mhurhangee/ep-ind-claims huggingface dataset:
Torque-limiting device for the secure transmission of a rotation between an inlet baseplate and an outlet baseplate, both being part of the said torque-limiting device, which also comprises at least one drive bolt that forms a breaking element by shearing in case of a torque exceeding a predetermined threshold, and where the said bolt comprises a nut and a screw and has locking parts, characterized in that the torque-limiting device further has an intermediate baseplate that is driven by the inlet baseplate and that drives the outlet baseplate, the at least one bolt ensures the driving of the intermediate baseplate by the inlet baseplate or the driving of the outlet baseplate by the intermediate baseplate, the intermediate baseplate has at least one locking element by shape cooperation with a locking part of the bolt, i.e., essentially the nut or the head of the screw of the bolt, to allow it to be mounted with a single screwing tool, and the intermediate baseplate assumes the form of two plates (7, 7') pressed against one another in the direction of the rotation axis of the torque-limiting device, one of the plates serves for housing the locking part of the bolt, and the other serves both as axial support for the locking part as well as for housing the screw rod.
A bicycle having at least a portion of a control cable [24, 26, 28, 30] internally routed, the bicycle comprising - a frame, the frame including a head tube; a fork assembly, including a fork steerer, carried by the frame; and characterised by a cable guide positioned at least partially within the head tube and comprising at least one groove [132, 134] in the fork steerer adapted for receiving the portion of the control cable [24, 26, 28, 30].
A fastening system for a decorative valance of a roller shade and/or blind, in which the decorative valance is comprised of a front panel and side panels (2, 2'), defining an inner housing, a housing in which there is a rotating roller to which a band of the roller shade and/or blind is coupled, the rotating roller being connected to drive means that act on the rotating roller, wherein said fastening system comprises an anchoring element (4, 4') that has a first coupling region configured to be coupled to a wall or ceiling, a second region provided with coupling means provided for supporting the drive means of the rotating roller, and guide means configured to attach one of the side panels (2, 2') of the decorative valance, characterized in that said second region is arranged on a second flap and said guide means comprise protrusions that project from each one of the sides of the second flap, said protrusions being configured to couple to guides arranged longitudinally on the inner face of the side panels (2, 2') of the decorative valance.
Device for cleaning a gas flow, comprising: - a pipeline for guiding a gas flow to be treated with a flow direction; - a co-current separator arranged in the pipeline with injection nozzles for injecting an uncontaminated cleaning liquid, having a swirl generator for generating a rotation of the gas flow, a water extractor for separating contaminated liquid from the gas flow and an immersion tube for discharging clean gas; - a buffer container for the contaminated liquid; - a spray scrubber in the pipeline upstream of the co-current separator with injection nozzles, a water extractor downstream in the direction of flow and an associated buffer container for the contaminated liquid (K') from the water extractor; wherein - the injection nozzles of the co-current separator with a source of uncontaminated cleaning liquid and - the injection nozzles of the spray scrubber are operatively connected to the buffer container for the contaminated liquid from the co-current separator. - a pipeline for guiding a gas flow to be treated with a flow direction; - a co-current separator arranged in the pipeline with injection nozzles for injecting an uncontaminated cleaning liquid, having a swirl generator for generating a rotation of the gas flow, a water extractor for separating contaminated liquid from the gas flow and an immersion tube for discharging clean gas; - a buffer container for the contaminated liquid; - a spray scrubber in the pipeline upstream of the co-current separator with injection nozzles, a water extractor downstream in the direction of flow and an associated buffer container for the contaminated liquid (K') from the water extractor; wherein - the injection nozzles of the co-current separator with a source of uncontaminated cleaning liquid and - the injection nozzles of the spray scrubber are operatively connected to the buffer container for the contaminated liquid from the co-current separator.
A portable system for performing surgery practical exercises, comprising: - a base element; - a covering element provided with holes for allowing the passage of surgical instruments therethrough, said covering element defining an exercise space at the inside thereof; and - at least one exercise element configured to be arranged and kept in the exercise space, said at least one exercise element having a body which extends in the exercise space and comprises at least one work portion for the operation by means of the surgical instruments, wherein the at least one exercise element is configured to be arranged in the exercise space according to a plurality of three-dimensional configurations in which said work portion assumes a corresponding plurality of orientations in the directions (x, y, z) of said exercise space, thereby allowing a plurality of exercises, each three-dimensional configuration comprising one or more specific fastening positions of said exercise element, characterized in that the exercise element is configured to be connected to the base element and to the covering element according to fastening positions which are located at said base element and at said covering element and are selected based on the exercise to be performed in said exercise space. - a base element; - a covering element provided with holes for allowing the passage of surgical instruments therethrough, said covering element defining an exercise space at the inside thereof; and - at least one exercise element configured to be arranged and kept in the exercise space, said at least one exercise element having a body which extends in the exercise space and comprises at least one work portion for the operation by means of the surgical instruments, wherein the at least one exercise element is configured to be arranged in the exercise space according to a plurality of three-dimensional configurations in which said work portion assumes a corresponding plurality of orientations in the directions (x, y, z) of said exercise space, thereby allowing a plurality of exercises, each three-dimensional configuration comprising one or more specific fastening positions of said exercise element, characterized in that the exercise element is configured to be connected to the base element and to the covering element according to fastening positions which are located at said base element and at said covering element and are selected based on the exercise to be performed in said exercise space.
A curable fiber-reinforced composite for use in direct restorations wherein the curable fiber-reinforced composite is obtainable by manufacturing a curable fiber-reinforced composite by compounding 5-70 wt% of a monomer system comprising at least one curable monomer, 30-95 wt% of a filler system comprising a prepreg containing fiber bundles with fiber length of 0.5 - 100 mm and a polymeric matrix, and optionally 0-90 wt% of at least one particulate filler selected from conventional particulate fillers and nanoscale particulate fillers, the prepreg being chopped to pieces having a length of 0.5-100 mm, and polymerization initiator(s) and/or accelerator(s), applying the curable fiber-reinforced composite such that the random fiber-reinforced composites are oriented during the application of the composite by an application instrument and curing it with light, chemically, by heat, with ultrasonic radiation, gamma-radiation, other electromagnetic radiation or by any combinations of them.
A form factor adapter module comprising: a small form factor, SFF, host connector configured to receive a small form factor pluggable, SFP or SFP+, module and to transmit and receive data according to a Serial Gigabit Media Independent Interface, SGMII, or Serializer-deserializer Framer Interface, SFI, protocol; an X2 or XENPAK edge finger connector configured to mate with an X2 or XENPAK edge finger socket and to transmit and receive data according to a Ten Gigabit Ethernet Attachment Unit Interface, XAUI, protocol; a serial to XAUI transceiver coupled to both the SFF host connector and the X2 or XENPAK edge finger connector, the serial to XAUI transceiver being configured to convert data between the SGMII or SFI protocol and the XAUI protocol; a power distributor coupled to the X2 or XENPAK edge finger connector and the serial to XAUI transceiver, the power distributor being configured to receive power from the X2 or XENPAK edge finger connector and provide power to the serial to XAUI transceiver; and a hot swappable current controller coupled to the power distributor and the SFF host connector, the hot swappable current controller being configured to receive power from the power distributor and control current levels flowing from the SFF host connector. a small form factor, SFF, host connector configured to receive a small form factor pluggable, SFP or SFP+, module and to transmit and receive data according to a Serial Gigabit Media Independent Interface, SGMII, or Serializer-deserializer Framer Interface, SFI, protocol; an X2 or XENPAK edge finger connector configured to mate with an X2 or XENPAK edge finger socket and to transmit and receive data according to a Ten Gigabit Ethernet Attachment Unit Interface, XAUI, protocol; a serial to XAUI transceiver coupled to both the SFF host connector and the X2 or XENPAK edge finger connector, the serial to XAUI transceiver being configured to convert data between the SGMII or SFI protocol and the XAUI protocol; a power distributor coupled to the X2 or XENPAK edge finger connector and the serial to XAUI transceiver, the power distributor being configured to receive power from the X2 or XENPAK edge finger connector and provide power to the serial to XAUI transceiver; and a hot swappable current controller coupled to the power distributor and the SFF host connector, the hot swappable current controller being configured to receive power from the power distributor and control current levels flowing from the SFF host connector.
A compound of formula: wherein: R a is C 2-6 alkenyl or arylC 1-6 alkyl; m is 1 or 2; and R 10 and R 20 are each independently hydroxyl, or C 1-6 alkoxy; and provided that R a is not arylC 1-6 alkyl when R 10 and R 20 are both hydroxyl, for use in inhibiting gastrointestinal tumour formation, inhibiting gastrointestinal tumour growth, inhibiting gastrointestinal tumour metastasis or treating or preventing gastrointestinal cancer in a human subject; inducing apoptosis of one or more neoplastic gastrointestinal cells in a human subject; increasing the responsiveness of a human subject to a gastrointestinal cancer therapy; increasing the sensitivity of a gastrointestinal tumour in a human subject to a gastrointestinal cancer therapy; resensitising one or more gastrointestinal cancer cells in a human subject that are resistant to treatment; at least partially reversing the resistance of a neoplastic cell in a human subject suffering from gastrointestinal cancer to a gastrointestinal cancer therapy; reversing, wholly or in part, the resistance of a gastrointestinal cancer-burdened human patient to a gastrointestinal cancer therapy; or re-sensitising one or more tumours of a gastrointestinal cancer-burdened human patient which are, or are predicted to either be or become, resistant to treatment with a gastrointestinal cancer therapy to treatment with a gastrointestinal cancer therapy, wherein the gastrointestinal tumour is a gastric tumour, and the gastrointestinal cancer is gastric cancer. R a is C 2-6 alkenyl or arylC 1-6 alkyl; m is 1 or 2; and R 10 and R 20 are each independently hydroxyl, or C 1-6 alkoxy; and provided that R a is not arylC 1-6 alkyl when R 10 and R 20 are both hydroxyl,
A communications device (100, 301, 601) comprising: a transmitter unit configured to transmit at least two parallel transmit signals via a transmission channel, wherein each transmit signal contains synchronization data respectively; a receiver unit; and a precode unit configured to beamform the transmit signals in accordance with a first channel state information received from a second communications device (200, 302, 602) and describing the channel matrix H n,m describing the transmission channel from the communications device (100, 301, 601) to the second communications device (200, 302, 602); characterized by a control unit configured to modify the synchronization data in accordance with a feedback information (sll) describing a minimum synchronization data required for undisturbed reception of the payload data and synchronization data; and an input unit configured to receive the first channel state information and the feedback information and to output the first channel state information to the precode unit and the feedback information to the control unit. a transmitter unit configured to transmit at least two parallel transmit signals via a transmission channel, wherein each transmit signal contains synchronization data respectively; a receiver unit; and a precode unit configured to beamform the transmit signals in accordance with a first channel state information received from a second communications device (200, 302, 602) and describing the channel matrix H n,m describing the transmission channel from the communications device (100, 301, 601) to the second communications device (200, 302, 602); characterized by a control unit configured to modify the synchronization data in accordance with a feedback information (sll) describing a minimum synchronization data required for undisturbed reception of the payload data and synchronization data; and an input unit configured to receive the first channel state information and the feedback information and to output the first channel state information to the precode unit and the feedback information to the control unit.
A bonding material of a copper paste comprising: a copper powder having an average particle diameter of 0.1 to 1 μ m; and an alcohol solvent which is a monoalcohol, a diol or a terpene alcohol and which contains a triol, wherein the content of the copper powder is in the range of from 80 % by weight to 90 % by weight, and the content of the alcohol solvent is in the range of from 5 % by weight to 20 % by weight, and wherein the average particle diameter is an average primary particle diameter calculated from a field emission-scanning electron microscope (FE-SEM), the average primary particle diameter being calculated as a 50 % particle diameter wherein the accumulated value in the number-size particle size distribution is 50 %, on the basis of the longest length of each of the copper particles, the longest length of each of the copper particles being measured by means of an image analyzing particle size distribution measuring software, in a square measuring range wherein the total number of all the copper particles having measurable major axes among the copper particles (primary particles) observed in a field of vision selected at random is about 200 to 500, when the copper particles are observed at a magnifying power of 20,000 by means of the field emission-scanning electron microscope (FE-SEM). a copper powder having an average particle diameter of 0.1 to 1 μ m; and an alcohol solvent which is a monoalcohol, a diol or a terpene alcohol and which contains a triol, wherein the content of the copper powder is in the range of from 80 % by weight to 90 % by weight, and the content of the alcohol solvent is in the range of from 5 % by weight to 20 % by weight, and wherein the average particle diameter is an average primary particle diameter calculated from a field emission-scanning electron microscope (FE-SEM), the average primary particle diameter being calculated as a 50 % particle diameter wherein the accumulated value in the number-size particle size distribution is 50 %, on the basis of the longest length of each of the copper particles, the longest length of each of the copper particles being measured by means of an image analyzing particle size distribution measuring software, in a square measuring range wherein the total number of all the copper particles having measurable major axes among the copper particles (primary particles) observed in a field of vision selected at random is about 200 to 500, when the copper particles are observed at a magnifying power of 20,000 by means of the field emission-scanning electron microscope (FE-SEM).
A method comprising: (a) prior to obtaining a histogram of an image, masking static or mostly static background saturated pixels in the image by identifying pixels in the image that have exceeded a saturation threshold a selected number of times over a time period, and applying a mask to the identified pixels such that the masked pixels are not included in the histogram; (b) obtaining the histogram of the image; (c) applying a weighted histogram table to the histogram to obtain weighted tonal value bins wherein at least some bins in the histogram containing oversaturated pixels are assigned a higher weighting value and at least some bins in the histogram containing non-saturated pixels are assigned a lower weighting value; and (d) summing the weighted histogram bins to obtain a saturation score and, when the saturation score indicates that the image is oversaturated, decreasing a target value for auto exposure in connection with an auto exposure operation, and increasing the target value when the saturation score indicates that the image is non-saturated and when the image is underexposed. (a) prior to obtaining a histogram of an image, masking static or mostly static background saturated pixels in the image by identifying pixels in the image that have exceeded a saturation threshold a selected number of times over a time period, and applying a mask to the identified pixels such that the masked pixels are not included in the histogram; (b) obtaining the histogram of the image; (c) applying a weighted histogram table to the histogram to obtain weighted tonal value bins wherein at least some bins in the histogram containing oversaturated pixels are assigned a higher weighting value and at least some bins in the histogram containing non-saturated pixels are assigned a lower weighting value; and (d) summing the weighted histogram bins to obtain a saturation score and, when the saturation score indicates that the image is oversaturated, decreasing a target value for auto exposure in connection with an auto exposure operation, and increasing the target value when the saturation score indicates that the image is non-saturated and when the image is underexposed.
Modular climate control system (10, 30), in particular for cold and/or heat generation, comprising one or more modules (M, M', M1, M2,.., Mn), in which modules (M, M', M1, M2,.., Mn) in each case a working medium or refrigerant is compressed, condensed, depressurized and evaporated again in a circuit, and the heat or cold thus generated is discharged to corresponding secondary circuits via heat exchangers (15,.., 18), wherein, for a plurality of modules (M, M', M1, M2,.., Mn), a common collector is provided which is constructed from collecting tubes (21,.., 24; 41, 42) and to which the modules (M, M', M1, M2,.., Mn) are detachably connected, and which connects the modules (M, M', M1, M2,.., Mn) to the respective common secondary circuit, and wherein the collector with its collecting tubes (21,.., 24; 41, 42) extends horizontally in a longitudinal direction, characterized in that a series of reception spaces for the reception of modules (M, M', M1, M2,.., Mn) are provided on the collector in the longitudinal direction, in that the collecting tubes (21,.., 24; 41, 42) are formed above the reception spaces continuously over a plurality of reception spaces, and in that, to connect the modules (M, M', M1, M2,.., Mn) to the collecting tubes (21,.., 24; 41, 42), in each case corresponding outlets are provided on the collecting tubes (21,.., 24; 41, 42) in the region of a reception space.
A composite board composed of wood-based material, with a core layer composed of particle board and a fiberboard or laminated board as an outer layer (2, 6) and with a synthetic resin-impregnated paper (3, 5) arranged between the core layer and the outer layer (2, 6), wherein a layer of adhesive is arranged between the synthetic resin-impregnated paper (3, 5) and the outer layer (2, 6), characterized in that the adhesive is a hot melt adhesive, in particular a polyurethane adhesive or an ethylene vinyl acetate adhesive.
Method for producing a workpiece provided with a toothing or profiling, comprising the sequence of steps: a) Soft machining of the workpiece, in which the toothing or profiling is produced; b) Hardening of the manufactured toothing or profiling; c) Hard fine machining of the toothing or profiling, wherein the toothing or profiling is machined with a first tool in the form of a grinding worm, a grinding wheel or a honing wheel, wherein the tool has a base body which has a first elastic modulus (E 1); and d) Reinforcement of at least a section of the workpiece by carrying out a shot blasting process, characterized in that: e) Following step d): the method comprises repeated hard fine machining of the toothing or profiling, wherein the toothing or profiling being machined with a second tool in the form of a grinding worm, a grinding wheel, a set of grinding wheels or a honing wheel, wherein the second tool having a base body which has a second elastic modulus (E 2) which is at most 33 % of the first elastic modulus (E 1) and wherein the second tool has a base body made of a plastic or rubber. a) Soft machining of the workpiece, in which the toothing or profiling is produced; b) Hardening of the manufactured toothing or profiling; c) Hard fine machining of the toothing or profiling, wherein the toothing or profiling is machined with a first tool in the form of a grinding worm, a grinding wheel or a honing wheel, wherein the tool has a base body which has a first elastic modulus (E 1); and d) Reinforcement of at least a section of the workpiece by carrying out a shot blasting process,