mhurhangee/ep-ind-claims huggingface dataset:
A dressing for closing an opening through a surface of a tissue site, the dressing comprising: a cover adapted to cover the opening to form a sealed space; and a contracting layer adapted to be positioned over the opening, wherein the contracting layer is between the cover and the opening, the contracting layer formed from a material having a plurality of holes extending through the contracting layer to form a void space; a protective layer adapted to be positioned adjacent the opening; wherein the holes have a perforation shape factor and a strut angle causing the plurality of holes to collapse in a first direction substantially perpendicular to the opening; and wherein the contracting layer generates a closing force substantially parallel to the surface of the tissue site to close the opening in response to application of a negative pressure, and wherein the perforation shape factor is a ratio of a first line segment to a second line segment, the first line segment extending from a center of the hole to a perimeter of the hole in a direction parallel to an orientation line perpendicular to the opening and the second line segment extending from a center of the hole to a perimeter of the hole oriented in a direction parallel to an orientation line oriented parallel to the opening, and the strut angle is an angle between a line connecting centers of holes in adjacent rows and the orientation line. a cover adapted to cover the opening to form a sealed space; and a contracting layer adapted to be positioned over the opening, wherein the contracting layer is between the cover and the opening, the contracting layer formed from a material having a plurality of holes extending through the contracting layer to form a void space; a protective layer adapted to be positioned adjacent the opening; wherein the holes have a perforation shape factor and a strut angle causing the plurality of holes to collapse in a first direction substantially perpendicular to the opening; and wherein the contracting layer generates a closing force substantially parallel to the surface of the tissue site to close the opening in response to application of a negative pressure, and wherein the perforation shape factor is a ratio of a first line segment to a second line segment, the first line segment extending from a center of the hole to a perimeter of the hole in a direction parallel to an orientation line perpendicular to the opening and the second line segment extending from a center of the hole to a perimeter of the hole oriented in a direction parallel to an orientation line oriented parallel to the opening, and the strut angle is an angle between a line connecting centers of holes in adjacent rows and the orientation line.
Electrical organic component having - a substrate, - a first electrode, - an organic functional layer on the first electrode, and - a second electrode on the organic functional layer, wherein the first and/or the second electrode comprises rhenium compounds. - a substrate, - a first electrode, - an organic functional layer on the first electrode, and - a second electrode on the organic functional layer, wherein the first and/or the second electrode comprises rhenium compounds.
Position recognition device comprising a housing element, at least one planar coil accommodated in that housing for generating a magnetic field in a magnetic field area, comprising at least one position transmitter held by a setting device movable relative to said housing element, and comprising a measuring and analyzer means functionally coupled to said planar coil, ▪ wherein said position transmitter is so disposed in said magnetic field area that a movement of said position transmitter by means of said setting device causes a change of inductance of said planar coil and said measuring and analyzer means displays a function by which said change of inductance of said planar coil is detected and the position of said setting device is derived therefrom, ▪ with said housing element being provided with a recess having an inner wall that is so designed that said housing element extends around the external periphery of said planar coil in sections. ▪ wherein said position transmitter is so disposed in said magnetic field area that a movement of said position transmitter by means of said setting device causes a change of inductance of said planar coil and said measuring and analyzer means displays a function by which said change of inductance of said planar coil is detected and the position of said setting device is derived therefrom, ▪ with said housing element being provided with a recess having an inner wall that is so designed that said housing element extends around the external periphery of said planar coil in sections.
Device for ejecting a parachute comprising a housing with an ejection opening, wherein the housing is suitable for at least partially accommodating the parachute, wherein a movable base, which is connected to the housing via at least one spring element, is arranged in the housing, wherein the base is detachably fixable in the housing by means of a fixing means, wherein the device is configured in such a way that, when a parachute is arranged in the housing, the base is accelerated by the spring element upon triggering the fixing means such that the parachute is ejected through the ejection opening by means of the base, characterized in that the spring element is pretensioned in every position of the base.
A method, performed at a videoconferencing multipoint control unit, MCU, for generating display content for a first endpoint (101, 200) communicating over a network with at least one other endpoint, the method comprising: generating a display layout automatically for the first endpoint (101, 200) based on attributes associated with video streams (219-221, 315, 316) received from the at least one other endpoint and display-configuration information of the endpoint (101, 200), wherein display-configuration information includes at least a number of display devices at the first endpoint (101, 200); and mixing the received video streams (307-310, 315, 316) based on the display layout to generate one or more video streams (311-314, 315, 316) for the first endpoint (101,200), wherein generating the display layout automatically comprises using received positional attributes that identify the relative location of each camera that is a source of each of at least two of the video streams (307-310, 315, 316) received from another endpoint to preserve a spatial relationship of the source cameras of the at least two of the video streams (307-310, 315, 316) received from the other endpoint, the display layout indicating the spatial arrangement in which the at least two of the received video streams (307-310, 315, 316) are to be displayed. generating a display layout automatically for the first endpoint (101, 200) based on attributes associated with video streams (219-221, 315, 316) received from the at least one other endpoint and display-configuration information of the endpoint (101, 200), wherein display-configuration information includes at least a number of display devices at the first endpoint (101, 200); and mixing the received video streams (307-310, 315, 316) based on the display layout to generate one or more video streams (311-314, 315, 316) for the first endpoint (101,200), wherein generating the display layout automatically comprises using received positional attributes that identify the relative location of each camera that is a source of each of at least two of the video streams (307-310, 315, 316) received from another endpoint to preserve a spatial relationship of the source cameras of the at least two of the video streams (307-310, 315, 316) received from the other endpoint, the display layout indicating the spatial arrangement in which the at least two of the received video streams (307-310, 315, 316) are to be displayed.
A fuel pump comprising: a pump body including a pressurizing chamber, a discharge chamber and a relief chamber; a plunger adapted to reciprocate in the pressurizing chamber; a discharge valve mechanism adapted to discharge fuel in the pressurizing chamber to the discharge chamber; and a relief valve mechanism disposed in the relief chamber and adapted to open and return fuel in the discharge chamber to the pressurizing chamber when a difference between a pressure of the fuel in the discharge chamber and a pressure of the fuel in the pressurizing chamber exceeds a set value, wherein the discharge valve mechanism and the relief valve mechanism are arranged in a direction that moving directions of a valve of the discharge valve mechanism and a valve of the relief valve mechanism intersect with each other as viewed from a first direction that is a direction in which the plunger reciprocates, and the relief valve mechanism is disposed at a position that overlaps with the pressurizing chamber in the first direction and in a second direction that is a moving direction of the valve in the relief valve mechanism, characterized in that the discharge valve mechanism comprises a discharge valve inlet passage directly communicating with the pressurizing chamber and the relief chamber. a pump body including a pressurizing chamber, a discharge chamber and a relief chamber; a plunger adapted to reciprocate in the pressurizing chamber; a discharge valve mechanism adapted to discharge fuel in the pressurizing chamber to the discharge chamber; and a relief valve mechanism disposed in the relief chamber and adapted to open and return fuel in the discharge chamber to the pressurizing chamber when a difference between a pressure of the fuel in the discharge chamber and a pressure of the fuel in the pressurizing chamber exceeds a set value, wherein the discharge valve mechanism and the relief valve mechanism are arranged in a direction that moving directions of a valve of the discharge valve mechanism and a valve of the relief valve mechanism intersect with each other as viewed from a first direction that is a direction in which the plunger reciprocates, and the relief valve mechanism is disposed at a position that overlaps with the pressurizing chamber in the first direction and in a second direction that is a moving direction of the valve in the relief valve mechanism, characterized in that the discharge valve mechanism comprises a discharge valve inlet passage directly communicating with the pressurizing chamber and the relief chamber.
A test system comprising: - a test device (21, 22) comprising; - a detector which is adapted to detect a conduction of noises applied to a test-target circuit and conducting through a path on the test-target circuit; - a counter which is adapted to count a number of conductions of the noises detected by the detector; - a display which is adapted to display the number of conductions of the noises counted by the counter; - a USB interface; - a computing circuit comprising: - a clock which is adapted to count a time; and - a memory which is adapted to store a time data indicating a detection time which is a time counted by the clock when the detector detects a conduction of the noises through the path; - a CPU; characterised by the test system comprising: - a communication device adapted to instruct the CPU to output the time data which is stored by the memory of the test device to the communication device through the USB interface; and to determine, together with a number of conductions, by searching the detection time indicated by the time data from a search data which indicates times at which static electrical charges and test noises are applied to the test-target circuit, whether the noises are static electrical charges or test noises. - a test device (21, 22) comprising; - a detector which is adapted to detect a conduction of noises applied to a test-target circuit and conducting through a path on the test-target circuit; - a counter which is adapted to count a number of conductions of the noises detected by the detector; - a display which is adapted to display the number of conductions of the noises counted by the counter; - a USB interface; - a computing circuit comprising: - a clock which is adapted to count a time; and - a memory which is adapted to store a time data indicating a detection time which is a time counted by the clock when the detector detects a conduction of the noises through the path; - a CPU; - a communication device adapted to instruct the CPU to output the time data which is stored by the memory of the test device to the communication device through the USB interface; and to determine, together with a number of conductions, by searching the detection time indicated by the time data from a search data which indicates times at which static electrical charges and test noises are applied to the test-target circuit, whether the noises are static electrical charges or test noises.
An elevator car operation panel, comprising a glass touch panel, wherein first type function keys, second type function keys, and password input keys for entering passwords are provided on the elevator car operation panel; whereas when the elevator is in a normal function mode, the first type function keys are in an active visible state, and the second type function keys and the password input keys are in an inactive hidden state; charactered in that when the elevator is in a special function mode, the first type function keys and the password input keys are in the active visible state, and the second type function keys are visible but will not be activated until a correct password is entered.
A method for diagnosing intermittent atrial fibrillation in a human subject suspected to suffer from intermittent atrial fibrillation, comprising determining the amount of a cardiac Troponin in a sample from said subject, and comparing the determined amount of said cardiac troponin to a reference amount, whereby intermittent atrial fibrillation is diagnosed, wherein intermittent atrial fibrillation is diagnosed in the absence of an episode of atrial fibrillation.
An agitator mill for treating flowable material to be ground, comprising - a grinding container and a grinding chamber which is bounded by a container wall of the grinding container and is at least partially filled with grinding bodies, and - an agitator with a rotor rotatable about a central longitudinal axis arranged substantially vertically during operation, and - an inner stator arranged inside the rotor, and - wherein a ground material discharge channel is formed between the rotor and an outer wall of the inner stator, through which the material to be ground is passed through a grinding body separating device in the direction of a discharge pipe, wherein a ground material discharge chamber is formed downstream of the grinding body separating device in the direction of flow of the material to be ground, - characterized in that a device for reducing the volume of the ground material discharge chamber is arranged in the ground material discharge chamber, wherein the device for reducing the volume closes in a product-tight manner with a discharge bottom of the agitator mill and has an overflow height h of the product in the vertical direction, wherein the height H of the grinding body separating device is greater than the overflow height h, wherein h is greater than or equal to 0.85 H. - a grinding container and a grinding chamber which is bounded by a container wall of the grinding container and is at least partially filled with grinding bodies, and - an agitator with a rotor rotatable about a central longitudinal axis arranged substantially vertically during operation, and - an inner stator arranged inside the rotor, and - wherein a ground material discharge channel is formed between the rotor and an outer wall of the inner stator, through which the material to be ground is passed through a grinding body separating device in the direction of a discharge pipe, wherein a ground material discharge chamber is formed downstream of the grinding body separating device in the direction of flow of the material to be ground, - characterized in that a device for reducing the volume of the ground material discharge chamber is arranged in the ground material discharge chamber, wherein the device for reducing the volume closes in a product-tight manner with a discharge bottom of the agitator mill and has an overflow height h of the product in the vertical direction, wherein the height H of the grinding body separating device is greater than the overflow height h, wherein h is greater than or equal to 0.85 H. wherein the device for reducing the volume closes in a product-tight manner with a discharge bottom of the agitator mill and has an overflow height h of the product in the vertical direction, wherein the height H of the grinding body separating device is greater than the overflow height h, wherein h is greater than or equal to 0.85 H.
A ski binding, comprising: a toe-end boot retainer unit; a heel-end boot retainer unit; and a rail arrangement (1, 2) which is arranged or can be attached fixedly relative to the ski and extends in the longitudinal direction of the ski and into which the boot retainer units (5, 6) can be inserted or have already been inserted, such that they can be longitudinally shifted, wherein the first of the boot retainer units (5, 6) can be locked in position such that it is fixed relative to the ski or the rail, and the other, second boot retainer unit is or can be fixed on the first boot retainer unit by means of a tensile member (9; 19; 39), and the tensile member comprises a flexible wire or a flexible wire cable or a flexible cable which exhibits sufficient strength and is made of a different material, characterised in that at least one reinforcing part axially reinforces the wire or wire cable or cable, and axial pushing forces can thus be transmitted by means of the tensile member in order to jointly adjust the boot retainer units (5, 6).
A sharing method, performed by a first electronic device and comprising: receiving screen projection content transmitted by a second electronic device in a case that the first electronic device and the second electronic device are in a screen projection connection and the second electronic device is in a call with a third electronic device; displaying the screen projection content in a first display area in a display screen of the first electronic device; receiving a first input from a user with regard to a target identifier and a display area of the screen projection content, wherein the target identifier is used for indicating a target object, the target identifier is displayed in a second display area in the display screen of the first electronic device, and the second display area is a display area in the display screen other than the first display area; and transmitting a control instruction to the second electronic device, in response to the first input, wherein the control instruction is used for controlling the second electronic device to transmit the target object to the third electronic device and for controlling the second electronic device to synthesize a first audio signal and a second audio signal to obtain a target audio signal and transmit the target audio signal to the third electronic device, wherein the target object comprises an audio file, and the first audio signal is a voice signal corresponding to the call between the second electronic device and the third electronic device, and the second audio signal is an audio signal corresponding to the audio file. receiving screen projection content transmitted by a second electronic device in a case that the first electronic device and the second electronic device are in a screen projection connection and the second electronic device is in a call with a third electronic device; displaying the screen projection content in a first display area in a display screen of the first electronic device; receiving a first input from a user with regard to a target identifier and a display area of the screen projection content, wherein the target identifier is used for indicating a target object, the target identifier is displayed in a second display area in the display screen of the first electronic device, and the second display area is a display area in the display screen other than the first display area; and transmitting a control instruction to the second electronic device, in response to the first input, wherein the control instruction is used for controlling the second electronic device to transmit the target object to the third electronic device and for controlling the second electronic device to synthesize a first audio signal and a second audio signal to obtain a target audio signal and transmit the target audio signal to the third electronic device, wherein the target object comprises an audio file, and the first audio signal is a voice signal corresponding to the call between the second electronic device and the third electronic device, and the second audio signal is an audio signal corresponding to the audio file.
An active/passive automotive fuse module comprising: an electrically insulating base; a fuse plate comprising: a bus bar portion disposed on a top surface of the base and above a projectile cavity formed in the base; a fusible portion (24a, 24b) electrically connected to the bus bar portion and adapted to open when an amount of current flowing through the fuse plate exceeds a current rating of the active/passive automotive fuse module; and a pyrotechnic interrupter disposed atop the base and including a projectile positioned above the bus bar portion, the PI configured to drive the projectile through the bus bar portion upon actuation by a controller upon the occurrence of a predetermined event, of a pyrotechnic initiator, causing the pyrotechnic initiator to be detonated and forcing the projectile to sever the bus bar portion, characterised in that the fusible portion (24a, 24b) extends perpendicularly from the bus bar portion. an electrically insulating base; a fuse plate comprising: a bus bar portion disposed on a top surface of the base and above a projectile cavity formed in the base; a fusible portion (24a, 24b) electrically connected to the bus bar portion and adapted to open when an amount of current flowing through the fuse plate exceeds a current rating of the active/passive automotive fuse module; and a pyrotechnic interrupter disposed atop the base and including a projectile positioned above the bus bar portion, the PI configured to drive the projectile through the bus bar portion upon actuation by a controller upon the occurrence of a predetermined event, of a pyrotechnic initiator, causing the pyrotechnic initiator to be detonated and forcing the projectile to sever the bus bar portion, characterised in that the fusible portion (24a, 24b) extends perpendicularly from the bus bar portion. a bus bar portion disposed on a top surface of the base and above a projectile cavity formed in the base; a fusible portion (24a, 24b) electrically connected to the bus bar portion and adapted to open when an amount of current flowing through the fuse plate exceeds a current rating of the active/passive automotive fuse module; and a pyrotechnic interrupter disposed atop the base and including a projectile positioned above the bus bar portion, the PI configured to drive the projectile through the bus bar portion upon actuation by a controller upon the occurrence of a predetermined event, of a pyrotechnic initiator, causing the pyrotechnic initiator to be detonated and forcing the projectile to sever the bus bar portion, characterised in that the fusible portion (24a, 24b) extends perpendicularly from the bus bar portion.