mhurhangee/ep-ind-claims huggingface dataset:
Optical waveguide distribution device, comprising at least two splicing cassette stacks (11, 12) which are arranged next to one another, wherein each splicing cassette stack (11, 12) comprises a plurality of splicing cassettes which are disposed one above the other in a splicing cassette holder (13, 14) and are pivotably mounted in the splicing cassette holder (13, 14), wherein an optical waveguide splitting device (15, 16) adjoins each splicing cassette holder (13, 14), it being possible for buffered optical waveguide fibres and/or optical waveguide cables to be captured at the said optical waveguide splitting device and it being possible for optical waveguides to be inserted into optical waveguide guide channels of the respective splicing cassette holder (13, 14) by means of the said optical waveguide splitting device, in order to in this way supply optical waveguides, starting from the optical waveguide splitting device (15, 16) which is associated with one splicing cassette holder (13, 14), to the splicing cassettes of the respective splicing cassette holder (13, 14), wherein an optical waveguide transfer device is positioned at least between two directly adjacent splicing cassette holders (13, 14) in a region between the respective splicing cassette stack (11, 12) and the respective optical waveguide splitting device (15, 16) in order to transfer optical waveguides between the splicing cassette stacks (11, 12) of the directly adjacent splicing cassette holders (13, 14), characterized in that the optical waveguide transfer device, which runs between two directly adjacent splicing cassette holders (13, 14), is formed by two T-shaped optical waveguide guide elements (22, 23), wherein one of the T-shaped optical waveguide guide elements (22, 23) is associated with each splicing cassette holder, and wherein each of the T-shaped optical waveguide guide elements (22, 23) has in each case one base section which supplements an optical waveguide guide channel of the respective splicing cassette holder.
A roof stiffening attenuation plate of a motor vehicle with the following layer structure: polyolefin coating/kraftliner /polyolefin coating PU foam polyolefin coating/kraftliner /polyolefin coating characterized in that said PU foam comprises an open-cell semi-rigid foam having a bulk density according to DIN 53420 within a range of from 20 to 80 kg/m 3, a compression hardness (40% compression) according to DIN 53577 within a range of from 50 to 80 kPa, a tensile strength according to DIN 53571 within a range of from 100 to 140 kPa, and an elongation at break according to DIN 53571 within a range of from 90 to 120%; and said kraftliner including the polyolefin coatings applied thereto is needled, wherein the needling (puncture) channels protrude into the semi-rigid foam layer. polyolefin coating/kraftliner /polyolefin coating PU foam polyolefin coating/kraftliner /polyolefin coating characterized in that said PU foam comprises an open-cell semi-rigid foam having a bulk density according to DIN 53420 within a range of from 20 to 80 kg/m 3, a compression hardness (40% compression) according to DIN 53577 within a range of from 50 to 80 kPa, a tensile strength according to DIN 53571 within a range of from 100 to 140 kPa, and an elongation at break according to DIN 53571 within a range of from 90 to 120%; and said kraftliner including the polyolefin coatings applied thereto is needled, wherein the needling (puncture) channels protrude into the semi-rigid foam layer.
A seed-double eliminator for a seeding machine moving seed (152a, 152b, 152c, 152d) along a seed path that is adjacent, at least in part, to a seed-carrying surface of a metering member of the seeding machine, the seed-double eliminator comprising: an aperture (214a, 214b, 214c, 214) included in the seed-carrying surface; a paddle (216, 216a, 216b, 216c) included on the metering member, the paddle extending away from the seed-carrying surface toward the seed path; and at least one seed-double projection (500, 500a, 500b, 500c, 510, 512, 516, 520) included on the metering member; wherein the aperture is located, at least in part, between the paddle and the at least one seed-double projection; wherein the at least one seed-double projection prevents, at least in part, retention on the metering member of at least one seed of a seed double pair, characterized in that the at least one seed-double projection (500, 500a, 500b, 500c, 510, 512, 516, 520) extends, at a first point (502, 502b, 504, 504b, 510, 512), a first distance away from the seed-carrying surface toward the seed path; wherein the at least one seed-double projection extends, at a second point (502, 502b, 504, 504b, 510, 512), a second distance away from the seed-carrying surface toward the seed path; and wherein the first point and the second point are separated by a seed gap (506, 506c, 514, 518, 522).
Laboratory reactor having a sealed reaction vessel for receiving substances to be processed and/or mixed and/or reacted with one another, and having at least one mixing and/or stirring instrument engaging in this vessel, and having a holder which receives the reaction vessel and which has an underside facing a supporting surface, and a device, connected to the reaction vessel, for changing the pressure, in particular having a device for generating a positive pressure or a negative pressure, characterized in that a plurality of standing feet are mounted on the underside of the holder such that, in the use position, they are flexible or adjustable or movable upwards or in a vertical direction counter to a restoring force or spring force, and all of these standing feet are provided with or connected to or operatively connected to a weighing device, in that all of these flexible or adjustable or movable standing feet 6) act on levers or rockers or end pieces that cooperate with or are operatively connected to or connected to the weighing device, and in that the levers or rockers or end pieces that are movable by the standing feet are provided with force measuring sensors or measuring strips or piezoelectric elements as constituents of a weighing device.
Method for configuring control software in a rail vehicle, - in which basic functions which are needed for the basic operation of the rail vehicles are implemented in control software intended for a multiplicity of rail vehicles, - in which optional functions which are needed to implement a multiplicity of customer-specific requirements profiles are implemented in the control software, - in which the embodiments, combinations and functional sequences of the basic functions and the optional functions are tested, validated and approved before the control software is implemented in the rail vehicles, - in which the basic functions and the optional functions are subsequently implemented as control software in the rail vehicles, - in which, in a selected rail vehicle, at least one optional function is activated and/or deactivated using a switching parameter individually assigned to the optional function, - in which the switching parameter required for this purpose is determined by the manufacturer of the rail vehicle and is created outside the rail vehicle on the basis of a special customer-specific requirements profile and is subsequently transmitted to the selected rail vehicle, in order to enable customer-specific fleet management. - in which basic functions which are needed for the basic operation of the rail vehicles are implemented in control software intended for a multiplicity of rail vehicles, - in which optional functions which are needed to implement a multiplicity of customer-specific requirements profiles are implemented in the control software, - in which the embodiments, combinations and functional sequences of the basic functions and the optional functions are tested, validated and approved before the control software is implemented in the rail vehicles, - in which the basic functions and the optional functions are subsequently implemented as control software in the rail vehicles, - in which, in a selected rail vehicle, at least one optional function is activated and/or deactivated using a switching parameter individually assigned to the optional function, - in which the switching parameter required for this purpose is determined by the manufacturer of the rail vehicle and is created outside the rail vehicle on the basis of a special customer-specific requirements profile and is subsequently transmitted to the selected rail vehicle, in order to enable customer-specific fleet management.
A method for detecting at least one mutation in a gene, preferably in a gene that codes for a protein associated with a tumour- and/or cancerous disease, wherein the gene having the mutation (mutation gene) is present together with further genes (wild type genes) coding for the protein but not having a mutation, wherein the method is carried out by means of an asymmetric polymerase chain reaction with the use of at least one detectable hybridization probe (sensor probe), which is capable of binding to the gene not having a mutation (wild type gene) and to the gene having the mutation (mutation gene), of at least one second hybridization probe (anchor probe) different herefrom and of at least one wild-type-specific blocking agent which inhibits the binding of the sensor probe to the wild type genes, and wherein for evidence and/or for detection of the mutation following the polymerase chain reaction a melting curve is recorded and/or a melting curve analysis is carried out, wherein the cleavage and/or dehybridization of the sensor probe from the respective DNA single strand of the mutation gene and/or of the wild type gene is detected and wherein via the melting point or the melting points and/or melting point ranges of the melting curve a conclusion is drawn as to the presence of a mutation and in the case of the presence of a mutation, the nature of the mutation is determined, wherein the hybridization probe (sensor probe) has a higher specificity and/or binding affinity and/or selectivity to the gene not having a mutation (wild type gene) than to the gene having the mutation (mutation gene), wherein the hybridization probe (sensor probe) is capable of binding completely to the DNA single strand (wt-probe strand) of the wild type gene and wherein the hybridization probe (sensor probe) is not capable of binding to the DNA single strand (mt-probe strand) having the mutation at the position of the mutation, wherein the second hybridization probe (anchor probe) is capable of binding to the same DNA single strand as the hybridization probe (sensor probe) and wherein the hybridization probe (sensor probe) on the one hand and the second hybridization probe (anchor probe) on the other hand are capable of forming a FRET pair, wherein a nucleic acid analogue in the form of a L ocked N ucleic A cid is used as blocking agent, and wherein the blocking agent is selected such that the blocking agent has a higher specificity and/or binding affinity and/or selectivity with respect to the region of the DNA single strand of the wild type gene, which corresponds to the gene segment of the mutation gene having the mutation, compared to the corresponding mutation gene, and wherein the asymmetric polymerase chain reaction is carried out in the presence of primers, wherein a first primer binds specifically to the DNA single strand of the mutation gene (mt-probe strand), to which the sensor probe binds, and wherein a second primer binds specifically to the DNA single strand, complementary to the probe strand, of the mutation gene (mt-complementary strand), wherein the concentration of the first primer is greater than the concentration of the second primer.
A synthetic garnet material comprising a structure including dodecahedral sites, octahedral sites, and tetrahedral sites, Bismuth occupying at least some of the dodecahedral sites, Zirconium occupying at least some of the octahedral sites, and Iron occupying at least some of the octahedral sites and at least some of the tetrahedral sites, the garnet material having a dielectric constant value of at least 21.
Wiper-blade device having at least one wiper strip and having at least one fluid-dispensing unit, which has at least one first fluid-outlet opening and at least one second fluid-outlet opening, which are arranged on different sides of the wiper strip in relation to a wiping direction, wherein the first fluid-outlet opening is arranged offset from the second fluid-outlet opening along the wiper strip and the fluid-dispensing unit has a multiplicity of first fluid-outlet openings and a multiplicity of second fluid-outlet openings, which are arranged offset from the first fluid outlet openings along the wiper strip, characterized in that a distance between directly adjacent first fluid-outlet openings and between directly adjacent second fluid-outlet openings along the wiper strip is inhomogeneous, wherein the distance between directly adjacent first fluid-outlet openings and between directly adjacent second fluid-outlet openings increases or decreases in the direction of an end region of the wiper strip, wherein a number of first fluid-outlet openings is equal to a number of second fluid-outlet openings.
A method of providing near real-time interface functionality to a group-based communication system when it is determined that a real-time messaging communications connection is interrupted, the method comprising: receiving, from a first remote server and by a client device (101A-101N), real-time updated object data for the group-based communication system; transmitting, by the client device to a second remote server, client-pull-based requests to request tail data payloads; receiving, by the client device from the second remote server, a tail data payload for each of one or more object identifiers; and in response to detecting an interruption in the real-time messaging communications connection, rendering a subsequent group-based communications interface on the client device using at least a subset of the tail data payloads; wherein the subset of the tail data payloads is discarded when no interruption is detected. receiving, from a first remote server and by a client device (101A-101N), real-time updated object data for the group-based communication system; transmitting, by the client device to a second remote server, client-pull-based requests to request tail data payloads; receiving, by the client device from the second remote server, a tail data payload for each of one or more object identifiers; and in response to detecting an interruption in the real-time messaging communications connection, rendering a subsequent group-based communications interface on the client device using at least a subset of the tail data payloads; wherein the subset of the tail data payloads is discarded when no interruption is detected.
A drug delivery device comprising: a body component located concentrically within a sleeve, wherein the body component comprises body component thread features and the sleeve comprises sleeve thread features that engage with the body component thread features such that the body component is caused to rotate within the sleeve as the body component and the sleeve component move axially with respect to one another by force of an engaging face of the sleeve thread features against an engaging face of the body component thread features causing sliding of the engaging face of the sleeve thread features over the engaging face of the body component thread features wherein one of the body component and the sleeve constitutes a first part and the other of the body component and the sleeve constitutes a second part, and wherein a conductive track pattern is formed on the thread features of the first part and plural contacts are formed on the second part such as to contact the conductive track pattern as the body component rotates within the sleeve. a body component located concentrically within a sleeve, wherein the body component comprises body component thread features and the sleeve comprises sleeve thread features that engage with the body component thread features such that the body component is caused to rotate within the sleeve as the body component and the sleeve component move axially with respect to one another by force of an engaging face of the sleeve thread features against an engaging face of the body component thread features causing sliding of the engaging face of the sleeve thread features over the engaging face of the body component thread features wherein one of the body component and the sleeve constitutes a first part and the other of the body component and the sleeve constitutes a second part, and wherein a conductive track pattern is formed on the thread features of the first part and plural contacts are formed on the second part such as to contact the conductive track pattern as the body component rotates within the sleeve.
A wind turbine for electric power production comprising: - a hollow truncated pyramidal housing closed on all lateral sides; - a plurality of vanes, each one consisting of several blades parallel to each other, said blades being attached by one end to a horizontal shaft of rotation of the wind turbine, and each of said blades being individually rotatable around a longitudinal axis of the blade that is perpendicular to the horizontal shaft of the wind turbine, said truncated pyramidal housing lateral sides covering said blades from said horizontal shaft downwards; - a hollow truncated pyramidal housing closed on all lateral sides; - a plurality of vanes, each one consisting of several blades parallel to each other, said blades being attached by one end to a horizontal shaft of rotation of the wind turbine, and each of said blades being individually rotatable around a longitudinal axis of the blade that is perpendicular to the horizontal shaft of the wind turbine, said truncated pyramidal housing lateral sides covering said blades from said horizontal shaft downwards;
A portable electronic device at least comprising: an enclosure; a main circuit board contained therein; a position-locating module; and a radio-frequency telecommunications module; wherein the main circuit board comprises an area to accommodate a removable and rechargeable battery; characterized in that: the main circuit board comprises a supercapacitor assembly at least comprising: a substrate able to have an electrical circuit formed thereon; a supercapacitor formed on the substrate and comprising a layer of two-dimensional material and an electrolyte in contact therewith; and a planar electrically conducting contact formed on the supercapacitor; wherein the supercapacitor is permanently bonded to the substrate; and the supercapacitor assembly is located outside the battery-accommodating area. an enclosure; a main circuit board contained therein; a position-locating module; and a radio-frequency telecommunications module; wherein the main circuit board comprises an area to accommodate a removable and rechargeable battery; a substrate able to have an electrical circuit formed thereon; a supercapacitor formed on the substrate and comprising a layer of two-dimensional material and an electrolyte in contact therewith; and a planar electrically conducting contact formed on the supercapacitor; wherein the supercapacitor is permanently bonded to the substrate; and the supercapacitor assembly is located outside the battery-accommodating area.
An air compressor, which comprises a box and a compressor unit installed in the box, wherein the box is provided with a connection socket defining a recessed space which vertically and horizontally opens onto ambient environment of the box, and the compressor unit has an air outlet exposed to the connection socket of the box, the recessed space of the connection socket being substantially U-shaped in horizontal cross section and being defined by two opposite sides and a bottom surface between the two opposite sides; wherein each side of the recessed space of the connection socket defines a groove extending generally towards the outlet of the compressor unit, and defines an engagement recess below the groove, and the groove of each side of the recessed space of the connection socket is defined by a delimiting strip which forms as a top of the corresponding side of the recessed space of the connection socket; the box defines a receiving space at its back; the air compressor further comprises an external device firmly and detachably assembled onto the connection socket of the box, the external device being connected between the outlet of the compressor unit and an air nozzle of a tire for inflating or repairing the tire; wherein the external device is a sealant bottle which includes a container body and a cap for sealing an opening of the container body, the cap having an inlet connector and an outlet connector, both of which communicate with an inner space of the container body, the cap being provided with two opposite guiding means, each of which is composed of two parallel, spaced projections including a first projection and a second projection, wherein a channel is defined between the two projections of each guiding means; whereby the sealant bottle is inverted to be firmly assembled onto the connection socket of the box, wherein the delimiting strips of the connection socket are inserted into the channels between the projections of the cap, the second projections of the cap are inserted into the grooves of the connection socket; characterized in that each delimiting strip is further provided with an engagement block thereon; and the box further defines a passage under the recessed space of the connection socket, the passage communicating with the recessed space of the connection socket and the receiving space; wherein the inlet connector of the cap is connected to the inlet of the compressor unit by using a hose therebetween, and rear edges of the first projection of the cap are engaged with the engagement blocks provided on the delimiting strips of the connection socket of the box.
An unmanned vehicle that moves automatically within an environment, in particular a cleaning robot, with a detection system for detecting object data in an environment of the vehicle and a calculating means for generating an area map based on recorded object data, wherein the area map has positions of objects located within the environment, characterized in that the area map has information about a position of an external illuminating device designed separately from the vehicle, as well as one or several items of information about the illuminating device, wherein the information is selected from the following group: Light intensity, emission spectrum, position of a partial area of an environment that can be illuminated by the illuminating device, and/or size of a partial area of an environment that can be illuminated by the illuminating device.