mhurhangee/ep-ind-claims huggingface dataset:
Timber support for the construction industry, comprising a top girder and a bottom girder, which are interconnected using a joining element, and wherein a girder end protection cap is provided that covers the girder end, characterized in that the girder end protection cap has at least one fastening bracket that partially covers a side flank of the joining element, and the fastening bracket for fastening the girder end protection cap is mounted to the side flank using fastening means.
A bonnet displacement mechanism for coupling a bonnet panel to a body structure of a vehicle, the bonnet displacement mechanism comprising; a hinge mechanism for elevating a rear edge of the bonnet panel from a normal position, in-use, to a deployed position, and for lowering the rear edge of the bonnet panel from the deployed position to a latched position wherein the position of the bonnet panel at said normal position is different to the bonnet at said latched position; a stud and a complimentary guide for guiding the stud to control the elevating trajectory and the lowering trajectory of the bonnet panel; and a latch mechanism arranged to not latch the hinge mechanism in the normal position and to latch the hinge mechanism at the latched position, wherein the latch mechanism comprises a catch and a latch, wherein the catch is mis-aligned with the latch when the bonnet is in the normal position and the catch is aligned with the latch when the bonnet is in the latched position and wherein the stud forms the latch and the catch is arranged to engage and secure the stud at the latched position.
A vaginal speculum arrangement comprising: a blade system for opening the vagina having a first blade and a second blade positionable relative to each other in a plurality of angles and a longitudinal symmetry axis between a distal portion and a proximate portion of each of the first and second blades; and a mechanical support having a shaft with a first shaft end mechanically coupled with the blade system and second shaft end detachably couplable to an injection mechanism, a support member or an imaging apparatus; characterised in that said first shaft end of said shaft is jointed with a blade-handle joint of the first blade, and a structure of the blade-handle joint of the second blade configured to move along a structure formed along a longitudinal axis of said shaft. a blade system for opening the vagina having a first blade and a second blade positionable relative to each other in a plurality of angles and a longitudinal symmetry axis between a distal portion and a proximate portion of each of the first and second blades; and a mechanical support having a shaft with a first shaft end mechanically coupled with the blade system and second shaft end detachably couplable to an injection mechanism, a support member or an imaging apparatus; characterised in that said first shaft end of said shaft is jointed with a blade-handle joint of the first blade, and a structure of the blade-handle joint of the second blade configured to move along a structure formed along a longitudinal axis of said shaft.
A method of producing a roll-shaped body comprising: obtaining an adhesive agent sheet having an embossed shape at both surfaces thereof by imparting an embossed shape on both surfaces of an adhesive agent sheet containing a thermoplastic resin as a main component by extruding a melt of an adhesive agent containing the thermoplastic resin as a main component from a T-die, bringing the melt extruded from the T-die into contact with a surface of a casting roll having an embossed shape at the surface thereof, and nipping the melt from the opposite surface with a nip roll having an embossed shape at the surface thereof, overlapping a protective sheet having releasability from the adhesive agent sheet to at least one surface of the adhesive agent sheet having the embossed shape at both surfaces thereof, and obtaining the roll-shaped body by winding up the adhesive agent sheet having the embossed shape at both surfaces thereof and the protective sheet that are overlapped facing one another. obtaining an adhesive agent sheet having an embossed shape at both surfaces thereof by imparting an embossed shape on both surfaces of an adhesive agent sheet containing a thermoplastic resin as a main component by extruding a melt of an adhesive agent containing the thermoplastic resin as a main component from a T-die, bringing the melt extruded from the T-die into contact with a surface of a casting roll having an embossed shape at the surface thereof, and nipping the melt from the opposite surface with a nip roll having an embossed shape at the surface thereof, overlapping a protective sheet having releasability from the adhesive agent sheet to at least one surface of the adhesive agent sheet having the embossed shape at both surfaces thereof, and obtaining the roll-shaped body by winding up the adhesive agent sheet having the embossed shape at both surfaces thereof and the protective sheet that are overlapped facing one another.
A method for transformation of cultured plant cells comprising a) providing a plant cell package of cultured plant cells to be transformed, b) contacting said PCP with a liquid comprising a transforming agent for an incubation period, c) removing said liquid comprising a transforming agent; and, thereby, d) transforming said cultured plant cells, wherein the liquid comprising the transforming agent is applied to the PCP in step b) by automated equipment, preferably at a rate of at most 50 μl/s, wherein said PCP is a compacted package of cultured plant cells, and wherein said providing a PCP in step a) and said removing said liquid comprising a transforming agent in step c) comprise centrifuging the PCP at of from 500 x g to 3500 x g. a) providing a plant cell package of cultured plant cells to be transformed, b) contacting said PCP with a liquid comprising a transforming agent for an incubation period, c) removing said liquid comprising a transforming agent; and, thereby, d) transforming said cultured plant cells, wherein the liquid comprising the transforming agent is applied to the PCP in step b) by automated equipment, preferably at a rate of at most 50 μl/s, wherein said PCP is a compacted package of cultured plant cells, and wherein said providing a PCP in step a) and said removing said liquid comprising a transforming agent in step c) comprise centrifuging the PCP at of from 500 x g to 3500 x g. wherein the liquid comprising the transforming agent is applied to the PCP in step b) by automated equipment, preferably at a rate of at most 50 μl/s, wherein said PCP is a compacted package of cultured plant cells, and wherein said providing a PCP in step a) and said removing said liquid comprising a transforming agent in step c) comprise centrifuging the PCP at of from 500 x g to 3500 x g.
A hydrogel film for use in a method comprising applying a hydrogel film to a subject, wherein the hydrogel film includes uncrosslinked hyaluronic acid and crosslinked alginate wherein a) the alginate is crosslinked with an ion, and b) the hydrogel film is flat and includes a width, a length, and a thickness of between 5 and 30 micrometers that is less than the width and the length, and c) the method further comprises applying a sequestering agent to the hydrogel to increase bioresorbability of the hydrogel film in response to applying the sequestering agent to the hydrogel film, and wherein the hydrogel film comprises at least 1% and no more than 33% hyaluronic acid. a) the alginate is crosslinked with an ion, and b) the hydrogel film is flat and includes a width, a length, and a thickness of between 5 and 30 micrometers that is less than the width and the length, and c) the method further comprises applying a sequestering agent to the hydrogel to increase bioresorbability of the hydrogel film in response to applying the sequestering agent to the hydrogel film, and
A method for acquiring a charging electricity amount, the method being applied to a controller and the method comprising: acquiring electric meter information of an external electric meter in a charging process, wherein the electric meter information comprises operation state information; the method being characterized by further comprising: acquiring, in a case of determining based on at least the operation state information that the external electric meter is in a fault state, a first amount of electricity outputted by a charging pile when the external electric meter is in the fault state, until the charging process ends or the external electric meter is in a normal operation state, wherein the first amount of electricity is calculated based on at least first electric energy output data of the charging pile, and the first electric energy output data is acquired by a charging module of the charging pile when the external electric meter is in the fault state. acquiring electric meter information of an external electric meter in a charging process, wherein the electric meter information comprises operation state information; the method being characterized by further comprising: acquiring, in a case of determining based on at least the operation state information that the external electric meter is in a fault state, a first amount of electricity outputted by a charging pile when the external electric meter is in the fault state, until the charging process ends or the external electric meter is in a normal operation state, wherein the first amount of electricity is calculated based on at least first electric energy output data of the charging pile, and the first electric energy output data is acquired by a charging module of the charging pile when the external electric meter is in the fault state. acquiring, in a case of determining based on at least the operation state information that the external electric meter is in a fault state, a first amount of electricity outputted by a charging pile when the external electric meter is in the fault state, until the charging process ends or the external electric meter is in a normal operation state, wherein the first amount of electricity is calculated based on at least first electric energy output data of the charging pile, and the first electric energy output data is acquired by a charging module of the charging pile when the external electric meter is in the fault state.
A method of transmitting a digital signal, comprising: generating a plurality of spatial streams from a digital signal; transforming the spatial streams into a plurality of space-time streams; cycling in a frequency domain each of the space-time streams among each of a plurality, greater than two, of transmit antennas so that each space-time stream is successively transmitted by each of the transmit antennas; and wirelessly transmitting each of the space-time streams from each of the plurality, greater than two, of transmit antennas. generating a plurality of spatial streams from a digital signal; transforming the spatial streams into a plurality of space-time streams; cycling in a frequency domain each of the space-time streams among each of a plurality, greater than two, of transmit antennas so that each space-time stream is successively transmitted by each of the transmit antennas; and wirelessly transmitting each of the space-time streams from each of the plurality, greater than two, of transmit antennas.
Knife having a gear comprising a first gear part and a second gear part which can be moved relative to the first gear part, and having a blade device comprising a blade support and a blade, which can be releasably fixed in the blade support, wherein the blade device is moved by the gear between a resting position, in which the blade of the blade device is moved relative to a guard such that the user cannot come into contact with the sharp edge of the blade, and an operating position, in which the blade is moved relative to the guard such that a cutting process is possible, wherein the blade support comprises a blade seat having a contact surface for a first blade surface, and a second blade surface opposite the first blade surface is substantially freely accessible, wherein the blade support has a holding device for holding the blade in the blade seat, said holding device comprising first form fitting means assigned to the blade carrier and second form fitting means assigned to the blade, which hold the blade in a form fitting manner at least in a plane in parallel with the contact surface, wherein the form fitting means are designed such that the blade has a degree of freedom in at least one direction in order to be released from the blade seat, characterised in that the holding device has a locking device having at least one bolt which can be moved between a bolted position and a released position, which engages in the bolted position over a region of the second blade surface or a blade cover, and locks a movement of the blade (17, 117) in the direction (v1, y2) of the degree of freedom, wherein the bolt can be brought into releasable engagement with an receiver which is held on the blade support.
A method of operation of a MTC device of a wireless communications system, comprising: determining (100, 500) a Modulation and Coding Scheme, MCS, that is optimized for Machine Type Communication, MTC, for an uplink from the MTC device to a base station; and using (104, 504) the MCS with respect to the uplink from the MTC device to the base station, characterized in that determining the MCS that is optimized for MTC for the uplink comprises: obtaining an initial uplink MCS based on a target block error rate for non-MTC devices, the initial uplink MCS corresponding to an initial transport block size; and reducing the MCS from the initial uplink MCS to a less aggressive uplink MCS having a reduced data rate that satisfies a reduced transport block size, as compared to the initial transport block size, desired for the MTC device. determining (100, 500) a Modulation and Coding Scheme, MCS, that is optimized for Machine Type Communication, MTC, for an uplink from the MTC device to a base station; and using (104, 504) the MCS with respect to the uplink from the MTC device to the base station, characterized in that determining the MCS that is optimized for MTC for the uplink comprises: obtaining an initial uplink MCS based on a target block error rate for non-MTC devices, the initial uplink MCS corresponding to an initial transport block size; and reducing the MCS from the initial uplink MCS to a less aggressive uplink MCS having a reduced data rate that satisfies a reduced transport block size, as compared to the initial transport block size, desired for the MTC device.
Powder particle for producing a glass-ceramic composition, having at least one ferrite with a coating, wherein the ferrite has an average particle size d 50 which is selected from the range between (and including) 0.1 μm and 1.5 μm and in particular from the range between (and including) 0.1 μm and 0.5 μm, and the coating of the ferrite contains metal oxide precursors which, during a heat treatment, for example during sintering, form a glass material of the glass-ceramic composition, and wherein the glass material has an oxide with bismuth.
Crystal form A of a compound of formula having an X-ray powder diffraction pattern with characteristic diffraction peaks at 2θ angles: 8.40 ± 0.2°, 13.46 ± 0.2°, and 14.13 ± 0.2°,
Soilless cultivation facility composed of a frame supporting a plurality of profile sections (10, 20, 30) that extend in parallel in a horizontal plane from a transverse loading zone to a transverse harvesting zone, and of a plurality of supports each suitable for receiving a cultivation substrate, said supports (10, 20, 30) being movable longitudinally in the longitudinal gap (15, 25) defined by two adjacent profile sections (10, 20), the supports being driven by a motorized means capable of changing the distance between two consecutive supports (100, 200) during the stroke in said gap, characterized in that said profile sections (10, 20) have flexible and opaque longitudinal side joining strips (21, 22), the joining strips (21, 22) of two adjacent profile sections (10, 20) meeting so as to close the gap defined by said adjacent profile sections (10, 20), and in that said movable supports (100, 200) have, in their front and rear cross sections, arcuate slots on either side of a longitudinal vertical plane, the two slots meeting at their lower edge.
A method of reducing signaling during link setup in a wireless communication system, the method comprising: storing in a queue for transmission, at a first device, a first message for requesting information to establish a link with an access point, the first message including a network identifier for the access point; receiving a second message including the information, at the first device from the access point while the first message is in the queue, wherein the second message is detected by a scan; and removing the first message from the queue, at the first device, to avoid transmission of the first message when the second message includes the information. storing in a queue for transmission, at a first device, a first message for requesting information to establish a link with an access point, the first message including a network identifier for the access point; receiving a second message including the information, at the first device from the access point while the first message is in the queue, wherein the second message is detected by a scan; and removing the first message from the queue, at the first device, to avoid transmission of the first message when the second message includes the information.
A percutaneously-deployable medical device for use in filtering and/or blocking of downstream flow within a body lumen comprising: an elongate tubular member having a distal portion and a distal end, a proximal portion and a proximal end, and defining a tube lumen extending from the distal end to the proximal end; an expandable member disposed on the distal portion of the elongate tubular member and extending distally beyond the distal end, the expandable member defining an expandable member lumen that is in fluid communication with the tube lumen, the expandable member being configured to expand from a collapsed delivery configuration to a distally-open expanded configuration, the expandable member being configured to prevent perfusion of fluid there through when in the expanded configuration; a valve member in fluid communication with the tube lumen, the valve member configured to selectively block and selectively allow for flow through the tube lumen; and an outer tubular member movable between an extended position in which the outer tubular member extends over the expandable member and maintains the expandable member in the collapsed delivery configuration, and a retracted position in which the outer tubular member is proximal of the expandable member, permitting the expandable member to expand into the distally-open expanded configuration, wherein the expandable member is configured to be partially deployed from the collapsed delivery configuration by moving the outer tubular member in a proximal direction. an elongate tubular member having a distal portion and a distal end, a proximal portion and a proximal end, and defining a tube lumen extending from the distal end to the proximal end; an expandable member disposed on the distal portion of the elongate tubular member and extending distally beyond the distal end, the expandable member defining an expandable member lumen that is in fluid communication with the tube lumen, the expandable member being configured to expand from a collapsed delivery configuration to a distally-open expanded configuration, the expandable member being configured to prevent perfusion of fluid there through when in the expanded configuration; a valve member in fluid communication with the tube lumen, the valve member configured to selectively block and selectively allow for flow through the tube lumen; and an outer tubular member movable between an extended position in which the outer tubular member extends over the expandable member and maintains the expandable member in the collapsed delivery configuration, and a retracted position in which the outer tubular member is proximal of the expandable member, permitting the expandable member to expand into the distally-open expanded configuration, wherein the expandable member is configured to be partially deployed from the collapsed delivery configuration by moving the outer tubular member in a proximal direction.
A liquid delivery apparatus comprising: a base assembly; a vessel into which liquid may be introduced via an inlet to at least partially fill the vessel and to pressurise the liquid in the vessel; a nozzle comprising a discharge tube and a nozzle outlet, wherein the nozzle is rotatable with respect to the base assembly, and the nozzle outlet is provided at a distal end of the nozzle via which said liquid may be discharged from the vessel under the pressure of the liquid in the vessel; and a valve between the vessel and the nozzle to control passage of liquid from the vessel to the nozzle outlet, the valve being configured to open in response to the pressure in the vessel; wherein the valve and nozzle discharge tube are arranged so that they are substantially in line, wherein the liquid delivery apparatus further comprises a drive system, the drive system being configured to drive rotation of the nozzle with respect to the base assembly, characterised in that the drive system comprises a ratchet assembly comprising a ratchet gear coupled to the rotatable nozzle and a ratchet linkage, the ratchet linkage being arranged to drive rotation of the ratchet gear, wherein the ratchet linkage is driven by virtue of a pressure change in the liquid at the inlet to the liquid delivery apparatus. a base assembly; a vessel into which liquid may be introduced via an inlet to at least partially fill the vessel and to pressurise the liquid in the vessel; a nozzle comprising a discharge tube and a nozzle outlet, wherein the nozzle is rotatable with respect to the base assembly, and the nozzle outlet is provided at a distal end of the nozzle via which said liquid may be discharged from the vessel under the pressure of the liquid in the vessel; and a valve between the vessel and the nozzle to control passage of liquid from the vessel to the nozzle outlet, the valve being configured to open in response to the pressure in the vessel; wherein the valve and nozzle discharge tube are arranged so that they are substantially in line, wherein the liquid delivery apparatus further comprises a drive system, the drive system being configured to drive rotation of the nozzle with respect to the base assembly, characterised in that the drive system comprises a ratchet assembly comprising a ratchet gear coupled to the rotatable nozzle and a ratchet linkage, the ratchet linkage being arranged to drive rotation of the ratchet gear, wherein the ratchet linkage is driven by virtue of a pressure change in the liquid at the inlet to the liquid delivery apparatus.
A coating composition comprising: (a) A film-forming resin; (b) An additive component comprising an additive associated with a carrier, wherein at least some of the additive is capable of being released from the carrier via diffusion through the carrier and into the coating composition, and wherein the carrier is not formed from any component of the film-forming resin (a), and (c) A solvent, wherein the solvent inhibits diffusion of the additive through the carrier and into the coating composition, wherein the solvent demonstrates a Hansen solubility polarity parameter of 0 to 3.5, and a Hansen solubility hydrogen bond parameter of 0 to 6.0. (a) A film-forming resin; (b) An additive component comprising an additive associated with a carrier, wherein at least some of the additive is capable of being released from the carrier via diffusion through the carrier and into the coating composition, and wherein the carrier is not formed from any component of the film-forming resin (a), and (c) A solvent, wherein the solvent inhibits diffusion of the additive through the carrier and into the coating composition,