mhurhangee/ep-ind-claims huggingface dataset:
A combined fin radiator, comprising: a base board provided with an edge fin; a first heat radiating assembly, arranged on the base board, and comprising a plurality of first straight fins and a plurality of first air ducts each formed between adjacent two of the first straight fins; a second heat radiating assembly, arranged on the base board and butted against the first heat radiating assembly, the second heat radiating assembly comprising two symmetrically arranged inclined fin groups and a second air duct formed between the two inclined fin groups, wherein each of the inclined fin groups comprises a plurality of inclined fins and a plurality of third air ducts each formed between adjacent two of the inclined fins such that an air outlet of each of the plurality of first air ducts is connected with that of a corresponding one of the plurality of third air ducts, and the third air ducts have air outlets arranged away from a symmetrical center of the inclined fin groups; a fourth air duct formed between the edge fin and the air outlets of the third air ducts; and a thermal bottleneck area formed based on a location of a heat source component so that the first straight fins extend upwards from a bottom of the base board to an area above the thermal bottleneck area which is above the thermal bottleneck area; wherein part of the first air ducts are communicated with the second air duct, and the rest of the first air ducts are communicated with the third air ducts butted, respectively. a base board provided with an edge fin; a first heat radiating assembly, arranged on the base board, and comprising a plurality of first straight fins and a plurality of first air ducts each formed between adjacent two of the first straight fins; a second heat radiating assembly, arranged on the base board and butted against the first heat radiating assembly, the second heat radiating assembly comprising two symmetrically arranged inclined fin groups and a second air duct formed between the two inclined fin groups, wherein each of the inclined fin groups comprises a plurality of inclined fins and a plurality of third air ducts each formed between adjacent two of the inclined fins such that an air outlet of each of the plurality of first air ducts is connected with that of a corresponding one of the plurality of third air ducts, and the third air ducts have air outlets arranged away from a symmetrical center of the inclined fin groups; a fourth air duct formed between the edge fin and the air outlets of the third air ducts; and a thermal bottleneck area formed based on a location of a heat source component so that the first straight fins extend upwards from a bottom of the base board to an area above the thermal bottleneck area which is above the thermal bottleneck area; wherein part of the first air ducts are communicated with the second air duct, and the rest of the first air ducts are communicated with the third air ducts butted, respectively.
A method for determining the purity of a test refrigerant to be tested using a device with a gas cell, which has a test gas inlet and a test gas outlet, an infrared source that radiates through the gas cell, a cartridge that contains the refrigerant to be detected in pure form as a reference gas, and at least one sensor that detects the infrared radiation that passes through the gas cell, wherein at least one wide-band filter (28, 30) is provided between the infrared source and the sensor, the passband of said filter comprising wavelengths of more than 8 μm and of less than 14 μm, and the gas cell is connected to the cartridge such that the gas cell is fillable with the reference gas of the cartridge, with the following steps: measuring the infrared absorption in the passband of the wide-band filter (28, 30), with the gas cell filled with a reference refrigerant, measuring the infrared absorption in the passband of the wide-band filter (28, 30), with the gas cell filled with the test refrigerant, and forming the quotient of the measured values of the measurements with the reference refrigerant and with the test refrigerant. at least one wide-band filter (28, 30) is provided between the infrared source and the sensor, the passband of said filter comprising wavelengths of more than 8 μm and of less than 14 μm, and the gas cell is connected to the cartridge such that the gas cell is fillable with the reference gas of the cartridge, measuring the infrared absorption in the passband of the wide-band filter (28, 30), with the gas cell filled with a reference refrigerant, measuring the infrared absorption in the passband of the wide-band filter (28, 30), with the gas cell filled with the test refrigerant, and forming the quotient of the measured values of the measurements with the reference refrigerant and with the test refrigerant.
An integrally-molded body comprising: a sheet-shaped molded foam; and an insert member, wherein the molded foam includes a first surface and a second surface facing each other, the insert member includes a main body portion and an extension portion extending from the main body portion, and the extension portion is buried in the molded foam on the first surface side, wherein the molded foam includes a first portion and a second portion, the insert member is buried in the first portion, the integrally-molded body being characterised in that t1 > t2, wherein t1 is a thickness of the first portion and t2 is a thickness of the second portion, and a groove is provided along a boundary between the first and second portions (43c, 43d). a sheet-shaped molded foam; and an insert member, wherein the molded foam includes a first surface and a second surface facing each other, the insert member includes a main body portion and an extension portion extending from the main body portion, and the extension portion is buried in the molded foam on the first surface side, wherein the molded foam includes a first portion and a second portion, the insert member is buried in the first portion, the integrally-molded body being characterised in that t1 > t2, wherein t1 is a thickness of the first portion and t2 is a thickness of the second portion, and a groove is provided along a boundary between the first and second portions (43c, 43d).
Hydrostatic radial piston machine comprising a first group which contains multiple radially arranged first cylinders, with which respective first pistons delimit first working spaces, and comprising a second group which contains multiple radially arranged second cylinders, with which respective second pistons delimit second working spaces, wherein the first working spaces are connected fluidically to second working spaces each arranged respectively axially adjacent thereto to respectively form a working space pair (8, 16), and comprising a first cam profile assigned to the first group for a reciprocating movement of the first pistons, and a second cam profile assigned to the second group for a reciprocating movement of the second pistons, wherein the reciprocating movement of the first pistons can be phase-shifted with respect to the reciprocating movement of the second pistons, characterized in that the first cam profile or the first group can be displaced axially for a first phase shift of the reciprocating movement of the first pistons with respect to the reciprocating movement of the second pistons in relation to one another.
A method comprising: directing a laser beam onto a surface of an object to induce a thermoelastic excitation in bulk material of the object without altering the surface of the object, wherein the laser beam is pulsed; detecting a surface ultrasonic wave at the surface of the object caused by the thermoelastic excitation; generating a detection signal using the detected surface ultrasonic wave; generating digital data using the detection signal; the method being characterized in storing the digital data in a database as reference data; directing a second laser beam onto the surface of the object to induce a second thermoelastic excitation in bulk material of the object, wherein the second laser beam is pulsed; detecting a second surface ultrasonic wave at the surface of the object caused by the second thermoelastic excitation; generating a second detection signal using the detected second surface ultrasonic wave; generating second digital data using the second detection signal; and determining authentication of the object is confirmed when difference(s) between the second digital data and the reference data are below one or more threshold(s), or determining authentication of the object is not confirmed when differences(s) between the second digital data and the reference data are above the one or more threshold(s). directing a laser beam onto a surface of an object to induce a thermoelastic excitation in bulk material of the object without altering the surface of the object, wherein the laser beam is pulsed; detecting a surface ultrasonic wave at the surface of the object caused by the thermoelastic excitation; generating a detection signal using the detected surface ultrasonic wave; generating digital data using the detection signal; the method being characterized in storing the digital data in a database as reference data; directing a second laser beam onto the surface of the object to induce a second thermoelastic excitation in bulk material of the object, wherein the second laser beam is pulsed; detecting a second surface ultrasonic wave at the surface of the object caused by the second thermoelastic excitation; generating a second detection signal using the detected second surface ultrasonic wave; generating second digital data using the second detection signal; and determining authentication of the object is confirmed when difference(s) between the second digital data and the reference data are below one or more threshold(s), or determining authentication of the object is not confirmed when differences(s) between the second digital data and the reference data are above the one or more threshold(s).
A medical apparatus for administering a continuous flow or intermittent bolus of an anesthetic agent to facilitate a continuous or a prolonged nerve block, comprising: a catheter having a proximal end, a distal end, a lateral port arranged at a location proximal to the distal end, a pre-formed resilient portion on a distal portion of the catheter, and at least one lumen extending from the proximal end to the distal end; and a stimulating cannula having a hub, a proximal end, a distal end and a lumen extending from the proximal end of the stimulating cannula to the distal end of the stimulating cannula, the stimulating cannula configured to be arranged in the at least one lumen of the catheter such that a distal end portion of the stimulating cannula extends past the distal end of the catheter, wherein the distal end of the stimulating cannula is open and configured to provide a pharmacological agent to a nerve, wherein the stimulating cannula is configured to provide electrical stimulation to the nerve when electrically coupled to a nerve stimulator, wherein the pre-formed resilient portion is configured to position the distal portion of the catheter at least partially around the nerve upon removal of the stimulating cannula from the lumen of the catheter, wherein the catheter and the stimulating cannula are configured to be inserted into a patient simultaneously the stimulating cannula has tip including at least one of a sharp tip, a short beveled tip, and a Touhy tip configured to puncture skin of a patient upon insertion, and wherein the catheter is configured to remain in the patient when the stimulating cannula is removed from the catheter. a catheter having a proximal end, a distal end, a lateral port arranged at a location proximal to the distal end, a pre-formed resilient portion on a distal portion of the catheter, and at least one lumen extending from the proximal end to the distal end; and a stimulating cannula having a hub, a proximal end, a distal end and a lumen extending from the proximal end of the stimulating cannula to the distal end of the stimulating cannula, the stimulating cannula configured to be arranged in the at least one lumen of the catheter such that a distal end portion of the stimulating cannula extends past the distal end of the catheter, wherein the distal end of the stimulating cannula is open and configured to provide a pharmacological agent to a nerve, wherein the stimulating cannula is configured to provide electrical stimulation to the nerve when electrically coupled to a nerve stimulator, wherein the pre-formed resilient portion is configured to position the distal portion of the catheter at least partially around the nerve upon removal of the stimulating cannula from the lumen of the catheter, wherein the catheter and the stimulating cannula are configured to be inserted into a patient simultaneously the stimulating cannula has tip including at least one of a sharp tip, a short beveled tip, and a Touhy tip configured to puncture skin of a patient upon insertion, and wherein the catheter is configured to remain in the patient when the stimulating cannula is removed from the catheter.
A sunshade apparatus, comprising: - at least one slat having a guide integral therewith and extending along a longitudinal direction of the slat; - at least one movement element configured to be coupled to one end of the slat; - a locking element slidably coupled to the guide of the slat, to be movable along the longitudinal direction between a deactivated position, where the locking element does not interfere with the movement element, and an active position, where it is at least partly superposed on the movement element to lock the movement element relative to the slat, - an elastic structure, having a first configuration of non-interference with the movement element and a second configuration, where the elastic structure operates on the movement element to apply a force perpendicular to a contact surface between the slat and the movement element, wherein the elastic structure is configured to move to the second configuration when the locking element is at the active position, characterized in that the elastic structure includes a wedge-shaped elastic element operatively interposed between the movement element and the locking element positioned at the active position, for generating said force. - at least one slat having a guide integral therewith and extending along a longitudinal direction of the slat; - at least one movement element configured to be coupled to one end of the slat; - a locking element slidably coupled to the guide of the slat, to be movable along the longitudinal direction between a deactivated position, where the locking element does not interfere with the movement element, and an active position, where it is at least partly superposed on the movement element to lock the movement element relative to the slat, - an elastic structure, having a first configuration of non-interference with the movement element and a second configuration, where the elastic structure operates on the movement element to apply a force perpendicular to a contact surface between the slat and the movement element, wherein the elastic structure is configured to move to the second configuration when the locking element is at the active position,
A server equipment comprising connection means for connecting to a plurality of communication equipments (20a, 20b) each of which has a management communication port connectable to said server equipment with a first communication cable (MCa), wherein the plurality of communication equipments include a first communication equipment and a second communication equipment, said server equipment further comprising: storage means for storing connection configuration information indicating a connection relation between a first communication port (22a1) of the first communication equipment and a second communication port (22a1) of the second communication equipment; first means for specifying that the first communication port (22a1) is to be connected to the second communication port (22a1) by a second communication cable based on the connection configuration information; and second means for transmitting a connection instruction to said second communication equipment, for connecting the first communication port (22a1) to the second communication port (22a1) by said second communication cable, wherein the connection instruction, when received at the second communication equipment, is configured to change a display state of a light emitting unit on the second communication port (22a1). storage means for storing connection configuration information indicating a connection relation between a first communication port (22a1) of the first communication equipment and a second communication port (22a1) of the second communication equipment; first means for specifying that the first communication port (22a1) is to be connected to the second communication port (22a1) by a second communication cable based on the connection configuration information; and second means for transmitting a connection instruction to said second communication equipment, for connecting the first communication port (22a1) to the second communication port (22a1) by said second communication cable, wherein the connection instruction, when received at the second communication equipment, is configured to change a display state of a light emitting unit on the second communication port (22a1).
A dual function catheter comprising: - a conduit, - a connector comprising a fluidic connection and an electrical connection, - an inner sheath forming the conduit fastened by a proximal end to an outlet connection of the connector, the connector connecting the catheter to a fluid reservoir, - an injection nozzle fastened to a distal end of the inner sheath, - an electrode, - an outer sheath, surrounding the inner sheath, the outer sheath being fastened to a sleeve, the sleeve and the outer sheath sliding relative to the inner sheath and adopting at least on pushed position ("b") in which the outer sheath covers at least a part of the injection nozzle and a pulled position ("a") in which the outer sheath exposes said part of the injection nozzle, characterized in that the injection nozzle is electrically conductive and forms the electrode such that the injection nozzle and the electrode are grouped together into a single component; in which the most distal end to the injection nozzle comprises an annulus having an width larger than the width of said part of the injection nozzle which is selectively covered and exposed by sliding the outer sheath. - a conduit, - a connector comprising a fluidic connection and an electrical connection, - an inner sheath forming the conduit fastened by a proximal end to an outlet connection of the connector, the connector connecting the catheter to a fluid reservoir, - an injection nozzle fastened to a distal end of the inner sheath, - an electrode, - an outer sheath, surrounding the inner sheath, the outer sheath being fastened to a sleeve, the sleeve and the outer sheath sliding relative to the inner sheath and adopting at least on pushed position ("b") in which the outer sheath covers at least a part of the injection nozzle and a pulled position ("a") in which the outer sheath exposes said part of the injection nozzle, characterized in that the injection nozzle is electrically conductive and forms the electrode such that the injection nozzle and the electrode are grouped together into a single component;
A textile machinery comprising: a draft device including a plurality of pairs of draft rollers (16, 17, 19, 20) arranged along a feeding direction of a fiber bundle and adapted to draft the fiber bundle using the pairs of the draft rollers (16, 17, 19, 20); a draft control section adapted to change a peripheral speed of at least one of the pairs of the draft rollers (16, 17, 19, 20) to control a draft ratio of the draft device; and a detecting section adapted to detect a periodic unevenness generated in the drafted fiber bundle; characterised in that the textile machinery comprises a periodic unevenness inspecting section adapted to transmit a signal to the draft control section so as to draft by changing the draft ratio, to acquire a detection result of the periodic unevenness under a plurality of different draft ratios, and to inspect a change in the detection result to specify a generation cause of the periodic unevenness. a draft device including a plurality of pairs of draft rollers (16, 17, 19, 20) arranged along a feeding direction of a fiber bundle and adapted to draft the fiber bundle using the pairs of the draft rollers (16, 17, 19, 20); a draft control section adapted to change a peripheral speed of at least one of the pairs of the draft rollers (16, 17, 19, 20) to control a draft ratio of the draft device; and a detecting section adapted to detect a periodic unevenness generated in the drafted fiber bundle; characterised in that the textile machinery comprises a periodic unevenness inspecting section adapted to transmit a signal to the draft control section so as to draft by changing the draft ratio, to acquire a detection result of the periodic unevenness under a plurality of different draft ratios, and to inspect a change in the detection result to specify a generation cause of the periodic unevenness.
A refrigerator comprising: a main body provided with an inner case and an outer case; a storage compartment formed inside of the inner case; a door configured to open or close an open front surface of the storage compartment; an insulation material provided between the inner case and the outer case to insulate the storage compartment; a flange (200, 200b) provided between the inner case and the outer case to face the door and having an anisotropy of different heat resistance distribution to insulate the storage compartment, together with the insulation material; and a sealing member (50, 60) provided between the door and the flange (200, 200b) to prevent the cool air of the storage compartment from being discharged to the outside, wherein the sealing member (50, 60) is installed in the door to face the flange (200, 200b), and the flange (200, 200b) comprises a contact surface (231, 231a) configured to be closely contacted with the sealing member (50, 60) according to opening or closing of the door and characterized in that a perforated section is formed in at least one portion of the contact surface (231, 231a). a main body provided with an inner case and an outer case; a storage compartment formed inside of the inner case; a door configured to open or close an open front surface of the storage compartment; an insulation material provided between the inner case and the outer case to insulate the storage compartment; a flange (200, 200b) provided between the inner case and the outer case to face the door and having an anisotropy of different heat resistance distribution to insulate the storage compartment, together with the insulation material; and a sealing member (50, 60) provided between the door and the flange (200, 200b) to prevent the cool air of the storage compartment from being discharged to the outside, wherein the sealing member (50, 60) is installed in the door to face the flange (200, 200b), and the flange (200, 200b) comprises a contact surface (231, 231a) configured to be closely contacted with the sealing member (50, 60) according to opening or closing of the door and characterized in that a perforated section is formed in at least one portion of the contact surface (231, 231a).