mhurhangee/ep-ind-claims huggingface dataset:
A holding device for a plate-shaped, flat wall module, comprising at least one first clamping device and at least one second clamping device, wherein the first clamping device comprises a clamping body • with a first clamping jaw which is fixed relative to the clamping body, • a second clamping jaw movable relative to the clamping body which in turn is connected to an actuating lever - in a permanently operative manner for opening and closing the movable clamping jaw, or - can be temporarily connected in such a manner that the clamping device is held in the "open" state; and - wherein in the "closed" state, the clamping jaws (31, 32) form a receiving space for the wall module, - and the receiving space further includes an interlocking device which, in the "closed" state, fixes the position of the clamping jaws (31, 32) relative to one another, characterized in that the second clamping device has a fork-shaped cross-sectional profile with two fixed clamping jaws (21, 22), a groove formed therebetween, and a holding web. • with a first clamping jaw which is fixed relative to the clamping body, • a second clamping jaw movable relative to the clamping body which in turn is connected to an actuating lever - in a permanently operative manner for opening and closing the movable clamping jaw, or - can be temporarily connected in such a manner that the clamping device is held in the "open" state; and - wherein in the "closed" state, the clamping jaws (31, 32) form a receiving space for the wall module, - and the receiving space further includes an interlocking device which, in the "closed" state, fixes the position of the clamping jaws (31, 32) relative to one another, - in a permanently operative manner for opening and closing the movable clamping jaw, or - can be temporarily connected in such a manner that the clamping device is held in the "open" state; and - wherein in the "closed" state, the clamping jaws (31, 32) form a receiving space for the wall module, - and the receiving space further includes an interlocking device which, in the "closed" state, fixes the position of the clamping jaws (31, 32) relative to one another,
A plasticizing device comprising: a drive motor; a rotating unit driven to rotate about a rotation axis by the drive motor and having an end surface perpendicular to the rotation axis and a lateral surface intersecting with the end surface; a barrel having a bottom surface facing the end surface of the rotating unit, and a heater; a case accommodating the rotating unit; and a material supply unit accommodating the material, wherein at least one of the barrel and the case has a sidewall surface facing the lateral surface of the rotating unit and standing up along an outer circumference of the bottom surface of the barrel; at the bottom surface of the barrel, a communication hole through which the molten material flows out and a spiral groove part coupled to the communication hole are formed; the lateral surface of the rotating unit and the sidewall surface together define a supply space where the material is supplied from the material supply unit to the groove part; the rotating unit has a plurality of plate-like blade parts protruding from the lateral surface toward the supply space, and the material travels between the blade parts and flows into the groove part; and the blade parts have a surface sloped along the rotation axis. a drive motor; a rotating unit driven to rotate about a rotation axis by the drive motor and having an end surface perpendicular to the rotation axis and a lateral surface intersecting with the end surface; a barrel having a bottom surface facing the end surface of the rotating unit, and a heater; a case accommodating the rotating unit; and a material supply unit accommodating the material, wherein at least one of the barrel and the case has a sidewall surface facing the lateral surface of the rotating unit and standing up along an outer circumference of the bottom surface of the barrel; at the bottom surface of the barrel, a communication hole through which the molten material flows out and a spiral groove part coupled to the communication hole are formed; the lateral surface of the rotating unit and the sidewall surface together define a supply space where the material is supplied from the material supply unit to the groove part; the rotating unit has a plurality of plate-like blade parts protruding from the lateral surface toward the supply space, and the material travels between the blade parts and flows into the groove part; and the blade parts have a surface sloped along the rotation axis.
A suspension stop, for a suspension strut comprising a coil spring, the suspension stop defining a reference geometric axis and comprising: - a bearing; - a cover, having a bottom face comprising a zone of contact with the bearing, the cover having at least one snapping-on zone; - a bottom single-piece cup made from moulded plastics or composite material, having a top face delimiting, with the bottom face of the cover, a housing for the bearing, and a bottom face comprising a peripheral annular support zone for a top end of the coil spring, the peripheral annular support zone being situated radially outside the snapping-on zone; characterised in that the suspension stop further comprises an assembly ring secured to the single-piece cup and comprising at least one complementary snapping-on zone projecting radially towards the snapping-on zone of the cover, so as to snap onto the snapping-on zone of the cover. - a bearing; - a cover, having a bottom face comprising a zone of contact with the bearing, the cover having at least one snapping-on zone; - a bottom single-piece cup made from moulded plastics or composite material, having a top face delimiting, with the bottom face of the cover, a housing for the bearing, and a bottom face comprising a peripheral annular support zone for a top end of the coil spring, the peripheral annular support zone being situated radially outside the snapping-on zone;
Spacer element for a transport pallet (1; 101; 201) to be arranged in each case between the ends of a bottom board and of a transverse board or between the ends of a bottom board and of a longitudinal board of a transport pallet (1; 101; 201), the spacer element being U-shaped and having a web that extends in the spacing direction, as well as an upper leg extending transversely to said web, and a lower leg extending transversely to said web, which legs form a support for the bottom board (5; 105), for the transverse board or for the longitudinal board of the transport pallet (1; 101; 201), characterised by at least one upper tab that extends so as to be plane-parallel with the upper leg in order to form an upper receptacle for an end of the transverse board or for an end of the longitudinal board, and by at least one lower tab that extends so as to be plane-parallel with the lower leg in order to form a lower receptacle for an end of the bottom board, a tab foot of the upper tab and lower tab being rigidly connected to the web, and a tab head comprising fastening means for frictionally connecting the transverse board, the longitudinal board or the bottom board (5; 105) to the spacer element.
A liquid droplet forming apparatus comprising: a liquid holding unit configured to hold a liquid including precipitating particles; a film member configured to be vibrated so as to eject the liquid held in the liquid holding unit, wherein a nozzle is formed in the film member and the liquid is ejected as a droplet from the nozzle; a vibrating unit configured to vibrate the film member; and a driving unit configured to selectively apply an ejection waveform and a stirring waveform to the vibrating unit, wherein the film member is vibrated to form the droplet in response to applying the ejection waveform and the film member is vibrated without forming the droplet in response to applying the stirring waveform, characterized in that the driving unit is configured such that the stirring waveform is generated based on a signal whose frequency is less than a natural frequency of a higher order mode vibration of the film member. a liquid holding unit configured to hold a liquid including precipitating particles; a film member configured to be vibrated so as to eject the liquid held in the liquid holding unit, wherein a nozzle is formed in the film member and the liquid is ejected as a droplet from the nozzle; a vibrating unit configured to vibrate the film member; and a driving unit configured to selectively apply an ejection waveform and a stirring waveform to the vibrating unit, wherein the film member is vibrated to form the droplet in response to applying the ejection waveform and the film member is vibrated without forming the droplet in response to applying the stirring waveform, characterized in that the driving unit is configured such that the stirring waveform is generated based on a signal whose frequency is less than a natural frequency of a higher order mode vibration of the film member.
A dilator configured to dilate tissue of a corpora cavernosum of a penis, comprising: a handle; a stem portion; an intermediate portion connecting the handle and the stem portion; and a dilation portion attached at a distal end of the stem portion and having a larger diameter than the stem portion, wherein the dilation portion includes an exterior surface defining a groove having a groove depth that is configured to leave a section of tissue in the corpora cavernosum undisturbed and un-dilated to allow for vascularization of the section of tissue in aid of an erection, characterized in that the groove is formed to be deeper along a proximal portion of the dilation portion and shallower along a distal portion of the dilation portion. a handle; a stem portion; an intermediate portion connecting the handle and the stem portion; and a dilation portion attached at a distal end of the stem portion and having a larger diameter than the stem portion, wherein the dilation portion includes an exterior surface defining a groove having a groove depth that is configured to leave a section of tissue in the corpora cavernosum undisturbed and un-dilated to allow for vascularization of the section of tissue in aid of an erection, characterized in that the groove is formed to be deeper along a proximal portion of the dilation portion and shallower along a distal portion of the dilation portion.
A cyber-security system comprising a cyber-security account analysis system and a cyber-security data processing system, wherein the cyber-security system includes: a processor; a memory unit storing computer-executable instructions, which when executed by the processor, cause the cyber-security account analysis system to: generate a consumer profile for a consumer based on consumer information; scan a consumer device to determine potential security threats; and associate the consumer device and the results of the scan with the generated consumer profile; wherein the cyber-security data processing system is configured to: monitor at least one of the Surface Web, Deep Web, or Dark Web; determine whether a cyber-attack is occurring; determine, based on the consumer profile and a criteria being used to determine targets of the cyber-attack, that the consumer is a potential target of an upcoming cyber-attack; and proactively notify the consumer of the upcoming cyber-attack. a processor; a memory unit storing computer-executable instructions, which when executed by the processor, cause the cyber-security account analysis system to: generate a consumer profile for a consumer based on consumer information; scan a consumer device to determine potential security threats; and associate the consumer device and the results of the scan with the generated consumer profile; generate a consumer profile for a consumer based on consumer information; scan a consumer device to determine potential security threats; and associate the consumer device and the results of the scan with the generated consumer profile; wherein the cyber-security data processing system is configured to: monitor at least one of the Surface Web, Deep Web, or Dark Web; determine whether a cyber-attack is occurring; determine, based on the consumer profile and a criteria being used to determine targets of the cyber-attack, that the consumer is a potential target of an upcoming cyber-attack; and proactively notify the consumer of the upcoming cyber-attack. monitor at least one of the Surface Web, Deep Web, or Dark Web; determine whether a cyber-attack is occurring; determine, based on the consumer profile and a criteria being used to determine targets of the cyber-attack, that the consumer is a potential target of an upcoming cyber-attack; and proactively notify the consumer of the upcoming cyber-attack.
Sensor unit for a hydraulic circuit of a motor vehicle, the sensor unit having a hydraulic housing, which comprises a fluid inlet, a fluid outlet and a fluid duct between the fluid inlet and the fluid outlet, wherein the fluid inlet and the fluid outlet are configured as quick couplings, and having a sensor housing in which a sensor element is accommodated, and which is fitted to the hydraulic housing such that the sensor element is assigned to the fluid duct, wherein the sensor housing is detachably mounted on the hydraulic housing and comprises a plug connection, into which a plug element can be inserted, by means of which a signal of the sensor element can be transmitted characterized in that the sensor element is a pressure sensor, in which a temperature sensor is also integrated and in that both the hydraulic housing and the sensor housing are comprised of plastic.
Identification device for identifying a person on the basis of an identification document, the identification document comprising an image of a first view of the person, comprising: a detection device for detecting the image; and a processor configured to generate model information on the basis of the detected image, allowing a digital detection of a second view of the person, wherein the processor is configured to compare, in particular to correlate, the model information with a plurality of pre-stored model information and to assign that pre-stored model information which corresponds to the model information to the model information, characterized in that the processor is configured to assign a digital head model which is assigned to that pre-stored model information corresponding to the model information to the model information, wherein the digital head model comprises the second view of the person. a detection device for detecting the image; and a processor configured to generate model information on the basis of the detected image, allowing a digital detection of a second view of the person, wherein the processor is configured to compare, in particular to correlate, the model information with a plurality of pre-stored model information and to assign that pre-stored model information which corresponds to the model information to the model information, characterized in that the processor is configured to assign a digital head model which is assigned to that pre-stored model information corresponding to the model information to the model information, wherein the digital head model comprises the second view of the person.
An attraction system, comprising: a sensor (68, 92) configured to emit an output signal toward a ride vehicle of the attraction system and receive a reflected signal from the ride vehicle; and a control system communicatively coupled to the sensor (68, 92), wherein the control system is configured to: receive data from the sensor (68, 92), wherein the data is indicative of a distance of signal travel based on the output signal and the reflected signal; compare the distance of signal travel with an unoccupied distance value corresponding to a distance between the sensor (68, 92) and the ride vehicle being unoccupied; and determine whether the ride vehicle is occupied based on comparing a difference between the distance of signal travel and the unoccupied distance value with a threshold. a sensor (68, 92) configured to emit an output signal toward a ride vehicle of the attraction system and receive a reflected signal from the ride vehicle; and a control system communicatively coupled to the sensor (68, 92), wherein the control system is configured to: receive data from the sensor (68, 92), wherein the data is indicative of a distance of signal travel based on the output signal and the reflected signal; compare the distance of signal travel with an unoccupied distance value corresponding to a distance between the sensor (68, 92) and the ride vehicle being unoccupied; and determine whether the ride vehicle is occupied based on comparing a difference between the distance of signal travel and the unoccupied distance value with a threshold. receive data from the sensor (68, 92), wherein the data is indicative of a distance of signal travel based on the output signal and the reflected signal; compare the distance of signal travel with an unoccupied distance value corresponding to a distance between the sensor (68, 92) and the ride vehicle being unoccupied; and determine whether the ride vehicle is occupied based on comparing a difference between the distance of signal travel and the unoccupied distance value with a threshold.
Silencer for installation in an air duct, in particular in a flat duct, with at least one sound-absorbing insulating element extending substantially in a longitudinal direction, and with at least one holding device which receives the insulating element at least in sections and which has a fastening device for fixing the silencer in the air duct, characterized in that the holding device has two half-shells (406, 407) which are detachably connected to one another, in particular in a height direction of the silencer, and between which the insulating element is received and fixed at least in sections.
An adhesive hygiene item closure tape with a carrier tape, which comprises a front side carrying adhesive and a rear side, wherein at least one adhesive layer (41, 42), which forms a first adhesive functional region and a second adhesive functional region, is provided at the front side, characterised in that peel-forces of the first adhesive functional region of the two adhesive functional regions (31, 32) are greater than peel-off forces of the second adhesive functional region of the two adhesive functional regions (31, 32), wherein the first adhesive functional region of the two adhesive functional regions (31, 32) forms a permanent region, wherein the permanent region serves to permanently fasten the hygiene item closure tape to a hygiene item, and the second adhesive functional region of the two adhesive functional regions (31, 32) forms a user region, wherein the user region permits a user to open and close the closure formed by the hygiene item closure tape, and that the first adhesive functional region is constituted smaller than the second adhesive functional region.
A door handle (30, 40) of motor vehicle including: - a finishing part (2, 42), said finishing part (2, 42) including at least one metal or metallized member; - intermediate means (11, 22, 36) ensuring a connection of said finishing part (2, 42) to a reference potential; - fastening means (13, 14) for holding said finishing part (2, 42) on said door handle (30, 40); said door handle (30, 40) being such that said intermediate means (11, 22, 36) and said fastening means (13, 14) are arranged such that the fastening of said finishing part (2, 42) via said fastening means (13, 14) causes the setting to said reference potential of said finishing part (2, 42), characterized in that said intermediate means are formed by a metal or metallized case and a spring. - a finishing part (2, 42), said finishing part (2, 42) including at least one metal or metallized member; - intermediate means (11, 22, 36) ensuring a connection of said finishing part (2, 42) to a reference potential; - fastening means (13, 14) for holding said finishing part (2, 42) on said door handle (30, 40); said door handle (30, 40) being such that said intermediate means (11, 22, 36) and said fastening means (13, 14) are arranged such that the fastening of said finishing part (2, 42) via said fastening means (13, 14) causes the setting to said reference potential of said finishing part (2, 42), characterized in that said intermediate means are formed by a metal or metallized case and a spring.
A gas turbine engine, comprising: a nacelle comprising an inner surface at least partially defining a fan bypass duct; a fan configured to drive a bypass air along the fan bypass duct; a low speed shaft configured to rotate about a longitudinal axis of the gas turbine engine; and an electric propulsion system, comprising: an electric motor comprising a rotor, the electric motor disposed within the nacelle of the gas turbine engine, the electric motor is disposed radially outward from the fan bypass duct, and the electric motor is configured to drive the low speed shaft of the gas turbine engine; a drive shaft coupled to the rotor, wherein the drive shaft is configured to extend through the fan bypass duct, wherein the electric motor is in operable communication with the low speed shaft via the drive shaft; a motor cooling duct comprising an outlet at the inner surface of the nacelle; wherein the electric motor is configured to receive the bypass air from the fan bypass duct for cooling the electric motor; and the motor cooling duct is configured to receive the bypass air from the electric motor and direct bypass air back into the fan bypass duct. a nacelle comprising an inner surface at least partially defining a fan bypass duct; a fan configured to drive a bypass air along the fan bypass duct; a low speed shaft configured to rotate about a longitudinal axis of the gas turbine engine; and an electric propulsion system, comprising: an electric motor comprising a rotor, the electric motor disposed within the nacelle of the gas turbine engine, the electric motor is disposed radially outward from the fan bypass duct, and the electric motor is configured to drive the low speed shaft of the gas turbine engine; a drive shaft coupled to the rotor, wherein the drive shaft is configured to extend through the fan bypass duct, wherein the electric motor is in operable communication with the low speed shaft via the drive shaft; a motor cooling duct comprising an outlet at the inner surface of the nacelle; wherein the electric motor is configured to receive the bypass air from the fan bypass duct for cooling the electric motor; and the motor cooling duct is configured to receive the bypass air from the electric motor and direct bypass air back into the fan bypass duct. an electric motor comprising a rotor, the electric motor disposed within the nacelle of the gas turbine engine, the electric motor is disposed radially outward from the fan bypass duct, and the electric motor is configured to drive the low speed shaft of the gas turbine engine; a drive shaft coupled to the rotor, wherein the drive shaft is configured to extend through the fan bypass duct, wherein the electric motor is in operable communication with the low speed shaft via the drive shaft; a motor cooling duct comprising an outlet at the inner surface of the nacelle; wherein the electric motor is configured to receive the bypass air from the fan bypass duct for cooling the electric motor; and the motor cooling duct is configured to receive the bypass air from the electric motor and direct bypass air back into the fan bypass duct.
Expansion vessel for containing and dispensing a liquid through the compression of a gas, comprising a main body, a membrane, a mouth for the entry of the liquid and a valve for the inlet of the gas, characterized in that said main body is made of at least partially transparent plastic material.