mhurhangee/ep-ind-claims huggingface dataset:
Household appliance, in particular water-conducting household appliance, with a control device for carrying out a treatment program from a plurality M of treatment programs, wherein each of the M treatment programs is determined by a plurality of program parameters (RI, TI, PD) an output unit for outputting consecutive feedback surveys with in each case one or more feedback questions in accordance with a feedback cycle to a user of the household appliance, wherein a feedback cycle is determined by the user by the period of time between two consecutive feedback surveys for triggering a respective feedback, an adjustment unit for adjusting a content of at least one feedback survey of the feedback surveys depending on user feedback detected by an input means, and a memory facility, which is configured to store a series of a plurality of user feedbacks detected by the input means for a series of treatment programs carried out, wherein the respective feedback detected is stored assigned to the respective treatment program carried out, wherein the control device is configured for a specific feedback with negative content determined by the input means, to select one of the treatment programs that is stored in the memory facility assigned to a specific feedback with positive content and to carry out the selected treatment program. an output unit for outputting consecutive feedback surveys with in each case one or more feedback questions in accordance with a feedback cycle to a user of the household appliance, wherein a feedback cycle is determined by the user by the period of time between two consecutive feedback surveys for triggering a respective feedback, an adjustment unit for adjusting a content of at least one feedback survey of the feedback surveys depending on user feedback detected by an input means, and a memory facility, which is configured to store a series of a plurality of user feedbacks detected by the input means for a series of treatment programs carried out, wherein the respective feedback detected is stored assigned to the respective treatment program carried out, wherein the control device is configured for a specific feedback with negative content determined by the input means, to select one of the treatment programs that is stored in the memory facility assigned to a specific feedback with positive content and to carry out the selected treatment program.
A surgical console (10, 100)_operably useable in both actual surgical procedures and simulated surgical procedures, comprising: a processing module operable to direct operations of and receive inputs from peripheral devices operably coupled to the surgical console, wherein the peripheral devices comprise surgical instruments; at least one memory device (24, 36, 38, 40) operably coupled to the processing module; and a user interface (12, 17, 18, 20, 115), characterized in that the at least one memory device is operable to store a simulated training surgical procedure and multimedia content, and in that the user interface is adapted to permit the user to initialize the surgical console for a training surgical procedure and select the training surgical procedure to be simulated; and in that the processing module is adapted to perform the simulation and evaluation the operator's performance of the simulated training surgical procedure by providing feedback via the user interface informing the user of differences between his or her actual performance of the training surgical procedure and a desired performance. a processing module operable to direct operations of and receive inputs from peripheral devices operably coupled to the surgical console, wherein the peripheral devices comprise surgical instruments; at least one memory device (24, 36, 38, 40) operably coupled to the processing module; and a user interface (12, 17, 18, 20, 115), characterized in that the at least one memory device is operable to store a simulated training surgical procedure and multimedia content, and in that the user interface is adapted to permit the user to initialize the surgical console for a training surgical procedure and select the training surgical procedure to be simulated; and in that the processing module is adapted to perform the simulation and evaluation the operator's performance of the simulated training surgical procedure by providing feedback via the user interface informing the user of differences between his or her actual performance of the training surgical procedure and a desired performance.
A carbonated liquid nicotine formulation for use in an aerosol-generating system, the carbonated liquid nicotine formulation comprising at least one of water and one or more water-miscible solvents, wherein the carbonated liquid formulation has an ethanol content of less than 1 percent by weight, a nicotine content of greater than or equal to 0.25 percent by weight and a carbon dioxide content of greater than or equal to 0.5 percent by weight.
Spectacle lens comprising an activable optical filter comprising several activable elements, the activable filter comprising at least one cell between two transparent supports and, at least one of the transparent supports comprising at least one transparent electrode, the cell comprising at least two electrochromic dye compounds, or two independent electrochromic cells each comprising a different electrochromic dye compound, the electrochromic dye compounds having different oxidation potentials and undergoing one optical property change upon application of an electrical field between the transparent supports using the at least one transparent electrode, and wherein at least one electrochromic dye has a first intermediate oxidation potential and is uncolored in a first oxidation state and yellow in a second oxidation state and at least one electrochromic dye has a second oxidation potential higher than the first intermediate oxidation potential, and is uncolored in a first oxidation state and blue in a second oxidation state, the activable optical filter being configured to be actively switched between at least three configurations, wherein - in the first configuration, all activable elements are non-activated and the color perception of the spectacle wearer is unaltered and light transmitted through the activable optical filter has a chroma C*1 and hue h°1, - in the second configuration, at least a first activable element is activated and light transmitted through the activable optical filter has a chroma C*2 and hue h°2, - in the third configuration, at least a second activable element is activated and vision of the spectacle wearer is protected against glare and light transmitted through the activable optical filter has a chroma C*3 and hue h°3, and - the chromaticity difference Δ Chrom between (C*2, h°2) and (C*3, h°3) is larger than or equal to 20. - in the first configuration, all activable elements are non-activated and the color perception of the spectacle wearer is unaltered and light transmitted through the activable optical filter has a chroma C*1 and hue h°1, - in the second configuration, at least a first activable element is activated and light transmitted through the activable optical filter has a chroma C*2 and hue h°2, - in the third configuration, at least a second activable element is activated and vision of the spectacle wearer is protected against glare and light transmitted through the activable optical filter has a chroma C*3 and hue h°3, and - the chromaticity difference Δ Chrom between (C*2, h°2) and (C*3, h°3) is larger than or equal to 20.
A hearing instrument comprising a wireless communication unit for wireless communication interconnected with an antenna for emission and reception of an electromagnetic field having an RF wavelength, a speaker interconnected with the wireless communication unit and being configured to provide an output audio signal, a battery configured to supply power to the hearing instrument, a filter circuit interconnecting the battery and a power management circuit of the hearing instrument, the antenna extending from a feed and at least a part of the antenna being arranged adjacent the battery, wherein a distance between the at least part of the antenna and the battery is below 1/40 of the RF wavelength to thereby configure the battery as a parasitic antenna element. a wireless communication unit for wireless communication interconnected with an antenna for emission and reception of an electromagnetic field having an RF wavelength, a speaker interconnected with the wireless communication unit and being configured to provide an output audio signal, a battery configured to supply power to the hearing instrument, a filter circuit interconnecting the battery and a power management circuit of the hearing instrument, the antenna extending from a feed and at least a part of the antenna being arranged adjacent the battery, wherein a distance between the at least part of the antenna and the battery is below 1/40 of the RF wavelength to thereby configure the battery as a parasitic antenna element.
curable composition comprising: 100 parts by weight of an organic polymer containing at least one silyl group that contains a hydroxyor hydrolyzable group bonded to a silicon atom and can form a siloxane bond to be cross-linked; 0.1 to 10 parts by weight of a silanol condensation catalyst; and a silane coupling agent that contains a primary amino group, the silanol condensation catalyst being a reaction product of a dialkyltin dicarboxylate represented by the following formula and a tetraalkoxysilane represented by the following formula and/or its partially hydrolyzed condensate, the formula being R 1 2 Sn (OCOR 2) 2 wherein two R 1 s each independently are a C5 to C17 monovalent hydrocarbon group, and two R 2 s each independently are a C1 to C17 monovalent hydrocarbon group, the formula being Si(OR 3)4 wherein four R 3 s each independently are a C1 or C2 hydrocarbon group, the silane coupling agent that contains a primary amino group being an amino silane coupling agent that contains an -NH 2 group and a group represented by formula: -SiR 4 3-b (OR 5) b wherein 3-b R 4 s each independently are a C1 to C20 hydrocarbon group, b R 5 s each independently are a C1 or C2 hydrocarbon group, and b is 1, 2, or 3, and the curable composition having a content of an amino silane coupling agent with b informula being 3 of 1 to 10 parts by weight, and having a content of an amino silane coupling agent with b in formula being 1 or 2 of less than 1 part by weight. 100 parts by weight of an organic polymer containing at least one silyl group that contains a hydroxyor hydrolyzable group bonded to a silicon atom and can form a siloxane bond to be cross-linked; 0.1 to 10 parts by weight of a silanol condensation catalyst; and a silane coupling agent that contains a primary amino group, the silanol condensation catalyst being a reaction product of a dialkyltin dicarboxylate represented by the following formula and a tetraalkoxysilane represented by the following formula and/or its partially hydrolyzed condensate, the formula being R 1 2 Sn (OCOR 2) 2 wherein two R 1 s each independently are a C5 to C17 monovalent hydrocarbon group, and two R 2 s each independently are a C1 to C17 monovalent hydrocarbon group, the formula being Si(OR 3)4 wherein four R 3 s each independently are a C1 or C2 hydrocarbon group, the silane coupling agent that contains a primary amino group being an amino silane coupling agent that contains an -NH 2 group and a group represented by formula: -SiR 4 3-b (OR 5) b wherein 3-b R 4 s each independently are a C1 to C20 hydrocarbon group, b R 5 s each independently are a C1 or C2 hydrocarbon group, and b is 1, 2, or 3, and the curable composition having a content of an amino silane coupling agent with b informula being 3 of 1 to 10 parts by weight, and having a content of an amino silane coupling agent with b in formula being 1 or 2 of less than 1 part by weight.
Method for acquisition of contour data of a three-dimensional object, in particular of a semitransparent object, such as a dental object, wherein by means of an optical device, preferably for confocal or OCT or depth of focus beam paths, offset grids of illumination points (BPA, BPB) of at least two multi-point illuminations (LAA, LAB) are projected onto the object and these are then projected back onto a sensor which has pixels (PI1, PI2), wherein the spacing of two pixels (PI1, PI2) is smaller than the spacing between the illumination points of an illumination grid (BRA, BRB) that are projected back onto the sensor and, thus, also smaller than the spacing between the first and second illumination points (BPA, BPB) of the offset illumination grids (BRA, BRB), said illumination points are projected back onto the sensor and are assigned to each other, wherein the first illumination points originate from a first and the second illumination points originate from a second multi-point illumination of the at least two multi-point illuminations (LAA, LAB), wherein the radiations of the illumination points (BPA, BPB) of the multi-point illuminations (LAA, LAB) are modulated in their intensities, and a frequency- and/or phase-selective detection of the first and second reciprocally assigned illumination points (BPA, BPB) that are projected back to the sensor takes place, and that for the determination of contour data differences of intensity and/or frequency of the measuring signals of adjacent pixels (PI1, PI2) of the sensor are evaluated.
A power control apparatus comprising: a control unit configured to control a discharged power of a first storage battery and a discharged power of a second storage battery; and a power acquisition unit configured to acquire a total power to be supplied from the first storage battery and the second storage battery to a load device connected to the first storage battery and the second storage battery, wherein the control unit is configured to: in a first period, change the discharged power of the first storage battery according to a change in the total power acquired by the power acquisition unit, and increase the discharged power of the second storage battery, the sum of the discharged power of the first storage battery and the discharged power of the second storage battery being kept equal to the total power; and in a second period after the first period, change the discharged power of the second storage battery according to the change in the total power acquired by the power acquisition unit, and decrease the discharged power of the first storage battery, the sum of the discharged power of the first storage battery and the discharged power of the second storage battery being kept equal to the total power. a control unit configured to control a discharged power of a first storage battery and a discharged power of a second storage battery; and a power acquisition unit configured to acquire a total power to be supplied from the first storage battery and the second storage battery to a load device connected to the first storage battery and the second storage battery, wherein the control unit is configured to: in a first period, change the discharged power of the first storage battery according to a change in the total power acquired by the power acquisition unit, and increase the discharged power of the second storage battery, the sum of the discharged power of the first storage battery and the discharged power of the second storage battery being kept equal to the total power; and in a second period after the first period, change the discharged power of the second storage battery according to the change in the total power acquired by the power acquisition unit, and decrease the discharged power of the first storage battery, the sum of the discharged power of the first storage battery and the discharged power of the second storage battery being kept equal to the total power. in a first period, change the discharged power of the first storage battery according to a change in the total power acquired by the power acquisition unit, and increase the discharged power of the second storage battery, the sum of the discharged power of the first storage battery and the discharged power of the second storage battery being kept equal to the total power; and in a second period after the first period, change the discharged power of the second storage battery according to the change in the total power acquired by the power acquisition unit, and decrease the discharged power of the first storage battery, the sum of the discharged power of the first storage battery and the discharged power of the second storage battery being kept equal to the total power.
A method of wireless communication using a low latency physical layer structure comprising a first hierarchical layer and a second hierarchical layer, wherein the second hierarchical layer has a lower latency compared to a first hierarchical layer, wherein the method comprises: transmitting a data block (325, 545) comprised in a 1 ms burst subframe of a radio frame, the transmitting being performed using a first set of resources according to a low latency operational mode, wherein the burst subframe is transmitted according to the second hierarchical layer, wherein the radio frame further comprises at least one 1 ms subframe (525, 530, 535) comprising 14 symbols transmitted according to the first hierarchical layer; transmitting a number of redundancy versions of the data block using a second set of resources according to the low latency operational mode, the number of redundancy versions of the data block being transmitted prior to determining whether an acknowledgement, ACK, is received for the data block (325, 545); and receiving the ACK on a reduced symbol duration uplink, UL, control channel according to the low latency operational mode within the burst subframe, wherein the symbol duration of the symbols (545, 550, 555) of the burst subframe transmitted according to the second hierarchical layer is reduced compared to the symbol duration of the symbols of the 1 ms subframe (525, 530, 535) comprising 14 symbols transmitted according to the first hierarchical layer. transmitting a data block (325, 545) comprised in a 1 ms burst subframe of a radio frame, the transmitting being performed using a first set of resources according to a low latency operational mode, wherein the burst subframe is transmitted according to the second hierarchical layer, wherein the radio frame further comprises at least one 1 ms subframe (525, 530, 535) comprising 14 symbols transmitted according to the first hierarchical layer; transmitting a number of redundancy versions of the data block using a second set of resources according to the low latency operational mode, the number of redundancy versions of the data block being transmitted prior to determining whether an acknowledgement, ACK, is received for the data block (325, 545); and receiving the ACK on a reduced symbol duration uplink, UL, control channel according to the low latency operational mode within the burst subframe, wherein the symbol duration of the symbols (545, 550, 555) of the burst subframe transmitted according to the second hierarchical layer is reduced compared to the symbol duration of the symbols of the 1 ms subframe (525, 530, 535) comprising 14 symbols transmitted according to the first hierarchical layer.
Method for the hybrid additive construction of a structure for a component wherein the structure is constructed on a prefabricated part by means of selective laser melting or electron beam melting, comprising the following steps: - providing a prefabricated part for the component on a construction plate, the part comprising a separating plane which is used for the additive construction of the structure, - providing, on the construction plate, a powder bed consisting of a base material for the structure, - approaching the construction plate to a coating device, - orientating a processing face and the separating plane of the part in order to prevent a collision between the part and the coating device, and - optically measuring a surface of the powder bed layer-by-layer during the additive construction of the structure. - providing a prefabricated part for the component on a construction plate, the part comprising a separating plane which is used for the additive construction of the structure, - providing, on the construction plate, a powder bed consisting of a base material for the structure, - approaching the construction plate to a coating device, - orientating a processing face and the separating plane of the part in order to prevent a collision between the part and the coating device, and - optically measuring a surface of the powder bed layer-by-layer during the additive construction of the structure.
Motor vehicle auxiliary power unit vacuum pump designed as a dry-running vane pump driven by an electric motor, comprising an electric motor section and a pump section, wherein the electric motor section comprises a motor rotor which is surrounded by a housing can in the radial and the axial-distal directions, the motor rotor is coaxially aligned with a pump rotor whose rotor body comprises at least three rotor blades displaceably supported at the rotor body, the housing can is closed proximally by a bearing plate supporting a radial bearing, a pump housing, defining a pump chamber, is formed by an axial-proximal thrust washer, a first axial-distal thrust washer and a radial stroke ring, characterized in that the stroke ring is made of aluminum and its surface is fully hardened, in particular anodized, the bearing plate, the axial-proximal thrust washer and the stroke ring are formed by a single-piece integral body made of aluminum, and the entire integral body is fully hardened, preferably anodized.