mhurhangee/ep-ind-claims huggingface dataset:
A cable insertion tool for supporting manually insertion of at least one electrical cable into a slashed corrugated pipe, whereby the insertion tool comprises, a body formed by bending a quadrilateral sheet around an inlet axis defining an arc, having a first radius whereby the body has a u-shaped cross section perpendicular to the inlet axis and an outer surface, the quadrilateral sheet comprises a first corner, a third corner located opposite the first corner, a body edge starting from a second corner continuing to the third corner and further to a fourth corner, whereby the inlet axis extends from the first corner towards the third corner, the inlet axis is angled with respect to a plane spanned by the body edge between the third corner and the second corner and the third corner and the fourth corner, a first guiding rib extends from the body edge outwards, a support means configured to support the widening of a slot of the slashed corrugated pipe by urging against the inner surface of the slashed corrugated pipe, when the tool is positioned to be pulled along the slashed corrugated pipe characterized in that in a side view parallel to said plane the body edge and the first guiding rib are curved inwards the body between the third corner and the second corner and between the third corner and the fourth corner, and that the support means comprise a guiding fin arranged between the third corner and the second corner protruding outwardly from the body.
A ball lock clamp comprising: a cylinder housing; a first piston movable in said cylinder housing in response to a first fluid pressure; a rod; a biasing member positioned in the cylinder housing for providing a force against the first piston and housing to bias the first piston against the fluid pressure; a plunger at a terminal end of the rod, the plunger including at least one ball moving in and out of the plunger; a receiver for receiving the plunger, the receiver retaining or locking the plunger in the receiver; and a mechanism for releasing the plunger from the receiver including a member in the rod for moving the at least one ball radially in and out of the rod for locking and releasing the at least one ball with the receiver wherein the ball lock clamp further comprises: a second piston movable in the first piston; the second piston coupled with the member in the rod and fluid pressure applied to the second piston moves the member; and the rod extending from the first piston; characterized in that the receiver includes a contact member contacting the member in the rod for positioning the at least one ball out of the plunger into a locking position. a cylinder housing; a first piston movable in said cylinder housing in response to a first fluid pressure; a rod; a biasing member positioned in the cylinder housing for providing a force against the first piston and housing to bias the first piston against the fluid pressure; a plunger at a terminal end of the rod, the plunger including at least one ball moving in and out of the plunger; a receiver for receiving the plunger, the receiver retaining or locking the plunger in the receiver; and a mechanism for releasing the plunger from the receiver including a member in the rod for moving the at least one ball radially in and out of the rod for locking and releasing the at least one ball with the receiver wherein the ball lock clamp further comprises: a second piston movable in the first piston; the second piston coupled with the member in the rod and fluid pressure applied to the second piston moves the member; and the rod extending from the first piston; characterized in that the receiver includes a contact member contacting the member in the rod for positioning the at least one ball out of the plunger into a locking position. a second piston movable in the first piston; the second piston coupled with the member in the rod and fluid pressure applied to the second piston moves the member; and the rod extending from the first piston; characterized in that the receiver includes a contact member contacting the member in the rod for positioning the at least one ball out of the plunger into a locking position.
A method of making a RFID device having an antenna, comprising: providing a substrate; mounting a conductor on the substrate; cutting through the conductor to form a coil having gaps between windings of an antenna without removing the matrix material from the substrate; and characterized in applying a material over the gaps to prevent the coil from shorting when connected with an integrated circuit. providing a substrate; mounting a conductor on the substrate; cutting through the conductor to form a coil having gaps between windings of an antenna without removing the matrix material from the substrate; and characterized in applying a material over the gaps to prevent the coil from shorting when connected with an integrated circuit.
A patch comprising a dissolvable fibrous element comprising a filament-forming material and a microorganism, further comprising a liquid pervious first layer comprising a body facing surface and a garment facing surface opposite to the body facing surface, an adhesive disposed at least partially on the garment facing surface of the first layer, and a removable release liner at least partially covering the adhesive.
Method of manufacturing printed products by means of a printing press with a computer, a screen, and an input device, characterized in that on the screen, a first page of a print job to be printed is arranged in a computer -defined sheet corner by a drag-and-drop process by means of the input device, a computer -defined edge of the first page to be printed and further pages to be printed are arranged on a common line by the computer, the further pages to be printed are arranged by the computer exclusively in positions next to already positioned pages to be printed as admissible positions, the computer indicates these admissible positions for further pages to be printed on the screen in the form of a mark, and the sheet with the pages to be printed is transmitted to the printing press and processed after the positioning of all pages to be printed has been completed. on the screen, a first page of a print job to be printed is arranged in a computer -defined sheet corner by a drag-and-drop process by means of the input device, a computer -defined edge of the first page to be printed and further pages to be printed are arranged on a common line by the computer, the further pages to be printed are arranged by the computer exclusively in positions next to already positioned pages to be printed as admissible positions, the computer indicates these admissible positions for further pages to be printed on the screen in the form of a mark, and the sheet with the pages to be printed is transmitted to the printing press and processed after the positioning of all pages to be printed has been completed.
Protective covering device for electrical installation units, such as switches and plug sockets, for protection against penetrating moisture, paint and/or dirt, consisting of a rectangular covering part and holding elements, wherein the covering part is formed such that, after insertion into a flush-mounted insert of the installation unit, by means of holding elements provided, it covers the flush-mounted insert and the support frame of the latter, wherein the holding elements are arranged on the front side and the rear side of the covering part, the holding elements are formed from at least one receiving device or depression which is provided for receiving spring elements of the flush-mounted insert so as to create in this way a releasable connection of the protective covering to the flush-mounted insert, a rectangular recess projecting from the rear side is formed in the central region of the front side and, after the covering part is mounted on an installation unit in the form of a switch, covers the flush-mounted insert, including the support frame, of said switch in a liquid- and dirt-tight manner, and the rear side is provided with further recesses, which, after the covering part is mounted on an installation unit in the form of a plug socket, engage into the flush-mounted insert support frame, including support frame, in a releasable manner and in this way cover it in a liquid- and dirt-tight manner.
A post support having a base securable to a surface and a cap for concealing fasteners used for securing the base to the surface, characterized in that: the base has two upstanding portions with a central base portion therebetween, the cap has a central support portion between two downwardly extending portions, the cap being receivable within the base and rotatable between a first condition of use in which the said fasteners are accessible and a second condition of use in which the fasteners are concealed, and at least one protuberance is provided, the protuberance being associated with the upstanding portions and the downwardly extending portions for retaining the cap within the base. the base has two upstanding portions with a central base portion therebetween, the cap has a central support portion between two downwardly extending portions, the cap being receivable within the base and rotatable between a first condition of use in which the said fasteners are accessible and a second condition of use in which the fasteners are concealed, and at least one protuberance is provided, the protuberance being associated with the upstanding portions and the downwardly extending portions for retaining the cap within the base.
Sensor arrangement, comprising: - an amplifier having a signal input to receive an input signal and a signal output to provide an amplified sensor signal (SOUT) that is an inverted signal with respect to the input signal, - a series connection of a capacitive sensor and a feedback capacitor, wherein the series connection couples the signal output to the signal input, and - a voltage source arrangement that is connected to a feedback node between the capacitive sensor and the feedback capacitor, wherein the voltage source arrangement comprises a voltage source and a resistive circuit, wherein the voltage source is connected to the feedback node via the resistive circuit, and wherein the resistive circuit comprises an anti-parallel circuit of diodes. - an amplifier having a signal input to receive an input signal and a signal output to provide an amplified sensor signal (SOUT) that is an inverted signal with respect to the input signal, - a series connection of a capacitive sensor and a feedback capacitor, wherein the series connection couples the signal output to the signal input, and - a voltage source arrangement that is connected to a feedback node between the capacitive sensor and the feedback capacitor,
A polyimide fiber assembly comprising polyimide fibers having curved shapes with an average fiber diameter falling within a range of greater than 1 μ m to not greater than 100 μ m, said polyimide fiber assembly having a bulk density falling within a range of not less than 1 kg/m 3 to not greater than 30 kg/m 3, said polyimide fiber assembly being obtainable by a production method comprising the steps of: (i) discharging a polymeric resin solution obtained by dissolving polyamic acid or polyimide in an organic solvent; and (ii) using external force to cause the polymeric resin solution thus discharged to fly in a direction of the external force, the external force being external force of gas from a direction intersecting with a discharge direction in which the polymeric resin solution is discharged, and then forming a polymeric resin into fibers by spinning while vaporizing the organic solvent contained in the polymeric resin solution, wherein the polyimide fibers include at least non-thermoplastic polyimide fibers.
A method for managing operation of an aircraft during flight, the method comprising: identifying a current performance of the aircraft during operation of the aircraft using a model of the aircraft and flight state data; identifying a flight envelope (126, 1010) from the current performance of the aircraft; identifying a current capability of the aircraft from the current performance of the aircraft; and operating the aircraft within a section defined by an intersection of the flight envelope and a second envelope defining a desired performance for the aircraft, characterized in that the current performance comprises a current lift, a current thrust, and a current drag of the aircraft. identifying a current performance of the aircraft during operation of the aircraft using a model of the aircraft and flight state data; identifying a flight envelope (126, 1010) from the current performance of the aircraft; identifying a current capability of the aircraft from the current performance of the aircraft; and operating the aircraft within a section defined by an intersection of the flight envelope and a second envelope defining a desired performance for the aircraft,
A method comprising: independently capturing, for each of a plurality of mobile devices, content and a metadata stream that describes a context of the content; sending the metadata streams to a metadata repository contemporaneously with the capture of the content by the respective devices; compiling, classifying and/or correlating the received metadata; enabling network queries of the compiled, classified and/or correlated streaming metadata via the metadata repository; and facilitating, in response to the network queries, peer-to-peer access of the content from one or more of the mobile devices. independently capturing, for each of a plurality of mobile devices, content and a metadata stream that describes a context of the content; sending the metadata streams to a metadata repository contemporaneously with the capture of the content by the respective devices; compiling, classifying and/or correlating the received metadata; enabling network queries of the compiled, classified and/or correlated streaming metadata via the metadata repository; and facilitating, in response to the network queries, peer-to-peer access of the content from one or more of the mobile devices.
An inductor comprising: a conductor formed on a first layer; and a patterned ground plane formed on a second layer under the conductor locatable above a substrate, the patterned ground plane having an open centre area and comprising a plurality of shields, each shield having a plurality of slots, wherein the plurality of slots for each shield run from an outer edge toward an inner edge of the shield and stop prior to the inner edge, the outer edge of the shield being distal from the open centre area and the inner edge being adjacent the open centre area wherein the shields are electrically isolated from each other by cuts located near corners of the patterned ground plane and the slots are formed on the plurality of shields along the conductor and also at corners of the conductor and a plurality of interconnects coupling the plurality of shields to circuit ground located at centre of the patterned ground plane wherein each interconnect is coupled between the inner edge adjacent the open centre area of a respective shield and the circuit ground, the patterned ground plane having a shape matching a shape of the conductor, and further comprising a guard ring formed around the conductor. a conductor formed on a first layer; and a patterned ground plane formed on a second layer under the conductor locatable above a substrate, the patterned ground plane having an open centre area and comprising a plurality of shields, each shield having a plurality of slots, wherein the plurality of slots for each shield run from an outer edge toward an inner edge of the shield and stop prior to the inner edge, the outer edge of the shield being distal from the open centre area and the inner edge being adjacent the open centre area wherein the shields are electrically isolated from each other by cuts located near corners of the patterned ground plane and the slots are formed on the plurality of shields along the conductor and also at corners of the conductor and a plurality of interconnects coupling the plurality of shields to circuit ground located at centre of the patterned ground plane wherein each interconnect is coupled between the inner edge adjacent the open centre area of a respective shield and the circuit ground, the patterned ground plane having a shape matching a shape of the conductor, and further comprising a guard ring formed around the conductor.
Tread profile of a pneumatic vehicle tyre - in particular a pneumatic car tyre - with profile positives that are separated from one another by grooves, in which two profile strips (1, 2) that are made to extend over the circumference and are arranged next to one another are separated from one another in the axial direction A by a circumferential groove, wherein the profile strips (1, 2) are delimited outwards in the radial direction R by a radially outer surface and in the axial direction A towards the circumferential groove respectively by a profile strip flank (12, 13), wherein the circumferential groove is delimited radially inwards by a groove base and in the axial direction A on both sides of the groove base respectively by a profile strip flank (12, 13) of the adjacent profile strips (1, 2), wherein, distributed over the circumference of the pneumatic vehicle tyre, there are formed in the circumferential groove supporting bodies which are raised from the groove base and extend in the form of webs from the profile strip flank of the one profile strip transversely to the circumferential direction U through the circumferential groove to the profile strip flank of the second profile strip and connect them to one another, wherein the supporting body is delimited outwards in the radial direction R respectively by a radially outer body surface and upstream and downstream of the body surface in the circumferential direction U respectively by a body flank (16, 17), which is made to extend in the radial direction R from the groove base to the body surface, wherein the body surface is formed with a sectional contour in the sectional planes that contain the tyre axis, wherein the sectional contour has along its extent between the two profile strip flanks (12, 13) an altered course of the height h measured in the radial direction R from the groove base, wherein the sectional contour is formed with its minimum value h min of its height h in a position P between the two profile strip flanks (12, 13) and rising linearly axially outwards in the direction of the respectively adjacent profile strip flank (12, 13) on both sides of the position P, and wherein the sectional contour is formed running asymmetrically in relation to the radial through P, characterized in that the body surface delimiting the supporting body radially outwards is formed in its length of extent L, measured in the circumferential direction U, with its minimum L min in the position P and with increasing length L axially outwards in the direction of the respectively adjacent profile strip flank (12, 13) on both sides of the position P.
A method for welding a transparent workpiece to another workpiece, comprising applying an ultrashort pulse laser beam to a process zone of the workpieces (20, 22), characterized in that the energy coupled into the process zone by the ultrashort pulse laser beam is temporally modulated, wherein the ultrashort pulse laser beam is displaced relative to the workpieces (22, 20), wherein the laser pulses are emitted into the process zone with a spatial overlap, whereby a modulation of the degree of heat accumulation in the workpieces (20, 22) is achieved, and wherein the temperature stresses generated in the material of the workpieces (20, 22) are reduced compared to a machining operation carried out without this modulation, by the temporal modulation of the energy coupled into the process zone by the ultrashort pulse laser beam. the energy coupled into the process zone by the ultrashort pulse laser beam is temporally modulated, wherein the ultrashort pulse laser beam is displaced relative to the workpieces (22, 20), wherein the laser pulses are emitted into the process zone with a spatial overlap, whereby a modulation of the degree of heat accumulation in the workpieces (20, 22) is achieved, and wherein the temperature stresses generated in the material of the workpieces (20, 22) are reduced compared to a machining operation carried out without this modulation, by the temporal modulation of the energy coupled into the process zone by the ultrashort pulse laser beam.
Bowl intended to supply oil to at least two oil distribution circuits (43-44, 45-45a-45b) connected to a planet pinion carrier of an epicyclic reduction gear train, said planet pinion carrier rotating and the oil coming from a fixed means for oil ejection, said bowl being configured to be integral with said planet pinion carrier and having an approximately cylindrical shape, being open radially inwards relative to an axis, characterized in that it is divided into a circumferential succession of separate cups (37a, 37b) and arranged each to communicate with one of said oil distribution circuits (43-44, 45-45a-45b).
An infant transfer device for supporting an infant patient during transport thereof, comprising: a center support section positionable beneath the patient; a first side section connected to the center support section and including a first handle and a second side section connected to the center support section and including a second handle wherein the first and second side sections are sized to surround the patient when the first and second side sections are folded toward each other when the patient is on the center section; and a vapor barrier movable between a storage position and a use position, wherein the vapor barrier is configured to form a canopy in the use position that at least partially surrounding the patient to reduce the effects of evaporative cooling of the patient when the patient is supported on the center support section, wherein the vapor barrier is separate from the first and second side sections. a center support section positionable beneath the patient; a first side section connected to the center support section and including a first handle and a second side section connected to the center support section and including a second handle wherein the first and second side sections are sized to surround the patient when the first and second side sections are folded toward each other when the patient is on the center section; and a vapor barrier movable between a storage position and a use position, wherein the vapor barrier is configured to form a canopy in the use position that at least partially surrounding the patient to reduce the effects of evaporative cooling of the patient when the patient is supported on the center support section, wherein the vapor barrier is separate from the first and second side sections.
An isolated muscle stem cell or isolated myoblast comprising at least one myosin-heavy chain fusion gene selected from the group consisting of a myosin-heavy chain I fusion gene wherein a myosin-heavy chain I gene and a fluorescent protein or photoprotein gene are fused, a myosin-heavy chain IIa fusion gene wherein a myosin-heavy chain IIa gene and a fluorescent protein or photoprotein gene are fused, a myosin-heavy chain IId/x fusion gene wherein a myosin-heavy chain IId/x gene and a fluorescent protein or photoprotein gene are fused, and a myosin-heavy chain IIb fusion gene wherein a myosin-heavy chain IIb gene and a fluorescent protein or photoprotein gene are fused.
A composition comprising isolated exosomes derived from syndecan-2 positive (SDC2+) stromal cells, wherein at least 20% of the exosomes comprise syndecan-2, for use in a method for treating a lung inflammatory response in a subject, wherein the lung inflammatory response is one or more inflammatory responses selected from the group consisting of ARDS, asthma, chronic obstructive pulmonary disease, cystic fibrosis, bronchitis, emphysema, pneumonia, and pulmonary edema.