assembly configured to receive a ride vehicle transporting a ride passenger ; an upward drive pulley system drivingly coupled to the platform assembly and configured to upwardly drive motion of the platform assembly along a vertical axis oriented along a gravity vector; and a downward drive pulley system drivingly coupled to the platform assembly and configured to downwardly drive motion of the platform assembly along the vertical axis, wherein upwardly and downwardly driving motion of the platform assembly exposes the ride passenger to a plurality of entertainment shows , and wherein entertainment shows of the plurality of entertainment shows are positioned on a different vertical level with respect to one another. a platform assembly configured to receive a ride vehicle transporting a ride passenger ; an upward drive pulley system drivingly coupled to the platform assembly and configured to upwardly drive motion of the platform assembly along a vertical axis oriented along a gravity vector; and a downward drive pulley system drivingly coupled to the platform assembly and configured to downwardly drive motion of the platform assembly along the vertical axis, wherein upwardly and downwardly driving motion of the platform assembly exposes the ride passenger to a plurality of entertainment shows , and wherein entertainment shows of the plurality of entertainment shows are positioned on a different vertical level with respect to one another.
An alpha-beta titanium alloy comprising: Al at a concentration of from 4.7 wt.% to 6.0 wt.%; V at a concentration of from 6.5 wt.% to 8.0 wt.%; Si at a concentration of less than 1.0 wt.% ; O at a concentration of less than 1.0 wt.% ; and Ti and incidental impurities as a balance, wherein an Al/V ratio is from 0.65 to 0.8, the Al/V ratio being equal to the concentration of the Al divided by the concentration of the V in weight percent and the alloy has a yield strength of at least 970 MPa and a fracture toughness of at least 40 MPa·m 1/2 at room temperature. Al at a concentration of from 4.7 wt.% to 6.0 wt.%; V at a concentration of from 6.5 wt.% to 8.0 wt.%; Si at a concentration of less than 1.0 wt.% ; O at a concentration of less than 1.0 wt.% ; and Ti and incidental impurities as a balance,
A glove box having a shake prevention structure , the glove box comprising a housing mounted to an instrument panel and a storage part provided in an inner space of the housing so as to be slidably withdrawn therefrom, the shake prevention structure comprising: a shake prevention part mounted to a rear portion of the storage part , and a guide groove allowing an end part of the shake prevention part in a longitudinal direction thereof to be inserted thereto and provided along a longitudinal direction of the housing , characterized in that the shake prevention part comprises: a first frame coupled to a rear surface of the storage part ; a second frame connected integrally with the first frame and coupled to a portion of a side surface of the storage part by bending at each of opposite ends of the first frame in a longitudinal direction thereof; and a third frame connected integrally with the second frame and protruding from a lower end of the second frame such that the third frame is inserted into the guide groove . a shake prevention part mounted to a rear portion of the storage part , and a guide groove allowing an end part of the shake prevention part in a longitudinal direction thereof to be inserted thereto and provided along a longitudinal direction of the housing , characterized in that the shake prevention part comprises: a first frame coupled to a rear surface of the storage part ; a second frame connected integrally with the first frame and coupled to a portion of a side surface of the storage part by bending at each of opposite ends of the first frame in a longitudinal direction thereof; and a third frame connected integrally with the second frame and protruding from a lower end of the second frame such that the third frame is inserted into the guide groove . a first frame coupled to a rear surface of the storage part ; a second frame connected integrally with the first frame and coupled to a portion of a side surface of the storage part by bending at each of opposite ends of the first frame in a longitudinal direction thereof; and a third frame connected integrally with the second frame and protruding from a lower end of the second frame such that the third frame is inserted into the guide groove .
Digital integrated circuit comprising a logic array comprising a functional logic block , a logic unit for detecting transient errors affecting the functional logic block , an input FIFO memory for supplying the functional logic block with samples, an output FIFO memory for receiving samples output from the functional logic block , a buffer memory that is supplied with samples by the input FIFO memory , and a logic control unit that is able to control read access to the input FIFO memory and write access to the output FIFO memory and that is configured, when an error is detected by the transient-error-detecting logic unit , to reset the transient-error-detecting logic unit and the functional logic block to suspend write access to the output FIFO memory and to switch the input of the functional logic block to the output of the buffer memory .
A method for checking a data frame length, characterized by comprising: during reception of an Ethernet frame, when determining through analysis that a received Ethernet frame is a data frame, extracting frame length information and frame indication information in the data frame, and calculating a frame length mantissa according to the frame length information , wherein the frame length mantissa is obtained by performing modulo-N processing on a frame length of the data frame according to the frame length information; N=2 ^ R, R represents last R bits of the frame length; writing the data frame into a small capacity cache for storage according to the frame indication information, and counting write enable signals used for controlling writing of a data frame by using a base-N counter, to obtain a count value of the write enable signals ; and comparing the frame length mantissa with the count value, and when a comparison result is consistent, a data frame length being successfully checked, and writing the frame length information into the small capacity cache for storage ; wherein obtaining of the frame length mantissa via modulo-N processing of the frame length information, relates to the base-N counter in that N= 2 ^ R with R being the bit width of the counter; storing the count of write enable signals in the base-N counter, relates to the frame length mantissa in that the same modulo-N processing is performed. during reception of an Ethernet frame, when determining through analysis that a received Ethernet frame is a data frame, extracting frame length information and frame indication information in the data frame, and calculating a frame length mantissa according to the frame length information , wherein the frame length mantissa is obtained by performing modulo-N processing on a frame length of the data frame according to the frame length information; N=2 ^ R, R represents last R bits of the frame length; writing the data frame into a small capacity cache for storage according to the frame indication information, and counting write enable signals used for controlling writing of a data frame by using a base-N counter, to obtain a count value of the write enable signals ; and comparing the frame length mantissa with the count value, and when a comparison result is consistent, a data frame length being successfully checked, and writing the frame length information into the small capacity cache for storage ; wherein obtaining of the frame length mantissa via modulo-N processing of the frame length information, relates to the base-N counter in that N= 2 ^ R with R being the bit width of the counter; storing the count of write enable signals in the base-N counter, relates to the frame length mantissa in that the same modulo-N processing is performed.
A clot retrieval device to remove clot from a blood vessel, the device comprising a collapsed configuration and an expanded configuration and comprising: an inner expandable body comprising a framework of struts that form closed cells; and an outer expandable body comprising a framework of struts that form closed cells larger than the closed cells of the inner expandable body and at least partially radially surrounding the inner expandable body, the outer expandable body comprising a distal scaffolding zone comprising a plurality of struts that distally taper with closed cells smaller than cells proximal thereof in the outer expandable body; the plurality of closed cells of the distal scaffolding zone comprising: a first plurality of closed cells being axially aligned smaller diamond shaped cells formed by struts of the distal scaffolding zone; a second plurality of closed cells being larger than cells of the first plurality of closed cells and radially separated, each smaller diamond shaped cell being radially inward and distal of each of the second plurality of closed cells; and a third plurality of closed cells radially separated and proximal of each of the second plurality of closed cells; and a fourth plurality of closed cells radially inward and distal of the first plurality of closed cells. an inner expandable body comprising a framework of struts that form closed cells; and an outer expandable body comprising a framework of struts that form closed cells larger than the closed cells of the inner expandable body and at least partially radially surrounding the inner expandable body, the outer expandable body comprising a distal scaffolding zone comprising a plurality of struts that distally taper with closed cells smaller than cells proximal thereof in the outer expandable body; the plurality of closed cells of the distal scaffolding zone comprising: a first plurality of closed cells being axially aligned smaller diamond shaped cells formed by struts of the distal scaffolding zone; a second plurality of closed cells being larger than cells of the first plurality of closed cells and radially separated, each smaller diamond shaped cell being radially inward and distal of each of the second plurality of closed cells; and a third plurality of closed cells radially separated and proximal of each of the second plurality of closed cells; and a fourth plurality of closed cells radially inward and distal of the first plurality of closed cells. a first plurality of closed cells being axially aligned smaller diamond shaped cells formed by struts of the distal scaffolding zone; a second plurality of closed cells being larger than cells of the first plurality of closed cells and radially separated, each smaller diamond shaped cell being radially inward and distal of each of the second plurality of closed cells; and a third plurality of closed cells radially separated and proximal of each of the second plurality of closed cells; and a fourth plurality of closed cells radially inward and distal of the first plurality of closed cells.
An article comprising: at least one substrate having a first surface and a second surface; a first polymer that is water-dispersible and is selected from (i) styrene polymer, (ii) polymers of ethylene monomer and an unsaturated carboxylic acid monomer, (iii) polyethylene terephthalate, any derivatives thereof, any copolymers thereof, and any combinations thereof, covering the first surface of the at least one substrate to form a coating, wherein the coating of the first surface further comprises a mineral, wherein the mineral comprises a phyllosilicate mineral; and a second polymer partially covering the second surface of the at least one substrate to form a discontinuous layer wherein portions of the second surface of the substrate remain uncovered, the second polymer being the same or different from the first polymer; wherein the coating of the first surface is capable of forming a heat-seal with the discontinuous layer on the second surface, optionally wherein the coating comprises from 10% to 80% the first polymer by weight of the coating. at least one substrate having a first surface and a second surface; a first polymer that is water-dispersible and is selected from (i) styrene polymer, (ii) polymers of ethylene monomer and an unsaturated carboxylic acid monomer, (iii) polyethylene terephthalate, any derivatives thereof, any copolymers thereof, and any combinations thereof, covering the first surface of the at least one substrate to form a coating, wherein the coating of the first surface further comprises a mineral, wherein the mineral comprises a phyllosilicate mineral; and a second polymer partially covering the second surface of the at least one substrate to form a discontinuous layer wherein portions of the second surface of the substrate remain uncovered, the second polymer being the same or different from the first polymer; wherein the coating of the first surface is capable of forming a heat-seal with the discontinuous layer on the second surface, optionally wherein the coating comprises from 10% to 80% the first polymer by weight of the coating.
A latch assembly , comprising: a latch pin , comprising: a latch nose ; and a pin body connected to the latch nose , the pin body comprising an outer surface and an inner compartment , the inner compartment comprising: a first inner wall defining a portion of the inner compartment ; and a second inner wall defining a second portion of the inner compartment ; a cage , comprising: a stepped base ; and a shaft extending from the stepped base into the inner compartment , the shaft comprising: a first exterior flat formed on a portion of the shaft and adjoining the first inner wall ; and a second exterior flat formed on a second portion of the shaft and adjoining the second inner wall ; wherein the stepped base comprises a first end flat parallel to the first exterior flat and a second end flat parallel to the second exterior flat ; and a spring biased against the latch pin and the cage . a latch pin , comprising: a latch nose ; and a pin body connected to the latch nose , the pin body comprising an outer surface and an inner compartment , the inner compartment comprising: a first inner wall defining a portion of the inner compartment ; and a second inner wall defining a second portion of the inner compartment ; a latch nose ; and a pin body connected to the latch nose , the pin body comprising an outer surface and an inner compartment , the inner compartment comprising: a first inner wall defining a portion of the inner compartment ; and a second inner wall defining a second portion of the inner compartment ; a first inner wall defining a portion of the inner compartment ; and a second inner wall defining a second portion of the inner compartment ; a cage , comprising: a stepped base ; and a shaft extending from the stepped base into the inner compartment , the shaft comprising: a first exterior flat formed on a portion of the shaft and adjoining the first inner wall ; and a second exterior flat formed on a second portion of the shaft and adjoining the second inner wall ; wherein the stepped base comprises a first end flat parallel to the first exterior flat and a second end flat parallel to the second exterior flat ; and a stepped base ; and a shaft extending from the stepped base into the inner compartment , the shaft comprising: a first exterior flat formed on a portion of the shaft and adjoining the first inner wall ; and a second exterior flat formed on a second portion of the shaft and adjoining the second inner wall ; a first exterior flat formed on a portion of the shaft and adjoining the first inner wall ; and a second exterior flat formed on a second portion of the shaft and adjoining the second inner wall ; wherein the stepped base comprises a first end flat parallel to the first exterior flat and a second end flat parallel to the second exterior flat ; and a spring biased against the latch pin and the cage .
Multi-layer eddy current probe for use in an eddy current test unit for non-destructive material testing of electrically conductive materials, comprising a large number of flat spiral coils (S, S1 - S4, S1-1 - S4-1, S1-2 - S4-2) which are arranged in different coil layers of a multi-layer arrangement , wherein a respective insulating layer which is composed of electrically insulating material is arranged between adjacent coil layers of the multi-layer arrangement, each of the flat coils has an inner terminal (I, I1 - I4) and an outer terminal (A, A1 - A4), and selected terminals of selected flat coils of different coil layers are electrically connected to one another by means of vias, wherein the flat coils form at least one coil group which has at least three flat coils (S1 - S4, S1-1 - S4-1, S1-2 - S4-2) which are arranged one above the other in different layers, wherein the inner terminals (11 - 14) of the at least three flat coils of the coil group are electrically conductively connected by means of a common inner via (VI), characterized in that flat coils of the coil group form a first subgroup (UG1) comprising at least two first flat coils (S1, S4) and at least one second subgroup (UG2) comprising at least two second flat coils (S2, S3), wherein the turns of the first flat coils run with the same winding sense, and the turns of the second flat coils run with the same winding sense and with the opposite winding sense to the turns of the first flat coils; wherein outer terminals of the first flat coils are electrically conductively connected by means of a first outer via (VA1), and outer terminals of the second flat coils are electrically conductively connected by means of a second outer via (VA2).
A device for determining a flow parameter (VD) of a fluid flow (FS), in particular of a respiratory gas flow, wherein the flow parameter (VD) is a flow quantity, a mass flow-through, a volume flow-through (VD) and/or a flow velocity of the fluid flow (FS), with a flow sensor for generating an electrical signal (ΔTP) corresponding to the flow parameter (VD), which has a sensor chip , which has a substantially planar surface , on which a thermal sensor element is arranged, wherein the thermal sensor element has a first temperature probe and a second temperature probe as well as a heating element arranged between the temperature probes , with a fluid channel with a wall for guiding the fluid flow in a flow direction (ST1), in which the surface of the sensor chip is arranged, wherein the fluid channel is configured such that the fluid flow (FS), viewed in the flow direction (ST1), flows on both sides of the sensor chip along a same straight main flow line (HSL), wherein the surface of the sensor chip is arranged parallel to the main flow line (HSL), and with a flow deflection element , which is associated to the surface of the sensor chip and deflects at least a partial flow (UTS) of the fluid flow (FS) such that the partial flow (UTS) is directed obliquely against the surface , characterized in that the deflection element is configured as a free-standing deflection finger , the thermal sensor element is a thermal membrane sensor element , and the thermal membrane sensor element is arranged at a free-standing sensor finger . with a flow sensor for generating an electrical signal (ΔTP) corresponding to the flow parameter (VD), which has a sensor chip , which has a substantially planar surface , on which a thermal sensor element is arranged, wherein the thermal sensor element has a first temperature probe and a second temperature probe as well as a heating element arranged between the temperature probes , with a fluid channel with a wall for guiding the fluid flow in a flow direction (ST1), in which the surface of the sensor chip is arranged, wherein the fluid channel is configured such that the fluid flow (FS), viewed in the flow direction (ST1), flows on both sides of the sensor chip along a same straight main flow line (HSL), wherein the surface of the sensor chip is arranged parallel to the main flow line (HSL), and with a flow deflection element , which is associated to the surface of the sensor chip and deflects at least a partial flow (UTS) of the fluid flow (FS) such that the partial flow (UTS) is directed obliquely against the surface , characterized in that the deflection element is configured as a free-standing deflection finger , the thermal sensor element is a thermal membrane sensor element , and the thermal membrane sensor element is arranged at a free-standing sensor finger .
A secure document comprising: - a fibrous substrate , in particular paper, traversed by at least one opening ; - a security thread extending at least partially into the fibrous substrate ; - a film closing the opening and at least partially overlapping the security thread, the width of the film being greater than that of the security thread , characterized in that the film has a width greater than or equal to 5 mm and less than or equal to 30 mm, and the security thread is between 2 and 12 mm wide. - a fibrous substrate , in particular paper, traversed by at least one opening ; - a security thread extending at least partially into the fibrous substrate ; - a film closing the opening and at least partially overlapping the security thread, the width of the film being greater than that of the security thread ,
A data traffic management method, wherein the method comprises the following steps: obtaining (S401) traffic control information of a WiFi hotspot of a terminal, wherein the traffic control information comprises an upper traffic threshold; enabling the WiFi hotspot for sharing data traffic of the terminal with other terminals, wherein the data traffic comprises mobile network data traffic; obtaining (S402) a total data traffic value used by the other terminals that perform data connection by using the WiFi hotspot in a time period from enabling of the WiFi hotspot to a current time; disabling (S403) the WiFi hotspot when the total data traffic value is greater than or equal to the upper traffic threshold, characterized in that another application except the WiFi hotspot is still able to obtain data traffic after disabling the WiFi hotspot, wherein the data traffic is mobile data traffic, and is data traffic generated by the terminal by assessing a core network by using a base station. obtaining (S401) traffic control information of a WiFi hotspot of a terminal, wherein the traffic control information comprises an upper traffic threshold; enabling the WiFi hotspot for sharing data traffic of the terminal with other terminals, wherein the data traffic comprises mobile network data traffic; obtaining (S402) a total data traffic value used by the other terminals that perform data connection by using the WiFi hotspot in a time period from enabling of the WiFi hotspot to a current time; disabling (S403) the WiFi hotspot when the total data traffic value is greater than or equal to the upper traffic threshold, characterized in that another application except the WiFi hotspot is still able to obtain data traffic after disabling the WiFi hotspot, wherein the data traffic is mobile data traffic, and is data traffic generated by the terminal by assessing a core network by using a base station.