mhurhangee/ep-ind-claims huggingface dataset:
A display capable of photon-electric conversion, comprising: a first substrate having a first top surface and a first bottom surface; a second substrate having a second top surface and a second bottom surface; a liquid crystal layer disposed between said first bottom surface of said first substrate and said second top surface of said second substrate; a first polarizer disposed on said first top surface of said first substrate; and a photon-electric conversion element, wherein a light-polarized dye is added into said photon-electric conversion element to form a second polarizer attached to the second bottom surface of the second substrate, wherein said light-polarized dye comprises a reactive liquid crystal and a dichroic dye added into the reactive liquid crystal, so as to achieve an effect of optical polarization, and photon energy of an incident light, which has a direction of vibration parallel to absorption axis of said light-polarized dye, is absorbed by said light-polarized dye for photon-electric conversion. a first substrate having a first top surface and a first bottom surface; a second substrate having a second top surface and a second bottom surface; a liquid crystal layer disposed between said first bottom surface of said first substrate and said second top surface of said second substrate; a first polarizer disposed on said first top surface of said first substrate; and a photon-electric conversion element, wherein a light-polarized dye is added into said photon-electric conversion element to form a second polarizer attached to the second bottom surface of the second substrate, wherein said light-polarized dye comprises a reactive liquid crystal and a dichroic dye added into the reactive liquid crystal, so as to achieve an effect of optical polarization, and photon energy of an incident light, which has a direction of vibration parallel to absorption axis of said light-polarized dye, is absorbed by said light-polarized dye for photon-electric conversion.
A method for finishing a surface comprising: passing a jet (102; 210) along a surface thereby creating a localized soft area (154; 254; 354); and trailing the jet (102; 210) with a shot peen nozzle (140; 240; 340) such that the localized soft area (154; 254; 354) is exposed to shot projected from the shot peen nozzle (140; 240; 340); characterisied in that: the jet (102; 210) is a plasma jet, and the method further comprises preventing at least one of errant shot and reflected shot from entering the plasma jet (102; 210). passing a jet (102; 210) along a surface thereby creating a localized soft area (154; 254; 354); and trailing the jet (102; 210) with a shot peen nozzle (140; 240; 340) such that the localized soft area (154; 254; 354) is exposed to shot projected from the shot peen nozzle (140; 240; 340); the jet (102; 210) is a plasma jet, and the method further comprises preventing at least one of errant shot and reflected shot from entering the plasma jet (102; 210).
A similarity evaluating method for collective data to evaluate similarity between collective data sets in which a plurality of pieces of data are collected, the collective data sets being finger print data (15, 17) composed of maximum values or area values in signal intensity of peaks (19, 21, 23, 25, 27, 29, 31, 33, 35, 37; 39, 41, 43, 45, 47, 49, 51, 53, 55, 57, 59) and retention time points of said peaks, the method comprising: a patterning step of patterning each peak of each collective data set with a selected scale; a matching number extraction step of comparing each patterned peak in a round-robin to find numbers of matches; and a matching degree determination step of finding a degree of matching with use of Tanimoto coefficient on the basis of the found numbers of matches, characterized in that the patterning step takes any one of appearance distance, height ratio and area ratio of a peak as the scale, and acquires appearance distances, height ratios and area ratios between each peak and all subsequent peaks of the collective data sets as patterns according to the scale, and the matching number extraction step compares the acquired appearance distances, height ratios or area ratios with each other in a round-robin between the collective data sets, to find numbers of matches between the patterns in the appearance distance, height ratio or area ratio according to the scale. a patterning step of patterning each peak of each collective data set with a selected scale; a matching number extraction step of comparing each patterned peak in a round-robin to find numbers of matches; and a matching degree determination step of finding a degree of matching with use of Tanimoto coefficient on the basis of the found numbers of matches, characterized in that the patterning step takes any one of appearance distance, height ratio and area ratio of a peak as the scale, and acquires appearance distances, height ratios and area ratios between each peak and all subsequent peaks of the collective data sets as patterns according to the scale, and the matching number extraction step compares the acquired appearance distances, height ratios or area ratios with each other in a round-robin between the collective data sets, to find numbers of matches between the patterns in the appearance distance, height ratio or area ratio according to the scale.
A User Equipment, UE, comprising: a control unit; and a WLAN interface unit configured to: transmit a Packet Data Network, PDN, connectivity request message to a Trusted WLAN Access Gateway, TWAG, in order to establish a new PDN connection; and receive a PDN connectivity accept message from the TWAG, wherein the PDN connectivity request message includes first information indicating a requested Network-based IP Flow Mobility, NBIFOM, mode, the PDN connectivity request message further includes a request type and a Protocol Configuration Option, PCO, the UE is configured to set the request type to information indicating an initial connectivity request, the PCO includes information indicating a request for use of NBIFOM, the PDN connectivity accept message is a response message to the PDN connectivity request message, and includes second information indicating an NBIFOM mode and information indicating that the request for use of NBIFOM is accepted, and the control unit is configured to: based on the reception of the PDN connectivity accept message, recognize that NBIFOM is applied to the PDN connection; and recognize the second information as an NBIFOM mode for the PDN connection. a control unit; and a WLAN interface unit configured to: transmit a Packet Data Network, PDN, connectivity request message to a Trusted WLAN Access Gateway, TWAG, in order to establish a new PDN connection; and receive a PDN connectivity accept message from the TWAG, wherein transmit a Packet Data Network, PDN, connectivity request message to a Trusted WLAN Access Gateway, TWAG, in order to establish a new PDN connection; and receive a PDN connectivity accept message from the TWAG, wherein the PDN connectivity request message includes first information indicating a requested Network-based IP Flow Mobility, NBIFOM, mode, the PDN connectivity request message further includes a request type and a Protocol Configuration Option, PCO, the UE is configured to set the request type to information indicating an initial connectivity request, the PCO includes information indicating a request for use of NBIFOM, the PDN connectivity accept message is a response message to the PDN connectivity request message, and includes second information indicating an NBIFOM mode and information indicating that the request for use of NBIFOM is accepted, and the control unit is configured to: based on the reception of the PDN connectivity accept message, recognize that NBIFOM is applied to the PDN connection; and recognize the second information as an NBIFOM mode for the PDN connection. based on the reception of the PDN connectivity accept message, recognize that NBIFOM is applied to the PDN connection; and recognize the second information as an NBIFOM mode for the PDN connection.
Torque wrench having a lever tube with a handle and a display unit (9, 50) for displaying a set torque, characterised in that the handle has a connecting piece with a groove on the outer circumference assigned to the display unit (9, 50) and coupling segments directed to the connecting pieces are provided with a bearing edge on the display unit (9, 50), and the handle and the display unit (9, 50) are connected by means of a locking ring (16, 49), wherein the locking ring (16, 49) has retaining elements which cooperate in a locking manner with the groove on the connecting piece and the bearing edges of the coupling segments.
A compressor (10, 120, 300, 420) comprising: an outer casing; a fluid guide around a cavity within the outer casing; an inlet in operative fluid communication with the cavity; an outlet in operative fluid communication with the cavity; and a prime mover, including an actuator in the cavity, said actuator including a surface arranged to receive fluid in the cavity from the inlet, impart compression to received fluid in the cavity, and discharge compressed fluid to the outlet, wherein a surface of the compressor includes a cladding over a core, said core comprising a first metal, and said cladding comprising a second metal, wherein the second metal is less noble than the first metal and comprises aluminum, characterized in that: the first metal is a first aluminum alloy; the second metal is a second aluminum alloy and comprises an alloying element selected from tin, indium, gallium, or combinations thereof, and the alloying element selected from tin, indium, gallium, or combinations thereof, is present in the second aluminum alloy at a level of between 0.01 wt.% and 0.1 wt.%. an outer casing; a fluid guide around a cavity within the outer casing; an inlet in operative fluid communication with the cavity; an outlet in operative fluid communication with the cavity; and a prime mover, including an actuator in the cavity, said actuator including a surface arranged to receive fluid in the cavity from the inlet, impart compression to received fluid in the cavity, and discharge compressed fluid to the outlet, wherein a surface of the compressor includes a cladding over a core, said core comprising a first metal, and said cladding comprising a second metal, wherein the second metal is less noble than the first metal and comprises aluminum, characterized in that: the first metal is a first aluminum alloy; the second metal is a second aluminum alloy and comprises an alloying element selected from tin, indium, gallium, or combinations thereof, and the alloying element selected from tin, indium, gallium, or combinations thereof, is present in the second aluminum alloy at a level of between 0.01 wt.% and 0.1 wt.%. the first metal is a first aluminum alloy; the second metal is a second aluminum alloy and comprises an alloying element selected from tin, indium, gallium, or combinations thereof, and the alloying element selected from tin, indium, gallium, or combinations thereof, is present in the second aluminum alloy at a level of between 0.01 wt.% and 0.1 wt.%.
A method comprising: obtaining, at a Universal Serial Bus, USB, hub module, at least one packet from a storage arrangement of a USB media drive, the at least one packet being obtained on a USB bus, wherein the at least one packet is intended for an end-user system, wherein the USB hub module is provided on the USB media drive; processing (417, 421, 425), at the USB hub module, the at least one packet to determine whether the at least one packet includes unsafe content; providing the at least one packet from the USB hub module to a processing arrangement of the end-user system if it is determined that the at least one packet does not include the unsafe content, wherein the at least one packet is provided to the end-user system on the USB bus; blocking the at least one packet from being provided to the end-user system when it is determined that the at least one packet does include the unsafe content; and providing an indication to the end-user system when it is determined that the at least one packet includes the unsafe content, wherein the indication is arranged to indicate that the USB media drive is attempting to provide the unsafe content to the end-user system. obtaining, at a Universal Serial Bus, USB, hub module, at least one packet from a storage arrangement of a USB media drive, the at least one packet being obtained on a USB bus, wherein the at least one packet is intended for an end-user system, wherein the USB hub module is provided on the USB media drive; processing (417, 421, 425), at the USB hub module, the at least one packet to determine whether the at least one packet includes unsafe content; providing the at least one packet from the USB hub module to a processing arrangement of the end-user system if it is determined that the at least one packet does not include the unsafe content, wherein the at least one packet is provided to the end-user system on the USB bus; blocking the at least one packet from being provided to the end-user system when it is determined that the at least one packet does include the unsafe content; and providing an indication to the end-user system when it is determined that the at least one packet includes the unsafe content, wherein the indication is arranged to indicate that the USB media drive is attempting to provide the unsafe content to the end-user system.
A vehicle comprising: a motor (MG1; MG2) that is capable of outputting power to a driveshaft linked with a drive wheel (63a; 63b); a battery that is capable of supplying electric power to the motor (MG1; MG2); and a braking force application system that applies a braking force to the vehicle in response to a braking operation, the vehicle further comprising: a controller performing creep control that controls the motor (MG1; MG2) to cause a predetermined creep torque to be output from the motor (MG1; MG2) to the driveshaft, in response to an accelerator-off operation, characterized in that the controller performs first creep cut-off control that controls the motor (MG1; MG2) to cause a torque reduced from the creep torque by a first change degree to be output from the motor (MG1; MG2) to the driveshaft, in response to a brake-on operation during the creep control, and subsequent to the first creep cut-off control, performs second creep cut-off control that controls the motor (MG1; MG2) to cause a torque reduced by a second change degree smaller than the first change degree to be output from the motor (MG1; MG2) to the driveshaft. a controller performing creep control that controls the motor (MG1; MG2) to cause a predetermined creep torque to be output from the motor (MG1; MG2) to the driveshaft, in response to an accelerator-off operation, characterized in that the controller performs first creep cut-off control that controls the motor (MG1; MG2) to cause a torque reduced from the creep torque by a first change degree to be output from the motor (MG1; MG2) to the driveshaft, in response to a brake-on operation during the creep control, and subsequent to the first creep cut-off control, performs second creep cut-off control that controls the motor (MG1; MG2) to cause a torque reduced by a second change degree smaller than the first change degree to be output from the motor (MG1; MG2) to the driveshaft.
Retaining device for a child seat that is arrangeable on a vehicle seat, having a crossmember, which is able to be fastened to side parts of the vehicle seat, wherein at least one bracket-like retaining element for the child seat is arranged on the crossmember, characterized in that the crossmember and the at least one retaining element are manufactured in one piece from plastic and exhibit at least one fibre reinforcement, and in that the fibre reinforcement is in the form of a fibre winding.
Pressure-regulating valve, in particular a proportional pressure-regulating valve, comprising a valve housing with at least one pump, service and tank connection, having a valve piston which is guided such that it can move in the valve housing and capable of being displaced by a controllable actuating device with a recess formed on the periphery of said valve piston, said recess defining a peripheral annular gap delimited by at least two control edges (49, 51) of the piston, and with a passage formed in the piston to create a fluidic connection between the front side of the piston to which the pressure of the service connection is applied and the rear side (35 of the piston adjoining a rear pressure chamber, wherein the passage in the piston comprises a first throttle point in the region adjoining the front side of the piston and a channel leading to the peripheral annular gap in a region offset from the throttle point towards the rear side of the piston and this passage comprises a second throttle point, wherein one control edge interacts with the wall openings in the valve housing which are associated with the tank connection during operation of the pressure-regulating valve, wherein another control edge interacts with the wall openings associated with the pump connection controlling the pump pressure during the pressure-reducing function.
Device for charging a battery, in particular a battery of an electric-traction motor vehicle, from a single-phase power supply network, comprising a filtering stage intended to be connected to the single-phase network, a voltage step-down stage connected to the filtering stage, a voltage step-up stage intended to be connected to the battery and coupled to the voltage step-down stage via an inductive component (L d) such as an inductance coil, a control unit able to impose chopping duty cycles (a, a s) on the voltage step-down stage and the voltage step-up stage, characterized in that the control unit includes means for compensating for the phase shift between the input current (I f) of the voltage step-down stage and the input voltage (V c) of the voltage step-down stage, the control unit including a first open-loop control module able to determine a chopping duty cycle (a) of the voltage step-down stage as a function of the voltage (V e) of the single-phase power supply network, a setpoint power (P bat ref), and the intensity (I d) of the current flowing through the inductive component (L d), to compensate for the phase shift between the input current (I f) of the voltage step-down stage and the input voltage (V c) of the voltage step-down stage, and to control the power (P bat) received by the battery as a function of the setpoint power (P bat ref), the control unit including a second control module able to determine a chopping duty cycle (a s) of the voltage step-up stage as a function of the voltage (V kn) at the output of the voltage step-down stage, the voltage (V bat) of the battery, and the difference between the setpoint induction intensity (I d ref) and the intensity (I d) of the current flowing through the inductive component (L d), providing closed-loop control of the intensity (I bat) of the current flowing through the battery.
A synergistic herbicidal composition comprising a herbicidally effective amount of (a) a compound of the formula: or a C 1-4 alkyl or benzyl ester of formula or a sodium, potassium, magnesium, or ammonium salt of formula and (b) a dimethoxy-pyrimidine, wherein (b) is at least one compound, or an agriculturally acceptable salt, carboxylic acid, carboxylate salt, or ester thereof, selected from the group consisting of: bispyribac-sodium, pyribenzoxim, pyriminobac-methyl, and pyriftalid.
An implantable leadless pacing device, comprising: a pacing capsule including a housing, the housing having a proximal region and a distal region; a first electrode disposed along the distal region; and one or more anchoring members coupled to the distal region, at least one of the anchoring members including a region with a compound curve comprising a plurality of different curves; and wherein each of the anchoring members are capable of shifting between a first configuration and a deployed configuration, and wherein at least one of the anchoring members includes the region with the compound curve when in the deployed configuration. a pacing capsule including a housing, the housing having a proximal region and a distal region; a first electrode disposed along the distal region; and one or more anchoring members coupled to the distal region, at least one of the anchoring members including a region with a compound curve comprising a plurality of different curves; and wherein each of the anchoring members are capable of shifting between a first configuration and a deployed configuration, and wherein at least one of the anchoring members includes the region with the compound curve when in the deployed configuration.
A blood processing filter comprising: a container housing a filter element for blood processing, wherein the container comprises an inlet-side container member, and an outlet-side container member, wherein the filter element is held by being sandwiched between the inlet-side container member and the outlet side container member and an inside of the blood processing filter is partitioned by the filter element into an inlet-side space and an outlet-side space and wherein the filter element comprises a nonwoven polymer fabric being melt-blown and being further heat-treated using a heat source having a temperature equal to or higher than [melting point of the polymer - 120]°C during a heating-time of at least 3 seconds or longer, wherein the rebound strength per unit basis weight (g/m 2) before steam heat treatment is 0.3 N.m 2 /g or larger and wherein the rebound strength after the steam heat treatment is larger than the rebound strength before the steam heat treatment. a container housing a filter element for blood processing, wherein the container comprises an inlet-side container member, and an outlet-side container member, wherein the filter element is held by being sandwiched between the inlet-side container member and the outlet side container member and an inside of the blood processing filter is partitioned by the filter element into an inlet-side space and an outlet-side space and wherein the filter element comprises a nonwoven polymer fabric being melt-blown and being further heat-treated using a heat source having a temperature equal to or higher than [melting point of the polymer - 120]°C during a heating-time of at least 3 seconds or longer, wherein the rebound strength per unit basis weight (g/m 2) before steam heat treatment is 0.3 N.m 2 /g or larger and wherein the rebound strength after the steam heat treatment is larger than the rebound strength before the steam heat treatment.