mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a glass panel unit, the method comprising an assembling step, a first melting step, an evacuation step, and a sealing step, the assembling step including providing a glass panel unit assembly having a pair of glass substrates (200, 300) arranged to face each other; a peripheral wall having a frame shape and disposed between the pair of glass substrates (200, 300); a partition (420a-420p) provided to partition an internal space, surrounded with the pair of glass substrates (200, 300) and the peripheral wall, into a first space (510a-510g) and a second space (520a, 520b), the partition (420a-420p) being lower in height than the peripheral wall; an air passage being formed by a gap between the partition (420a-420p) and another partition (420a-420p) or a gap between the partition (420a-420p) and the peripheral wall, connecting the first space (510a-510g) and the second space (520a, 520b) together; and an evacuation port connecting the second space (510a-510g) to an external environment, the first melting step including melting the peripheral wall to hermetically bond the pair of glass substrates (200, 300), the evacuation step including evacuating the first space (510a-510g) through the air passage, the second space (510a-510g), and the evacuation port, the sealing step including deforming the partition (420a-420p) to close the air passage, characterised in that in the first melting step, the partition (420a-420p) comes into contact with the pair of glass substrates (200, 300) after the peripheral wall comes into contact with the pair of glass substrates (200, 300). the assembling step including providing a glass panel unit assembly having a pair of glass substrates (200, 300) arranged to face each other; a peripheral wall having a frame shape and disposed between the pair of glass substrates (200, 300); a partition (420a-420p) provided to partition an internal space, surrounded with the pair of glass substrates (200, 300) and the peripheral wall, into a first space (510a-510g) and a second space (520a, 520b), the partition (420a-420p) being lower in height than the peripheral wall; an air passage being formed by a gap between the partition (420a-420p) and another partition (420a-420p) or a gap between the partition (420a-420p) and the peripheral wall, connecting the first space (510a-510g) and the second space (520a, 520b) together; and an evacuation port connecting the second space (510a-510g) to an external environment, the first melting step including melting the peripheral wall to hermetically bond the pair of glass substrates (200, 300), the evacuation step including evacuating the first space (510a-510g) through the air passage, the second space (510a-510g), and the evacuation port, the sealing step including deforming the partition (420a-420p) to close the air passage, characterised in that in the first melting step, the partition (420a-420p) comes into contact with the pair of glass substrates (200, 300) after the peripheral wall comes into contact with the pair of glass substrates (200, 300).
A cutting accessory for use with a powered surgical handpiece including a chuck for holding the cutting accessory to the handpiece, the chuck comprising an alignment collar for receiving an accessory shaft, said cutting accessory including: the shaft which is elongated and has opposed proximal and distal ends, a longitudinal axis and an outer surface; a tissue working member attached to the distal end of the shaft, the tissue working member designed to accomplish a procedure on the living tissue against which the tissue working member is applied; a shaft proximal section formed with a plurality of faces that extend inwardly from an outer surface of the shaft, each face having at least one shallow portion and shaped to receive a clamping member that holds the shaft to the handpiece, wherein there are at least two said faces that are arranged linearly so as to extend proximally to distally along the shaft proximal section, wherein the shaft is formed with two rows of opposed pairs of faces, characterized in that, the shaft is further formed to have a flat that extends distally forward of the most distalmost face, the flat being located a distance from the shaft longitudinal axis that is greater than the distance shallow portions of the faces are located from the longitudinal axis and less than the distance the outer surface of the shaft is located from longitudinal axis, and said shaft flat is designed for surface-against-surface contact with the alignment collar of the chuck, when the shaft is received in the chuck alignment collar. the shaft which is elongated and has opposed proximal and distal ends, a longitudinal axis and an outer surface; a tissue working member attached to the distal end of the shaft, the tissue working member designed to accomplish a procedure on the living tissue against which the tissue working member is applied; a shaft proximal section formed with a plurality of faces that extend inwardly from an outer surface of the shaft, each face having at least one shallow portion and shaped to receive a clamping member that holds the shaft to the handpiece, wherein there are at least two said faces that are arranged linearly so as to extend proximally to distally along the shaft proximal section, wherein the shaft is formed with two rows of opposed pairs of faces, characterized in that, the shaft is further formed to have a flat that extends distally forward of the most distalmost face, the flat being located a distance from the shaft longitudinal axis that is greater than the distance shallow portions of the faces are located from the longitudinal axis and less than the distance the outer surface of the shaft is located from longitudinal axis, and said shaft flat is designed for surface-against-surface contact with the alignment collar of the chuck, when the shaft is received in the chuck alignment collar.
A cabin front wall structure of a vehicle, comprising: a dash panel constituting a front wall of a cabin of a vehicle; an accelerator bracket attached to the dash panel, and used for mounting an accelerator pedal; a brake bracket attached to the dash panel at a position spaced from the accelerator bracket in a vehicle width direction, and used for mounting a brake pedal; and a connection member extending along a surface of the dash panel and configured to connect the accelerator bracket and the brake bracket, characterized in that the dash panel has a column hole into which a steering column is inserted; the accelerator bracket is arranged on a right side of the column hole in the vehicle width direction; the brake bracket is arranged on a left side of the column hole in the vehicle width direction; and the connection member is arranged above the column hole. a dash panel constituting a front wall of a cabin of a vehicle; an accelerator bracket attached to the dash panel, and used for mounting an accelerator pedal; a brake bracket attached to the dash panel at a position spaced from the accelerator bracket in a vehicle width direction, and used for mounting a brake pedal; and a connection member extending along a surface of the dash panel and configured to connect the accelerator bracket and the brake bracket, characterized in that the dash panel has a column hole into which a steering column is inserted; the accelerator bracket is arranged on a right side of the column hole in the vehicle width direction; the brake bracket is arranged on a left side of the column hole in the vehicle width direction; and the connection member is arranged above the column hole.
A handheld vacuum cleaner comprising: a handle; a vacuum motor; a battery means for powering the vacuum motor; a vacuum inlet; a debris receptacle for receiving debris sucked through said inlet by said vacuum motor; and an outlet associated with said receptacle to permit said handheld vacuum cleaner to be emptied when connected to a central vacuum system, wherein said outlet includes a door which is sealed when the hand held vacuum cleaner is in use and which is opened when the hand held vacuum cleaner is installed in a docking assembly; and characterized in that said handheld vacuum cleaner includes a latch keyway to help said hand held vacuum cleaner register with a docking assembly. a handle; a vacuum motor; a battery means for powering the vacuum motor; a vacuum inlet; a debris receptacle for receiving debris sucked through said inlet by said vacuum motor; and
Locking device comprising at least one locking mechanism having a catch and a swivelable first pawl as well as a release lever, wherein the release lever is moved such that the release lever interacts with a tappet of the first pawl during its movement and a lateral pawl spring forms a contact between the tappet and the release lever during the interaction, characterized in that the pawl spring is received in a retainer of the first pawl and the tappet of the first pawl and the retainer are formed opposite to each other in such a way that the tappet is provided on an upper side face at a leg of the first pawl, and the retainer at the same leg, but on the bottom lateral surface.
A method for congestion control in a communications network supporting a plurality of streaming video traffics, said method comprising: determining, offline, a plurality of congestion control policies based on a plurality of training streaming video traffics and values of a set of parameters associated with the plurality of training streaming video traffics at convergence of the set of parameters, the set of parameters being observed in corpus of representative video contents of the plurality of training streaming video traffics, the set of parameters learned using reinforcement learning, the set of parameters including at least one of Radio Link Control buffer fullness, encoding rate, spatial resolution, and temporal resolution; selecting, online, among the determined plurality of congestion control policies, a congestion control policy for each traffic of a plurality of ongoing streaming video traffics, based on values of the set of parameters associated with each traffic, respectively; and applying, online, the selected congestion control policies to the traffics of the plurality of ongoing streaming video traffics, respectively.
An apparatus comprising: - a base substrate; and - a component substrate having at least two electronic components arranged thereon; wherein at least one aperture is formed through an entire thickness of the component substrate, the at least one aperture formed in an interspace between the at least two electronic components; and wherein the component substrate is coupled to the base substrate using a solder joint.. - a base substrate; and - a component substrate having at least two electronic components arranged thereon; wherein at least one aperture is formed through an entire thickness of the component substrate, the at least one aperture formed in an interspace between the at least two electronic components; and wherein the component substrate is coupled to the base substrate using a solder joint..
A computer-implemented method for managing the display of items in a web-based document application (200, 200A, 200B), the method comprising: providing an electronic document that includes a plurality of content items; anchoring a plurality of base layers to different discrete positions of the electronic document; anchoring ones of the plurality of content items to particular ones of the base layers so that when the electronic document is scrolled on a computer display, the content items move with the electronic document by virtue of the anchoring of the content items to the base layers and the anchoring of the base layers to the document characterized in that the electronic document is a spreadsheet, and the method further comprises identifying a sub-area of a model for the spreadsheet to render to a document object model, and rendering content items that are anchored to base layers that cover the sub-area, wherein the sub-area is identified by selecting an area positionally around a current viewport that shows a small portion of the document in a web browser. providing an electronic document that includes a plurality of content items; anchoring a plurality of base layers to different discrete positions of the electronic document; anchoring ones of the plurality of content items to particular ones of the base layers so that when the electronic document is scrolled on a computer display, the content items move with the electronic document by virtue of the anchoring of the content items to the base layers and the anchoring of the base layers to the document characterized in that the electronic document is a spreadsheet, and the method further comprises identifying a sub-area of a model for the spreadsheet to render to a document object model, and rendering content items that are anchored to base layers that cover the sub-area, wherein the sub-area is identified by selecting an area positionally around a current viewport that shows a small portion of the document in a web browser.
An apparatus comprising: a planar member (318, 600) configured to be attached to an airframe of an aircraft, wherein a number of antennas (316, 604) are attached to the planar member (318, 600); and a number of connectors (320, 608, 609) configured to attach the planar member to the airframe of the aircraft, characterised in that the connectors are swing links, the swing links having a part attachable to the airframe such that the part is moveable with the airframe, and the swing links being configured to allow the connectors to pivot, thereby reducing a change in a shape of the planar member (318, 600) in response to a change in a shape of the airframe of the aircraft. a planar member (318, 600) configured to be attached to an airframe of an aircraft, wherein a number of antennas (316, 604) are attached to the planar member (318, 600); and a number of connectors (320, 608, 609) configured to attach the planar member to the airframe of the aircraft, characterised in that the connectors are swing links, the swing links having a part attachable to the airframe such that the part is moveable with the airframe, and the swing links being configured to allow the connectors to pivot, thereby reducing a change in a shape of the planar member (318, 600) in response to a change in a shape of the airframe of the aircraft.
A battery pack comprising: a plurality of unit cells; a battery holder (120, 220, 320, 420) to which the plurality of unit cells are mounted; an electrode tab arranged on the battery holder; and a bus bar of which a portion is arranged on the electrode tab, characterised in that the battery holder comprises a welding part (126, 226, 326, 426), the electrode tab contacting a top surface of the welding part, wherein the electrode tab, bus bar and welding part overlap each other in the same region and are arranged to be combined together by welding. a plurality of unit cells; a battery holder (120, 220, 320, 420) to which the plurality of unit cells are mounted; an electrode tab arranged on the battery holder; and a bus bar of which a portion is arranged on the electrode tab, characterised in that the battery holder comprises a welding part (126, 226, 326, 426), the electrode tab contacting a top surface of the welding part, wherein the electrode tab, bus bar and welding part overlap each other in the same region and are arranged to be combined together by welding.
Pressure measuring member comprising: - a pressure-measuring surface functionally connected to a test body, - a sealed pressure-measuring housing in which the test body is arranged, the pressure-measuring surface being supported by a wall of the sealed pressure-measuring housing extending at a distance from the test body and deformable in such a way that the pressure received by said wall on the outside of the housing can be measured by the test body, the sealed pressure-measuring housing delimiting a space internal to the sealed housing; - means for transmitting the pressure between the pressure-measuring surface and the test body comprising a substantially incompressible material occupying the entire internal space; - energy storage means; and - means for processing the pressure detected by the test body and arranged in the sealed housing; characterized in that the energy storage means are arranged in the sealed housing. - a pressure-measuring surface functionally connected to a test body, - a sealed pressure-measuring housing in which the test body is arranged, the pressure-measuring surface being supported by a wall of the sealed pressure-measuring housing extending at a distance from the test body and deformable in such a way that the pressure received by said wall on the outside of the housing can be measured by the test body, the sealed pressure-measuring housing delimiting a space internal to the sealed housing; - means for transmitting the pressure between the pressure-measuring surface and the test body comprising a substantially incompressible material occupying the entire internal space; - energy storage means; and - means for processing the pressure detected by the test body and arranged in the sealed housing;
A method of acquiring an image by an imager having an array of pixels configured to generate an electrical response upon exposure to incident light flux passing through an optical path in which a wavefront correction device is disposed, the imager being adapted to allow non-destructive readout of the electrical response of pixels during exposure, the method comprising the following steps: 1) beginning of the exposure of the pixels of the pixel array to the incident light flux; 2) for a plurality of iterations during the exposure of the pixels: 2.1) non-destructive reading of the electrical responses of pixels of a region of interest; 2.2) determination of an evolution of the spatial distribution of pixels in logarithmic mode with respect to the preceding iteration from the electrical responses of the pixels of the region of interest, representative of a fluctuation of a wavefront of the incident light flux between this iteration and the preceding iteration 2.3) from this evolution, determination of a control of the wavefront correction device in order to correct the wavefront of the light flux; 2.4) configuration of the wavefront correction device by the control, 3) reading the electrical responses of the pixels of the pixel array resulting in an image. 1) beginning of the exposure of the pixels of the pixel array to the incident light flux; 2) for a plurality of iterations during the exposure of the pixels: 2.1) non-destructive reading of the electrical responses of pixels of a region of interest; 2.2) determination of an evolution of the spatial distribution of pixels in logarithmic mode with respect to the preceding iteration from the electrical responses of the pixels of the region of interest, representative of a fluctuation of a wavefront of the incident light flux between this iteration and the preceding iteration 2.3) from this evolution, determination of a control of the wavefront correction device in order to correct the wavefront of the light flux; 2.4) configuration of the wavefront correction device by the control, 2.1) non-destructive reading of the electrical responses of pixels of a region of interest; 2.2) determination of an evolution of the spatial distribution of pixels in logarithmic mode with respect to the preceding iteration from the electrical responses of the pixels of the region of interest, representative of a fluctuation of a wavefront of the incident light flux between this iteration and the preceding iteration 2.3) from this evolution, determination of a control of the wavefront correction device in order to correct the wavefront of the light flux; 2.4) configuration of the wavefront correction device by the control, 3) reading the electrical responses of the pixels of the pixel array resulting in an image.
An RF transceiver for a telecommunications system, including a mixer, information signal means (2, 20) for applying to the mixer an information signal for transmission, and a local oscillator coupled to the mixer, wherein a feedback path is coupled to receive the local oscillator signal, which includes digitisation means arranged to produce a digitised version of the local oscillator signal with accompanying phase noise, processing means (94, 96) for isolating the phase noise component of said digitised version, means for applying a compensatory version of said phase noise component to said mixer, together with said information signal, and said feedback path including down-conversion means for down-converting the local oscillator signal prior to producing said digitised version, characterised by said down-conversion means comprising first and second stages, each stage including a mixer for mixing the local oscillator signal with a lower frequency signal, and means (80, 86) for applying said lower frequency signal in antiphase to the respective mixers of the first and second stages.
An in vitro method of diagnosing Parkinson's disease in a human patient or of monitoring the progress of Parkinson's disease in a human patient, comprising measuring the amount of active c-Rel factor in a biological sample comprising endogenous c-Rel factor from the human patient, wherein the amount of active c-Rel factor is measured by an immunoassay which uses as capture agent an oligonucleotide containing a consensus sequence for the human kB (kappaB) site, a decrease in the active c-Rel factor in the biological sample from the human patient compared to a healthy control being indicative of the presence or progress of Parkinson's disease.
A solar collector module, for a concentrated photovoltaic solar plant, comprising a first lens, called the primary lens, consisting of a Fresnel lens, at least one second lens, called the secondary lens, that is right-frustoconical or rightfrustopyramidal shaped and arranged below the primary lens, and at least one photovoltaic cell arranged below a secondary lens in order to receive the solar rays concentrated by the primary lens and said secondary lens, the collector module furthermore comprising temperature sensors (8.1, 8.2, 8.3, 8.4) for measuring temperature differences between a reference temperature and at least four points regularly distributed about the axis connecting the center of the bases of the frustocone or frustopyramid of a secondary lens in order to produce its thermal map.