mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for handling security papers, having an input and output unit for inputting and outputting security papers, a sensor unit for ascertaining the denomination of the input security papers, a transport unit for transporting security papers, a collecting receptacle for accommodating security papers, wherein this collecting receptacle is in a form such that it is able to accommodate security papers of all denominations from a preset currency set and that only security papers are suppliable to the collecting receptacle with the aid of the transport unit , and having a first recycling receptacle and at least one second recycling receptacle , to which security papers are suppliable with the aid of the transport unit and from which accommodated security papers are removable again and suppliable to the input and output unit with the aid of the transport unit , characterized in that there is provision for a control unit that stores, for each recycling receptacle , which denominations are accommodatable therein, wherein security papers of a first and a second denomination are accommodatable in the first recycling receptacle and security papers of a third denomination are accommodatable in the second recycling receptacle , in that the control unit , after the input of a security paper via the input and output unit , takes the denomination ascertained with the aid of the sensor unit and takes a predetermined deposit algorithm as a basis for assigning the input and output unit , the collecting receptacle or one of the recycling receptacles to the input security paper as destination store for accommodating the input security paper, in that the transport unit transports the security paper to the destination store, and in that the control unit outputs a preset sum by taking this sum and by taking a predetermined payment algorithm as a basis for ascertaining which security papers are removed from which recycling receptacles and output via the input and output unit , in that for at least one recycling receptacle , which have at least two associated denominations, at least one preferred denomination has a cover value preset for it in the control unit , which cover value indicates how many security papers of another denomination can be arranged in the output order before the first security paper of the preferred denomination in the output order, and in that the control unit stipulates this recycling receptacle as destination store for a security paper of a denomination different from the preferred denomination only if the accommodation of this security paper in this recycling receptacle does not result in the cover value being exceeded.
A method of changing a seat configuration of a vehicle body of a rail vehicle, the vehicle body being provided with at least one set of seats having seat cushions and backrests facing a first direction, the first direction being parallel or perpendicular to a longitudinal horizontal axis of the vehicle body , the method comprising: - disassembling the seats from the vehicle body ; - reassembling the seats to the vehicle body to face a second direction perpendicular to the first direction; and characterised in that the method further comprises - mounting headrests to or dismounting headrests from the seats , such that the seats facing the longitudinal direction are provided with the headrests and the seats facing the transverse direction are without the headrests. - disassembling the seats from the vehicle body ; - reassembling the seats to the vehicle body to face a second direction perpendicular to the first direction; and characterised in that the method further comprises - mounting headrests to or dismounting headrests from the seats , such that the seats facing the longitudinal direction are provided with the headrests and the seats facing the transverse direction are without the headrests.
A system for providing a first service configured to, in response to a system event, automatically execute a script registered in advance with computing resources designated for the script, and a second service configured to, when an amount of time elapsed from when the script is started to be executed exceeds a limit time, interrupt (S1004) processing according to an execution of the script, the system comprising: detection means configured to detect (S904) the system event; processing means configured to process (S1103) data according to an execution of the script by the first service corresponding to the detected system event; monitoring means configured to monitor (S1104) the amount of time taken to execute the script; and execution means configured to, before the monitored amount of time taken to execute the script exceeds a time obtained by subtracting, from the limit time, a remaining amount of time at which another script registered in the system is to be started, interrupt (S1105) the processing carried out by the processing means and control (S1107) an execution of the other script, wherein more computing resources are assigned to the other script than to the script, the other script has the same code as the script, and the other script processes the same data as the script. detection means configured to detect (S904) the system event; processing means configured to process (S1103) data according to an execution of the script by the first service corresponding to the detected system event; monitoring means configured to monitor (S1104) the amount of time taken to execute the script; and execution means configured to, before the monitored amount of time taken to execute the script exceeds a time obtained by subtracting, from the limit time, a remaining amount of time at which another script registered in the system is to be started, interrupt (S1105) the processing carried out by the processing means and control (S1107) an execution of the other script, wherein more computing resources are assigned to the other script than to the script, the other script has the same code as the script, and the other script processes the same data as the script.
A display screen assembly , comprising: a first display laminate and a second display laminate that are opposite to each other; a plurality of image sensors arranged on the first display laminate ; and a camera lens arranged on the second display laminate , wherein the plurality of image sensors directly faces the camera lens , and the plurality of image sensors is configured to acquire image signals through the camera lens , characterized in that , the second display laminate comprises a plurality of color filters adjacent to the camera lens , a first light shielding block and a plurality of second light shielding blocks that are space apart from each other; the plurality of color filters corresponds to a plurality of sub-pixel regions in one-to-one correspondence; each of the plurality of second light shielding blocks is located between two adjacent color filters of the plurality of color filters , and the first light shielding block and the plurality of second light shielding blocks are configured to shield visible light, the first light shielding block comprises an extension portion in a cylindrical shape, the extension portion extends from the second display laminate to the first display laminate , one end of the extension portion surrounds the peripheral side of the camera lens , and the other end of the extension portion surrounds a peripheral side of the plurality of image sensors . a first display laminate and a second display laminate that are opposite to each other; a plurality of image sensors arranged on the first display laminate ; and a camera lens arranged on the second display laminate , wherein the plurality of image sensors directly faces the camera lens , and the plurality of image sensors is configured to acquire image signals through the camera lens , characterized in that , the second display laminate comprises a plurality of color filters adjacent to the camera lens , a first light shielding block and a plurality of second light shielding blocks that are space apart from each other; the plurality of color filters corresponds to a plurality of sub-pixel regions in one-to-one correspondence; each of the plurality of second light shielding blocks is located between two adjacent color filters of the plurality of color filters , and the first light shielding block and the plurality of second light shielding blocks are configured to shield visible light, the first light shielding block comprises an extension portion in a cylindrical shape, the extension portion extends from the second display laminate to the first display laminate , one end of the extension portion surrounds the peripheral side of the camera lens , and the other end of the extension portion surrounds a peripheral side of the plurality of image sensors .
A charger , comprising a first Type-A port , a charging module , and a first power delivery, PD, transceiving module ; wherein the first Type-A port comprises a data pin, a first terminal of the charging module is connected to the data pin, a second terminal of the charging module is connected to a first terminal of the first PD transceiving module , and a second terminal of the first PD transceiving module is connected to the data pin; in a case that the charger is connected to a data cable , if the data cable is a first data cable, the first PD transceiving module is in an operating state, and the charging module performs non-PD charging on a to-be-charged device based on a differential mode signal transmitted through the data pin, or the charging module performs PD charging on the to-be-charged device based on a common mode signal processed by the first PD transceiving module and transmitted through the data pin; in a case that the charger is connected to the data cable , if the data cable is a second data cable, the first PD transceiving module is in a non-operating state, and the charging module performs non-PD charging on the to-be-charged device based on a differential mode signal transmitted through the data pin; wherein in a case that the first PD transceiving module receives a first signal transmitted through the data pin, the data cable is the first data cable; and in a case that the first PD transceiving module does not receive the first signal transmitted through the data pin, the data cable is the second data cable, and the first data cable generates the first signal when connected to the to-be-charged device. the first Type-A port comprises a data pin, a first terminal of the charging module is connected to the data pin, a second terminal of the charging module is connected to a first terminal of the first PD transceiving module , and a second terminal of the first PD transceiving module is connected to the data pin; in a case that the charger is connected to a data cable , if the data cable is a first data cable, the first PD transceiving module is in an operating state, and the charging module performs non-PD charging on a to-be-charged device based on a differential mode signal transmitted through the data pin, or the charging module performs PD charging on the to-be-charged device based on a common mode signal processed by the first PD transceiving module and transmitted through the data pin; in a case that the charger is connected to the data cable , if the data cable is a second data cable, the first PD transceiving module is in a non-operating state, and the charging module performs non-PD charging on the to-be-charged device based on a differential mode signal transmitted through the data pin; wherein in a case that the first PD transceiving module receives a first signal transmitted through the data pin, the data cable is the first data cable; and in a case that the first PD transceiving module does not receive the first signal transmitted through the data pin, the data cable is the second data cable, and the first data cable generates the first signal when connected to the to-be-charged device.
A method of manufacturing a fan track liner or a fan track liner preform for a fan containment arrangement for a gas turbine engine , characterised in that the method comprises: depositing, by additive manufacturing apparatus, fibre-reinforced polymer material onto a rotating mandrel to form a cellular impact structure and a supporting sub-laminate integrated with one another.
A computer-implemented method for verifying a location of a computing Z device with respect to a source device , the method being performed by the computing device and comprising: receiving , from a network system over one or more networks, data including at least an order identifier and a source device identifier, wherein the order identifier identifies an order made by a requesting user for one or more items, and wherein the source device is associated with a source location capable of providing the one or more items to the requesting user; activating a beacon detection mode that uses a short range transceiver of the computing device; detecting, using the short range transceiver of the computing device, a source beacon signal from a source device, the source beacon signal including at least a major identifier and a minor identifier, wherein the major identifier represents the source device and the minor identifier is an identifier of the order made by the requesting user; comparing the major identifier to the source device identifier and the minor identifier to the order identifier; and responsive to the major identifier matching the source device identifier and the minor identifier matching the order identifier, reporting to the network system over the one or more networks that the computing device is in proximity to the source device. receiving , from a network system over one or more networks, data including at least an order identifier and a source device identifier, wherein the order identifier identifies an order made by a requesting user for one or more items, and wherein the source device is associated with a source location capable of providing the one or more items to the requesting user; activating a beacon detection mode that uses a short range transceiver of the computing device; detecting, using the short range transceiver of the computing device, a source beacon signal from a source device, the source beacon signal including at least a major identifier and a minor identifier, wherein the major identifier represents the source device and the minor identifier is an identifier of the order made by the requesting user; comparing the major identifier to the source device identifier and the minor identifier to the order identifier; and responsive to the major identifier matching the source device identifier and the minor identifier matching the order identifier, reporting to the network system over the one or more networks that the computing device is in proximity to the source device.
A method of deploying an apparatus, the method characterized by : positioning a tubing at a downhole location in a wellbore; wherein the tubing comprises a composition disposed on a surface of the tubing, the composition comprising an expandable graphite and a binder and having a first shape; exposing the composition to a microwave energy after positioning the tubing at the downhole location to cause the composition to expand, producing expanded graphite to isolate or complete the wellbore; wherein the binder is one or more of the following: copper; titanium; nickel; tungsten; chromium; iron; an alloy of copper; an alloy of titanium; an alloy of nickel; an alloy of tungsten; an alloy of chromium; and an alloy of iron; and wherein the expendable graphite is present in an amount of 50 to 80 wt.%, and the binder is present in an amount of 20 to 50 wt.%, each based on the total weight of the composition . positioning a tubing at a downhole location in a wellbore; wherein the tubing comprises a composition disposed on a surface of the tubing, the composition comprising an expandable graphite and a binder and having a first shape; exposing the composition to a microwave energy after positioning the tubing at the downhole location to cause the composition to expand, producing expanded graphite to isolate or complete the wellbore; wherein the binder is one or more of the following: copper; titanium; nickel; tungsten; chromium; iron; an alloy of copper; an alloy of titanium; an alloy of nickel; an alloy of tungsten; an alloy of chromium; and an alloy of iron; and wherein the expendable graphite is present in an amount of 50 to 80 wt.%, and the binder is present in an amount of 20 to 50 wt.%, each based on the total weight of the composition .
A scintillator panel comprising a substrate, a barrier rib formed on said substrate, and a scintillator layer having a phosphor and sectioned by said barrier rib, characterized in that said barrier rib contains one or more compounds (P) selected from the group consisting of polyimides, polyamides, polyamideimides, and polybenzoxazoles, wherein an end of the molecular chain of said compound (P) is a carboxylic residue.
A steering control method comprising: applying (S6) a steering reaction force obtained by adding a first steering reaction force (Tr1) according to a steering angle (θs) of a steering wheel and a second steering reaction force (Tr2) according to a steering angular acceleration (d 2 θs/dt 2 ) of the steering wheel to the steering wheel ; determining (S2) a possibility that an emergency steering operation of the steering wheel by a driver will be performed; and when it is determined that there is the possibility of the emergency steering operation being performed, making the second steering reaction force (Tr2) small compared with when it is not determined that there is the possibility of the emergency steering operation being performed (S2 to S4). applying (S6) a steering reaction force obtained by adding a first steering reaction force (Tr1) according to a steering angle (θs) of a steering wheel and a second steering reaction force (Tr2) according to a steering angular acceleration (d 2 θs/dt 2 ) of the steering wheel to the steering wheel ; determining (S2) a possibility that an emergency steering operation of the steering wheel by a driver will be performed; and when it is determined that there is the possibility of the emergency steering operation being performed, making the second steering reaction force (Tr2) small compared with when it is not determined that there is the possibility of the emergency steering operation being performed (S2 to S4).
A blood purification device (1A/1B) comprising: a blood circuit configured to carry blood taken from a subject to a plasma separator through a blood removal-side circuit and configured to return the blood passing through the plasma separator to the subject through a blood reinfusion-side circuit ; a blood pump configured to pump the blood in the blood circuit ; a circulating circuit configured to connect the blood reinfusion-side circuit to the blood removal-side circuit ; a circulating pump configured to circulate the blood in the circulating circuit to the blood removal-side circuit ; a plasma circuit (6A/6B) configured to carry plasma components separated by the plasma separator ; a plasma pump (7/23) configured to pump the plasma components in the plasma circuit (6A/6B); a control unit configured to control blood flow so that a portion of the blood flowing in the blood reinfusion-side circuit is circulated to the circulating circuit to flow to the blood removal-side circuit by driving the circulating pump when the blood in the blood circuit is being pumped and a portion of the plasma components separated by the plasma separator is being pumped to the plasma circuit (6A/6B) by driving the blood pump and the plasma pump (7/23); characterized in that the device (1A/1B) further comprises a replacement fluid circuit (10A/10B) configured to be connected to the blood reinfusion-side circuit and the replacement fluid circuit (10A/10B) is connected upstream of a junction between the blood reinfusion-side circuit and the circulating circuit . a blood circuit configured to carry blood taken from a subject to a plasma separator through a blood removal-side circuit and configured to return the blood passing through the plasma separator to the subject through a blood reinfusion-side circuit ; a blood pump configured to pump the blood in the blood circuit ; a circulating circuit configured to connect the blood reinfusion-side circuit to the blood removal-side circuit ; a circulating pump configured to circulate the blood in the circulating circuit to the blood removal-side circuit ; a plasma circuit (6A/6B) configured to carry plasma components separated by the plasma separator ; a plasma pump (7/23) configured to pump the plasma components in the plasma circuit (6A/6B); a control unit configured to control blood flow so that a portion of the blood flowing in the blood reinfusion-side circuit is circulated to the circulating circuit to flow to the blood removal-side circuit by driving the circulating pump when the blood in the blood circuit is being pumped and a portion of the plasma components separated by the plasma separator is being pumped to the plasma circuit (6A/6B) by driving the blood pump and the plasma pump (7/23); characterized in that the device (1A/1B) further comprises a replacement fluid circuit (10A/10B) configured to be connected to the blood reinfusion-side circuit and the replacement fluid circuit (10A/10B) is connected upstream of a junction between the blood reinfusion-side circuit and the circulating circuit .
An absorbent article comprising a polymer sheet in which a superabsorbent polymer is disposed between two nonwoven fabric sheets , wherein linear embossed grooves having a planar shape protruding inward in a width direction from both side edges, respectively, are formed at positions of the polymer sheet with which a groin of a wearer comes into contact during wearing, characterized in that in the regions surrounded by the embossed grooves on both sides of the polymer sheet, respectively, the superabsorbent polymer is not disposed, and a middle-layer nonwoven fabric sheet is disposed between the two nonwoven fabric sheets or the two nonwoven fabric sheets are directly bonded together. a polymer sheet in which a superabsorbent polymer is disposed between two nonwoven fabric sheets , wherein linear embossed grooves having a planar shape protruding inward in a width direction from both side edges, respectively, are formed at positions of the polymer sheet with which a groin of a wearer comes into contact during wearing, characterized in that in the regions surrounded by the embossed grooves on both sides of the polymer sheet, respectively, the superabsorbent polymer is not disposed, and a middle-layer nonwoven fabric sheet is disposed between the two nonwoven fabric sheets or the two nonwoven fabric sheets are directly bonded together.