mhurhangee/ep-ind-claims huggingface dataset:
A printing system comprising a printing apparatus and a ribbon identification system, the printing apparatus comprising: a housing which includes at least one removable portion; a pair of spool supports (50', 52') which are rotatably drivable by at least one motor; a supply spool, upon which ribbon is initially wound; a take-up spool, for receiving ribbon unwound from the supply spool, each spool being receivable on a respective spool support, such that, in use, the ribbon extends along a ribbon path between the supply spool and the take-up spool; the ribbon identification system comprising: a tag for storing information concerning a property of the ribbon; a reader; characterized in that the tag is attached to one of the supply and take-up spools and the reader is attached to the removable portion or one of the removable portions, and wherein a signal emitted by the tag and received by the reader allows the reader to identify a property of the ribbon. the printing apparatus comprising: a housing which includes at least one removable portion; a pair of spool supports (50', 52') which are rotatably drivable by at least one motor; a supply spool, upon which ribbon is initially wound; a take-up spool, for receiving ribbon unwound from the supply spool, each spool being receivable on a respective spool support, such that, in use, the ribbon extends along a ribbon path between the supply spool and the take-up spool; a housing which includes at least one removable portion; a pair of spool supports (50', 52') which are rotatably drivable by at least one motor; a supply spool, upon which ribbon is initially wound; a take-up spool, for receiving ribbon unwound from the supply spool, each spool being receivable on a respective spool support, such that, in use, the ribbon extends along a ribbon path between the supply spool and the take-up spool; the ribbon identification system comprising: a tag for storing information concerning a property of the ribbon; a reader; characterized in that the tag is attached to one of the supply and take-up spools and the reader is attached to the removable portion or one of the removable portions, and wherein a signal emitted by the tag and received by the reader allows the reader to identify a property of the ribbon. a tag for storing information concerning a property of the ribbon; a reader; characterized in that the tag is attached to one of the supply and take-up spools and the reader is attached to the removable portion or one of the removable portions, and wherein a signal emitted by the tag and received by the reader allows the reader to identify a property of the ribbon.
A scanning system (10, 20, 51) comprising a radiation source (12, 22, 53) arranged to direct pulses of radiation towards an object (14, 24), detection means (16, 26, 52, 54) arranged to detect the radiation, wherein the detection means includes a plurality of detector banks arranged to produce a detector signal in response to detection of the radiation, acquisition means comprising a plurality of programmable gain integrating amplifiers each connected to a bank of detectors arranged to generate a data signal from the detector signal, image processing means arranged to generate image data which defines images of the object (14, 24) from digital signals from the acquisition means, a decision processing means arranged to receive and review the image data and determine whether the detector signals are outside the dynamic range of the amplifiers, instruct the source (12, 22, 53) to fire more pulses and control the acquisition means so as to vary the number of pulses over which the amplifiers integrate the detector signal until the dynamic range required is achieved thereby to vary the sensitivity of the system.
An oral care implement comprising a head and at least one projection protruding from the head to cleanse soft tissue within a user's mouth, the projection being formed of two components including a first component composed of a first material and a second component composed of a second material, wherein the first and second materials are different, wherein the first material is a relatively hard material and the second material is a relatively soft material, wherein the first component defines a base protruding from the head and the second component at least partially overlies the base, wherein the base protrudes from a first side of the head, characterized in that teeth cleaning elements extend from a second side of the head, which is opposite the first side.
A method of manufacturing a semiconductor light emitting element, the method comprising: preparing a wafer including a substrate and a semiconductor structure on the substrate; and irradiating an inner portion of the substrate of the wafer at a predetermined depth in a thickness direction a plurality of times with laser pulses at a first time interval and a predetermined distance interval between irradiations, being characterised in that: each irradiation performed at the first time intervals in the step of irradiating the substrate with laser pulses includes: irradiating the substrate at a first focal position in the thickness direction with a first laser pulse having a first pulse-energy; and after irradiating with the first laser pulse, irradiating the substrate with a second laser pulse performed after a second time interval, the second time interval being shorter than the first time interval and being in a range of 3 ps to 900 ps, and located at a distance interval which is an interval between the first focal position and the second focal position in accordance with the second time interval between the first and second laser pulses, wherein to irradiate the substrate with constant distance intervals between laser spot (SPT, SPT2), the substrate and the laser pulses are relatively moved to each other parallel to the primary surfaces of the substrate, and irradiation was at a constant depth in the thickness direction of the substrate, and the second laser pulse having a second pulse-energy 0.5 to 1.5 times the first pulse-energy. preparing a wafer including a substrate and a semiconductor structure on the substrate; and irradiating an inner portion of the substrate of the wafer at a predetermined depth in a thickness direction a plurality of times with laser pulses at a first time interval and a predetermined distance interval between irradiations, irradiating the substrate at a first focal position in the thickness direction with a first laser pulse having a first pulse-energy; and after irradiating with the first laser pulse, irradiating the substrate with a second laser pulse performed after a second time interval, the second time interval being shorter than the first time interval and being in a range of 3 ps to 900 ps, and located at a distance interval which is an interval between the first focal position and the second focal position in accordance with the second time interval between the first and second laser pulses, wherein to irradiate the substrate with constant distance intervals between laser spot (SPT, SPT2), the substrate and the laser pulses are relatively moved to each other parallel to the primary surfaces of the substrate, and irradiation was at a constant depth in the thickness direction of the substrate, and the second laser pulse having a second pulse-energy 0.5 to 1.5 times the first pulse-energy.
A low-emissivity coating on a substrate, the coating comprising, in order outward from the substrate: a) a first dielectric layer; b) a first Ag layer; c) a first barrier layer comprising NiCrO x, wherein the first barrier layer comprises 15 to 60 atomic percent oxygen; d) a first absorbing layer comprising NiCr; e) a second dielectric layer; f) a second Ag layer; g) a second absorbing layer; i) a third dielectric layer; and j) optionally, a topcoat layer, wherein the first barrier layer is in direct contact with the first Ag layer, the first absorbing layer is in direct contact with the first barrier layer, and the second absorbing layer is optional. a) a first dielectric layer; b) a first Ag layer; c) a first barrier layer comprising NiCrO x, wherein the first barrier layer comprises 15 to 60 atomic percent oxygen; d) a first absorbing layer comprising NiCr; e) a second dielectric layer; f) a second Ag layer; g) a second absorbing layer; i) a third dielectric layer; and j) optionally, a topcoat layer,
An electronic device (100, 200), comprising: a hinge; a first housing connected to the hinge; a second housing connected to the hinge so as to fold the first housing; and a display (130, 211, 400) disposed to receive support of at least a portion of the second housing from at least a portion of the first housing through the hinge, wherein the display (130, 211, 400) comprises: a display panel (131, 430), at least one polymer member disposed at a rear surface of the display panel (131, 430), and a conductive plate disposed at a rear surface of the at least one polymer member, wherein the conductive plate comprises: a first flat portion facing the first housing, a second flat portion facing the second housing, and a flexible portion configured to connect the first flat portion and the second flat portion and disposed to be bendable, and wherein the flexible portion comprises: a plurality of support pieces spaced apart from each other through a plurality of slits, and characterised in that the flexible portion further comprises: a conductive elastic member configured to connect electrically and physically the first flat portion, the plurality of support pieces, and the second flat portion to provide airtightness for the conductive plate, the conductive elastic member being disposed at a rear surface of the conductive plate. a hinge; a first housing connected to the hinge; a second housing connected to the hinge so as to fold the first housing; and a display (130, 211, 400) disposed to receive support of at least a portion of the second housing from at least a portion of the first housing through the hinge, wherein the display (130, 211, 400) comprises: a display panel (131, 430), at least one polymer member disposed at a rear surface of the display panel (131, 430), and a conductive plate disposed at a rear surface of the at least one polymer member, a display panel (131, 430), at least one polymer member disposed at a rear surface of the display panel (131, 430), and a conductive plate disposed at a rear surface of the at least one polymer member, wherein the conductive plate comprises: a first flat portion facing the first housing, a second flat portion facing the second housing, and a flexible portion configured to connect the first flat portion and the second flat portion and disposed to be bendable, and a first flat portion facing the first housing, a second flat portion facing the second housing, and a flexible portion configured to connect the first flat portion and the second flat portion and disposed to be bendable, and wherein the flexible portion comprises: a plurality of support pieces spaced apart from each other through a plurality of slits, and characterised in that the flexible portion further comprises: a conductive elastic member configured to connect electrically and physically the first flat portion, the plurality of support pieces, and the second flat portion to provide airtightness for the conductive plate, the conductive elastic member being disposed at a rear surface of the conductive plate.
A measurement device for measuring the threshold for flocculation of a colloidal medium by addition of aliphatic solvent, comprising: - at least one measurement cell operating by direct optical transmission and having a measurement chamber defined by fixed walls, intended to receive the medium inside the measurement chamber, and, associated with each measurement cell: o an emitter of light, configured to emit a cone-shaped light beam entering into the measurement chamber along a direction of emission, o a receiver of light directly receiving the light beam coming out from the measurement chamber, o optionally, an optical element located between the emitter and the measurement cell, o a motor-operated movement member for an element chosen from the emitter, the measurement cell and the optical element, along a direction parallel to the direction of emission, - a management system arranged to control the motor-operated movement member of each measurement cell to adjust the volume of each measurement chamber letting through the light beam and arranged to modulate the intensity of the light of the light beam emitted by the emitter by varying the intensity of a direct current which supplies the emitter so as to obtain a signal which can be detected by the receiver. - at least one measurement cell operating by direct optical transmission and having a measurement chamber defined by fixed walls, intended to receive the medium inside the measurement chamber, and, associated with each measurement cell: o an emitter of light, configured to emit a cone-shaped light beam entering into the measurement chamber along a direction of emission, o a receiver of light directly receiving the light beam coming out from the measurement chamber, o optionally, an optical element located between the emitter and the measurement cell, o a motor-operated movement member for an element chosen from the emitter, the measurement cell and the optical element, along a direction parallel to the direction of emission, o an emitter of light, configured to emit a cone-shaped light beam entering into the measurement chamber along a direction of emission, o a receiver of light directly receiving the light beam coming out from the measurement chamber, o optionally, an optical element located between the emitter and the measurement cell, o a motor-operated movement member for an element chosen from the emitter, the measurement cell and the optical element, along a direction parallel to the direction of emission, - a management system arranged to control the motor-operated movement member of each measurement cell to adjust the volume of each measurement chamber letting through the light beam and arranged to modulate the intensity of the light of the light beam emitted by the emitter by varying the intensity of a direct current which supplies the emitter so as to obtain a signal which can be detected by the receiver.
A materials handling vehicle comprising: a support structure including a fixed member; a movable assembly (240, 250) coupled to said support structure; said support structure further comprising lift apparatus to effect movement of said movable assembly relative to said support structure fixed member, said lift apparatus including at least one ram/cylinder assembly; and a hydraulic system including a motor, a pump coupled to said motor to supply a pressurized fluid to said at least one ram/cylinder assembly, and an electronically controlled valve associated with said at least one ram/cylinder assembly; characterised in that the materials handling vehicle further comprises a control structure to estimate a speed of said movable assembly from a speed of said motor and to calculate an updated pump volumetric efficiency using the estimated movable assembly speed and a determined movable assembly speed. a support structure including a fixed member; a movable assembly (240, 250) coupled to said support structure; said support structure further comprising lift apparatus to effect movement of said movable assembly relative to said support structure fixed member, said lift apparatus including at least one ram/cylinder assembly; and a hydraulic system including a motor, a pump coupled to said motor to supply a pressurized fluid to said at least one ram/cylinder assembly, and an electronically controlled valve associated with said at least one ram/cylinder assembly;
An apparatus for treating obesity of an obese patient, the apparatus comprising: a first volume filling device; and a second volume filling device; characterised in that the first volume filling device comprises a first interconnecting portion and the second volume filling device comprises a second interconnecting portion, the first interconnecting portion and the second interconnecting portion being configured to be interconnected with each other to form a combined volume filling device adapted to be at least substantially invaginated by a stomach wall portion of the patient, wherein the combined volume filling device is adapted to be placed on the outside of the stomach wall so as to reduce the volume of the food cavity by a volume substantially exceeding the volume of said combined volume filling device. a first volume filling device; and a second volume filling device; characterised in that the first volume filling device comprises a first interconnecting portion and the second volume filling device comprises a second interconnecting portion, the first interconnecting portion and the second interconnecting portion being configured to be interconnected with each other to form a combined volume filling device adapted to be at least substantially invaginated by a stomach wall portion of the patient, wherein the combined volume filling device is adapted to be placed on the outside of the stomach wall so as to reduce the volume of the food cavity by a volume substantially exceeding the volume of said combined volume filling device.
An electronic device comprising: a housing comprising a conductive surface in which are formed a first slit having a length configured to resonate at a first frequency and a second slit extending from one point of the first slit in a direction different from the first slit and having a length configured to resonate at a second frequency; a printed circuit board disposed in the housing such that the conductive surface faces the printed circuit board, and in which at least a part (421, 422) of the printed circuit board overlapped by the first slit and the second slit is made of a non-conductive material; and a feeding part configured to feed across the at least a part of the printed circuit board and through one point of the printed circuit board electrically connected, by way of a connection member, with one point of the housing adjacent to the first slit or the second slit. a housing comprising a conductive surface in which are formed a first slit having a length configured to resonate at a first frequency and a second slit extending from one point of the first slit in a direction different from the first slit and having a length configured to resonate at a second frequency; a printed circuit board disposed in the housing such that the conductive surface faces the printed circuit board, and in which at least a part (421, 422) of the printed circuit board overlapped by the first slit and the second slit is made of a non-conductive material; and a feeding part configured to feed across the at least a part of the printed circuit board and through one point of the printed circuit board electrically connected, by way of a connection member, with one point of the housing adjacent to the first slit or the second slit.
An earpiece (300, 500, 900, 1100, 1200) comprising: an electro-acoustic transducer (308, 508, 1108, 1208); a housing (306, 506, 1106, 1206) supporting the electro-acoustic transducer such that the housing and the electro-acoustic transducer together define a first acoustic volume (310, 510, 1110, 1210) and a second acoustic volume (312, 512, 1112, 1212), the electro-acoustic transducer being arranged such that a first radiating surface of the transducer radiates acoustic energy into the first acoustic volume and such that a second radiating surface of the transducer radiates acoustic energy into the second acoustic volume; a front port (532, 1132, 1232) coupling the first acoustic volume to a space outside the housing; and a rear port (534, 1134, 1234) coupling the second acoustic volume to the space outside the housing, characterized in that respective outlet ends of the rear port and the front port combine before exiting the housing via a combined exit volume (536, 1136, 1236) and an exit port (538, 1138, 1238). an electro-acoustic transducer (308, 508, 1108, 1208); a housing (306, 506, 1106, 1206) supporting the electro-acoustic transducer such that the housing and the electro-acoustic transducer together define a first acoustic volume (310, 510, 1110, 1210) and a second acoustic volume (312, 512, 1112, 1212), the electro-acoustic transducer being arranged such that a first radiating surface of the transducer radiates acoustic energy into the first acoustic volume and such that a second radiating surface of the transducer radiates acoustic energy into the second acoustic volume; a front port (532, 1132, 1232) coupling the first acoustic volume to a space outside the housing; and a rear port (534, 1134, 1234) coupling the second acoustic volume to the space outside the housing, characterized in that respective outlet ends of the rear port and the front port combine before exiting the housing via a combined exit volume (536, 1136, 1236) and an exit port (538, 1138, 1238).
A scintillator panel comprising: a scintillator having an entrance surface for a radiation; a fiber optics plate, arranged on an opposite side of the scintillator from the entrance surface, for transmitting light generated by the scintillator; a resin layer, formed from a resin containing a color material on the entrance surface side of the scintillator, for performing at least one of absorption and reflection of the light generated by the scintillator; a first organic film formed between the scintillator and the resin layer; and a second organic film formed on an opposite side of the resin layer from the scintillator, characterized in that the resin layer is formed so as to be routed to a side face beyond the entrance surface of the scintillator and has an outer periphery located on the side face of the scintillator substantially orthogonal to the entrance surface, and the first and second organic films (4, 6) are in close contact with each other on the outside of the outer periphery of the resin layer so as to seal the resin layer hermetically. a scintillator having an entrance surface for a radiation; a fiber optics plate, arranged on an opposite side of the scintillator from the entrance surface, for transmitting light generated by the scintillator; a resin layer, formed from a resin containing a color material on the entrance surface side of the scintillator, for performing at least one of absorption and reflection of the light generated by the scintillator; a first organic film formed between the scintillator and the resin layer; and a second organic film formed on an opposite side of the resin layer from the scintillator, characterized in that the resin layer is formed so as to be routed to a side face beyond the entrance surface of the scintillator and has an outer periphery located on the side face of the scintillator substantially orthogonal to the entrance surface, and the first and second organic films (4, 6) are in close contact with each other on the outside of the outer periphery of the resin layer so as to seal the resin layer hermetically.
A solid dispersion characterized in that it comprises carbamic acid 3-(4-benzyloxyphenyl)-isoxazol-5-ylmethyl ester as an active ingredient and a water-soluble polymer having the glass transition temperature lower than the melting point of the active ingredient as a carrier, and it is prepared via melt extrusion at a temperature lower than the melting point of the active ingredient.