mhurhangee/patent-ind-claim-en huggingface dataset:
A Surface Acoustic Wave, SAW, device, comprising: a quartz carrier substrate ; a piezoelectric layer on a surface of the quartz carrier substrate ; and at least one Interdigitated Transducer, IDT , on a surface of the piezoelectric layer opposite the quartz carrier substrate ; wherein the quartz carrier substrate comprises a cut plane obtained by rotating a Y-cut quartz substrate in a range of 55° to 80° along an X axis and a propagation direction is obtained by rotating the X axis in a range of 75° to 105° in the cut plane; and wherein a crystalline orientation of the cut plane is rotated along the propagation direction in a range of 0° to 30°, or in a range of 150° to 210°, or in a range of 330° to 360°. a quartz carrier substrate ; a piezoelectric layer on a surface of the quartz carrier substrate ; and at least one Interdigitated Transducer, IDT , on a surface of the piezoelectric layer opposite the quartz carrier substrate ; wherein the quartz carrier substrate comprises a cut plane obtained by rotating a Y-cut quartz substrate in a range of 55° to 80° along an X axis and a propagation direction is obtained by rotating the X axis in a range of 75° to 105° in the cut plane; and wherein a crystalline orientation of the cut plane is rotated along the propagation direction in a range of 0° to 30°, or in a range of 150° to 210°, or in a range of 330° to 360°.
A moving image coding apparatus adapted to code moving images including time-continuous frames, comprising: a moving image coding unit that outputs a coded bitstream in which the moving images are coded; a position information generation unit that generates position information in a frame, based on time-continuity information indicating time continuity of the frames; a coded information acquisition unit that acquires coded information on the moving images, based on the position information; an inspection information generation unit that generates inspection information from the coded information; and a multiplexing unit that multiplexes the bitstream and the inspection information. a moving image coding unit that outputs a coded bitstream in which the moving images are coded; a position information generation unit that generates position information in a frame, based on time-continuity information indicating time continuity of the frames; a coded information acquisition unit that acquires coded information on the moving images, based on the position information; an inspection information generation unit that generates inspection information from the coded information; and a multiplexing unit that multiplexes the bitstream and the inspection information.
A system for controlling and monitoring drilling process data when machining a work piece , in particular when machining an aerostructural component, the system comprising: a manual or semi-automatic drill configured to machine a work piece based on adaptable machine setting parameters (M); a control unit for controlling and storing drilling process data; and positioning means for detecting a machining position (4a, 4b, ..., 4n) of the drill at the work piece to be machined and for directly or indirectly providing corresponding position data (P) to the control unit , the control unit being configured to provide, preferably automatically, individual data or trigger signals (S), in particular individual machine setting parameters (M), to the drill for machining the work piece based on the provided position data (P), characterized in that the drill is configured to detect monitoring parameters (U) while machining the work piece and provide them to the control unit , the control unit being configured to link the monitoring parameters (U) provided by the drill for a completed drill hole (5a, 5b, ..., 5n) with an associated machining position (4a, 4b, ..., 4n) and preferably to compare the monitoring parameters (U) provided by the drill to predefined and/or calculated target values, limit values or value ranges of a given completed drill hole (5a, 5b, ..., 5n). a manual or semi-automatic drill configured to machine a work piece based on adaptable machine setting parameters (M); a control unit for controlling and storing drilling process data; and positioning means for detecting a machining position (4a, 4b, ..., 4n) of the drill at the work piece to be machined and for directly or indirectly providing corresponding position data (P) to the control unit , the control unit being configured to provide, preferably automatically, individual data or trigger signals (S), in particular individual machine setting parameters (M), to the drill for machining the work piece based on the provided position data (P), characterized in that the drill is configured to detect monitoring parameters (U) while machining the work piece and provide them to the control unit , the control unit being configured to link the monitoring parameters (U) provided by the drill for a completed drill hole (5a, 5b, ..., 5n) with an associated machining position (4a, 4b, ..., 4n) and preferably to compare the monitoring parameters (U) provided by the drill to predefined and/or calculated target values, limit values or value ranges of a given completed drill hole (5a, 5b, ..., 5n).
A composition comprising an oncolytic poxvirus comprising a defective gene encoding the large subunit of ribonucleotide reductase (I4L) and/or the small subunit of ribonucleotide reductase (F4L) and a defective gene encoding thymidine kinase (J2R) and further comprising a suicide gene for use in treating cancer in combination with one or more substances effective in anticancer therapy, wherein the one or more substances effective in anticancer therapy are selected from irinotecan and oxaliplatin.
A laser fiber for performing laser lithotripsy comprising: an optical fiber having a distal end and a terminating end surface at the distal end ; and a fiber tip at the distal end of the optical fiber , the fiber tip including a transmissive portion , through which laser energy discharged from the terminating end surface of the optical fiber is transmitted, and a spacer portion defining a distal terminating end of the fiber tip that is spaced a predetermined distance from the terminating end surface of the optical fiber ; wherein the predetermined distance is set for shock wave generation for calculus destruction at the distal terminating end of the fiber tip , wherein the predetermined distance is between 0.1 mm and 4 mm, wherein the fiber tip forms a sealed cavity around the terminating end surface of the optical fiber . an optical fiber having a distal end and a terminating end surface at the distal end ; and a fiber tip at the distal end of the optical fiber , the fiber tip including a transmissive portion , through which laser energy discharged from the terminating end surface of the optical fiber is transmitted, and a spacer portion defining a distal terminating end of the fiber tip that is spaced a predetermined distance from the terminating end surface of the optical fiber ; wherein the predetermined distance is set for shock wave generation for calculus destruction at the distal terminating end of the fiber tip , wherein the predetermined distance is between 0.1 mm and 4 mm, wherein the fiber tip forms a sealed cavity around the terminating end surface of the optical fiber .
A construction material comprising a loam base and an admixture, wherein said admixture comprises activated carbon and the activated carbon proportion is from 0.1 to 10 % by weight, based on the dry weight of the construction material, and wherein the construction material is a dry blend or the construction material has a moisture content of from 1 to 25 % by weight, based on the total weight of the construction material.
An electronic device for creating light effects related to content being displayed on a display to a user, the electronic device comprising at least one processor configured to: - change a light state of at least one light source while the user is watching the content; - detect an attention shift based on a change in an orientation of the user's head and/or the user's gaze based on information received from a camera or an augmented reality glasses and characterised in that the processor is further configured to - determine whether said attention shift coincides with said change of said light state, and - store a preference for said light state in dependence on said attention shift coinciding with said change of said light state. - change a light state of at least one light source while the user is watching the content; - detect an attention shift based on a change in an orientation of the user's head and/or the user's gaze based on information received from a camera or an augmented reality glasses and - determine whether said attention shift coincides with said change of said light state, and - store a preference for said light state in dependence on said attention shift coinciding with said change of said light state.
A circuit connector comprising: a stretchable housing comprising liquid metal having a first viscosity, wherein the stretchable housing includes a first opening associated with a first end of the stretchable housing ; and a first plug inserted in the first opening , characterized in that said first plug is a first gas permeable plug , and in that the first gas permeable plug is not liquid permeable with respect to any liquids having at least the first viscosity. a stretchable housing comprising liquid metal having a first viscosity, wherein the stretchable housing includes a first opening associated with a first end of the stretchable housing ; and a first plug inserted in the first opening , characterized in that said first plug is a first gas permeable plug , and in that the first gas permeable plug is not liquid permeable with respect to any liquids having at least the first viscosity.
A method of preparing an acrylonitrile dimer, the method comprising: supplying an acrylonitrile monomer, a phosphorus-based catalyst, an alcohol solvent, and an ionic liquid to a reactor to perform a dimerization reaction to prepare a single-phase dimerization reaction product (S10); supplying a reactor discharge stream including the dimerization reaction product to a first distillation column, separating the alcohol solvent and an unreacted acrylonitrile monomer from an upper discharge stream, and supplying a lower discharge stream including an acrylonitrile dimer, the ionic liquid, and the phosphorus-based catalyst to a second distillation column (S20); and separating an upper discharge stream including the acrylonitrile dimer and separating a lower discharge stream including the ionic liquid and the phosphorus-based catalyst, from the second distillation column (S30), wherein, the ionic liquid includes a cation and an anion, and the ionic liquid includes the pyridinium-based cation as the cation, and the tetrafluoroborate anion, and wherein a moisture content in the ionic liquid is 50 ppm or less. supplying an acrylonitrile monomer, a phosphorus-based catalyst, an alcohol solvent, and an ionic liquid to a reactor to perform a dimerization reaction to prepare a single-phase dimerization reaction product (S10); supplying a reactor discharge stream including the dimerization reaction product to a first distillation column, separating the alcohol solvent and an unreacted acrylonitrile monomer from an upper discharge stream, and supplying a lower discharge stream including an acrylonitrile dimer, the ionic liquid, and the phosphorus-based catalyst to a second distillation column (S20); and separating an upper discharge stream including the acrylonitrile dimer and separating a lower discharge stream including the ionic liquid and the phosphorus-based catalyst, from the second distillation column (S30), wherein, the ionic liquid includes a cation and an anion, and the ionic liquid includes the pyridinium-based cation as the cation, and the tetrafluoroborate anion, and wherein a moisture content in the ionic liquid is 50 ppm or less.
A system for assessing sleep quality of a user, the system comprising: a sensor strip comprising at least one sensor configured to detect data indicative of sleep disturbances of a user, wherein the sensor includes at least EEG, EOG or EMG electrodes, the sensor strip being configured to be positioned on the user's forehead; a wearable data acquisition unit coupled to the sensor strip ; and a headband for encircling the rear of the user's head, and a top strap configured to extend over the back of the patient's head, to hold the wearable data acquisition unit on or above the user's forehead and to join the headband for additional stability, wherein the sensor strip is coupled to the headband to hold the sensor strip in place over the user's forehead, wherein the sensor strip is coupled to the headband to hold the sensor strip in place over the user's forehead, wherein the sensor strip is removably coupled to the wearable data acquisition unit via a socket connection on the wearable data acquisition unit that electrically couples traces included in the sensor strip with the wearable data acquisition unit ; and wherein the wearable data acquisition unit is configured to receive and collect data from the sensors in the sensor strip , and wherein the wearable data acquisition unit includes an accelerometer configured to measure a full range of head positions, including both sleep and wake conditions, as well as behavioural arousals defined by subtle head movements. a sensor strip comprising at least one sensor configured to detect data indicative of sleep disturbances of a user, wherein the sensor includes at least EEG, EOG or EMG electrodes, the sensor strip being configured to be positioned on the user's forehead; a wearable data acquisition unit coupled to the sensor strip ; and a headband for encircling the rear of the user's head, and a top strap configured to extend over the back of the patient's head, to hold the wearable data acquisition unit on or above the user's forehead and to join the headband for additional stability, wherein the sensor strip is coupled to the headband to hold the sensor strip in place over the user's forehead, wherein the sensor strip is coupled to the headband to hold the sensor strip in place over the user's forehead, wherein the sensor strip is removably coupled to the wearable data acquisition unit via a socket connection on the wearable data acquisition unit that electrically couples traces included in the sensor strip with the wearable data acquisition unit ; and wherein the wearable data acquisition unit is configured to receive and collect data from the sensors in the sensor strip , and wherein the wearable data acquisition unit includes an accelerometer configured to measure a full range of head positions, including both sleep and wake conditions, as well as behavioural arousals defined by subtle head movements.
A connector for installing an assistive device to a wearable device, the connector comprising: a first magnetic connecting component ; and a second magnetic connecting component detachably connected to the first magnetic connecting component by magnetic attraction; wherein the connector further comprises a locking component , wherein when the first magnetic connecting component and the second magnetic connecting component are connected to each other by attraction, the locking component can prevent, by means of form-fit with the second magnetic connecting component , the second magnetic connecting component from moving relative to the first magnetic connecting component in at least one direction perpendicular to a direction of magnetic attraction; characterized in that , wherein the locking component only allows, by means of form-fit with the second magnetic connecting component , the second magnetic connecting component to move a first distance (d1) in a direction parallel to the direction of magnetic attraction; and wherein the second magnetic connecting component has a recess that accommodates at least a portion of the first magnetic connecting component in a form-fit manner, with the depth (d2) of the first magnetic connecting component entering the recess in the direction of magnetic attraction being less than the first distance (d1). a first magnetic connecting component ; and a second magnetic connecting component detachably connected to the first magnetic connecting component by magnetic attraction; wherein the connector further comprises a locking component , wherein when the first magnetic connecting component and the second magnetic connecting component are connected to each other by attraction, the locking component can prevent, by means of form-fit with the second magnetic connecting component , the second magnetic connecting component from moving relative to the first magnetic connecting component in at least one direction perpendicular to a direction of magnetic attraction; characterized in that , wherein the locking component only allows, by means of form-fit with the second magnetic connecting component , the second magnetic connecting component to move a first distance (d1) in a direction parallel to the direction of magnetic attraction; and wherein the second magnetic connecting component has a recess that accommodates at least a portion of the first magnetic connecting component in a form-fit manner, with the depth (d2) of the first magnetic connecting component entering the recess in the direction of magnetic attraction being less than the first distance (d1).
A composite drug delivery material comprising: a plurality of microparticles dispersed in a media composition; wherein the microparticles comprise: a drug; and a coating comprising a bioerodible material or a biodegradable material, wherein the biodegradable material chemically degrades in vivo in a manner that it can release the drug for a period that is significantly greater than the normal in vivo life of the drug; and wherein the media composition comprises the drug dispersed in a depot-forming material; and wherein the media composition is in a liquid form before administration and is configured to substantially increase in viscosity during or after being injected into a body of a mammal, so that the form of the media after injection is a solid or a gel. a plurality of microparticles dispersed in a media composition; wherein the microparticles comprise: a drug; and a coating comprising a bioerodible material or a biodegradable material, wherein the biodegradable material chemically degrades in vivo in a manner that it can release the drug for a period that is significantly greater than the normal in vivo life of the drug; and a drug; and a coating comprising a bioerodible material or a biodegradable material, wherein the biodegradable material chemically degrades in vivo in a manner that it can release the drug for a period that is significantly greater than the normal in vivo life of the drug; and wherein the media composition comprises the drug dispersed in a depot-forming material; and wherein the media composition is in a liquid form before administration and is configured to substantially increase in viscosity during or after being injected into a body of a mammal, so that the form of the media after injection is a solid or a gel.
Aqueous composition containing N-benzyl-substituted N-(2-aminoethyl)-3-aminopropylsiloxane hydrochlorides, wherein the composition after storage for 6 weeks at 60°C has a colour number of < 1 Gardner, a content of methanol of < 0.5% by weight and an active substance content of < 60% by weight at a content of water of > 40% to < 60% by weight, wherein the components in the composition sum to 100% by weight.
A cableway with two end stations between which at least one cable car can be moved on at least one conveyor cable and with at least one cableway support arranged between the end stations for guiding the at least one conveyor cable , wherein the cableway support extends in the longitudinal direction of the conveyor cable over a cableway support length between two opposing support ends, wherein in the area of a first support end an entry area (E) is provided for the entry of the cable car into the cableway support and in the area of the second support end an exit area (A) is provided for the exit of the cable car from the cableway support , characterized in that a detection device with at least one evaluation unit and with at least two sensors connected to the evaluation unit is provided on at least one cableway support , wherein a first sensor is arranged in the entry area (E) of the cableway support to detect the presence of a cable car in a detection area of the first sensor , and a second sensor is arranged in the exit area (A) of the cableway support to detect the presence of a cable car in a detection area of the second sensor , wherein the detection device is configured to determine a number (i) of cable cars between the first sensor and the second sensor and to generate a fault signal (F) if the determined number (i) exceeds a predetermined maximum number (i max ).
A method comprising: receiving a frame of 2 ∗ M symbols on a wire of a multi-wire bus, wherein M is an integer greater than 1, the multi-wire bus having a notch frequency f notch , wherein the frame of 2 ∗ M symbols comprises a set of M symbols each having a channel-induced superposition of a transmit symbol of a first half of the transmit frame of M symbols and a corresponding transmit symbol of a subsequent half of the transmit frame of M symbols, wherein each symbol of the frame of 2 ∗ M symbols has a transmission rate of 2 ∗ M ∗ f notch ; and, forming a set of output symbols by decoding the set of M symbols using at least one prior decoded transmit symbol of the first half of the transmit frame to reverse the channel-induced superposition and obtain the subsequent half of the transmit frame. receiving a frame of 2 ∗ M symbols on a wire of a multi-wire bus, wherein M is an integer greater than 1, the multi-wire bus having a notch frequency f notch , wherein the frame of 2 ∗ M symbols comprises a set of M symbols each having a channel-induced superposition of a transmit symbol of a first half of the transmit frame of M symbols and a corresponding transmit symbol of a subsequent half of the transmit frame of M symbols, wherein each symbol of the frame of 2 ∗ M symbols has a transmission rate of 2 ∗ M ∗ f notch ; and, forming a set of output symbols by decoding the set of M symbols using at least one prior decoded transmit symbol of the first half of the transmit frame to reverse the channel-induced superposition and obtain the subsequent half of the transmit frame.
A sonotrode for an ultrasonic welding apparatus, having a lower portion of length u and an upper portion of length o, the upper portion and the lower portion being arranged adjacent to each other on a longitudinal axis of the sonotrode , and the total length of the sonotrode in the direction of the longitudinal axis being u + o, the lower portion having a sealing surface oriented perpendicular to the longitudinal axis , the sealing surface is intended to come into contact with a material to be processed, wherein the lower portion has a slot , wherein the slot extends from the sealing surface to a side of the lower portion opposing the sealing surface , such that the lower portion of the sonotrode is divided into a plurality of segments which lie adjacent to each other in a direction perpendicular to the longitudinal axis , the slot having two slot walls, characterized in that a spacing between the slot walls tapers in the direction of the sealing surface .