mhurhangee/ep-ind-claims huggingface dataset:
A slewing-type work machine comprising: a base body; an upper slewing body which is slewably mounted on the base body; an attachment (4,5,6) which is mounted on the upper slewing body; a hydraulic pump which discharges hydraulic oil; a slewing motor which is formed of a variable displacement hydraulic motor, the slewing motor being driven so as to slew the upper slewing body with a supply of the hydraulic oil discharged from the hydraulic pump; an actuator which is driven so as to actuate the attachment with a supply of the hydraulic oil discharged from the hydraulic pump; a brake circuit which brakes the slewing motor so as to decelerate slewing motion of the upper slewing body; a slewing state determination section which determines whether or not the slewing motion of the upper slewing body is in a deceleration state; and a capacity control section which controls a motor capacity which is a capacity of the slewing motor which the slewing motor comprises, characterised in that the capacity control section is configured to set the motor capacity to a capacity set for a combined operation during a performance of the combined operation in which an operation for slewing the upper slewing body and an operation for actuating the attachment are performed simultaneously, while setting the motor capacity to a preset default capacity even during the performance of the combined operation when the slewing state determination section determines that the slewing motion of the upper slewing body is in the deceleration state. a base body; an upper slewing body which is slewably mounted on the base body; an attachment (4,5,6) which is mounted on the upper slewing body; a hydraulic pump which discharges hydraulic oil; a slewing motor which is formed of a variable displacement hydraulic motor, the slewing motor being driven so as to slew the upper slewing body with a supply of the hydraulic oil discharged from the hydraulic pump; an actuator which is driven so as to actuate the attachment with a supply of the hydraulic oil discharged from the hydraulic pump; a brake circuit which brakes the slewing motor so as to decelerate slewing motion of the upper slewing body; a slewing state determination section which determines whether or not the slewing motion of the upper slewing body is in a deceleration state; and a capacity control section which controls a motor capacity which is a capacity of the slewing motor which the slewing motor comprises, characterised in that the capacity control section is configured to set the motor capacity to a capacity set for a combined operation during a performance of the combined operation in which an operation for slewing the upper slewing body and an operation for actuating the attachment are performed simultaneously, while setting the motor capacity to a preset default capacity even during the performance of the combined operation when the slewing state determination section determines that the slewing motion of the upper slewing body is in the deceleration state.
A production system, comprising: a first industrial machine; and a second industrial machine configured to periodically communicate to and from the first industrial machine, wherein the second industrial machine includes a transmission module configured to transmit data on the second industrial machine to the first industrial machine through use of each of a plurality of periodic regions included in one period, wherein the first industrial machine is capable of communicating to and from a plurality of opposite parties of communication in the one period, the plurality of opposite parties including the second industrial machine, wherein a plurality of periodic regions exist for each of the plurality of opposite parties of communication in the one period, and characterized in that the transmission module is further configured to use each of the plurality of periodic regions for the second industrial machine, including a periodic region for the second industrial machine and a periodic region for a virtual industrial machine corresponding to the second industrial machine. a first industrial machine; and a second industrial machine configured to periodically communicate to and from the first industrial machine, wherein the second industrial machine includes a transmission module configured to transmit data on the second industrial machine to the first industrial machine through use of each of a plurality of periodic regions included in one period, wherein the first industrial machine is capable of communicating to and from a plurality of opposite parties of communication in the one period, the plurality of opposite parties including the second industrial machine, wherein a plurality of periodic regions exist for each of the plurality of opposite parties of communication in the one period, and characterized in that the transmission module is further configured to use each of the plurality of periodic regions for the second industrial machine, including a periodic region for the second industrial machine and a periodic region for a virtual industrial machine corresponding to the second industrial machine.
A protection arrangement for an inductive device (42, 44, 46, 48, 50, 52) comprising a first enclosure for housing the inductive device, said first enclosure having at least one wall, said wall comprising a first layer of steel and a second layer of bullet protecting material, characterized in that the first layer of steel is a layer of non-magnetic twinning inducted plasticity steel having a tensile strength of above 800 MPa.
Organic light emitting diode display device, said display device including a substrate covered by a cover which has a plane surface delimited along the external perimeter thereof by an edge, via which the cover is secured to the substrate, the plane surface of the cover being provided with a protuberance which extends in the direction of the substrate, the substrate being provided with a stack of layers, said stack of layers comprising at least the following layers which succeed each other in the following order starting from the substrate: - at least one anode; - an insulating layer structured in lines and columns so as to delimit conductive areas which will form the display pixels of the device; - a spacer layer on the insulating layer which has a first exclusion area in a first area which is located plumb with the protuberance, said spacer layer being insulating and being structured along the lines; - an active hole injection layer; - an active hole transport layer; - an active electron transport layer; - a cathode layer which has a second exclusion area in a second area which is located plumb with the protuberance; the protuberance of the cover being joined to the layer with which the substrate through the anodic layer and the active layers (24, 26, 28), a hole, whose diameter is smaller than the geometrical dimensions of the protuberance, being made in the protuberance, and said hole also passing through the substrate. - at least one anode; - an insulating layer structured in lines and columns so as to delimit conductive areas which will form the display pixels of the device; - a spacer layer on the insulating layer which has a first exclusion area in a first area which is located plumb with the protuberance, said spacer layer being insulating and being structured along the lines; - an active hole injection layer; - an active hole transport layer; - an active electron transport layer; - a cathode layer which has a second exclusion area in a second area which is located plumb with the protuberance;
An ink set comprising: an ink set A including a yellow ink, a magenta ink, a cyan ink, and a black ink; and an ink set B including at least two inks selected from among an orange ink, a green ink, a violet ink, and a blue ink, wherein of the ink set B, the orange ink contains an orange pigment having a cyclic structure and a basic moiety in the cyclic structure, wherein the green ink contains a green pigment having a copper phthalocyanine structure, wherein the violet ink contains a violet pigment having a dioxazine skeleton, and wherein each of the inks included in the ink set A and the ink set B contains, as a gellant at least one compound selected from among compounds represented by the following general formula and compounds represented by the following general formula: R1-CO-R2... General Formula R3-COO-R4... General Formula, wherein R1 to R4 in the general formulae and each independently represent a C 9-25 chain hydrocarbon group. an ink set A including a yellow ink, a magenta ink, a cyan ink, and a black ink; and an ink set B including at least two inks selected from among an orange ink, a green ink, a violet ink, and a blue ink, wherein of the ink set B, the orange ink contains an orange pigment having a cyclic structure and a basic moiety in the cyclic structure, wherein the green ink contains a green pigment having a copper phthalocyanine structure, wherein the violet ink contains a violet pigment having a dioxazine skeleton, and wherein each of the inks included in the ink set A and the ink set B contains, as a gellant at least one compound selected from among compounds represented by the following general formula and compounds represented by the following general formula: R1-CO-R2... General Formula R3-COO-R4... General Formula, wherein R1 to R4 in the general formulae and each independently represent a C 9-25 chain hydrocarbon group.
A glass sealing sheet comprising: a glass core layer (105; 205; 305) having a first side and a second side; and a first cladding layer (110; 210; 310) bonded to the first side of the glass core layer (105; 205; 305); wherein the first cladding layer (110; 210; 310) has a first coefficient of thermal expansion and is formed from a glass composition comprising radiation absorbing constituents, characterised in that the glass sealing sheet further comprises a second cladding layer (115; 215; 315) bonded to the second side of the glass core layer (105; 205; 305); in that the second cladding layer (115; 215; 315) is formed from a polymer composition comprising radiation absorbing constituents and has a second coefficient of thermal expansion; in that a differential between the first coefficient of thermal expansion and the second coefficient of thermal expansion ranges from 0x10 -7 /°C to 10x10 -7 /°C; and in that the radiation absorbing constituents comprise a transition metal or rare earth element, wherein the transition metal or rare earth element is selected from the group consisting of iron, copper, vanadium, manganese, cobalt, nickel, chromium, neodymium, and cerium. a glass core layer (105; 205; 305) having a first side and a second side; and a first cladding layer (110; 210; 310) bonded to the first side of the glass core layer (105; 205; 305); wherein the first cladding layer (110; 210; 310) has a first coefficient of thermal expansion and is formed from a glass composition comprising radiation absorbing constituents, characterised in that the glass sealing sheet further comprises a second cladding layer (115; 215; 315) bonded to the second side of the glass core layer (105; 205; 305); in that the second cladding layer (115; 215; 315) is formed from a polymer composition comprising radiation absorbing constituents and has a second coefficient of thermal expansion; in that a differential between the first coefficient of thermal expansion and the second coefficient of thermal expansion ranges from 0x10 -7 /°C to 10x10 -7 /°C; and in that the radiation absorbing constituents comprise a transition metal or rare earth element, wherein the transition metal or rare earth element is selected from the group consisting of iron, copper, vanadium, manganese, cobalt, nickel, chromium, neodymium, and cerium.
Actuator, comprising an actuator housing and an actuator element accommodated in the actuator housing and capable of movement between a first functional position and a second functional position, further comprising a connecting means assigned to the actuator housing for providing energy to the actuator element, an indicating device (1; 41) and a sensor assembly for detecting an actuator state or a physical variable in the environment of the actuator, wherein the sensor assembly is designed to provide an electric sensor signal to the indicating device (1; 41), wherein the indicating device (1; 41) is mounted on the actuator housing for an indication of an operating state of the actuator and comprises a plurality of illumination means (11; 51), which are arranged at a distance from one another, can be electrically operated individually and are accommodated in an illumination chamber (14; 54), a part of which is bounded by an at least translucent, in particular transparent, cover (2; 42) and a support (4; 44) joined to the cover (2; 42), wherein a first illumination means (11; 51) is assigned a light guide sleeve (6; 46), which extends between the first illumination means (11; 51) and the cover (2; 42) and forms a first sub-chamber (24; 64) within the illumination chamber (14; 54), and wherein, between a second illumination means (11; 51) and a third illumination means (11; 51), there extends at least one partition (8; 48) from the light guide sleeve (6; 46) to the cover (2; 42) for separating a second sub-chamber from a third sub-chamber, and wherein several partitions (8; 48), which extend from a central axis (7; 47), in particular from an axis of symmetry of the light guide sleeve (6; 46), radially outwards to the cover (2; 42), are arranged on the light guide sleeve (6; 46).
Hydrostatic piston machine having at least one piston (2; 102) which is movable in an assigned cylinder (1; 101), wherein the piston (2; 102) has a first sub-piston and a second sub-piston which is movable relative to the first sub-piston, characterized in that the cylinder (1; 101) has a first operating chamber and a second operating chamber which is separated from said first operating chamber by the piston (2; 102), wherein each sub-piston (K1, K2) delimits an operating chamber (R1, R2), and wherein the first operating chamber is able to be activated and deactivated by way of a first shut-off valve, and wherein the second operating chamber is able to be activated and deactivated by way of a second shut-off valve.
A balloon assembly (204, 490) for an anorectal manometry catheter (210, 410, 610), the balloon assembly (204, 490) comprising: a tube to encircle a portion of a catheter (210, 410, 610) and concentrically slidable over the catheter (210, 410, 610), the tube comprising: - a first tube section (270, 470, 530), - a second tube section (250, 450, 510), and - a transfer tube (260, 460, 520) lengthwise interposed between, and lengthwise connected to, the first and second tube sections; and a balloon (230, 430, 560, 620) having a first opening connected to a first end of the transfer tube (260, 460, 520) and a second opening connected to a second end of the transfer tube (260, 460, 520), wherein the first tube section (270, 470, 530), the second tube section (250, 450, 510) and the transfer tube (260, 460, 520) form a tube with varying diameter and/or thickness. a tube to encircle a portion of a catheter (210, 410, 610) and concentrically slidable over the catheter (210, 410, 610), the tube comprising: - a first tube section (270, 470, 530), - a second tube section (250, 450, 510), and - a transfer tube (260, 460, 520) lengthwise interposed between, and lengthwise connected to, the first and second tube sections; and - a first tube section (270, 470, 530), - a second tube section (250, 450, 510), and - a transfer tube (260, 460, 520) lengthwise interposed between, and lengthwise connected to, the first and second tube sections; and a balloon (230, 430, 560, 620) having a first opening connected to a first end of the transfer tube (260, 460, 520) and a second opening connected to a second end of the transfer tube (260, 460, 520), wherein the first tube section (270, 470, 530), the second tube section (250, 450, 510) and the transfer tube (260, 460, 520) form a tube with varying diameter and/or thickness.
An electronic cigarette comprising: a body; an atomizer within the body; a microcontroller; a power supply within the body and electrically connected to the microcontroller and the atomizer; and a mass air flow sensor electrically connected to the microcontroller, characterized in that the mass air flow sensor includes a thermopile (32; 33). a body; an atomizer within the body; a microcontroller; a power supply within the body and electrically connected to the microcontroller and the atomizer; and a mass air flow sensor electrically connected to the microcontroller, characterized in that the mass air flow sensor includes a thermopile (32; 33).
A control system for a vehicle having an engine, an electronically-controlled throttle valve, and a transmission, the control system comprising: a first detector (52, S11, SE2) arranged to detect a control failure of the electronically-controlled throttle valve; a combustion condition adjuster (52, S17, S19, S27) arranged to adjust a combustion condition of a mixture in the engine; a shift mechanism arranged to shift a gear position of the transmission; and a controller arranged to perform control such that, when the control failure of the throttle valve is detected by the first detector, the controller controls the combustion condition adjuster (52, S17, S19, S27) to adjust the combustion condition of the mixture and also controls the shift mechanism to perform a shift change of the transmission such that the vehicle runs with a previously set negative target acceleration. a first detector (52, S11, SE2) arranged to detect a control failure of the electronically-controlled throttle valve; a combustion condition adjuster (52, S17, S19, S27) arranged to adjust a combustion condition of a mixture in the engine; a shift mechanism arranged to shift a gear position of the transmission; and a controller arranged to perform control such that, when the control failure of the throttle valve is detected by the first detector, the controller controls the combustion condition adjuster (52, S17, S19, S27) to adjust the combustion condition of the mixture and also controls the shift mechanism to perform a shift change of the transmission such that the vehicle runs with a previously set negative target acceleration.
A method of transmitting uplink scheduling grant information from a network node to a wireless device in unlicensed spectrum, the method comprising or triggering the steps of: performing a listen before talk, LBT, process on each of at least two carriers in the unlicensed spectrum; and transmitting the uplink scheduling grant information on one of the at least two carriers in response to a positive result of the LBT process on the one carrier, the uplink scheduling grant information being indicative of an uplink scheduling grant on multiple carriers in the unlicensed spectrum.
A method for delivering a compound into a cell based on a physical property of said cell comprising: providing a cell suspension comprising one group of cells and another group of cells, wherein the cells of said one group have a relatively different size, diameter, and/or membrane stiffness than the cells of said other group; passing said cell suspension through a microfluidic channel that includes a constriction, said constriction being sized to deliver the compound to said one group of cells preferentially compared to said other group of cells, wherein passage through the constriction deforms said one group of cells preferentially compared to said other group of cells such that the compound is delivered into said one group of cells preferentially compared to said other group of cells;; and contacting said cell suspension comprising said one group of cells and said other group of cells with the compound, thereby delivering the compound into said one group of cells preferentially compared to said other group of cells. providing a cell suspension comprising one group of cells and another group of cells, wherein the cells of said one group have a relatively different size, diameter, and/or membrane stiffness than the cells of said other group; passing said cell suspension through a microfluidic channel that includes a constriction, said constriction being sized to deliver the compound to said one group of cells preferentially compared to said other group of cells, wherein passage through the constriction deforms said one group of cells preferentially compared to said other group of cells such that the compound is delivered into said one group of cells preferentially compared to said other group of cells;; and contacting said cell suspension comprising said one group of cells and said other group of cells with the compound, thereby delivering the compound into said one group of cells preferentially compared to said other group of cells.
An integrated circuit for a wireless station that belongs to a communication cell, the integrated circuit comprising controller circuitry configured to control: receiving a trigger frame transmitted from an access point that belongs to an interference cell; and characterized by determining based on a target Receiver Signal Strength Indicator, RSSI, of the trigger frame and a transmit power value, AP Tx, Power of the access point included in the trigger frame and an estimated received signal strength indicator, RSSI, measurable at the access point, whether the wireless station is allowed to perform a transmission to other wireless station that belongs to the communication cell, wherein the estimated RSSI measurable at the access point is an RSSI value estimated by the wireless station if the wireless station performs the transmission of data. receiving a trigger frame transmitted from an access point that belongs to an interference cell; and characterized by determining based on a target Receiver Signal Strength Indicator, RSSI, of the trigger frame and a transmit power value, AP Tx, Power of the access point included in the trigger frame and an estimated received signal strength indicator, RSSI, measurable at the access point, whether the wireless station is allowed to perform a transmission to other wireless station that belongs to the communication cell, wherein the estimated RSSI measurable at the access point is an RSSI value estimated by the wireless station if the wireless station performs the transmission of data.
Electric grill for grilling barbecue food, for example meat, comprising a housing, a first heating element arranged in said housing and a grill grate, said first heating element being an electric infrared surface radiator which can create a temperature of more than 600°C, preferably more than 800°C, preferably more than 850°C, particularly preferably more than 900°C, wherein said first electric infrared surface radiator being arranged vertically in said housing, and said grill grate can be positioned parallel to said first infrared surface radiator in said housing, in such a way that said grill grate can be positioned essentially in the radiation region of said first electric infrared surface radiator, and that a further electric infrared surface radiator is arranged on the side of said housing opposite to said first electric infrared surface radiator characterized in that said grill grate is guided via a centring means, wherein said centring means is connected to said housing, and said first electric infrared surface radiator is connected to said housing by means of said centring device, in such a way that the distance between said first electric infrared surface radiator and said grill grate is mainly constant.