mhurhangee/patent-ind-claim-en huggingface dataset:
Device for producing a wafer cup, comprising a mold core and a female mold , wherein - the female mold has a base and a plurality of wall segments hingedly connected to the base , and - means for pivoting the wall segments from a first position in which the base forms a support for receiving a wafer sheet that extends beyond the base into a second position in which the wall segments form a wall which encloses the base and extends substantially perpendicularly from the base , with the portions of the wafer sheet that extend beyond the region of the base being applied to the mold core , and - the mold core and the base are mounted so as to be displaceable relative to the means, wherein the means have - a holder having two levels arranged one above the other, - a first group of wall segments which are connected to the first level of the holder by means of a first group of arms , and - a second group of wall segments which are connected to the second level of the holder by means of a second group of arms , wherein - the arms are each hingedly connected at one end to the first plane or the second level of the holder and at the other end to one wall segment of the first group or the second group, and the wall segments of the first group of wall segments and the wall segments of the second group of wall segments are arranged alternately on the circumference of the base . - the female mold has a base and a plurality of wall segments hingedly connected to the base , and - means for pivoting the wall segments from a first position in which the base forms a support for receiving a wafer sheet that extends beyond the base into a second position in which the wall segments form a wall which encloses the base and extends substantially perpendicularly from the base , with the portions of the wafer sheet that extend beyond the region of the base being applied to the mold core , and - the mold core and the base are mounted so as to be displaceable relative to the means, wherein the means have - a holder having two levels arranged one above the other, - a first group of wall segments which are connected to the first level of the holder by means of a first group of arms , and - a second group of wall segments which are connected to the second level of the holder by means of a second group of arms , wherein - the arms are each hingedly connected at one end to the first plane or the second level of the holder and at the other end to one wall segment of the first group or the second group, and
A method for high-strength and permanently elastic bonding of at least two surfaces to one another, of which at least one surface is a surface of a permanently elastic plastic, by means of an adhesive comprising a polyurethane component, said method comprising the steps of: a) applying the adhesive to at least a first of the surfaces to be connected, b) ensuring conditions under which at least a first hardening mechanism of the adhesive takes place, said mechanism comprising at least a chemical reaction with the formation of a chemical bond including at least one sulphur atom, c) bringing the first surface provided with the adhesive into contact with the second surface optionally also provided with the adhesive , d) ensuring conditions under which at least a second hardening mechanism of the adhesive takes place, said mechanism comprising at least the formation of crystalline structures from amorphous polymers. a) applying the adhesive to at least a first of the surfaces to be connected, b) ensuring conditions under which at least a first hardening mechanism of the adhesive takes place, said mechanism comprising at least a chemical reaction with the formation of a chemical bond including at least one sulphur atom, c) bringing the first surface provided with the adhesive into contact with the second surface optionally also provided with the adhesive , d) ensuring conditions under which at least a second hardening mechanism of the adhesive takes place, said mechanism comprising at least the formation of crystalline structures from amorphous polymers.
An improved non-slip device for a shoe sole of the type in which non-slip or skid-proof means such as nails or grappling hooks are provided, such means being not fixed directly to the sole but to rigid or semi-rigid means that can be folded away into grooves provided in the sole, wherein each non-slip member as well as its member 24) anchored to the sole and provided with its own snap fastening means are connected to each other in a non-disassembled way by a joint , characterized in that the joint is provided with a double-headed steel pin with a protruding end forming the axis of rotation about which the non-slip member is rotatable through 180°, said joint being provided on the opposite side with a protruding attachment having an eyelet forming the 90° rotation center of the axle of said member element anchored to the sole, which is perpendicular to said steel pin so that said anchoring member cannot be separated from said non-slip member even if an elastic force necessary for the separation from the latter is applied to the sole.
A method of manufacturing an electronics assembly protected against harsh environmental conditions for aircraft, comprising the steps of: Providing a structure , said structure forming an outer skin of an aircraft; applying a film comprising an electronic device to a surface of the structure ; and surface of the structure ; and applying at least one protective layer to a surface of the film to protect it from damage caused by environmental influences, wherein the protective layer is made of a composite material, wherein an arrangement of several superimposed protective layers is formed on the film , which have a lateral offset (L) relative to one another. Providing a structure , said structure forming an outer skin of an aircraft; applying a film comprising an electronic device to a surface of the structure ; and surface of the structure ; and applying at least one protective layer to a surface of the film to protect it from damage caused by environmental influences, wherein the protective layer is made of a composite material, wherein an arrangement of several superimposed protective layers is formed on the film , which have a lateral offset (L) relative to one another.
Cutting tool for machining mechanical parts, comprising a tool body with a central axis (A) and a gripping diameter (D102), a tool head adjacent to the tool body in the direction of the central axis (A) and composed of a sprinkling region and a cutting portion having a cutting diameter (D105) which is smaller than the gripping diameter (D102), the cutting tool also comprising at least one lubrication duct (C102) which extends through the tool body and which opens into a sprinkling hole (S104) located in the sprinkling region , the cutting tool comprising a directional sprinkling ring that is provided for attachment to a ring connection region of the tool body , the ring connection region being adjacent to the sprinkling region , and the directional sprinkling ring being configured in such a way that it delimits, with at least one portion of the sprinkling region , a distribution space , characterized in that the cross section of the distribution space is reduced in the direction of the cutting portion . the cutting tool comprising a directional sprinkling ring that is provided for attachment to a ring connection region of the tool body , the ring connection region being adjacent to the sprinkling region , and the directional sprinkling ring being configured in such a way that it delimits, with at least one portion of the sprinkling region , a distribution space , characterized in that the cross section of the distribution space is reduced in the direction of the cutting portion .
A method for producing a ceramic honeycomb structure comprising a ceramic honeycomb body comprising a large number of axially extending cells defined by cell walls , and an outer peripheral wall formed on an outer peripheral surface of said ceramic honeycomb body , comprising the steps of applying a coating material containing ceramic particles and silica particles to said outer peripheral surface, and induction drying the coating material to form said outer peripheral wall , characterized in that said ceramic particles are cordierite particles or amorphous silica particles having an average particle size of 5-60 μm, said silica particles are elongated colloidal silica particles having an average length of 10-63 nm measured by a dynamic light scattering method, and a length/width ratio of 1.5-15, and said induction drying is conducted in a moist atmosphere at 70% relative humidity or more.
A fastening device for a free-standing sanitary fitting with a base body designed for flush mounting, which base body has inlet connections for a cold and a hot water inlet line and a base region for fastening the sanitary fitting , characterized by a connection part which is accommodated, in a sealing manner, in the base body within the base region and which has connections for cold and hot water lines of the sanitary fitting , which connections communicate with the inlet connections on the base body via water paths formed in the connection part independently of a rotational position, wherein the connection part can be received in the base body in at least two mounting positions rotated by 180°, in which mounting positions the connections for cold and hot water are reversed for correction of the connection positions in the case of supply lines being connected to the fastening device in a reversed manner.
A pharmaceutical formulation containing carglumic acid or a pharmaceutically acceptable salt thereof and a buffering agent having a pK a from 5.5 to 9.0 at 25 °C, preferably a pK a from 7.5 and 8.5 at 25 °C, more preferably a pK a of about 8.07, characterized in that said buffering agent is trometamol.
A method for supporting a diagnosis of a risk of colorectal cancer recurrence, comprising the steps of: performing a first measurement to measure levels of expression of C18orf22, C18orf55, CCDC68, CNDP2, CYB5A, LOC400657, LOC440498, MBD2, MBP, MYO5B, NARS, PQLC1, RTTN, SEC11C, SOCS6, TNFRSF11A, TXNL1, TXNL4A, VPS4B, and ZNF407 in a biological sample collected from a patient with colorectal cancer, a second measurement to measure levels of expression of ASXL1, C20orf112, C20orf177, CHMP4B, COMMD7, CPNE1, DIDO1, DNAJC5, KIF3B, NCOA6, PHF20, PIGU, PLAGL2, POFUT1, PPP1R3D, PTPN1, RBM39, TAF4, and TCFL5, and a third measurement to measure levels of expression of ANGPTL2, AXL, C1R, C1S, CALHM2, CTSK, DCN, EMP3, GREM1, ITGAV, KLHL5, MMP2, RAB34, SELM, SRGAP2P1, and VIM; and determining the risk of colorectal cancer recurrence of the patient based on results of the first measurement, second measurement and third measurement. performing a first measurement to measure levels of expression of C18orf22, C18orf55, CCDC68, CNDP2, CYB5A, LOC400657, LOC440498, MBD2, MBP, MYO5B, NARS, PQLC1, RTTN, SEC11C, SOCS6, TNFRSF11A, TXNL1, TXNL4A, VPS4B, and ZNF407 in a biological sample collected from a patient with colorectal cancer, a second measurement to measure levels of expression of ASXL1, C20orf112, C20orf177, CHMP4B, COMMD7, CPNE1, DIDO1, DNAJC5, KIF3B, NCOA6, PHF20, PIGU, PLAGL2, POFUT1, PPP1R3D, PTPN1, RBM39, TAF4, and TCFL5, and a third measurement to measure levels of expression of ANGPTL2, AXL, C1R, C1S, CALHM2, CTSK, DCN, EMP3, GREM1, ITGAV, KLHL5, MMP2, RAB34, SELM, SRGAP2P1, and VIM; and determining the risk of colorectal cancer recurrence of the patient based on results of the first measurement, second measurement and third measurement.
A surfactant composition comprising water, an olefin sulfonate, and one or more additional components chosen from one or more co-surfactants, a viscosity-modifying polymer, or any combination thereof, wherein the olefin sulfonate is a propylene oligomer comprising one or more sulfonate groups, and wherein the propylene oligomer has an average total branching of 3 to 15 per molecule.
Method for measuring precipitation, consisting in: - acquiring, from at least one acquisition site PA having coordinates (x,y,z), at least one radio signal emitted from at least one transmitter, said radio signal consisting of the signal emitted by the raindrops and other hydrometeors, and - periodically measuring the power P(t) of a component of the received signal in order to create series of timestamped levels (P(t),t), - carrying out processing, over at least one sliding time window, of N values of at least one timestamped series (P(t), t) combined with other time series (Mp(t),t) of environmental parameters at or near the acquisition site PA and system-related parameters, which processing consists in ∘ determining the type of hydrometeors involved, and ∘ determining a reference level for the signal corresponding to the power of the signal which would be received from the transmitter in the absence of hydrometeors and denoted (Pref(t),t), - calculating, in real time, a sequence of power fluctuations as a result of rainfall or due to other hydrometeors (ΔP(t),t) according to: Δ P t = P t − Pref t - acquiring, from at least one acquisition site PA having coordinates (x,y,z), at least one radio signal emitted from at least one transmitter, said radio signal consisting of the signal emitted by the raindrops and other hydrometeors, and - periodically measuring the power P(t) of a component of the received signal in order to create series of timestamped levels (P(t),t), - carrying out processing, over at least one sliding time window, of N values of at least one timestamped series (P(t), t) combined with other time series (Mp(t),t) of environmental parameters at or near the acquisition site PA and system-related parameters, which processing consists in ∘ determining the type of hydrometeors involved, and ∘ determining a reference level for the signal corresponding to the power of the signal which would be received from the transmitter in the absence of hydrometeors and denoted (Pref(t),t), ∘ determining the type of hydrometeors involved, and ∘ determining a reference level for the signal corresponding to the power of the signal which would be received from the transmitter in the absence of hydrometeors and denoted (Pref(t),t), - calculating, in real time, a sequence of power fluctuations as a result of rainfall or due to other hydrometeors (ΔP(t),t) according to: Δ P t = P t − Pref t
A crosslinked polymer composition, which is obtained by crosslinking a polymer composition, which polymer composition comprises a polyolefin, peroxide and sulphur containing phenolic antioxidant and has a melt flow rate (MFR 2 ) of less than 1.7 g/10min (ISO 1133, 2.16 kg load at 190 °C), characterised by that the crosslinked polymer composition has an Oxidation Induction Time, determined according to ASTM-D3895, ISO/CD 11357 and EN 728 using a Differential Scanning Calorimeter (DSC), which Oxidation Induction Time corresponds to Z minutes, and comprises an amount of peroxide by-products which corresponds to W ppm determined according to BTM2222 using HPLC, wherein Z 1 ≤ Z ≤ Z 2 , W 1 ≤ W ≤ W 2 , and W ≤ p − 270 ∗ Z , wherein Z 1 is 0, Z 2 is 60, W 1 is 0 and W 2 is 9500, and p is 18500; wherein said polymer composition comprises less than 0.05 % by weight (wt%) 2,4-Diphenyl-4-methyl-1-pentene; and wherein the polyolefin is a low density polyethylene (LDPE) which is selected from an optionally unsaturated LDPE homopolymer or an optionally unsaturated LDPE copolymer of ethylene with one or more comonomer(s).
An automatic processing apparatus comprising: at least two types of feed means including a first feed means for feeding an object up to a predetermined thickness to transport means and a second feed means for feeding an object exceeding the predetermined thickness to the transport means ; the transport means including a plurality of transport boxes of a similar size, the plurality of transport boxes respectively including a partition member partitioning an inner space into a plurality of accommodation spaces , the plurality of transport boxes being placed on a transport track, and the accommodation spaces respectively partitioned by the partition member having a width of at least one of a first width and a second width wider than the first width, the transport means moving the plurality of transport boxes along the transport track and accommodating the object fed from the feed means to one of the accommodation space of the first width and the accommodation space of the second width; and control means determining for accommodating the object fed from the feed means in the accommodation spaces of the first width and the accommodation spaces of the second width, based on the feed means which is a feed source of the object, the control means controlling the feed means and the transport means so as to accommodate the object in the determined accommodation space . at least two types of feed means including a first feed means for feeding an object up to a predetermined thickness to transport means and a second feed means for feeding an object exceeding the predetermined thickness to the transport means ; the transport means including a plurality of transport boxes of a similar size, the plurality of transport boxes respectively including a partition member partitioning an inner space into a plurality of accommodation spaces , the plurality of transport boxes being placed on a transport track, and the accommodation spaces respectively partitioned by the partition member having a width of at least one of a first width and a second width wider than the first width, the transport means moving the plurality of transport boxes along the transport track and accommodating the object fed from the feed means to one of the accommodation space of the first width and the accommodation space of the second width; and control means determining for accommodating the object fed from the feed means in the accommodation spaces of the first width and the accommodation spaces of the second width, based on the feed means which is a feed source of the object, the control means controlling the feed means and the transport means so as to accommodate the object in the determined accommodation space .
A method of using an unmanned aerial vehicle (UAV) in fishing, said UAV comprising a housing , a processor, a positioning unit , a sonar unit , a launching unit and a fishhook unit , said method comprising: manipulating the UAV to fly to a designated destination determined by the processor according to one of a received wireless communication and a preset program; adjusting the sonar unit to a predetermined height by the positioning unit; determining a coordinate corresponding to a signal detected by the sonar unit as a fishing region when the signal is consistent with a predetermined value; launching bait to the fishing region by the launching unit; releasing a fishhook from the fishhook unit to the fishing region; and manipulating the UAV to hover or return by the processor according to one of a received wireless communication and a preset program, said method being characterized in that the step of adjusting the sonar unit to the predetermined height by the positioning unit comprises: applying a first sensor of the positioning unit to sense a tension on a wire which connects the sonar unit to the positioning unit , wherein the sonar unit comprises a floater which floats above water surface and a sonar main body; sending the tension sensed by the first sensor to the processor; and instructing the wire to stop or decelerate by the processor if the tension is less than a first threshold. manipulating the UAV to fly to a designated destination determined by the processor according to one of a received wireless communication and a preset program; adjusting the sonar unit to a predetermined height by the positioning unit; determining a coordinate corresponding to a signal detected by the sonar unit as a fishing region when the signal is consistent with a predetermined value; launching bait to the fishing region by the launching unit; releasing a fishhook from the fishhook unit to the fishing region; and manipulating the UAV to hover or return by the processor according to one of a received wireless communication and a preset program, said method being characterized in that the step of adjusting the sonar unit to the predetermined height by the positioning unit comprises: applying a first sensor of the positioning unit to sense a tension on a wire which connects the sonar unit to the positioning unit , wherein the sonar unit comprises a floater which floats above water surface and a sonar main body; sending the tension sensed by the first sensor to the processor; and instructing the wire to stop or decelerate by the processor if the tension is less than a first threshold. applying a first sensor of the positioning unit to sense a tension on a wire which connects the sonar unit to the positioning unit , wherein the sonar unit comprises a floater which floats above water surface and a sonar main body; sending the tension sensed by the first sensor to the processor; and instructing the wire to stop or decelerate by the processor if the tension is less than a first threshold.
A method for wireless communication, the method being performed by a user equipment, UE , and comprising: receiving an uplink grant for an uplink data transmission, the uplink grant comprising an aperiodic channel state information, CSI, report trigger for an aperiodic CSI report and an index corresponding to one timing offset in a set of indexed timing offsets, wherein a first set of indexed timing offsets are associated with timing offsets between reception of uplink grants and corresponding uplink data transmissions, and wherein a second set of indexed timing offsets are associated with timing offsets between reception of aperiodic CSI report triggers and corresponding aperiodic CSI report transmissions; determining a timing offset between reception of the uplink grant and the aperiodic CSI report trigger and joint transmission of both the uplink data transmission and the aperiodic CSI report based at least in part on the first set of indexed timing offsets and the index; and jointly transmitting the uplink data transmission and the aperiodic CSI report according to the timing offset. receiving an uplink grant for an uplink data transmission, the uplink grant comprising an aperiodic channel state information, CSI, report trigger for an aperiodic CSI report and an index corresponding to one timing offset in a set of indexed timing offsets, wherein a first set of indexed timing offsets are associated with timing offsets between reception of uplink grants and corresponding uplink data transmissions, and wherein a second set of indexed timing offsets are associated with timing offsets between reception of aperiodic CSI report triggers and corresponding aperiodic CSI report transmissions; determining a timing offset between reception of the uplink grant and the aperiodic CSI report trigger and joint transmission of both the uplink data transmission and the aperiodic CSI report based at least in part on the first set of indexed timing offsets and the index; and jointly transmitting the uplink data transmission and the aperiodic CSI report according to the timing offset.