mhurhangee/ep-ind-claims huggingface dataset:
A welding device for a secondary battery current collector, comprising: a welding head; and an anvil block, wherein a welding station is disposed between the welding head and the anvil block, and the welding head is configured to weld a foil to a portion of a composite current collector at the welding station; wherein the welding device is configured to continuously weld the foil to the portion of the composite current collector at the welding station; wherein the welding head is configured as an ultrasonic welding head, the ultrasonic welding head being in rolling contact with the anvil block; wherein the ultrasonic welding head and the anvil block are respectively configured as cylinders so as to rotate with respect to each other; and wherein a plurality of extrusion welding teeth is arranged on an outer circumferential face of one of the ultrasonic welding head and the anvil block. a welding head; and an anvil block, wherein a welding station is disposed between the welding head and the anvil block, and the welding head is configured to weld a foil to a portion of a composite current collector at the welding station; wherein the welding device is configured to continuously weld the foil to the portion of the composite current collector at the welding station; wherein the welding head is configured as an ultrasonic welding head, the ultrasonic welding head being in rolling contact with the anvil block; wherein the ultrasonic welding head and the anvil block are respectively configured as cylinders so as to rotate with respect to each other; and wherein a plurality of extrusion welding teeth is arranged on an outer circumferential face of one of the ultrasonic welding head and the anvil block.
A display screen module, comprising: a bottom case, a PCB board provided on the bottom case, and a through-hole structure penetrating through the bottom case and the PCB board, wherein: the through-hole structure comprises a step structure at one end of the through hole structure near the PCB board, and the step structure comprises a convex portion and a step portion; the convex portion is configured to penetrate the PCB board, the PCB board comprises a through hole, the convex portion is located in the through hole, characterised in that a gap is provided between the convex portion and the PCB board; the step portion comprises a groove surrounding the convex portion; a side of the PCB board near the bottom case is abutted against an edge of the groove; and a sealant layer is provided in the gap and the groove; the convex portion comprises at least one arc structure protruded from an outer side wall of the convex portion, the through hole comprises a first notch corresponding to the arc structure, the first notch is arc-shaped, a radius of the first notch is larger than that of the arc structure, and the first notch is also provided with a second notch. the through-hole structure comprises a step structure at one end of the through hole structure near the PCB board, and the step structure comprises a convex portion and a step portion; the convex portion is configured to penetrate the PCB board, the PCB board comprises a through hole, the convex portion is located in the through hole, characterised in that a gap is provided between the convex portion and the PCB board; the step portion comprises a groove surrounding the convex portion; a side of the PCB board near the bottom case is abutted against an edge of the groove; and a sealant layer is provided in the gap and the groove; the convex portion comprises at least one arc structure protruded from an outer side wall of the convex portion, the through hole comprises a first notch corresponding to the arc structure, the first notch is arc-shaped, a radius of the first notch is larger than that of the arc structure, and the first notch is also provided with a second notch.
A home gateway and smart terminal integrated system, comprising a home gateway and two smart terminals, wherein each smart terminal comprises a terminal hardware layer and a terminal software layer, and is configured to display a user graphic interface and support a user input operation; and the home gateway comprises a hardware layer and a software layer and is configured to perform software and hardware resource processing on the user graphic interface and the user input operation, and to send a processing result to the two smart terminals or an external network, or to receive data from outside and make a response; wherein the software layer comprises a Virtual Machine Monitor, VMM, module, a Virtual Machine, VM, and a home gateway software module, wherein the VMM module is configured to establish a first VM and a second VM, and distribute and schedule a hardware resource for the first VM and the second VM; the VM comprises a smart terminal operating system and applications; the smart terminal operating system is configured to draw the user graphic interface and respond to the user input operation, and is further configured to complete data communication outside; and the home gateway software module is configured to operate a built-in software function of an existing home gateway; wherein one of the two smart terminals is configured to connect via an Ethernet switch module of the home gateway to the first VM and the other smart terminal is configured to connect via a Wireless Fidelity, WiFi, access module of the home gateway to the second VM. the VMM module is configured to establish a first VM and a second VM, and distribute and schedule a hardware resource for the first VM and the second VM; the VM comprises a smart terminal operating system and applications; the smart terminal operating system is configured to draw the user graphic interface and respond to the user input operation, and is further configured to complete data communication outside; and the home gateway software module is configured to operate a built-in software function of an existing home gateway;
A connector assembly, comprising: a connector having a proximal end and a distal end that define a proximal-distal axis, the connector including: a first portion configured to mate the connector to a receiver member of a bone anchor assembly, the bone anchor assembly having a first rod-receiving recess for receiving a first rod, and a second portion in which a second rod-receiving recess is formed, the second rod-receiving recess being configured to receive a second rod; a first fastener having a distal portion configured to engage the receiver member to lock the first rod to the receiver member and a proximal portion that extends through an opening formed in the first portion of the connector; a nut mateable to the first fastener to secure the connector to the receiver member; and a second fastener engaged with the second portion of the connector to lock the second rod to the connector; characterized in that the second rod-receiving recess includes a proximal-facing opening configured to receive the second rod therethrough and a distal seat and wherein the proximal-facing opening is offset from the distal seat in a direction perpendicular to an axis of the second fastener and perpendicular to a longitudinal axis of the second rod relative to the distal-most seat of the second rod-receiving recess. a connector having a proximal end and a distal end that define a proximal-distal axis, the connector including: a first portion configured to mate the connector to a receiver member of a bone anchor assembly, the bone anchor assembly having a first rod-receiving recess for receiving a first rod, and a second portion in which a second rod-receiving recess is formed, the second rod-receiving recess being configured to receive a second rod; a first portion configured to mate the connector to a receiver member of a bone anchor assembly, the bone anchor assembly having a first rod-receiving recess for receiving a first rod, and a second portion in which a second rod-receiving recess is formed, the second rod-receiving recess being configured to receive a second rod; a first fastener having a distal portion configured to engage the receiver member to lock the first rod to the receiver member and a proximal portion that extends through an opening formed in the first portion of the connector; a nut mateable to the first fastener to secure the connector to the receiver member; and a second fastener engaged with the second portion of the connector to lock the second rod to the connector; characterized in that the second rod-receiving recess includes a proximal-facing opening configured to receive the second rod therethrough and a distal seat and wherein the proximal-facing opening is offset from the distal seat in a direction perpendicular to an axis of the second fastener and perpendicular to a longitudinal axis of the second rod relative to the distal-most seat of the second rod-receiving recess.
A system for cooling a surface of a cryogenic application device using a cryogen having a critical point defined by a critical-point pressure and a critical-point temperature, the system comprising: a means for raising a pressure of the cryogen above a pressure value determined to provide the cryogen at a reduced molar volume that prevents vapor lock; and a means for thereafter placing the cryogen in thermal communication with the surface of the cryogenic application device to increase a temperature of the cryogen along a thermodynamic path that maintains a pressure greater than the determined pressure value for the duration that the cryogen and the surface are in thermal communication, characterized in that the means for raising the pressure of the cryogen comprises a means for applying heat to the cryogen within a thermally insulated holding means until a predetermined pressure within the thermally insulated holding means is reached. a means for raising a pressure of the cryogen above a pressure value determined to provide the cryogen at a reduced molar volume that prevents vapor lock; and a means for thereafter placing the cryogen in thermal communication with the surface of the cryogenic application device to increase a temperature of the cryogen along a thermodynamic path that maintains a pressure greater than the determined pressure value for the duration that the cryogen and the surface are in thermal communication, characterized in that the means for raising the pressure of the cryogen comprises a means for applying heat to the cryogen within a thermally insulated holding means until a predetermined pressure within the thermally insulated holding means is reached.
An ultrasonic sensor for examining value documents which is provided for examining the value documents by means of ultrasound passing therethrough and which has an apparatus and at least one further apparatus, wherein the apparatus and the further apparatus are respectively configured for emitting and/or receiving ultrasound at least of a pre-specified frequency, and have at least one ultrasonic converter for converting ultrasound at least of the pre-specified frequency into electrical signals and/or converting electrical signals into ultrasound at least of the pre-specified frequency, and a holder (46, 46', 46", 46'") having at least one ultrasonic channel formed therein in which the ultrasonic converter is disposed at least partly and/or through which ultrasound can pass from or to the ultrasonic converter, wherein the holder (46, 46', 46", 46'") has at least one non-fibrous surface layer (66, 66', 66") bordering on at least one portion of the ultrasonic channel, and in which the apparatuses are disposed relative to each other such that their holders (46, 46', 46", 46'") form a detection area through which a value document is transportable, and the ultrasonic converters of the apparatuses form at least one ultrasonic path when one thereof is operated as a transmitter and the other as a receiver, characterized in that the apparatus and the further apparatus respectively have at least one further ultrasonic converter, the holder possesses at least one further ultrasonic channel in which the further ultrasonic converter is disposed at least partly, the holder (46, 46', 46", 46'") having at least one further non-fibrous surface layer (66, 66', 66") adjacent to at least one further portion of the further ultrasonic channel, whose impedance is smaller than that of a further inside layer of the holder adjacent to the further surface layer (66, 66', 66"), and the impedance of the surface layer (66, 66', 66") of the holder of the apparatus is smaller than that of an inner layer of the holder neighboring to the surface layer (66, 66', 66"), and the density of the material of the surface layer is between 0.3 g/cm 3 and 0.8 g/cm 3.
A modular panel for realizing an enclosure of a space comprising: - an inner sheet facing the space comprising a plurality of holes; - an outer sheet arranged on the opposite face of the panel with respect to the inner sheet; - a first septum arranged between the inner and outer sheets (2,4); said outer sheet and said first septum being coupled each other through a first permeable structural layer so to realize a first air channel between the outer sheet and the first septum; and said inner sheet and said first septum being coupled each other through a second permeable structural layer so to realize a second air channel between the inner sheet and the first septum fluidly connected to the ambient through the holes of the inner sheet; the first air channel being isolated by the second air channel; - a first transversal channel fluidly connecting the first air channel and the space through the holes of the inner sheet. - an inner sheet facing the space comprising a plurality of holes; - an outer sheet arranged on the opposite face of the panel with respect to the inner sheet; - a first septum arranged between the inner and outer sheets (2,4); said outer sheet and said first septum being coupled each other through a first permeable structural layer so to realize a first air channel between the outer sheet and the first septum; and said inner sheet and said first septum being coupled each other through a second permeable structural layer so to realize a second air channel between the inner sheet and the first septum fluidly connected to the ambient through the holes of the inner sheet; the first air channel being isolated by the second air channel; - a first transversal channel fluidly connecting the first air channel and the space through the holes of the inner sheet.
A method for the modification of a robot path which comprises a plurality of path points (P1,..., P10), comprising the steps of: specifying a modification region which comprises at least two path points (P2,..., P10) of the robot path; (S30, S40) specifying a modification ( v R) of a reference point of the modification region; and automatically modifying the modification region, in particular automatically modifying path points of the modification region, on the basis of the specified modification ( v i), characterised in that at least one path point of the modification region, which path point is used a plurality of times in order to specify the robot path, is duplicated and the duplicate is modified automatically on the basis of the specified modification ( v R).
Switching device, in particular load-disconnecting switch for a busbar system, wherein the switching device has at least one switch contact, wherein the at least one switch contact is transferrable from a contact position into an interruption position and vice versa, wherein the switching device has an actuatable snap-action switching mechanism for transferring the at least one switch contact from the contact position into the interruption position and vice versa, wherein the snap-action switching mechanism has a joint arrangement with a first pivot lever, which is mounted so as to be pivotable about a first pivot pin, and with a second pivot lever, which is mounted so as to be pivotable about a second pivot pin, wherein the first pivot lever and the second pivot lever are connected to one another in an articulated manner via a connecting means, wherein the connecting means is mounted in the first pivot lever so as to be displaceable under deformation of a restoring means, wherein pivoting of the first pivot lever during transfer of the switch contact from the contact position into the interruption position and/or during transfer of the switch contact from the interruption position into the contact position is realized as far as a tipping-point position counter to a restoring force of the restoring means, and, after the tipping-point position has been exceeded, the restoring means assists with further pivoting of the first pivot lever, wherein the connecting means is mounted displaceably in the second pivot lever, characterized in that the switching device has a guide structure, wherein, during transfer of the switch contact from the contact position into the interruption position, and vice versa, the connecting means interacts with the guide structure.
Electrical connector, preferably a circular connection comprising the following: a first circular connector having a mounting ring, said mounting ring being rotatably mounted on said first circular connector, a second circular connector, a primary locking means, and a secondary locking means, characterized in that said secondary locking means comprises a locking ring adapted to be located on said second circular connector, said secondary locking means being formed by the locking engagement of the mounting ring and the locking ring when said first circular connector and said second circular connector form said connection. a first circular connector having a mounting ring, said mounting ring being rotatably mounted on said first circular connector, a second circular connector, a primary locking means, and a secondary locking means, characterized in that said secondary locking means comprises a locking ring adapted to be located on said second circular connector, said secondary locking means being formed by the locking engagement of the mounting ring and the locking ring when said first circular connector and said second circular connector form said connection.
A confectionery product in the form of a segmented bar comprising: a substantially planar raft and a series of discrete raised portions projecting therefrom and separated by channels (102-104, 103'-104') thereby defining a plurality of segments, wherein the segments are of non-uniform size or shape, wherein the raft is of non-uniform thickness, and wherein the raft is of greater than average thickness in a position prone to breakage. a substantially planar raft and a series of discrete raised portions projecting therefrom and separated by channels (102-104, 103'-104') thereby defining a plurality of segments, wherein the segments are of non-uniform size or shape, wherein the raft is of non-uniform thickness, and wherein the raft is of greater than average thickness in a position prone to breakage.
Neuregulin for use in a method of preventing, treating or delaying heart failure with preserved ejection fraction in a mammal, wherein the neuregulin consists of the amino acid sequence of SEQ ID NO: 1.
An airfield taxiway light (101, 202, 303, 404, 503), comprising: a plurality of light sources (110, 220, 330, 440, 530); a plurality of prisms (118, 228, 338, 448, 538) through which light emitted by the plurality of light sources (110, 220, 330, 440, 530) is configured to pass, wherein the light emitted by each respective light source (110, 220, 330, 440, 530) passes through a different one of the plurality of prisms (118, 228, 338, 448, 538); and a cover (450, 560, 670) having a plurality of openings (452, 562, 672) through which the light that passes through the plurality of prisms (118, 228, 338, 448, 538) is configured to exit the airfield taxiway light (101, 202, 303, 404, 503), wherein each respective opening (452, 562, 672) is positioned over a different one of the plurality of prisms (118, 228, 338, 448, 538); characterised in that the airfield taxiway light (101, 202, 303, 404, 503) further comprises a light direction turning film (116, 226, 336, 446, 536) between at least one of the plurality of light sources (110, 220, 330, 440, 530) and the prism (118, 228, 338, 448, 538) through which the light emitted by that light source (110, 220, 330, 440, 530) passes, wherein the light emitted by that light source (110, 220, 330, 440, 530) passes through the light direction turning film (116, 226, 336, 446, 536) prior to passing through the prism (118, 228, 338, 448, 538). a plurality of light sources (110, 220, 330, 440, 530); a plurality of prisms (118, 228, 338, 448, 538) through which light emitted by the plurality of light sources (110, 220, 330, 440, 530) is configured to pass, wherein the light emitted by each respective light source (110, 220, 330, 440, 530) passes through a different one of the plurality of prisms (118, 228, 338, 448, 538); and a cover (450, 560, 670) having a plurality of openings (452, 562, 672) through which the light that passes through the plurality of prisms (118, 228, 338, 448, 538) is configured to exit the airfield taxiway light (101, 202, 303, 404, 503), wherein each respective opening (452, 562, 672) is positioned over a different one of the plurality of prisms (118, 228, 338, 448, 538);
A treatment device for electric arc treatment for aesthetically correct human skin comprising: - power supply means, - control means for controlling said treatment device, - command means for commanding said treatment device, suitable to allow a user to command it, - a treatment electrode, arranged at least partially in contact with the external environment, - a reference electrode electrically connectable to a treated portion, - said power supply means supplying said treatment electrode with alternating electric current having frequencies ranging between 30 kHz and 50 kHz, so as to create an electric potential difference between said treatment electrode and so that said electric potential difference creates an electric arc between said treated portion and said treatment electrode, - said command means being designed to activate and deactivate the supply of electric current to said treatment electrode with a duty cycle ranging between 0.02 and 0.8, and - characterised in that said command means are also designed to activate and deactivate the supply of electric current to said treatment electrode with a period ranging between 0.5 ms and 20 ms. - power supply means, - control means for controlling said treatment device, - command means for commanding said treatment device, suitable to allow a user to command it, - a treatment electrode, arranged at least partially in contact with the external environment, - a reference electrode electrically connectable to a treated portion, - said power supply means supplying said treatment electrode with alternating electric current having frequencies ranging between 30 kHz and 50 kHz, so as to create an electric potential difference between said treatment electrode and so that said electric potential difference creates an electric arc between said treated portion and said treatment electrode, - said command means being designed to activate and deactivate the supply of electric current to said treatment electrode with a duty cycle ranging between 0.02 and 0.8, and - characterised in that said command means are also designed to activate and deactivate the supply of electric current to said treatment electrode with a period ranging between 0.5 ms and 20 ms.