mhurhangee/ep-ind-claims huggingface dataset:
Brake device for braking a rotational movement of a shaft about the longitudinal axis thereof, wherein the shaft is mounted so as to be rotatable about the longitudinal axis in a direction of rotation and in a counter direction of rotation which opposes the direction of rotation, characterised by a) at least one brake disc which is connected to the shaft by means of a free wheel and which is designed to cooperate with a thrust washer in order to generate a braking torque on the shaft, wherein the free wheel couples the brake disc to the shaft in the event of a rotation of the shaft in the direction of rotation, and decouples it from the shaft in the event of a rotation of the shaft in the counter direction of rotation, and b) at least one counter brake disc which is connected to the shaft by means of a counter free wheel and which is designed to cooperate with a counter thrust washer in order to generate a counter braking torque on the shaft, wherein the counter free wheel couples the counter brake disc to the shaft in the event of a rotation of the shaft in the counter direction of rotation, and decouples it from the shaft in the event of a rotation of the shaft in the direction of rotation, and c) at least one setting device for setting the braking torque and the counter braking torque in a mutually opposing manner. a) at least one brake disc which is connected to the shaft by means of a free wheel and which is designed to cooperate with a thrust washer in order to generate a braking torque on the shaft, wherein the free wheel couples the brake disc to the shaft in the event of a rotation of the shaft in the direction of rotation, and decouples it from the shaft in the event of a rotation of the shaft in the counter direction of rotation, and b) at least one counter brake disc which is connected to the shaft by means of a counter free wheel and which is designed to cooperate with a counter thrust washer in order to generate a counter braking torque on the shaft, wherein the counter free wheel couples the counter brake disc to the shaft in the event of a rotation of the shaft in the counter direction of rotation, and decouples it from the shaft in the event of a rotation of the shaft in the direction of rotation, and c) at least one setting device for setting the braking torque and the counter braking torque in a mutually opposing manner.
A knit design system configured to obtain, based on knit design data based on pattern data or knit data for driving a knitting machine according to the knit design data, an external size of a knit fabric in which stitches are arrayed in a course direction and a wale direction, characterized in that the knit design system comprises: a pitch storage unit configured to store two types of array pitches of the stitches, an array pitch in the course direction and an array pitch in the wale direction, such that the array pitch where the same type of stitches are connected to each other and the array pitch where different types of stitches are connected to each other are different from each other; a grid line deforming unit configured to deform grid lines of an array of stitches in the course direction into the wale direction according to an average of pitches in the wale direction of the stitches belonging to the respective grid lines, and to deform grid lines of an array of stitches in the wale direction into the course direction according to an average of pitches in the course direction of the stitches belonging to the respective grid lines; and an external shape extraction unit configured to obtain an external shape of the knit fabric based on the deformed grid lines. a pitch storage unit configured to store two types of array pitches of the stitches, an array pitch in the course direction and an array pitch in the wale direction, such that the array pitch where the same type of stitches are connected to each other and the array pitch where different types of stitches are connected to each other are different from each other; a grid line deforming unit configured to deform grid lines of an array of stitches in the course direction into the wale direction according to an average of pitches in the wale direction of the stitches belonging to the respective grid lines, and to deform grid lines of an array of stitches in the wale direction into the course direction according to an average of pitches in the course direction of the stitches belonging to the respective grid lines; and an external shape extraction unit configured to obtain an external shape of the knit fabric based on the deformed grid lines.
A method of purifying at least one of cells and viruses in a sample comprising: adding the sample to a well disposed in a medium; applying an electrical potential across the medium to cause contaminants to enter said medium through one or more walls of said well while retaining the at least one of cells and viruses in said well; and removing the at least one of cells and viruses from said well. adding the sample to a well disposed in a medium; applying an electrical potential across the medium to cause contaminants to enter said medium through one or more walls of said well while retaining the at least one of cells and viruses in said well; and removing the at least one of cells and viruses from said well.
A vapor compression system comprising: a compressor to compress a refrigerant to a high pressure, the compressor including a magnetic bearing and compressor lines (64, 76); a condenser for cooling the refrigerant; an expansion device for expanding the refrigerant to a low pressure; and an evaporator for heating the refrigerant; a refrigerant supply line that constantly supplies the refrigerant from the condenser to the compressor without passing through the evaporator to lubricate the magnetic bearing; and a refrigerant discharge line that discharges the refrigerant that lubricates the magnetic bearing to the evaporator, characterized in that the vapor compression system further includes: a radial touchdown bearing and an axial touchdown bearing, and a control unit that is configured to monitor shutdown of the compressor and a valve located on the compressor lines (64, 76), wherein the control unit is configured to open the valve to allow the refrigerant to flow to the radial touchdown bearing and the axial touchdown bearing when the control unit detects that the compressor is shutdown. a compressor to compress a refrigerant to a high pressure, the compressor including a magnetic bearing and compressor lines (64, 76); a condenser for cooling the refrigerant; an expansion device for expanding the refrigerant to a low pressure; and an evaporator for heating the refrigerant; a refrigerant supply line that constantly supplies the refrigerant from the condenser to the compressor without passing through the evaporator to lubricate the magnetic bearing; and a refrigerant discharge line that discharges the refrigerant that lubricates the magnetic bearing to the evaporator, characterized in that the vapor compression system further includes: a radial touchdown bearing and an axial touchdown bearing, and a control unit that is configured to monitor shutdown of the compressor and a valve located on the compressor lines (64, 76), wherein the control unit is configured to open the valve to allow the refrigerant to flow to the radial touchdown bearing and the axial touchdown bearing when the control unit detects that the compressor is shutdown.
A system for atrial focal source detection, the system comprising: a plurality of sensors (208, 210) configured to detect a plurality of electro-cardiogram signals each indicating electrical activity of a heart over time, each of the plurality of sensors configured to detect one of the ECG signals; a processing device comprising one or more processors configured to: determine, for each of the plurality of ECG signals, one or more local activation times (LATs) each indicating a time of activation of a corresponding ECG signal; detect whether one or more focal source areas of activation in the heart is indicated based on the detected ECG signals and the one or more local LATs; generate, based on the detected one or more focal source areas of activation, mapping information of the detected one or more focal source areas of activation in the heart; and provide the mapping information for one or more maps representing at least one of the electrical activity of the heart and the spatio-temporal manifestation of the electrical activity of the heart, characterised in that the mapping information is provided by visually indicating a percentage of encountered waves in which a sensor is activated earlier than neighboring sensors activated by a same atrial activation. a plurality of sensors (208, 210) configured to detect a plurality of electro-cardiogram signals each indicating electrical activity of a heart over time, each of the plurality of sensors configured to detect one of the ECG signals; a processing device comprising one or more processors configured to: determine, for each of the plurality of ECG signals, one or more local activation times (LATs) each indicating a time of activation of a corresponding ECG signal; detect whether one or more focal source areas of activation in the heart is indicated based on the detected ECG signals and the one or more local LATs; determine, for each of the plurality of ECG signals, one or more local activation times (LATs) each indicating a time of activation of a corresponding ECG signal; detect whether one or more focal source areas of activation in the heart is indicated based on the detected ECG signals and the one or more local LATs; generate, based on the detected one or more focal source areas of activation, mapping information of the detected one or more focal source areas of activation in the heart; and provide the mapping information for one or more maps representing at least one of the electrical activity of the heart and the spatio-temporal manifestation of the electrical activity of the heart, characterised in that the mapping information is provided by visually indicating a percentage of encountered waves in which a sensor is activated earlier than neighboring sensors activated by a same atrial activation.
A method for use in a wireless communication system comprising a wireless client and a plurality of wireless access points (1411, 1412, 1413), wherein the wireless client associates with one of the plurality of wireless access points to enable communication therethrough, the method comprising acts of: a) in response to a first set of at least one triggering condition, actively scanning to detect which of the plurality of access points is within range to enable association with the client; and b) in response to a second set of at least one triggering condition that differs from the first set of at least one triggering condition, associating with at least one of the plurality of wireless access points, wherein the scanning in step (a) further comprises acts of: a1) the wireless client switching to a new channel other than a current channel of a currently associated wireless access point; a2) the wireless client detecting wireless access points on the new channel; a3) the wireless client switching back to the channel of the currently associated wireless access point; and a4) after a predefined time interval, repeating steps through, and wherein the new channel is selected using an adaptive channel scanning sequence, and wherein the adaptive channel scanning sequence uses a priority scan channel list in addition to a full channel list such that scanning of channels on the priority scan channel list is interspersed with scanning of the full channel list, the priority scan channel list containing access points that use the same Service Set Identifier, SSID, as that of the currently associated wireless access point. a) in response to a first set of at least one triggering condition, actively scanning to detect which of the plurality of access points is within range to enable association with the client; and b) in response to a second set of at least one triggering condition that differs from the first set of at least one triggering condition, associating with at least one of the plurality of wireless access points, a1) the wireless client switching to a new channel other than a current channel of a currently associated wireless access point; a2) the wireless client detecting wireless access points on the new channel; a3) the wireless client switching back to the channel of the currently associated wireless access point; and a4) after a predefined time interval, repeating steps through, and
An effect pigment, comprising: a platelet coated with an optical coating and the optical coating comprises: a first high refractive index layer; a second high refractive index layer formed on the first high refractive index layer; and a diffused third material between the first high refractive index layer and the second high refractive index layer; wherein: the diffused third material is partially diffused into one or both the first and the second high refractive index layers, and does not form a separate layer extending continuously between the first high refractive index layer and second high refractive index layer; the first and second high refractive index layers are formed from materials having a refractive index of > 1.65; the diffused third material is SiO 2 or a metal oxide; and the diffused third material is different from the first and second high refractive index layers. a platelet coated with an optical coating and the optical coating comprises: a first high refractive index layer; a second high refractive index layer formed on the first high refractive index layer; and a diffused third material between the first high refractive index layer and the second high refractive index layer; a first high refractive index layer; a second high refractive index layer formed on the first high refractive index layer; and a diffused third material between the first high refractive index layer and the second high refractive index layer; wherein: the diffused third material is partially diffused into one or both the first and the second high refractive index layers, and does not form a separate layer extending continuously between the first high refractive index layer and second high refractive index layer; the first and second high refractive index layers are formed from materials having a refractive index of > 1.65; the diffused third material is SiO 2 or a metal oxide; and the diffused third material is different from the first and second high refractive index layers. the diffused third material is partially diffused into one or both the first and the second high refractive index layers, and does not form a separate layer extending continuously between the first high refractive index layer and second high refractive index layer; the first and second high refractive index layers are formed from materials having a refractive index of > 1.65; the diffused third material is SiO 2 or a metal oxide; and the diffused third material is different from the first and second high refractive index layers.
A mechanical interconnection system between a road tractor and a semi-trailer comprising: - a fifth wheel adapted to be connected to a first frame of said road tractor and having a seat for a pin and - a pin adapted to be connected to a second frame of said semi-trailer and complementary to said seat of said fifth wheel, wherein said fifth wheel is connected to said first frame so as to oscillate transversally and longitudinally with respect to a longitudinal development of said road tractor, wherein said fifth wheel comprises a locking device adapted to completely lock said pin within said seat and in which said interconnection system comprises a horizontal hinge (ES, CO), to allow a deviation in the horizontal plane of said road tractor with respect to a longitudinal development of said semi-trailer, arranged in a point between said fifth wheel and said first frame and/or between said pin and said second frame, wherein said fifth wheel comprises an upper surface having a lowered area, which is V-shaped to guide said pin into said seat when said road tractor closes up to said semi-trailer, wherein said lowered surface has an axis of symmetry and wherein said fifth wheel has a frontal surface perpendicular to said axis of symmetry, which faces towards said semi-trailer at least during said closing manoeuvre, in which a female (or male) electrical connector is housed, wherein said fifth wheel comprises, in said upper surface, first electromagnetic induction coils and wherein said pin comprises a panel in which second electromagnetic induction coils are housed, wherein said panel is connected to said pin so that when the pin is inserted in said seat, said panel faces said upper surface of the fifth wheel, so that said first coils and said second coils can inter-operate to transfer electrical energy from said first coils to said second coils wherein said road tractor comprises a first electrical circuit and said semi-trailer comprises at least one set of rear lights and a second electrical circuit to supply at least said rear lights, wherein said second circuit is supplied by said first electrical circuit by means of said inter-operation of said first coils with said second coils and wherein said semi-trailer comprises a wireless receiver, supplied by said second electrical circuit, adapted to receive a control signal to control switch-on of said rear lights and wherein said road tractor comprises a wireless transmitter, complementary to said wireless receiver, to transmit said control signal for controlling at least said rear lights. - a fifth wheel adapted to be connected to a first frame of said road tractor and having a seat for a pin and - a pin adapted to be connected to a second frame of said semi-trailer and complementary to said seat of said fifth wheel,
An antiperspirant active composition comprising an aluminum salt, the aluminum salt (i) having an aluminum to chloride molar ratio of 0.3:1 to 3:1; and (ii) having a species of polyhydroxyoxoaluminum cation detectable at 76 ppm by 27 Al NMR that is present in an amount that is at least 85% of a total amount of all species of polyhydroxyoxoaluminum cations detectable by 27 Al NMR.
A honeycomb structure (100, 110, 120, 130, 140, 150, 160, 170, 180, 190, 200, 210, 220, 230), comprising: a porous partition wall that defines and forms a plurality of cells, the plurality of cells extending from one end face to another end face to become through channels of a fluid; a tubular honeycomb structure body that includes a circumferential wall positioned at an outermost circumference; and a pair of electrode members arranged at a side surface of the honeycomb structure body, wherein the honeycomb structure body has an electrical resistivity of 1 to 200 Ωcm, the respective pair of electrode members are formed into a band-like shape extending in a direction in which the cells of the honeycomb structure body extend, and in a cross section perpendicular to the cell extending direction, one of the electrode members in the pair of electrode members is arranged opposite to another of the electrode members in the pair of electrode members sandwiching a center of the honeycomb structure body, characterised in that: one or more slits are formed at the honeycomb structure body, the one or more slits being open to a side surface, and at least one slit is formed so as not to intersect with a straight line connecting center portions of the respective pair of electrode members in the cross section perpendicular to the cell extending direction. a porous partition wall that defines and forms a plurality of cells, the plurality of cells extending from one end face to another end face to become through channels of a fluid; a tubular honeycomb structure body that includes a circumferential wall positioned at an outermost circumference; and a pair of electrode members arranged at a side surface of the honeycomb structure body, wherein the honeycomb structure body has an electrical resistivity of 1 to 200 Ωcm, the respective pair of electrode members are formed into a band-like shape extending in a direction in which the cells of the honeycomb structure body extend, and in a cross section perpendicular to the cell extending direction, one of the electrode members in the pair of electrode members is arranged opposite to another of the electrode members in the pair of electrode members sandwiching a center of the honeycomb structure body, characterised in that: one or more slits are formed at the honeycomb structure body, the one or more slits being open to a side surface, and at least one slit is formed so as not to intersect with a straight line connecting center portions of the respective pair of electrode members in the cross section perpendicular to the cell extending direction. one or more slits are formed at the honeycomb structure body, the one or more slits being open to a side surface, and at least one slit is formed so as not to intersect with a straight line connecting center portions of the respective pair of electrode members in the cross section perpendicular to the cell extending direction.
A radio frequency communications system comprising: a computer system (210, 910); a communications manager (212, 912) in the computer system (210, 910), wherein the communications manager (212, 912) is configured to: identify data (203, 902, 1108) for transmission using radio frequency noise signals (206, 416, 516, 616, 802, 1006, 1114, 1206); control an emission of a set of laser beams (220, 1004) at a set of optical breakdown points to cause optical breakdowns (224, 1005) that generate the radio frequency noise signals (206, 416, 516, 616, 802, 1006, 1114, 1206) encoding the data (203, 902, 1108); and change a set of laser beam parameters for the set of laser beams (220, 1004) to encode the data (203, 902, 1108) into the radio frequency noise signals (206, 416, 516, 616, 802, 1006, 1114, 1206), wherein changing the set of laser beam parameters changes a set of radio frequency characteristics for the radio frequency noise signals (206, 416, 516, 616, 802, 1006, 1114, 1206). a computer system (210, 910); a communications manager (212, 912) in the computer system (210, 910), wherein the communications manager (212, 912) is configured to: identify data (203, 902, 1108) for transmission using radio frequency noise signals (206, 416, 516, 616, 802, 1006, 1114, 1206); control an emission of a set of laser beams (220, 1004) at a set of optical breakdown points to cause optical breakdowns (224, 1005) that generate the radio frequency noise signals (206, 416, 516, 616, 802, 1006, 1114, 1206) encoding the data (203, 902, 1108); and change a set of laser beam parameters for the set of laser beams (220, 1004) to encode the data (203, 902, 1108) into the radio frequency noise signals (206, 416, 516, 616, 802, 1006, 1114, 1206), wherein changing the set of laser beam parameters changes a set of radio frequency characteristics for the radio frequency noise signals (206, 416, 516, 616, 802, 1006, 1114, 1206). identify data (203, 902, 1108) for transmission using radio frequency noise signals (206, 416, 516, 616, 802, 1006, 1114, 1206); control an emission of a set of laser beams (220, 1004) at a set of optical breakdown points to cause optical breakdowns (224, 1005) that generate the radio frequency noise signals (206, 416, 516, 616, 802, 1006, 1114, 1206) encoding the data (203, 902, 1108); and change a set of laser beam parameters for the set of laser beams (220, 1004) to encode the data (203, 902, 1108) into the radio frequency noise signals (206, 416, 516, 616, 802, 1006, 1114, 1206), wherein changing the set of laser beam parameters changes a set of radio frequency characteristics for the radio frequency noise signals (206, 416, 516, 616, 802, 1006, 1114, 1206).