mhurhangee/ep-ind-claims huggingface dataset:
A fluorinated tin-based glass frit obtainable by mixing 100 parts by weight of a glass raw material powder which includes, in mol%, 30 to 70% of SnF 2, 10 to 30% of P 2 O 5, 10 to 40% of SnO, 0.1 to 10% of SnO 2, 0 to 5% of In 2 O 3, 0 to 5% of B 2 O 3, and 0 to 5% of SiO 2, with 0.5 to 2.5 parts by weight of a powder of an aromatic carboxylic acid, vitrifying the mixture by heating and melting it at 500°C or lower, and thereafter pulverizing the mixture, the fluorinated tin-based glass frit having a glass transition point of 160°C or lower, a softening point of 180°C or lower, and a maximum particle size of 100 μm or less, and with which a visible light transmission rate of a fired product obtained at 200°C is 80% or more at a thickness of 0.6 mm and a rate of volume reduction of the fired product due to soaking in hot water at 85°C for 24 hours is 2 vol.% or less.
An electrical apparatus for transmitting electrical energy in a clocked manner or with clocked transmission of electrical energy, comprising - an input and an output, - a clocked switch connected between the input and the output, and - a drive unit for clocking the switch by pulse width modulation or pulse density modulation with a fundamental frequency at which drive pulses follow one another, characterized in - that the pulse width modulation can be operated by periodic clocking during in each case only one drive pulse group comprising a variable, predefinable number of successive drive pulses or drive intervals and therefore at a subharmonic of the fundamental frequency, and - that the minimum permissible minimum number and the maximum permissible maximum number of drive pulses or drive intervals in the drive pulse group are selected to the exclusion or with reduction of subharmonics which lie within predefinable subfrequency bands which are below the fundamental frequency. - an input and an output, - a clocked switch connected between the input and the output, and - a drive unit for clocking the switch by pulse width modulation or pulse density modulation with a fundamental frequency at which drive pulses follow one another, - that the pulse width modulation can be operated by periodic clocking during in each case only one drive pulse group comprising a variable, predefinable number of successive drive pulses or drive intervals and therefore at a subharmonic of the fundamental frequency, and - that the minimum permissible minimum number and the maximum permissible maximum number of drive pulses or drive intervals in the drive pulse group are selected to the exclusion or with reduction of subharmonics which lie within predefinable subfrequency bands which are below the fundamental frequency.
A method comprising: receiving at a network device, a request from a mobile device to connect to a wireless local area network; inserting, by the network device, mobile device and network attributes into said request, and transmitting said request from the network device to an authentication proxy comprising a policy filter; and receiving, at the network device, a response to said request and offloading mobile data to the wireless local area network if said request is allowed; wherein the policy filter is configured to filter requests received at the authentication proxy based on said attributes and a network policy for offloading mobile data to the wireless local area network. receiving at a network device, a request from a mobile device to connect to a wireless local area network; inserting, by the network device, mobile device and network attributes into said request, and transmitting said request from the network device to an authentication proxy comprising a policy filter; and receiving, at the network device, a response to said request and offloading mobile data to the wireless local area network if said request is allowed; wherein the policy filter is configured to filter requests received at the authentication proxy based on said attributes and a network policy for offloading mobile data to the wireless local area network.
System for dispensing a fluid product, comprising a device for taking off said product under pressure, said device having a body including dispensing means that are in communication with a plunger tube, said body being equipped with a vent hole that is arranged so as to compensate with air for the volume of product dispensed, said system further comprising a tube cover surrounding the plunger tube over at least part of its length, said tube cover being associated with the body by means of a socket that has an external surface around which the top end of the tube cover is placed and an internal surface in which said body is mounted, the internal surface having an orifice that is in communication with the vent hole, said orifice emerging in the internal surface above the external surface, said system being characterised in that the socket has a groove that extends axially over the external surface, said groove having a top extension that is formed above said external surface, the communication orifice being produced in said extension.
A device for stimulating the frenulum of the male genitalia comprising: vibratory means configured to be positioned against and apply vibrations to the frenulum; control means configured to control and/ or adjust the amplitude and frequency of the vibrations applied to the frenulum; and an attachment means configured to hold the vibratory means in place against the frenulum, and characterised in that the vibratory means comprise a rocking beam pivotally mounted on a pivot and driven to reciprocally rock in a see-saw motion about the pivot wherein the pivot is mounted such that its axis of engagement with the rocking beam can be adjusted lengthwise along the rocking beam by the control means so as to adjust the amplitude of the vibrations applied to the frenulum. vibratory means configured to be positioned against and apply vibrations to the frenulum; control means configured to control and/ or adjust the amplitude and frequency of the vibrations applied to the frenulum; and an attachment means configured to hold the vibratory means in place against the frenulum, and characterised in that the vibratory means comprise a rocking beam pivotally mounted on a pivot and driven to reciprocally rock in a see-saw motion about the pivot wherein the pivot is mounted such that its axis of engagement with the rocking beam can be adjusted lengthwise along the rocking beam by the control means so as to adjust the amplitude of the vibrations applied to the frenulum.
A heart valve coaptation system for reducing regurgitation through the valve, comprising: a flexible rail having a ventricular anchor on the distal end thereof adapted to anchor into tissue within a ventricle; a coaptation member configured to act as a plug of sorts within the heart valve leaflets to mitigate or otherwise eliminate regurgitation; characterized by a delivery catheter having a lumen through which the flexible rail passes; wherein the coaptation member is fixed on a distal end of the delivery catheter, the coaptation member having a bell-shaped cover with a first end open and a flexible inner support holding the first end open; and a locking collet on the delivery catheter for securing the axial position of the coaptation member and delivery catheter on the flexible rail. a flexible rail having a ventricular anchor on the distal end thereof adapted to anchor into tissue within a ventricle; a coaptation member configured to act as a plug of sorts within the heart valve leaflets to mitigate or otherwise eliminate regurgitation; characterized by a delivery catheter having a lumen through which the flexible rail passes; wherein the coaptation member is fixed on a distal end of the delivery catheter, the coaptation member having a bell-shaped cover with a first end open and a flexible inner support holding the first end open; and a locking collet on the delivery catheter for securing the axial position of the coaptation member and delivery catheter on the flexible rail.
Process for producing an epitaxial layer of gallium nitride (GaN) comprising: deposition of a GaN layer on a substrate, deposition of a first mask with a plurality of first openings forming patterns, a first regrowth of a gallium nitride layer on the mask under epitaxial conditions, a second regrowth of gallium nitride, with a doping agent as an enhancer of lateral growth with respect to the vertical growth so as to induce the deposition of gallium nitride islands and anisotropic and lateral growth of said islands, the deposition of a second mask with a plurality of second openings forming the same patterns as the first openings exactly above the first ones, providing that the pitch of the pattern of the second openings is twice the pitch of the first openings, a third regrowth of a gallium nitride layer on the second mask under epitaxial conditions, a fourth regrowth of gallium nitride, with a doping agent as an enhancer of lateral growth with respect to the vertical growth so as to induce the deposition of gallium nitride islands and anisotropic and lateral growth of said islands. deposition of a GaN layer on a substrate, deposition of a first mask with a plurality of first openings forming patterns, a first regrowth of a gallium nitride layer on the mask under epitaxial conditions, a second regrowth of gallium nitride, with a doping agent as an enhancer of lateral growth with respect to the vertical growth so as to induce the deposition of gallium nitride islands and anisotropic and lateral growth of said islands, the deposition of a second mask with a plurality of second openings forming the same patterns as the first openings exactly above the first ones, providing that the pitch of the pattern of the second openings is twice the pitch of the first openings, a third regrowth of a gallium nitride layer on the second mask under epitaxial conditions, a fourth regrowth of gallium nitride, with a doping agent as an enhancer of lateral growth with respect to the vertical growth so as to induce the deposition of gallium nitride islands and anisotropic and lateral growth of said islands.
A method of packaging a vacuum insulation panel, comprising: (a) wrapping a core in an airtight foil such that upper and lower surfaces of the core are open; (b) forming a side folding line and two corresponding folding planes with reference to the side folding line by pushing remaining airtight foil over the upper and lower surfaces of the core wrapped in the airtight foil inwardly of the upper and lower surfaces of the core from both sides of the core, the side folding line being formed using a jig, the jig being guided along side surfaces of the core such that at least a portion of the jig contacts the upper surface of the core to stop movement of at least one of the jig and the core while at least another portion of the jig contacts the airtight foil to form the side folding line; (c) bringing the upper and lower surfaces of the core into close contact with a step member; (d) folding and pressing the folding planes of the airtight foil protruding between the step member and the upper and lower surfaces of the core onto the step member; and (e) sealing the folding planes using a thermal bonding member. (a) wrapping a core in an airtight foil such that upper and lower surfaces of the core are open; (b) forming a side folding line and two corresponding folding planes with reference to the side folding line by pushing remaining airtight foil over the upper and lower surfaces of the core wrapped in the airtight foil inwardly of the upper and lower surfaces of the core from both sides of the core, the side folding line being formed using a jig, the jig being guided along side surfaces of the core such that at least a portion of the jig contacts the upper surface of the core to stop movement of at least one of the jig and the core while at least another portion of the jig contacts the airtight foil to form the side folding line; (c) bringing the upper and lower surfaces of the core into close contact with a step member; (d) folding and pressing the folding planes of the airtight foil protruding between the step member and the upper and lower surfaces of the core onto the step member; and (e) sealing the folding planes using a thermal bonding member.
A method of generating immediate and thereafter continuous steam in a steam generating system comprising a steam accumulator, a steam outlet connected to said steam accumulator, an outlet valve at said steam outlet, and a quick response steam generator unit connected to said steam accumulator, said method comprising the following steps: providing latent steam in said steam accumulator; opening said outlet valve to allow latent steam in said steam accumulator to exit through said steam outlet; feeding water to said steam generator unit; heating the water fed to said steam generator unit while said latent steam exits through said steam outlet, the steam generator unit comprises at least one coil boiler comprising coil-shaped pipes in which the water fed is circulated; and before said latent steam has entirely exited said steam accumulator, generating steam with said steam generator unit to feed said steam accumulator and controlling the steam flow rate through said steam outlet to maintain it at a value which is essentially not greater than the steam flow rate from said steam generator unit to said steam accumulator; wherein said steam generating system generates at said steam outlet, an immediate steam from said steam accumulator and thereafter continuous steam from an initial steam generator unit cold condition while said steam generator unit heats the water fed therein. providing latent steam in said steam accumulator; opening said outlet valve to allow latent steam in said steam accumulator to exit through said steam outlet; feeding water to said steam generator unit; heating the water fed to said steam generator unit while said latent steam exits through said steam outlet, the steam generator unit comprises at least one coil boiler comprising coil-shaped pipes in which the water fed is circulated; and before said latent steam has entirely exited said steam accumulator, generating steam with said steam generator unit to feed said steam accumulator and controlling the steam flow rate through said steam outlet to maintain it at a value which is essentially not greater than the steam flow rate from said steam generator unit to said steam accumulator;
Marking apparatus for marking an object with laser light, comprising at least one gas laser for emitting at least one laser beam for marking the object, wherein the at least one gas laser comprises a plurality of resonator tubes for receiving a laser gas, wherein a plurality of heat dissipaters for dissipating heat from the resonator tubes is provided, wherein each resonator tube is thermally connected to one of the heat dissipaters, characterized in that each heat dissipater comprises microchannels for receiving a cooling fluid, the microchannels' smaller dimension being less than 2 millimeters, and at least one wall of each microchannel has perturbations, in particular protrusions, such that the cooling fluid exhibits a turbulent like flow.
A user equipment, UE, comprising: a front surface including a display; a rear surface including a cover; a transceiver between the cover and the display, the transceiver configured to transmit signals supporting vertical polarization and horizontal polarization; and a plurality of electromagnetic strips proximate to the cover, the plurality of electromagnetic strips oriented to selectively tilt one of the horizontal polarization or the vertical polarization of the signals, wherein the electromagnetic strips are separated from each other by a space which is approximately the same width as each of the electromagnetic strips. a front surface including a display; a rear surface including a cover; a transceiver between the cover and the display, the transceiver configured to transmit signals supporting vertical polarization and horizontal polarization; and a plurality of electromagnetic strips proximate to the cover, the plurality of electromagnetic strips oriented to selectively tilt one of the horizontal polarization or the vertical polarization of the signals, wherein the electromagnetic strips are separated from each other by a space which is approximately the same width as each of the electromagnetic strips.
Coil unit of a vibration sensing element or vibration exciter of a sensor or measuring device designed to measure a density or a mass flow of a medium flowing through at least a measuring tube of the sensor or measuring device, said unit comprising: a printed circuit board with at least a printed circuit board layer, wherein each printed circuit board layer has a first side (3.1) and a second side (3.2) that is in a parallel plane to the first side, at least one coil designed to measure or generate a magnetic field that varies over time, wherein the coil is at least partially formed by means of an electrically conductive conducting path (4.3), wherein the coil is arranged on the first side and/or the second side of a printed circuit board layer, wherein the at least one coil has a first coil end (4.1) and a second coil end (4.2), characterized in that the coil unit comprises four contact elements, wherein a first pair of contact elements (5.1) is electrically connected to a first coil end via a first connection, and wherein a second pair of contact elements (5.2) is electrically connected to a second coil end via a second connection, wherein the printed circuit board has a sectional plane perpendicular to the sides, wherein the sectional plane respectively assigns the sides a first side and a second side, wherein, in each case, a contact element of each pair of contact elements is arranged on the first side and a contact element of each pair of contact elements is arranged on the second side, wherein the coil unit can be connected to an electronic measuring/operating circuit of the measuring device by means of at least one contact element of the first pair and of the second pair. a printed circuit board with at least a printed circuit board layer, wherein each printed circuit board layer has a first side (3.1) and a second side (3.2) that is in a parallel plane to the first side, at least one coil designed to measure or generate a magnetic field that varies over time, wherein the coil is at least partially formed by means of an electrically conductive conducting path (4.3), wherein the coil is arranged on the first side and/or the second side of a printed circuit board layer, wherein the at least one coil has a first coil end (4.1) and a second coil end (4.2), characterized in that the coil unit comprises four contact elements, wherein a first pair of contact elements (5.1) is electrically connected to a first coil end via a first connection, and wherein a second pair of contact elements (5.2) is electrically connected to a second coil end via a second connection, wherein the printed circuit board has a sectional plane perpendicular to the sides, wherein the sectional plane respectively assigns the sides a first side and a second side, wherein, in each case, a contact element of each pair of contact elements is arranged on the first side and a contact element of each pair of contact elements is arranged on the second side, wherein the coil unit can be connected to an electronic measuring/operating circuit of the measuring device by means of at least one contact element of the first pair and of the second pair.
An apparatus for continuously cutting filamentary tow into fibres and condensing the cut fibres to rod form, the apparatus comprising: a tow inlet feeder and a cut fibre exit gas jet arranged in-line and separated by ledgers; a knife blade rotatably mounted for periodic passage between adjacent ledgers to intersect tow passing therepast and cut it into fibres; and a unit for separating air from the cut fibres and condensing the latter to rod form including an air permeable frusto-conical screen formed of a mesh having openings of size 0.125 mm to 0.841 mm.
Device for attaching removable interchangeable heels for shoes comprising: - a housing, - a flat locking spring, locked in the housing, - a removable heel, - a mortise piece also called female part, configured to fit on the housing and to contain a notch, - a second flat spring, locked in the notch of the mortise piece, configured to be compatible with the flat locking spring. - a housing, - a flat locking spring, locked in the housing, - a removable heel, - a mortise piece also called female part, configured to fit on the housing and to contain a notch, - a second flat spring, locked in the notch of the mortise piece, configured to be compatible with the flat locking spring.
A connection system for connecting a first connection point with a second connection point the second connection point being arranged for rotation and translation with respect to the first connection point, the connection system comprising: a first connection point; a first support surface moveable linearly with respect to the first connection point, a second support surface moveable linearly and rotationally with respect to the first connection point; a second connection point moveable linearly and rotationally with respect to the first connection point, and moveable rotationally with respect to the first support surface, and fixed with respect to the second support surface; and a reverse bend radius cable chain located on the first and second support surfaces, and having a first end connected with the first connection point via a first connector cable, and a second end connected with the second connection point via a second connector cable. a first connection point; a first support surface moveable linearly with respect to the first connection point, a second support surface moveable linearly and rotationally with respect to the first connection point; a second connection point moveable linearly and rotationally with respect to the first connection point, and moveable rotationally with respect to the first support surface, and fixed with respect to the second support surface; and a reverse bend radius cable chain located on the first and second support surfaces, and having a first end connected with the first connection point via a first connector cable, and a second end connected with the second connection point via a second connector cable.
Household appliance with a pipeline, which comprises a volumetric flow sensor for fluids, characterised in that the volumetric flow sensor comprises a first electrode pair in a wall of the pipeline for heating the fluid and a second electrode pair in the wall of the pipeline for determining a conductivity of the heated fluid, so that a non-invasive measurement of the volumetric flow can be performed without obstacles in the fluid flow, which obstacles would influence the fluid flow.