mhurhangee/ep-ind-claims huggingface dataset:
Use of fungus Paecilomyces carneus for the control or eradication of phytoparasitic nematodes, wherein the fungus Paecilomyces carneus produces specific enzymes that degrade the cuticle and penetrate to the interior of the nematodes, and the phytoparasitic nematodes belong to the Familes: Anguinidae, Aphelenchidae, Aphelenchoididae, Criconematidae, Dolichodoridae, Hemicycliphoridae, Hoplolaimidae, Iotonchidae, Neotylenchidae, Pratylenchidae, Sphaerulariidae, Tilenchidae and Tylenchulidae: Sub-order Tylenchina; Longidoridae: Sub-order Dorylaimina; Trichodoridae: Sub-order Diphtherophorina and combinations thereof.
A method for determining a position of a wireless device, the method being performed in a network node (5, 7, 8) connected to a plurality of remote radio heads (1, 1a-c) via a combiner (15, 15'), the method comprising the steps of: adjusting a weighting of an uplink signal for at least one of the remote radio heads; measuring a signal quality of a combined uplink signal received via the combiner (15, 15'); repeating the steps of adjusting and measuring until an exit condition is true; and determining a position of the wireless device based on how the measured signal quality differs for adjustments of weighting of the uplink signal for different remote radio heads. adjusting a weighting of an uplink signal for at least one of the remote radio heads; measuring a signal quality of a combined uplink signal received via the combiner (15, 15'); repeating the steps of adjusting and measuring until an exit condition is true; and determining a position of the wireless device based on how the measured signal quality differs for adjustments of weighting of the uplink signal for different remote radio heads.
A wearable device comprising: a processor; at least one transceiver; a sensor configured to sense the presence of a user; wherein the processor is configured to cause the at least one transceiver to transmit information indicative of a presence of a user, characterized in that the at least one transceiver is configured to transmit a signal at a first time interval, and wherein the transceiver is configured to alternatively transmit a signal at a second time interval when the user presence sensor confirms the absence of a user, wherein the second time interval is greater than the first time interval. a processor; at least one transceiver; a sensor configured to sense the presence of a user; wherein the processor is configured to cause the at least one transceiver to transmit information indicative of a presence of a user, characterized in that the at least one transceiver is configured to transmit a signal at a first time interval, and wherein the transceiver is configured to alternatively transmit a signal at a second time interval when the user presence sensor confirms the absence of a user, wherein the second time interval is greater than the first time interval.
A multifunctional pixel comprising in this order: a platen a display pixel; a photoelectric sensor; and a second sensor; wherein the display pixel, the photoelectric sensor, and the second sensor are located on a common substrate; wherein the second sensor includes an ultrasonic sensor made of a piezoelectric layer having pyroelectric properties; further comprising an ultrasonic transmitter attached to a first side of said common substrate, wherein the multifunctional pixel is located on a second side of the substrate, the second side of the substrate being opposite to the first side of the substrate, wherein the second sensor is configured to detect energy reflected from the platen. a platen a display pixel; a photoelectric sensor; and a second sensor; wherein the display pixel, the photoelectric sensor, and the second sensor are located on a common substrate; wherein the second sensor includes an ultrasonic sensor made of a piezoelectric layer having pyroelectric properties; further comprising an ultrasonic transmitter attached to a first side of said common substrate, wherein the multifunctional pixel is located on a second side of the substrate, the second side of the substrate being opposite to the first side of the substrate, wherein the second sensor is configured to detect energy reflected from the platen.
A method for predicting and/or monitoring a cancer patient's response to treatment with an immunotherapeutic agent, said method consisting of the steps of: (a) Measuring the amount of myeloid derived suppressor cells (MDSC) having the profile CD11b + CD33 + HLA-DR - and/or CD11b + CD33 + HLA-DR low, in at least one biological sample being a whole blood sample obtained from the patient, wherein said whole blood sample is unfractionated and a frozen sample or a cryopreserved sample; and (b) Determining whether the amount of MDSC of said profile is higher than a predetermined standard value or higher than a control sample; wherein detection of a high amount of MDSC of the above profile in the at least one biological sample as compared with the predetermined standard value or the control sample indicates that the patient is not responding and/or will not respond or is poorly responding and/or will poorly respond to treatment with said agent. (a) Measuring the amount of myeloid derived suppressor cells (MDSC) having the profile CD11b + CD33 + HLA-DR - and/or CD11b + CD33 + HLA-DR low, in at least one biological sample being a whole blood sample obtained from the patient, wherein said whole blood sample is unfractionated and a frozen sample or a cryopreserved sample; and (b) Determining whether the amount of MDSC of said profile is higher than a predetermined standard value or higher than a control sample;
A glazing unit having improved vibroacoustic damping properties comprising: - at least one glass sheet; - at least one vibroacoustic damping strip, the strip comprising at least one element made of damping material and the strip being fastened to one of the faces of the glass sheet; the face of the strip facing the glass sheet having a surface area in contact with the glass sheet which is strictly inferior to the surface area of said face of the strip facing the glass sheet, and in which the strip extends over at most the length of the glazing unit. - at least one glass sheet; - at least one vibroacoustic damping strip, the strip comprising at least one element made of damping material and the strip being fastened to one of the faces of the glass sheet;
A system comprising an embossing compound and an imprint stamp with a stamp structure for producing a structure in the embossing compound, wherein the stamp structure is formed at least partially from a silicone as a stamp material, wherein the imprint stamp is constituted deformable, wherein the imprint stamp has a modulus of elasticity less than 10,000 MPa, characterised in that the roughness of the surface of the imprint stamp amounts to less than 1 μm, wherein the roughness values apply to the average roughness and/or the root-mean-squared roughness and/or the averaged roughness, wherein the measurement of the roughness takes place over a surface area of approximately 2 μm × 2 μm, wherein the adhesion between the embossing compound and the imprint stamp is less than 2.5 J/m 2.
Method for identifying a container in a container crane system, in which - corners of a container are detected and located by means of at least two cameras arranged in each case at an end of a spreader at the end face of the container, - alphanumeric container identifiers arranged at end-face ends of the top of a container are recorded by means of the cameras at a predeterminable distance between spreader and container, and are fed to an optical character recognition device, - wherein the distance between spreader and container is determined by a sensor unit which is connected to a control device for recording the container identifiers and for feeding the image to the character recognition device and - the container identifiers recorded by the cameras are digitally preprocessed by the character recognition device and compared with a container list. - corners of a container are detected and located by means of at least two cameras arranged in each case at an end of a spreader at the end face of the container, - alphanumeric container identifiers arranged at end-face ends of the top of a container are recorded by means of the cameras at a predeterminable distance between spreader and container, and are fed to an optical character recognition device, - wherein the distance between spreader and container is determined by a sensor unit which is connected to a control device for recording the container identifiers and for feeding the image to the character recognition device and - the container identifiers recorded by the cameras are digitally preprocessed by the character recognition device and compared with a container list.
A proNGF mutant having a sequence consisting of the sequence of the human wildtype proNGF (SEQ ID NO: 1) wherein the protease cleavage site R 1 SK 3 R 4 is substituted at least at positions R 1 and K 3 corresponding to positions 101 and 103 of the human wildtype proNGF sequence (SEQ ID NO: 1) by any amino acid selected from a non-basic amino acid and Histidine.
A light output device comprising a light transmissive substrate arrangement (1,2) with a plurality of light source device arrangements integrated into the structure of the substrate arrangement, wherein the substrate arrangement comprises first and second substrates and an electrode arrangement (7a,7b) sandwiched between the substrates, with the plurality of light source device arrangements connected to the electrode arrangement, said light output device being characterised in that the plurality of light source device arrangements comprise at least a first and second light source device (4a,4b), each light source device (4a,4b) comprising first and second electrical contacts and providing an electrical conduction path in a forward bias direction from the first to the second contact, and blocking electrical conduction in an opposite, reverse bias, direction, wherein the first and second light source devices (4a,4b) are arranged in anti-parallel, and in that the device further comprises a power source adapted to apply an ac voltage to the electrode arrangement, wherein said power source comprises an ac power source with adjustable dc offset for controlling the relative intensity of the first and second light source devices.
A salt having formula: H 2 NCH 2 COCH 2 CH 2 COOR • Cl 3 C-COOH wherein R is selected from the group consisting of hydrogen, unsubstituted C 1-8 alkyl, unsubstituted C 3-6 carbocyclic, unsubstituted or substituted C 6-12 aryl, and unsubstituted or substituted benzyl.
An electrical terminal comprising: a terminal attachment portion; a wire attachment portion for receiving wires of a cable therein; a heat shrinkable sealing device for being positioned over exposed wires of the cable and the wire attachment portion, the heat shrinkable sealing device having adhesive/sealant retained therein; a transition portion extending between the terminal attachment portion and the wire attachment portion, wherein the electrical terminal includes a flow barrier which is a separate part from the terminal, the flow barrier being provided on the transition portion proximate an end of the transition portion, the flow barrier being a heat shrinkable sleeve fixed to the terminal and positioned around the transition portion, wherein the flow barrier constrains the adhesive/ sealant applied to the wires positioned in the wire attachment portion from flowing from the wire attachment portion to the terminal attachment portion; characterized in that the flow barrier is configured to act as a wire stop to prevent the further insertion of the wires into the wire attachment portion to properly position the wires in the wire attachment portion. a terminal attachment portion; a wire attachment portion for receiving wires of a cable therein; a heat shrinkable sealing device for being positioned over exposed wires of the cable and the wire attachment portion, the heat shrinkable sealing device having adhesive/sealant retained therein; a transition portion extending between the terminal attachment portion and the wire attachment portion, wherein the electrical terminal includes a flow barrier which is a separate part from the terminal, the flow barrier being provided on the transition portion proximate an end of the transition portion, the flow barrier being a heat shrinkable sleeve fixed to the terminal and positioned around the transition portion, wherein the flow barrier constrains the adhesive/ sealant applied to the wires positioned in the wire attachment portion from flowing from the wire attachment portion to the terminal attachment portion; characterized in that the flow barrier is configured to act as a wire stop to prevent the further insertion of the wires into the wire attachment portion to properly position the wires in the wire attachment portion.
Apparatus designed to transmit and receive electromagnetic waves (EM waves) for the purpose of determining and monitoring a level of a medium in a vessel by means of the transit times of the EM waves, said apparatus comprising - a first waveguide with - a first coupling element to which a corresponding electrical high-frequency signal can be applied for the purpose of coupling and decoupling the EM waves, wherein a first front face of the first waveguide is closed and a second front face of the first waveguide is open, such that the EM waves that decouple via the first coupling element are emitted via the second front face and the EM waves that are received via the second front face of the first waveguide are coupled in at the first coupling element, - at least a second waveguide with - a second coupling element to which a corresponding electrical high-frequency signal can be applied for the purpose of coupling and decoupling the EM waves, wherein a first and second front face (6, 7) of the second waveguide are open, and wherein the first front face of the second waveguide is adjacent to the second front face of the first waveguide such that the EM waves emitted by the first waveguide are transmitted by the second waveguide and the EM waves transmitted by the second waveguide are received by the first waveguide, - a horn antenna designed to emit and focus EM waves, wherein an entry opening of the horn antenna enters into the second front face of the second waveguide, such that the EM waves transmitted by the second waveguide are emitted by the horn antenna and that the EM waves received by the horn antenna are focused into the second waveguide, wherein the first waveguide is designed in such a way that the EM waves can be generated in a first electromagnetic wave mode in the first waveguide, characterized in that the second waveguide is designed to generate the EM waves in a higher wave mode than the first wave mode. - a first waveguide with - a first coupling element to which a corresponding electrical high-frequency signal can be applied for the purpose of coupling and decoupling the EM waves, - at least a second waveguide with - a second coupling element to which a corresponding electrical high-frequency signal can be applied for the purpose of coupling and decoupling the EM waves, - a horn antenna designed to emit and focus EM waves, wherein an entry opening of the horn antenna enters into the second front face of the second waveguide, such that the EM waves transmitted by the second waveguide are emitted by the horn antenna and that the EM waves received by the horn antenna are focused into the second waveguide,
A connector system comprising: a connector foil having contact pads thereon at an end portion, a connector fitting having a cylindrical element with a key formed at its distal end, said key being defined by cut-away portions of the element to produce two flat surfaces each parallel to the axis of the element, which flat surfaces face away from one another, wherein the end portion of the connector foil lies against a first one of said flat surfaces with the contact pads facing away from the first flat surface; wherein a second one of said flat surfaces faces in the other direction and comprises itself a pair of flat surfaces which do not carry contacts, a socket unit with a tubular recess sized to accommodate the cylindrical element and having spring contacts positioned to engage the contact pads of the connector foil, the socket unit having a structure occupying the space vacated by said cutaway portions; wherein the structure occupying the space vacated by said cut-away portions comprises the spring contacts on one side of the key and a projection on the inside of the tubular recess on the other side of the key., wherein the tubular recess has a cylindrical entry portion which merges with a generally D-shaped or half-circle step portion, wherein the spring contacts are positioned on the step portion for electrically coupled engagement with the contacts pads. a connector foil having contact pads thereon at an end portion, a connector fitting having a cylindrical element with a key formed at its distal end, said key being defined by cut-away portions of the element to produce two flat surfaces each parallel to the axis of the element, which flat surfaces face away from one another, wherein the end portion of the connector foil lies against a first one of said flat surfaces with the contact pads facing away from the first flat surface; wherein a second one of said flat surfaces faces in the other direction and comprises itself a pair of flat surfaces which do not carry contacts, a socket unit with a tubular recess sized to accommodate the cylindrical element and having spring contacts positioned to engage the contact pads of the connector foil, the socket unit having a structure occupying the space vacated by said cutaway portions; wherein the structure occupying the space vacated by said cut-away portions comprises the spring contacts on one side of the key and a projection on the inside of the tubular recess on the other side of the key., wherein the tubular recess has a cylindrical entry portion which merges with a generally D-shaped or half-circle step portion, wherein the spring contacts are positioned on the step portion for electrically coupled engagement with the contacts pads.
An alumina sintered compact containing a titanium compound and an iron compound, wherein: FeTiAlO 5 grains exist in the grain boundaries of the alumina grains and the mean grain size of the FeTiAlO 5 grains is from 3.4 to 7.0 μm, the total amount of the TiO 2 -equivalent content of the titanium compound and the Fe 2 O 3 -equivalent content of the iron compound is from 5 to 13% by mass, the ratio by mass of the TiO 2 -equivalent content of the titanium compound to the Fe 2 O 3 -equivalent content of the iron compound (TiO 2 /Fe 2 O 3) is from 0.85/1.15 to 1.15/0.85, and the total amount of the TiO 2 -equivalent content of the titanium compound, the Fe 2 O 3 -equivalent content of the iron compound and the alumina content is at least 98% by mass. FeTiAlO 5 grains exist in the grain boundaries of the alumina grains and the mean grain size of the FeTiAlO 5 grains is from 3.4 to 7.0 μm, the total amount of the TiO 2 -equivalent content of the titanium compound and the Fe 2 O 3 -equivalent content of the iron compound is from 5 to 13% by mass, the ratio by mass of the TiO 2 -equivalent content of the titanium compound to the Fe 2 O 3 -equivalent content of the iron compound (TiO 2 /Fe 2 O 3) is from 0.85/1.15 to 1.15/0.85, and the total amount of the TiO 2 -equivalent content of the titanium compound, the Fe 2 O 3 -equivalent content of the iron compound and the alumina content is at least 98% by mass.
A calibration system for a tracking system, comprising: a channel block having a plurality of channels formed therein, the plurality of channels being configured to correspond to locations where treatment devices are inserted for treatment of a patient, the channels being dimensioned to restrict motion of the treatment devices; and the tracking system configured to monitor a position of at least one treatment device inserted in at least one of the channels of the plurality of channels, the tracking system being configured to generate tracking data for the at least one treatment device for comparison with an expected position based on true positional data for the at least one treatment device. a channel block having a plurality of channels formed therein, the plurality of channels being configured to correspond to locations where treatment devices are inserted for treatment of a patient, the channels being dimensioned to restrict motion of the treatment devices; and the tracking system configured to monitor a position of at least one treatment device inserted in at least one of the channels of the plurality of channels, the tracking system being configured to generate tracking data for the at least one treatment device for comparison with an expected position based on true positional data for the at least one treatment device.
A polyol premix composition which comprises a combination of a blowing agent, a polyol, a surfactant component which comprises a non-silicone surfactant and is substantially absent of a silicone surfactant, and an amine catalyst, wherein the blowing agent comprises a hydrohaloolefin, the hydrohaloolefin comprising at least one fluoroalkene or chloroalkene containing from 3 to 4 carbon atoms and at least one carbon-carbon double bond.
Point containing pressurized aerosol can having a valve and a filter consisting of a filter element and a body, the body being connected, via an adapter and an ascending pipe with the valve, consisting of a sintered material and having a permeability ranging between 20 and 250 μm characterized in that the body at the same time is the filter element and constitutes a filter candle.
An apparatus for handling blanks, in particular (revenue) labels, coupons or the like, for (cigarette) packs, having a magazine for receiving a stack of blanks and a removal element for removing individual blanks from a removal opening of the magazine, wherein the removal opening is preferably configured in the region of a lower side of the magazine, and wherein the removal element is configured as a gear belt which is arranged to run in the region of the removal opening and wherein the gear belt has breakouts for applying a negative pressure to blanks in the region of the removal opening of the magazine for the individual removal of said blanks from the magazine and for the onward conveying of said blanks, preferably in an imbricated manner, from the region of the magazine, characterized in that one side, which faces toward the removal opening of the magazine, of the gear belt, in the region of the breakouts, is configured so as to slope toward the lateral flanks of the gear belt.