mhurhangee/ep-ind-claims huggingface dataset:
A humidification and air cleaning apparatus comprising: a water tank to store water; a water tank inlet formed at the water tank to communicate with the inner and outer sides of the water tank; a watering housing rotatably disposed inside the water tank to spray water of the water tank, and characterised by comprising: a visual body disposed on the water tank and formed of a transparent material; a water tank humidification medium disposed at the water tank inlet and formed of a water absorbing material to humidify air passing through the water tank inlet; wherein the watering housing having, a lower nozzle disposed at the watering housing to spray water to the water tank humidification medium, and a upper nozzle (412, 413) disposed at the watering housing to spray water to the visual body. a water tank to store water; a water tank inlet formed at the water tank to communicate with the inner and outer sides of the water tank; a watering housing rotatably disposed inside the water tank to spray water of the water tank, and characterised by comprising: a visual body disposed on the water tank and formed of a transparent material; a water tank humidification medium disposed at the water tank inlet and formed of a water absorbing material to humidify air passing through the water tank inlet; wherein the watering housing having, a lower nozzle disposed at the watering housing to spray water to the water tank humidification medium, and a upper nozzle (412, 413) disposed at the watering housing to spray water to the visual body. a visual body disposed on the water tank and formed of a transparent material; a water tank humidification medium disposed at the water tank inlet and formed of a water absorbing material to humidify air passing through the water tank inlet; wherein the watering housing having, a lower nozzle disposed at the watering housing to spray water to the water tank humidification medium, and a upper nozzle (412, 413) disposed at the watering housing to spray water to the visual body.
A vehicle roof structure comprising: a roof panel formed with a first opening to allow light to enter; a ceiling base material which is arranged on an inner side of a vehicle compartment with respect to the roof panel and is formed with a second opening including at least a part of a portion on the inside of the vehicle compartment that faces the first opening; a light shielding member which is arranged on the inner side of the vehicle compartment with respect to the roof panel and on an upper side with respect to the ceiling base material, which is used for shielding incident light from the first opening into the vehicle compartment, and is movable between a light shielding position where the incident light is shielded and a retreat position where it is retreated from the light shielding position; and a skin material having a light transmitting property from the outside into the vehicle compartment and which covers the ceiling base material on the inside of the vehicle compartment and seals the second opening on the inside of the vehicle compartment, characterized in that the skin material is opaque on the vehicle compartment side; and a light transmitting blocking member blocking the second opening, is arranged to be aligned with a surface portion of the ceiling base material on the inside of the vehicle compartment without a difference in level therebetween in a roof vertical direction, the light transmitting blocking member being covered with the skin material on the inside of the vehicle compartment. a roof panel formed with a first opening to allow light to enter; a ceiling base material which is arranged on an inner side of a vehicle compartment with respect to the roof panel and is formed with a second opening including at least a part of a portion on the inside of the vehicle compartment that faces the first opening; a light shielding member which is arranged on the inner side of the vehicle compartment with respect to the roof panel and on an upper side with respect to the ceiling base material, which is used for shielding incident light from the first opening into the vehicle compartment, and is movable between a light shielding position where the incident light is shielded and a retreat position where it is retreated from the light shielding position; and a skin material having a light transmitting property from the outside into the vehicle compartment and which covers the ceiling base material on the inside of the vehicle compartment and seals the second opening on the inside of the vehicle compartment, characterized in that the skin material is opaque on the vehicle compartment side; and a light transmitting blocking member blocking the second opening, is arranged to be aligned with a surface portion of the ceiling base material on the inside of the vehicle compartment without a difference in level therebetween in a roof vertical direction, the light transmitting blocking member being covered with the skin material on the inside of the vehicle compartment.
A method comprising: patterning a conductive layer to form a first conductive shape on a first portion of a dielectric layer and a second conductive shape on a second portion of the dielectric layer; forming a conductive trace over at least a portion of the second conductive shape, the conductive trace electrically connecting the first conductive shape to a substrate tie; forming an interconnect layer (702, 704) coupled to the first conductive shape; and etching through the conductive trace over the portion of the second conductive shape to electrically isolate the first conductive shape from the substrate tie. patterning a conductive layer to form a first conductive shape on a first portion of a dielectric layer and a second conductive shape on a second portion of the dielectric layer; forming a conductive trace over at least a portion of the second conductive shape, the conductive trace electrically connecting the first conductive shape to a substrate tie; forming an interconnect layer (702, 704) coupled to the first conductive shape; and etching through the conductive trace over the portion of the second conductive shape to electrically isolate the first conductive shape from the substrate tie.
Propylene copolymer having (a) a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of more than 0.8 to below 2.5 g/10min, (b) a xylene cold soluble content determined according ISO 16152 (25 °C) in the range of 25.0 to 35.0 wt.-%, and (c) a comonomer content in the range of more than 4.5 to 10.0 wt.-%, wherein further (d) the comonomer content of xylene cold soluble fraction of the propylene copolymer is in the range of 12.0 to 22.0 wt.-%, and (e) the intrinsic viscosity determined according to DIN ISO 1628/1 (in decalin at 135 °C) of the xylene cold soluble fraction of the propylene copolymer is in the range of more than 1.5 to below 3.0 dl/g. (a) a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of more than 0.8 to below 2.5 g/10min, (b) a xylene cold soluble content determined according ISO 16152 (25 °C) in the range of 25.0 to 35.0 wt.-%, and (c) a comonomer content in the range of more than 4.5 to 10.0 wt.-%, wherein further (d) the comonomer content of xylene cold soluble fraction of the propylene copolymer is in the range of 12.0 to 22.0 wt.-%, and (e) the intrinsic viscosity determined according to DIN ISO 1628/1 (in decalin at 135 °C) of the xylene cold soluble fraction of the propylene copolymer is in the range of more than 1.5 to below 3.0 dl/g.
Device for storing small arms, in particular handguns, such as pistols and revolvers, having a rod, which is insertable into the barrel of the small arm, a bolt, which can be extended through the trigger guard and in front of the trigger of the small arm, and a safeguard against unauthorised retraction of the bolt, and a housing having an interior and at least one housing part separated from the interior of the housing, the rod and the bolt being arranged in the at least one housing part separated from the interior of the housing, a sensor being provided, which detects the presence of a small arm arranged in the housing part, and the extension of the bolt being triggerable by the sensor which has detected the presence of a small arm, the sensor being provided below the rod in a rear wall of the housing part which is positioned opposite an access opening of the housing part. having a rod, which is insertable into the barrel of the small arm, a bolt, which can be extended through the trigger guard and in front of the trigger of the small arm, and a safeguard against unauthorised retraction of the bolt, and a housing having an interior and at least one housing part separated from the interior of the housing, the rod and the bolt being arranged in the at least one housing part separated from the interior of the housing, a sensor being provided, which detects the presence of a small arm arranged in the housing part, and the extension of the bolt being triggerable by the sensor which has detected the presence of a small arm, the sensor being provided below the rod in a rear wall of the housing part which is positioned opposite an access opening of the housing part.
Cellulose material (19, 22) made from cellulose fibers and provided with an impregnation that increases the electrical conductivity of the cellulose material (19, 22), wherein the impregnation consists of an electrically conductive network of polyethyleneimine, characterized in that the specific resistivity ρ p of the impregnated cellulose material (19, 22) is 10 12 Ωm.
A distance-measuring optoelectronic sensor, in particular laser scanner, for detecting a target object in a monitoring area, comprising a light transmitter for transmitting light pulses, a deflection unit for periodically scanning the monitoring area with the light pulses, a light receiver for generating a received signal from the remitted light pulses reflected or remitted by objects in the monitoring area, and a control and evaluation unit configured to determine the distance of an object from a light time of flight of a light pulse (16, 22) and to transmit light pulses of different intensity, characterized in that, in order to detect a target object, i.e. an object of a class defined by a certain reflectivity, the control and evaluation unit is further configured to transmit varied light pulses adapted to the reflectivity and a range whose transmitted energy is just sufficient to still detect a target object within the limited range, in order to test specific distance intervals for target objects by means of the range and the intensity of the light pulse derived therefrom and thus to control the intensity of the light pulses in such a way that a sufficient signal difference is created between the target object and the other object and thus the differentiation between the target object and the other object is possible, wherein a received pulse associated with the other object is too weak for detection.
A bioabsorbable stent comprising a core structure of a magnesium alloy, a first anticorrosive layer containing magnesium fluoride as a main component formed on the core structure, and a second anticorrosive layer of a carbon-coated layer containing a diamond-like carbon on the first anticorrosive layer, the first anticorrosive layer has a layer thickness of 0.1 to 3 μm and the second anticorrosive layer has a layer thickness of 10 nm to 5 μm. a second anticorrosive layer of a carbon-coated layer containing a diamond-like carbon on the first anticorrosive layer, the first anticorrosive layer has a layer thickness of 0.1 to 3 μm and the second anticorrosive layer has a layer thickness of 10 nm to 5 μm.
A portable electronic device cover mountable on a portable electronic device, being a smartphone, the portable electronic device having a circumferential edge and an antenna that lies in a plane and is housed in the electronic device, the antenna comprising a first antenna pattern corresponding to a first resonant frequency band and a second antenna pattern corresponding to a second resonant frequency band higher than the first resonant frequency band, the first antenna pattern comprising a bending portion and radiating a signal in the first resonant frequency band, and the second antenna pattern thereof radiating a signal in the second resonant frequency band, wherein the portable electronic device cover is configured to cover the circumferential edge of the portable electronic device and comprises: a conductive plate arranged in the cover such that the conductive plate is separated by a predetermined distance from the antenna located in the portable electronic device and disposed at a location where the projection of the conductive plate on a plane in which the antenna lies overlaps with the bending portion of the first antenna pattern, when the portable electronic device cover is mounted on the portable electronic device, whereby an electrical length of the first antenna pattern reduces, as the portable electronic device cover comprising the conductive plate is mounted on the portable electronic device. a conductive plate arranged in the cover such that the conductive plate is separated by a predetermined distance from the antenna located in the portable electronic device and disposed at a location where the projection of the conductive plate on a plane in which the antenna lies overlaps with the bending portion of the first antenna pattern, when the portable electronic device cover is mounted on the portable electronic device, whereby an electrical length of the first antenna pattern reduces, as the portable electronic device cover comprising the conductive plate is mounted on the portable electronic device.
A capacity control valve for use in part of a compressor housing having a valve containing bore which contains a valve body that divides said bore into a discrete discharge pressure chamber and a discrete suction pressure chamber, and in which an axially movable rod moves back and forth within said valve body between a predetermined minimum compressor capacity position and greater than minimum compressor capacity positions, characterized in that, said valve body includes a by pass passage connecting discharge and suction chambers and, a shut off valve within said by pass passage that is normally biased to a position closing said by pass passage, when said rod is in any greater than minimum compressor capacity position, and which is engaged by said rod to open said by pass passage when said rod is in said predetermined minimum compressor capacity position.
An apparatus comprising: optical fiber means (113, 114, 116) for generating a stream (121, 122, 123, 124, 125, 126, 127) of pulses having a pulse repetition rate of at least about 50000 pulses per second and a per-pulse length of less than one picosecond, wherein the optical fiber means (113, 114, 116) is a pulsed laser; and means for scanning and focusing the stream of pulses to an output light pattern suitable to cut tissue for a surgical procedure using at least 500000 pulses in less than four seconds. optical fiber means (113, 114, 116) for generating a stream (121, 122, 123, 124, 125, 126, 127) of pulses having a pulse repetition rate of at least about 50000 pulses per second and a per-pulse length of less than one picosecond, wherein the optical fiber means (113, 114, 116) is a pulsed laser; and means for scanning and focusing the stream of pulses to an output light pattern suitable to cut tissue for a surgical procedure using at least 500000 pulses in less than four seconds.
A plug commonly used for AC power supply and DC power supply, comprising: at least one pair of connection terminals (101a, 101b), wherein at least one connection terminal (101a, 101b) of the at least one pair of connection terminals (101a, 101b) is configured to rotate around an insertion direction into a socket (11, 21) so that the at least one connection terminal (101a, 101b) has a first state in a case where the connection terminal (101a, 101b) is inserted into a socket for supplying AC power and a second state in a case where the connection terminal (101a, 101b) is inserted into a socket for supplying DC power, the second state being different from the first state, wherein the plug further comprises a pair of rotary switches (110a, 110b) each corresponding to one of the at least one pair of connection terminals (101a, 101b), wherein the pair of rotary switches (110a, 110b) can be turned on by rotation of the at least one pair of connection terminals (101a, 101b), wherein a control unit can detect that the at least one pair of connection terminals (101a, 101b) are in the second state through generation of a current by the pair of rotary switches (110a, 110b) being turned on. at least one pair of connection terminals (101a, 101b), wherein at least one connection terminal (101a, 101b) of the at least one pair of connection terminals (101a, 101b) is configured to rotate around an insertion direction into a socket (11, 21) so that the at least one connection terminal (101a, 101b) has a first state in a case where the connection terminal (101a, 101b) is inserted into a socket for supplying AC power and a second state in a case where the connection terminal (101a, 101b) is inserted into a socket for supplying DC power, the second state being different from the first state, wherein the plug further comprises a pair of rotary switches (110a, 110b) each corresponding to one of the at least one pair of connection terminals (101a, 101b), wherein the pair of rotary switches (110a, 110b) can be turned on by rotation of the at least one pair of connection terminals (101a, 101b), wherein a control unit can detect that the at least one pair of connection terminals (101a, 101b) are in the second state through generation of a current by the pair of rotary switches (110a, 110b) being turned on.
A valve of a hydraulically striking device comprising - a housing, the housing comprising - a means for moving being seated inside the housing to be moved in a reciprocating manner by means of a hydraulic fluid, wherein the means for moving comprises - an inner space, and that the valve comprises - at least a first return space and a first pressure space provided, in the axial direction, at a distance from one another on the inner surface of the housing facing the means for moving, wherein the rest of the inner surface of the housing in the same axial positions of the first return space and the first pressure space forms - guide surfaces (60, 160) that are concentric with the means for moving and against the means for moving and that are arranged for centering the means for moving, characterized in that the valve comprises - at least one return channel which opens into the first return space and at least one pressure channel which opens into the first pressure space, the channels being disposed axially relative to the means for moving. - a housing, the housing comprising - a means for moving being seated inside the housing to be moved in a reciprocating manner by means of a hydraulic fluid, wherein the means for moving comprises - an inner space, - at least a first return space and a first pressure space provided, in the axial direction, at a distance from one another on the inner surface of the housing facing the means for moving, wherein the rest of the inner surface of the housing in the same axial positions of the first return space and the first pressure space forms - guide surfaces (60, 160) that are concentric with the means for moving and against the means for moving and that are arranged for centering the means for moving, characterized in that the valve comprises - at least one return channel which opens into the first return space and at least one pressure channel which opens into the first pressure space, the channels being disposed axially relative to the means for moving.
Machinery for the extemporaneous processing of ice cream and comprising: - A processing chamber adapted to receive the ice cream product and delimited by a first actuator element (8; 280) and a second actuator element (5; 250) movable along a processing direction; - An opening that gives access to said processing chamber; - At least one baffle (6; 260) placed inside the processing chamber and that separates said processing chamber into two parts (40', 40"; 240', 240"), said baffle (6; 260) being equipped with a plurality of through openings; - wherein said first actuator element (8; 280) comprises a thrust surface and second actuator element (5; 250) comprises a thrust surface; the machine being characterised in that the first and the second actuator element are opposed to each other and the baffle (6; 260) is positioned in the space of the processing chamber delimitated by said thrust surfaces (5', 8'); - and wherein there is comprised a control system that controls said first actuator element (8; 280) and second actuator element (5; 250) according to a moving away/moving closer to/from the baffle (6; 260) motion in such a way that the product placed inside the processing chamber is pushed by said actuator elements (5, 8; 250, 280) multiple times from one part to the other of the baffle through the plurality of openings with which it is equipped. - A processing chamber adapted to receive the ice cream product and delimited by a first actuator element (8; 280) and a second actuator element (5; 250) movable along a processing direction; - An opening that gives access to said processing chamber; - At least one baffle (6; 260) placed inside the processing chamber and that separates said processing chamber into two parts (40', 40"; 240', 240"), said baffle (6; 260) being equipped with a plurality of through openings; - wherein said first actuator element (8; 280) comprises a thrust surface and second actuator element (5; 250) comprises a thrust surface; the machine being characterised in that the first and the second actuator element are opposed to each other and the baffle (6; 260) is positioned in the space of the processing chamber delimitated by said thrust surfaces (5', 8'); - and wherein there is comprised a control system that controls said first actuator element (8; 280) and second actuator element (5; 250) according to a moving away/moving closer to/from the baffle (6; 260) motion in such a way that the product placed inside the processing chamber is pushed by said actuator elements (5, 8; 250, 280) multiple times from one part to the other of the baffle through the plurality of openings with which it is equipped.