mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: detecting one or more fingers in a hover position, the one or more fingers being a spaced distance from a touch screen, wherein detecting the one or more fingers in the hover position causes a hover mode to be entered, the hover mode enabling detection of a motion of at least one of the one or more fingers; detecting the motion of at least one of the one or more fingers positioned at the spaced distance from the touch screen in response to detecting the one or more fingers in the hover position causing the hover mode to be entered, the motion being a user command to increase visibility of a control interface that is at least partially visible on the touch screen, the control interface configured to control content associated with a virtual element that is displayed on the touch screen by means of user input on the touch screen, the motion occurring without the at least one of the one or more fingers touching the touch screen; and causing the visibility of the control interface on the touch screen to increase by decreasing an extent of transparency of the control interface from a first extent of transparency in a first state of the control interface, the first extent of transparency being less than one-hundred percent, to a second extent of transparency in a second state of the control interface, the second extent of transparency being less than the first extent of transparency, based on the motion. detecting one or more fingers in a hover position, the one or more fingers being a spaced distance from a touch screen, wherein detecting the one or more fingers in the hover position causes a hover mode to be entered, the hover mode enabling detection of a motion of at least one of the one or more fingers; detecting the motion of at least one of the one or more fingers positioned at the spaced distance from the touch screen in response to detecting the one or more fingers in the hover position causing the hover mode to be entered, the motion being a user command to increase visibility of a control interface that is at least partially visible on the touch screen, the control interface configured to control content associated with a virtual element that is displayed on the touch screen by means of user input on the touch screen, the motion occurring without the at least one of the one or more fingers touching the touch screen; and causing the visibility of the control interface on the touch screen to increase by decreasing an extent of transparency of the control interface from a first extent of transparency in a first state of the control interface, the first extent of transparency being less than one-hundred percent, to a second extent of transparency in a second state of the control interface, the second extent of transparency being less than the first extent of transparency, based on the motion.
A thermal pad for promoting heat transfer between a column heating module and a mobile phase of a liquid chromatography system by covering a section of tubing carrying the mobile phase to effectuate a uniform heating of the mobile phase, the thermal pad comprising: a silicone layer, the silicone layer having a reinforcement stiffener for reducing stretching of the silicone layer, and a tacky surface on at least a first side of the silicone layer; a heat resistant polyester resin film layer coupled to a second side of the silicone layer; and a notched portion in only one corner of the thermal pad, the notched portion defined by a first edge extending vertically from a top edge of the thermal pad and a second edge extending horizontally from a side edge of the thermal pad towards the first edge, wherein the first edge is perpendicular to the second edge. a silicone layer, the silicone layer having a reinforcement stiffener for reducing stretching of the silicone layer, and a tacky surface on at least a first side of the silicone layer; a heat resistant polyester resin film layer coupled to a second side of the silicone layer; and a notched portion in only one corner of the thermal pad, the notched portion defined by a first edge extending vertically from a top edge of the thermal pad and a second edge extending horizontally from a side edge of the thermal pad towards the first edge, wherein the first edge is perpendicular to the second edge.
Load supporting device for attaching to the pelvis of a user, the supporting device comprising a base member having a first groove extending along a first axis A, a first and a second extension section, wherein the first groove is arranged between the first and second extension sections, an angled first lateral member, an end of which is mechanically connected with the first extension section, wherein the first lateral member can be positioned essentially perpendicularly to the first axis and/or can be pivoted relative to the base member, when the mechanical connection with the base member is released, and an angled second lateral member, an end of which is mechanically connected with the second extension section, wherein the second lateral member can be positioned essentially perpendicularly to the first axis and/or can be pivoted relative to the base member, when the mechanical connection with the base member is released, wherein the first and second lateral members are arranged to transfer the load supported by the load supporting device onto a user's hips in its state of use, a dorsal member having a second groove which is mechanically connected with the first groove, wherein the second groove extends along the first axis, wherein the dorsal member is arranged to abut on the back of the user in the state of use, wherein the first groove is arranged to guide the second groove slidingly along the first axis, when the mechanical connection between the first and second grooves is temporarily released. a base member having a first groove extending along a first axis A, a first and a second extension section, wherein the first groove is arranged between the first and second extension sections, an angled first lateral member, an end of which is mechanically connected with the first extension section, wherein the first lateral member can be positioned essentially perpendicularly to the first axis and/or can be pivoted relative to the base member, when the mechanical connection with the base member is released, and an angled second lateral member, an end of which is mechanically connected with the second extension section, wherein the second lateral member can be positioned essentially perpendicularly to the first axis and/or can be pivoted relative to the base member, when the mechanical connection with the base member is released, wherein the first and second lateral members are arranged to transfer the load supported by the load supporting device onto a user's hips in its state of use, a dorsal member having a second groove which is mechanically connected with the first groove, wherein the second groove extends along the first axis, wherein the dorsal member is arranged to abut on the back of the user in the state of use, wherein the first groove is arranged to guide the second groove slidingly along the first axis, when the mechanical connection between the first and second grooves is temporarily released.
A method for determining a fetal chromosomal aneuploidy in a biological sample of a pregnant female individual, wherein the biological sample includes nucleic acid molecules, the method comprising: a) selecting for and isolating from a biological sample of a pregnant female individual one or more target sequences of DNA molecules contained in the biological sample, wherein said target sequences comprise DNA sequences having consensus nucleosome binding regions and wherein said DNA molecules comprising the target sequences are isolated and enriched by using affinity chromatography or batch-wise enrichment using labelled nucleic acid baits, which allow for enrichment and isolation of hybridized DNA molecules by affinity purification; b) amplifying said selected target sequences; c) sequencing said amplified selected target sequences and allotting them to the chromosomes of the genome and identifying the unique allotted target sequences; d) determining a first amount for each of one or more first chromosomes identified on the basis of said unique allotted target sequences originating from said one or more first chromosomes; e) determining a second amount for each of one or more second chromosomes identified on the basis of said unique allotted target sequences originating from said one or more second chromosomes; and f) determining based on the said first and second amount a fetal chromosomal aneupoidy of one or more of said first chromosomes. a) selecting for and isolating from a biological sample of a pregnant female individual one or more target sequences of DNA molecules contained in the biological sample, wherein said target sequences comprise DNA sequences having consensus nucleosome binding regions and wherein said DNA molecules comprising the target sequences are isolated and enriched by using affinity chromatography or batch-wise enrichment using labelled nucleic acid baits, which allow for enrichment and isolation of hybridized DNA molecules by affinity purification; b) amplifying said selected target sequences; c) sequencing said amplified selected target sequences and allotting them to the chromosomes of the genome and identifying the unique allotted target sequences; d) determining a first amount for each of one or more first chromosomes identified on the basis of said unique allotted target sequences originating from said one or more first chromosomes; e) determining a second amount for each of one or more second chromosomes identified on the basis of said unique allotted target sequences originating from said one or more second chromosomes; and f) determining based on the said first and second amount a fetal chromosomal aneupoidy of one or more of said first chromosomes.
Polyamide moulding composition consisting of the following components: a) 50 to 75 % by weight of at least one partially crystalline polyamide consisting of at least one diamine and at least one aromatic dicarboxylic acid, whereupon the at least one diamine has 4 to 18 carbon atoms and is selected from a group of diamines consisting of linear aliphatic diamines, branched aliphatic diamines and cycloaliphatic diamines, b) 5 to 20 % by weight of at least one fibrous reinforcing agent, c) 10 to 40 % by weight of at least one non-sized filler which is different from the fibrous reinforcing agent in b) and selected from the group consisting of milled glass fibres, milled carbon fibres, glass flakes, whiskers, wollastonite, mica, phyllosilicates and mixtures thereof, d) 0 to 6 % by weight of a at least one additive, with the proviso that the component b) and c) add up to 25 to 45 % by weight and the entirety of components (a) to (d) gives 100 % by weight, characterised in that the moulding composition has a condensable outgasing resulting in a haze of a maximum of 10 %, measured by determining the haze on a glass plate after a thermal treatment of pellets of the polyamide moulding composition at 200 °C for a period of 8 hours. a) 50 to 75 % by weight of at least one partially crystalline polyamide consisting of at least one diamine and at least one aromatic dicarboxylic acid, whereupon the at least one diamine has 4 to 18 carbon atoms and is selected from a group of diamines consisting of linear aliphatic diamines, branched aliphatic diamines and cycloaliphatic diamines, b) 5 to 20 % by weight of at least one fibrous reinforcing agent, c) 10 to 40 % by weight of at least one non-sized filler which is different from the fibrous reinforcing agent in b) and selected from the group consisting of milled glass fibres, milled carbon fibres, glass flakes, whiskers, wollastonite, mica, phyllosilicates and mixtures thereof, d) 0 to 6 % by weight of a at least one additive,
A retractable seat comprising a sitting part intended to receive a user's buttocks, the seat being configured to take up either a position of use wherein the seat is deployed such that the sitting part can support the user's buttocks and a stowed position wherein the seat is retracted, the sitting part not being able to receive the user's buttocks, said seat comprising: - a first module that is capable of moving in rotation in a vertical plane, comprising longitudinal elements configured to form a deformable quadrilateral, the first module being articulated about at least one rotary pin mounted on a fixed support, configured such that, in the position of use, at least two longitudinal elements are in surface contact, preventing the rotation of the first module in at least one direction of rotation, characterised in that the seat further comprises: - a second module that is capable of moving in rotation in the same vertical plane as the first module, comprising a support leg configured to be in surface contact with the ground in the position of use and a connecting rod fixed at a first end to the first module and at a second end to the support leg, the second module being configured such that, in the position of use, the connecting rod and the support leg are in surface contact, preventing the rotation of the second module in at least one direction of rotation. - a first module that is capable of moving in rotation in a vertical plane, comprising longitudinal elements configured to form a deformable quadrilateral, the first module being articulated about at least one rotary pin mounted on a fixed support, configured such that, in the position of use, at least two longitudinal elements are in surface contact, preventing the rotation of the first module in at least one direction of rotation, characterised in that the seat further comprises: - a second module that is capable of moving in rotation in the same vertical plane as the first module, comprising a support leg configured to be in surface contact with the ground in the position of use and a connecting rod fixed at a first end to the first module and at a second end to the support leg, the second module being configured such that, in the position of use, the connecting rod and the support leg are in surface contact, preventing the rotation of the second module in at least one direction of rotation.
Workpiece carrier unit with a plurality of workpiece carriers (5, 5', 5"), - wherein the at least two workpiece carriers (5, 5', 5") are mounted so as to be rotatable in each case about one workpiece carrier axis, - wherein the workpiece carrier unit is mounted so as to be rotatable about a workpiece carrier unit axis, and - wherein the workpiece carriers (5, 5', 5") are mounted on an rolling bearings, characterised in that at least one of the workpiece carriers (5', 5") is mounted so as to be inclinable and/or interlacable. - wherein the at least two workpiece carriers (5, 5', 5") are mounted so as to be rotatable in each case about one workpiece carrier axis, - wherein the workpiece carrier unit is mounted so as to be rotatable about a workpiece carrier unit axis, and - wherein the workpiece carriers (5, 5', 5") are mounted on an rolling bearings,
Airtight sleeve for sealing the wall outlet of a cable or the like, comprising: - an annular sealing element (10, 20) having a substantially radially extending separating slot; - at least one fixing flap (31, 41) which is arranged movably on the sealing element such that it can at least partially cover the separating slot in the mounted state, characterized in that the fixing flap (31, 41) is part of a material layer (30, 40) covering the entire sealing element. - an annular sealing element (10, 20) having a substantially radially extending separating slot; - at least one fixing flap (31, 41) which is arranged movably on the sealing element such that it can at least partially cover the separating slot in the mounted state,
A method in client node for enabling forward error correction, FEC, of uplink data, the method comprising: - generating (30, 206) a number of data packets; - transmitting (32, 208), towards an uplink network node, each data packet as it is generated; - generating (34, 212) one FEC packet, characterized in that generating (34, 212) the FEC packet comprises generating a message authentication code, MAC, of the FEC packet based on the payload of the generated number of data packets, and including the MAC in a header of the FEC packet; and by further comprising: - transmitting (36, 214), towards the uplink network node, only the header part of the FEC packet. - generating (30, 206) a number of data packets; - transmitting (32, 208), towards an uplink network node, each data packet as it is generated; - generating (34, 212) one FEC packet, characterized in that generating (34, 212) the FEC packet comprises generating a message authentication code, MAC, of the FEC packet based on the payload of the generated number of data packets, and including the MAC in a header of the FEC packet; and by further comprising: - transmitting (36, 214), towards the uplink network node, only the header part of the FEC packet. - transmitting (36, 214), towards the uplink network node, only the header part of the FEC packet.
A laser cutting system, including a cutting head and a laser source, the cutting head comprising an optical output, the laser source being configured to generate a power laser beam, the cutting head and the laser source being configured such that the power laser beam emerges out of the cutting head via the optical output by propagating along a propagation axis (A-A), the laser cutting system being characterised in that the cutting head further comprises a first auxiliary nozzle and a second auxiliary nozzle, each auxiliary nozzle (28, 50) being distant from the optical output and configured to emit a planar gas jet (30, 52) extending in an emission plane, the propagation axis (A-A) of the power laser beam belonging to the emission plane, and the second auxiliary nozzle being arranged such that the gas jet emitted by the second auxiliary nozzle scans the optical output. the laser cutting system being characterised in that the cutting head further comprises a first auxiliary nozzle and a second auxiliary nozzle, each auxiliary nozzle (28, 50) being distant from the optical output and configured to emit a planar gas jet (30, 52) extending in an emission plane, the propagation axis (A-A) of the power laser beam belonging to the emission plane, and the second auxiliary nozzle being arranged such that the gas jet emitted by the second auxiliary nozzle scans the optical output.
An imaging system comprising a time of flight imaging sensor, a first and a second different illumination sources (122, 123) each having a respective wavelength in the near infrared range; and a controller operable to apply a modulation frequency to the time of flight imaging sensor and to the first and second illumination sources (122, 123) such that the first and second illumination sources (122, 123) are synchronized with the time of flight imaging sensor, and such that during an exposure, when the first illumination source is on, the second illumination source is off, and when the second illumination source is on, the first illumination source is off, the imaging system being adapted to process an image of a scene being illuminated by the first and second illumination sources (122, 123), wherein the first and second illumination sources (122, 123) include at least one structured illumination source, wherein the first and second illumination sources include at least one uniform illumination source. a time of flight imaging sensor, a first and a second different illumination sources (122, 123) each having a respective wavelength in the near infrared range; and a controller operable to apply a modulation frequency to the time of flight imaging sensor and to the first and second illumination sources (122, 123) such that the first and second illumination sources (122, 123) are synchronized with the time of flight imaging sensor, and such that during an exposure, when the first illumination source is on, the second illumination source is off, and when the second illumination source is on, the first illumination source is off, the imaging system being adapted to process an image of a scene being illuminated by the first and second illumination sources (122, 123), wherein the first and second illumination sources (122, 123) include at least one structured illumination source, wherein the first and second illumination sources include at least one uniform illumination source.
A rod holding device (1,1',1",1"') for binding a rod to an osseous structure, comprising: a holding body (3,3") having an engagement portion (7,7") and a receiving portion (8,8"); an anchor member for anchoring the holding body (3,3") to the osseous structure; a closure member (4,4") for engagement with the engagement portion (7,7") of the holding body (3,3"); and a sleeve member (9,9') with an opening (10,10') for receiving the rod and a non-spherical outer contact surface for engaging a complementary inner contact surface of said receiving portion (8,8") of the holding body (3,3"); wherein the sleeve member (9,9') is configured to be locked in said receiving portion (8,8") of the holding body (3,3") by engagement of the closure member (4,4") with the engagement portion (7,7") of the holding body (3,3"), and to secure the rod within said opening (10,10') characterized in that said sleeve member (9,9') presents, at opposite longitudinal ends, axial stops opposed to corresponding outer surfaces of the holding body (3,3"). a holding body (3,3") having an engagement portion (7,7") and a receiving portion (8,8"); an anchor member for anchoring the holding body (3,3") to the osseous structure; a closure member (4,4") for engagement with the engagement portion (7,7") of the holding body (3,3"); and a sleeve member (9,9') with an opening (10,10') for receiving the rod and a non-spherical outer contact surface for engaging a complementary inner contact surface of said receiving portion (8,8") of the holding body (3,3"); wherein the sleeve member (9,9') is configured to be locked in said receiving portion (8,8") of the holding body (3,3") by engagement of the closure member (4,4") with the engagement portion (7,7") of the holding body (3,3"), and to secure the rod within said opening (10,10') characterized in that said sleeve member (9,9') presents, at opposite longitudinal ends, axial stops opposed to corresponding outer surfaces of the holding body (3,3").
Composite building element for the covering of a construction comprising at least two supports on a building site, wherein the composite building element comprises: - a plate-like element connectable to the at least two supports of the construction; - a frame connected to the plate-like element by at least two connecting means in such a way that an interspace distance is formed between the frame and the plate-like element; - insulation means (3, 5) positioned in between the frame and the plate-like element; characterized in that the composite building element comprises interspace distance adjustment means that are arranged for adjusting the interspace distance between the plate-like element and the frame in a connected state thereof. - a plate-like element connectable to the at least two supports of the construction; - a frame connected to the plate-like element by at least two connecting means in such a way that an interspace distance is formed between the frame and the plate-like element; - insulation means (3, 5) positioned in between the frame and the plate-like element;