mhurhangee/ep-ind-claims huggingface dataset:
A light emitting diode lamp structure, comprising: a housing body, the housing body, including a lamp base, a module base, a connecting ring connecting the lamp base, and at least one clasping member connecting the module base; a LED lamp module, the LED lamp module connecting the connecting ring and disposed on the lamp base; and an electronic module (700, 700'), the electronic module (700, 700') connecting the clasping member and disposed on the module base, characterized in that the connecting ring further includes a plurality of press portions and a plurality of notches spaced apart from one another and respectively disposed between each two adjacent press portions, and a guiding groove is formed on an outer surface of each of the press portions. a housing body, the housing body, including a lamp base, a module base, a connecting ring connecting the lamp base, and at least one clasping member connecting the module base; a LED lamp module, the LED lamp module connecting the connecting ring and disposed on the lamp base; and an electronic module (700, 700'), the electronic module (700, 700') connecting the clasping member and disposed on the module base, characterized in that the connecting ring further includes a plurality of press portions and a plurality of notches spaced apart from one another and respectively disposed between each two adjacent press portions, and a guiding groove is formed on an outer surface of each of the press portions.
Lowerable sealing device, comprising a profiled guide rail, a lowerable and raisable sealing strip (2, 3) held in the profiled guide rail, a first force transmission bar (5, 9) which extends in the longitudinal direction of the profiled guide rail and is held so as to be displaceable therein in its longitudinal direction, at least one lowering element which comprises a spring, which lowering element is arranged in the profiled guide rail, is connected to the sealing strip (2, 3) and can be actuated by means of the first force transmission bar (5, 9) for the purpose of lowering the sealing strip (2, 3), characterized in that means (4'; 4, 7, 10, 12, 62, 70, 91) are present, by means of which the sealing strip (2, 3) can be lowered by pulling the first force transmission bar (5, 9).
A flexible reclosable package comprising: a first panel, wherein the first panel defines a right side edge portion, a left side edge portion, a bottom edge portion, and a pleated portion; and a second panel, wherein the second panel defines a right side edge portion, a left side edge portion, a bottom edge portion, and a hooded portion, wherein the first and second panels (102, 104) combine to define an interior and an exterior of the package; wherein a first seam joins the right side edge portion of the first panel with the right side edge portion of the second panel; wherein a second seam joins the left side edge portion of the first panel with the left side edge portion of the second panel; wherein a third seam joins the bottom edge portion of the first panel with the bottom edge portion of the second panel; wherein the pleated portion is provided adjacent to the hooded portion and a first line of weakness is provided in the pleated portion; wherein the flexible reclosable package can be converted from a closed configuration to an open configuration and characterized in that the first line of weakness is not visible from the exterior of the package when the package is in the closed configuration, and further characterized in that a slit or a second line of weakness is provided in the pleated portion adjacent to each of the first and second seam (122, 124) and extends along the first and second seam, respectively. a first panel, wherein the first panel defines a right side edge portion, a left side edge portion, a bottom edge portion, and a pleated portion; and a second panel, wherein the second panel defines a right side edge portion, a left side edge portion, a bottom edge portion, and a hooded portion, wherein the first and second panels (102, 104) combine to define an interior and an exterior of the package; wherein a first seam joins the right side edge portion of the first panel with the right side edge portion of the second panel; wherein a second seam joins the left side edge portion of the first panel with the left side edge portion of the second panel; wherein a third seam joins the bottom edge portion of the first panel with the bottom edge portion of the second panel; wherein the pleated portion is provided adjacent to the hooded portion and a first line of weakness is provided in the pleated portion; wherein the flexible reclosable package can be converted from a closed configuration to an open configuration and characterized in that the first line of weakness is not visible from the exterior of the package when the package is in the closed configuration, and further characterized in that a slit or a second line of weakness is provided in the pleated portion adjacent to each of the first and second seam (122, 124) and extends along the first and second seam, respectively.
A method of determining incorrect antenna configuration performed by a network configuration verification component of a cellular communication network, the method comprising: obtaining (830, 840) crowd-sourced data comprising an indication of a central point within a coverage area of a cell sector (220, 222, 224) of the cellular communication system, the crowd-sourced data comprising data indicative of actual cell coverage as experienced by a plurality of wireless communication units, and the indication of the central point within the coverage area of the cell sector (220, 222, 224) being based on the actual cell coverage as experienced by the plurality of wireless communication units; determining a distance, d, between the central point within the coverage area of the cell sector (220, 222, 224) and a geographic location of an antenna of the cell sector (220, 222, 224); calculating an expected distance, D, between an expected central point within the coverage area of the cell sector (220, 222, 224) and the geographic location of the antenna; verifying whether a difference between the determined distance, d, and the expected distance, D, is more than a threshold value; and identifying a potentially incorrect antenna configuration for the cell sector (220, 222, 224) if the difference between the determined distance, d, and the expected distance, D, is more than the threshold value. obtaining (830, 840) crowd-sourced data comprising an indication of a central point within a coverage area of a cell sector (220, 222, 224) of the cellular communication system, the crowd-sourced data comprising data indicative of actual cell coverage as experienced by a plurality of wireless communication units, and the indication of the central point within the coverage area of the cell sector (220, 222, 224) being based on the actual cell coverage as experienced by the plurality of wireless communication units; the crowd-sourced data comprising data indicative of actual cell coverage as experienced by a plurality of wireless communication units, and the indication of the central point within the coverage area of the cell sector (220, 222, 224) being based on the actual cell coverage as experienced by the plurality of wireless communication units; determining a distance, d, between the central point within the coverage area of the cell sector (220, 222, 224) and a geographic location of an antenna of the cell sector (220, 222, 224); calculating an expected distance, D, between an expected central point within the coverage area of the cell sector (220, 222, 224) and the geographic location of the antenna; verifying whether a difference between the determined distance, d, and the expected distance, D, is more than a threshold value; and identifying a potentially incorrect antenna configuration for the cell sector (220, 222, 224) if the difference between the determined distance, d, and the expected distance, D, is more than the threshold value.
A wind turbine cooling system configured to cool components of a wind turbine, the wind turbine having a nacelle, comprising - a cooling medium configured to be circulated in a cooling circuit, the cooling circuit is fluidly connecting the components and a cooling device, - the cooling device is arranged on an exterior face of the nacelle and is exposed to ambient conditions, such as wind flow and ambient air temperature outside the nacelle, - the cooling medium is cooled in the cooling device by wind flow passing through the cooling device, and - the cooling medium is circulated from the cooling device to the components, wherein a first temperature-altering section is fluidly connected with the cooling circuit upstream of the cooling device, characterized in that the first temperature-altering section being configured to heat the cooling medium before entering into the cooling device, and a second temperature-altering section is fluidly connected with the cooling circuit downstream of the cooling device, the second temperature-altering section being configured to cool the cooling medium after it has left the cooling device. - a cooling medium configured to be circulated in a cooling circuit, the cooling circuit is fluidly connecting the components and a cooling device, - the cooling device is arranged on an exterior face of the nacelle and is exposed to ambient conditions, such as wind flow and ambient air temperature outside the nacelle, - the cooling medium is cooled in the cooling device by wind flow passing through the cooling device, and - the cooling medium is circulated from the cooling device to the components, wherein a first temperature-altering section is fluidly connected with the cooling circuit upstream of the cooling device, characterized in that the first temperature-altering section being configured to heat the cooling medium before entering into the cooling device, and a second temperature-altering section is fluidly connected with the cooling circuit downstream of the cooling device, the second temperature-altering section being configured to cool the cooling medium after it has left the cooling device.
A method for determining emission values of a gas turbine, wherein in a first method step first operating parameters and first emission values of the gas turbine are directly determined and stored assigned to one another; and wherein in a second method step second operating parameters of the gas turbine are directly determined and from this, by associating the operating parameters determined in the second method step with the operating parameters associated with one another and stored in the first method step as well as emission values, second emission values are indirectly determined, characterized in that the first method step takes place during a trial run before a re-commissioning or commissioning of the gas turbine and the second method step during the operation of the gas turbine.
Method for adjusting a testing device for ultrasonic testing of workpieces, in which method, in a reference body having comparison reflectors previously introduced into various regions of the reference body to be tested, ultrasonic waves are firstly coupled into these test regions and ultrasonic waves reflected within the reference body are received and converted into electrical signals, an amplitude of the signals over the propagation time of the signals is output as an A-scan, wherein, with knowledge of the type and position of the relevant comparison reflector, the signal is adjusted in relation to the comparison reflector to be identified by adjusting test parameters of the testing device in such a way that the comparison reflector can be identified as an error signal, and the testing device is adjusted using these optimised adjustment values for the test parameters, characterised in that a test grid is created from previously specified adjustment values in previously specified test parameter ranges, the regions of the reference body to be tested are tested on the basis of the test grid, the corresponding A-scans are recorded as raw data, and the adjustment values for the test parameters for the adjustment are optimised on the basis of the raw data using a computer system comprising suitable software.
An intraocular lens, comprising: an optic; a plurality of haptic arms extending from the optic; an annular ring coupled to the plurality of arms, wherein the annular ring is comprised of an anterior retention ring and a posterior retention ring between which an optic is suspended, wherein the anterior retention ring and the posterior retention ring are separated by a plurality of haptic pillars, wherein the plurality of haptic arms define openings between the annular ring and the optic; and at least one orientation tab coupled to the annular ring, wherein each opening between the optic and the annular ring has an orientation tab positioned therein, wherein the orientation tabs indicate a proper anterior and posterior position, and indicate the proper alignment of the intraocular lens when placed in an eye. an optic; a plurality of haptic arms extending from the optic; an annular ring coupled to the plurality of arms, wherein the annular ring is comprised of an anterior retention ring and a posterior retention ring between which an optic is suspended, wherein the anterior retention ring and the posterior retention ring are separated by a plurality of haptic pillars, wherein the plurality of haptic arms define openings between the annular ring and the optic; and at least one orientation tab coupled to the annular ring, wherein each opening between the optic and the annular ring has an orientation tab positioned therein, wherein the orientation tabs indicate a proper anterior and posterior position, and indicate the proper alignment of the intraocular lens when placed in an eye.
Motor vehicle lock having the lock elements of the lock latch and detent pawl, wherein in the normal operating mode the detent pawl can be lifted out in a user-side detent pawl activation process, wherein an adjustable crash element is provided which in an activation position permits the activation of the detent pawl and in a blocking position allows the activation of the detent pawl to freewheel, characterized in that the arrangement is effected in such a way that outside the activation of the detent pawl in the normal operating mode the crash element is in the locking position, and in the course of the activation of the detent pawl it is adjusted from the locking position into the activation position before the lifting out of the detent pawl.
Toothbrush with a toothbrush body having a head region, a neck region adjoining the latter, and a handle region adjoining the neck region at the side directed away from the head region, and a bristle-carrying plate with passages for bristle tufts, wherein the head region is provided, from the direction of its front side, with a recess that corresponds substantially to the shape of the bristle-carrying plate, and wherein the following are secured on the bristle-carrying plate without anchors: (a) tufts with bristles which are chemically tapered at one end and which have a portion tapering towards a tip, and, adjoining the portion, a cylindrical portion which has a blunt end, and of which the tips are mechanically worked, and (b) tufts with conventional cylindrical bristles, wherein the tufts are composed of groups of tapered bristles and conventional cylindrical bristles, and wherein the groups of conventional cylindrical bristles and the groups of tapered bristles are arranged in the same tuft. (a) tufts with bristles which are chemically tapered at one end and which have a portion tapering towards a tip, and, adjoining the portion, a cylindrical portion which has a blunt end, and of which the tips are mechanically worked, and (b) tufts with conventional cylindrical bristles, wherein the tufts are composed of groups of tapered bristles and conventional cylindrical bristles, and wherein the groups of conventional cylindrical bristles and the groups of tapered bristles are arranged in the same tuft.
Data transmission method between an on-board device adapted to acquire data relating to motion and/or driving parameters of a vehicle and a remote processing centre, comprising the steps of: - acquiring said data through the on-board device and storing them in a log memory of the on-board device; - assessing by means of the on-board device if a logical condition is satisfied comprised in a plurality of possible logical conditions each associated with a respective type of event; - sending, if said logical condition is satisfied, by means of the on-board device, a data connection request message requesting connection to a mobile cellular radio network to request the establishment of a GPRS connection between the on-board device and the remote processing centre, wherein the data connection request message includes at least one data identifying the type of event associated with the aforesaid logical condition; - receiving the data connection request message connection at the remote processing centre, by means of the mobile cellular radio network; - processing the data connection request message at the remote processing centre to accept or reject the connection request based on said identifying data. - acquiring said data through the on-board device and storing them in a log memory of the on-board device; - assessing by means of the on-board device if a logical condition is satisfied comprised in a plurality of possible logical conditions each associated with a respective type of event; - sending, if said logical condition is satisfied, by means of the on-board device, a data connection request message requesting connection to a mobile cellular radio network to request the establishment of a GPRS connection between the on-board device and the remote processing centre, wherein the data connection request message includes at least one data identifying the type of event associated with the aforesaid logical condition; - receiving the data connection request message connection at the remote processing centre, by means of the mobile cellular radio network; - processing the data connection request message at the remote processing centre to accept or reject the connection request based on said identifying data.
A heating chamber with a hybrid heating system, in particular for automated food preparation and processing systems, comprising: a body consisting of walls that form a closed space for a heated product, wherein at least one of the walls is movable or has an opening, enabling in that way to place the product inside and to pull it out; a source of microwave radiation generating microwaves propagating inside the heating chamber, preferably a microwave emitter in the form of at least one magnetron; a source of infrared radiation, preferably at least one infrared radiator in the form of a quartz bulb or an electric heater, characterised in that the walls of the heating chamber are connected to each other by a finger joint (6, 7) through suitably shaped protrusions and slots located essentially along edges of the joined walls, wherein the protrusion bottom comprises, along the transverse edges, recesses for close adherence of the joined elements. a body consisting of walls that form a closed space for a heated product, wherein at least one of the walls is movable or has an opening, enabling in that way to place the product inside and to pull it out; a source of microwave radiation generating microwaves propagating inside the heating chamber, preferably a microwave emitter in the form of at least one magnetron; a source of infrared radiation, preferably at least one infrared radiator in the form of a quartz bulb or an electric heater, characterised in that the walls of the heating chamber are connected to each other by a finger joint (6, 7) through suitably shaped protrusions and slots located essentially along edges of the joined walls, wherein the protrusion bottom comprises, along the transverse edges, recesses for close adherence of the joined elements.
A portable device apt to the insertion of radioactive seeds for brachytherapy applications, comprising: - a main body substantially in the form of a handpiece; - a shielded container of radioactive seeds, received within said main body and having a rotatable drum configured to release one or more radioactive seeds at a time from said container; - means for driving said rotatable drum, activatable by an operator; - means for introducing one or more radioactive seeds in a body site of interest, comprising a substantially wire-shaped pusher; and - means for synchronizing the release of radioactive seeds by said rotatable drum and said introducing means, the overall arrangement being such that, in use, said pusher urges the radioactive seed(s) released from said rotating drum through a cannula unit, the latter connected, at a first proximal longitudinal end thereof, to said main body and percutaneously inserted so that a distal longitudinal end thereof be arranged in the body site. - a main body substantially in the form of a handpiece; - a shielded container of radioactive seeds, received within said main body and having a rotatable drum configured to release one or more radioactive seeds at a time from said container; - means for driving said rotatable drum, activatable by an operator; - means for introducing one or more radioactive seeds in a body site of interest, comprising a substantially wire-shaped pusher; and - means for synchronizing the release of radioactive seeds by said rotatable drum and said introducing means,
Flow adjusting device for a shock absorber for a vehicle, said shock absorber comprising a cylinder adapted to accommodate at least a hydraulic fluid and a piston dividing said cylinder into at least a first and a second working chamber (23, 24), said flow adjusting device being adapted to control at least a first damping medium flow and a second damping medium flow adapted to flow from at least one of said working chambers, wherein said flow adjusting device comprises at least a first valve, adapted to control said first flow, and a second valve, adapted to control said second flow, wherein said first valve and said second valve are jointly adjusted, and wherein said second flow is a bleed flow, characterized in that said first valve is adjustable between at least a first position in which the first flow of fluid is allowed to flow substantially free through said first valve and a second position in which the first flow of fluid is substantially blocked from flowing through said first valve, and said second valve is adjustable between at least a first position in which the second flow of fluid is allowed to flow substantially free through said second valve and a second position in which the second flow of fluid is substantially blocked.