mhurhangee/ep-ind-claims huggingface dataset:
Machine for dispensing espresso coffee and steam comprising a first hydraulic circuit for dispensing coffee comprising a water heating unit and a second hydraulic circuit for steam supply, the second hydraulic circuit comprising at least one steam boiler connected downstream to at least one tap for controlled steam delivery, the steam boiler being connected to the at least one tap through a supply pipe, wherein the second hydraulic circuit additionally comprises shut-off means configured to selectively connect the supply pipe with a drain pipe, and a processing unit configured to control the shut-off means during opening and closing, characterized in that the second hydraulic circuit additionally comprises a temperature sensing element positioned so as to detect an instant temperature of the tap, the temperature sensing element being operatively connected to the processing unit for the transmission of detected temperature data.
A method of detecting a signal reflected from a target, wherein the signal comprises true laser signal portions reflected from said target and noise, the method being characterized in that it comprises: receiving light signals by sampling continuous wave input signals at a sampling rate selected to be greater than a modulation frequency of the input signals, and generating a plurality of samples; processing said plurality of samples, said processing comprising: applying filtering to said samples for dividing a received energy into different frequency bands and integrating the received energy at the different frequency bands during a given time window; determining the energy integrated at the different frequency bands, including determining the energy integrated at a modulation frequency band and determining the energy integrated at frequency bands different from the modulation frequency band; determining a threshold as a function of the energy integrated at frequency bands which are different from the modulation frequency band; and establishing detection of the true signal portions in the signal if the energy integrated at the modulation frequency band is greater than said threshold. receiving light signals by sampling continuous wave input signals at a sampling rate selected to be greater than a modulation frequency of the input signals, and generating a plurality of samples; processing said plurality of samples, said processing comprising: applying filtering to said samples for dividing a received energy into different frequency bands and integrating the received energy at the different frequency bands during a given time window; determining the energy integrated at the different frequency bands, including determining the energy integrated at a modulation frequency band and determining the energy integrated at frequency bands different from the modulation frequency band; determining a threshold as a function of the energy integrated at frequency bands which are different from the modulation frequency band; and establishing detection of the true signal portions in the signal if the energy integrated at the modulation frequency band is greater than said threshold. applying filtering to said samples for dividing a received energy into different frequency bands and integrating the received energy at the different frequency bands during a given time window; determining the energy integrated at the different frequency bands, including determining the energy integrated at a modulation frequency band and determining the energy integrated at frequency bands different from the modulation frequency band; determining a threshold as a function of the energy integrated at frequency bands which are different from the modulation frequency band; and establishing detection of the true signal portions in the signal if the energy integrated at the modulation frequency band is greater than said threshold.
An aqueous solution comprising an antibody protein which is a monoclonal antibody wherein the antibody protein is an IgG immunoglobulin present at a concentration of 10 to 200 mg/ml and a stabilizing mixture of (i) a chelating agent which is EDTA present at a concentration of 0.1 to 10 mM; (ii) a C3 polyol which is selected from glycerol and 1,2-propanediol present at a concentration of 100 to 500 mM; (iii) a non-ionic surfactant present at a concentration of 10 to 2000 μg/mL and (iv) a buffer.
An integrated circuit that executes processing on a sensor signal input from a sensor via an input terminal, comprising: a processing path through which a series of processing is executed on the sensor signal; a test signal generation source configured to generate a test signal for self-diagnosis, and to feed the test signal into the processing path; a register configured to store the test signal; and a determination means configured to determine a result of the self-diagnosis, based on the test signal after the series of processing has been executed through the processing path, wherein the processing path includes an amplifier configured to amplify the test signal with a variable gain, wherein the test signal generation source feeds a plurality of test signals sequentially into the processing path, wherein the amplifier is configured to amplify a first test signal of the plurality of test signals with a first gain, and amplify a second test signal of the plurality of test signals with a second gain different from the first gain, wherein the register is configured to store a first processed signal that is the first test signal amplified with the first gain, and a second processed signal that is the second test signal amplified with the second gain, and wherein the determination means is configured to determine the result of the self-diagnosis, based on the first processed signal and the second processed signal. a processing path through which a series of processing is executed on the sensor signal; a test signal generation source configured to generate a test signal for self-diagnosis, and to feed the test signal into the processing path; a register configured to store the test signal; and a determination means configured to determine a result of the self-diagnosis, based on the test signal after the series of processing has been executed through the processing path, wherein the processing path includes an amplifier configured to amplify the test signal with a variable gain, wherein the test signal generation source feeds a plurality of test signals sequentially into the processing path, wherein the amplifier is configured to amplify a first test signal of the plurality of test signals with a first gain, and amplify a second test signal of the plurality of test signals with a second gain different from the first gain, wherein the register is configured to store a first processed signal that is the first test signal amplified with the first gain, and a second processed signal that is the second test signal amplified with the second gain, and wherein the determination means is configured to determine the result of the self-diagnosis, based on the first processed signal and the second processed signal.
Forming section comprising a twin-wire forming unit formed between a lower wire and an upper wire, in which a first water removal means of the twin-wire forming unit is a forming roll with a wrap angle, in which twin-wire forming unit following the forming roll there is a sleeve roll comprising a stationary support shaft and a belt loop, which is led to circle around the stationary support shaft, which sleeve roll further comprises at least one curvilinear dewatering zone consisting of two partial curves such that the radius of curvature of a first partial curve is greater than the radius of curvature of a second partial curve following the first partial curve in the travel direction of the belt loop, characterized in that the run between the forming roll and the sleeve roll is free of vacuumed dewatering i.e. between the forming roll and the sleeve roll no vacuumed dewatering is located.
A liquid-filled electrical transformer comprising a solid electrical insulator (105; 106; 107) and a winding of an electrical conductor around a core, characterized by said insulator being formed of an essentially non-porous composite material comprising a resin matrix and up to 85% by weight of insulating fibres surrounded by the resin matrix such that the composite material does not allow the liquid to penetrate into or through the insulator, the composite material having a maximum moisture content of less than 0.5% by weight at 23°C and 50% relative humidity.
Method for displaying information on a display area, in particular in a vehicle, wherein - the displayable information comprises at least one list with a plurality of list entries, - at least one subset of the list entries belonging to the list can be displayed, and - a list entry can be selected, characterized in that - when the subset of the list entries belonging to the list is displayed, the list entries substantially already reproduce display content that is assigned to the respective list entry, but only a portion of the display content is visible, and at least one information element of the display content of the displayed list entries that is an essential element of the display content is shown highlighted in color, and - when the display content of a selected list entry is displayed, the information element is shown without color highlighting, and - when the list entry is selected during the display of at least the subset of the list entries belonging to the list, an information display changes such that only the display content that is assigned to the selected list entry of the list is still displayed, and further list entries displayed prior to the selection are no longer displayed, wherein the information element in the display content of the list entry is initially shown with color highlighting and is shown without color highlighting after a time interval has elapsed. - the displayable information comprises at least one list with a plurality of list entries, - at least one subset of the list entries belonging to the list can be displayed, and - a list entry can be selected, characterized in that - when the subset of the list entries belonging to the list is displayed, the list entries substantially already reproduce display content that is assigned to the respective list entry, but only a portion of the display content is visible, and at least one information element of the display content of the displayed list entries that is an essential element of the display content is shown highlighted in color, and - when the display content of a selected list entry is displayed, the information element is shown without color highlighting, and - when the list entry is selected during the display of at least the subset of the list entries belonging to the list, an information display changes such that only the display content that is assigned to the selected list entry of the list is still displayed, and further list entries displayed prior to the selection are no longer displayed, wherein the information element in the display content of the list entry is initially shown with color highlighting and is shown without color highlighting after a time interval has elapsed.
Installation (INST) automatically controlling comfort and/or security in a building comprising at least one electrical device (11, 12) of the building of electric actuator type driving a movable closing or sun-protection element or of electric actuator type for controlling a lighting, heating or ventilation device, a central control unit intended to automatically transmit messages to the at least one electrical device (11, 12) via a first unidirectional wired communication medium, the installation further comprising: - a multichannel control element intended to automatically transmit messages to the at least one electrical device (11, 12) via a second unidirectional wired communication medium; - at least one analysis device, the central control unit and the at least one electrical device (11, 12) forming a first network, the multichannel control element and the at least one electrical device (11, 12) forming a second network, the multichannel control element being distinct from the central control unit, the analysis device comprising: - a receiver element capable of receiving messages passing over the second communication medium destined for the at least one electrical device (11, 12); and - a transmitter element capable of transmitting, to the multichannel control element, information relating to the reception, by the analysis device, of the messages destined for the at least one electrical device (11, 12). - a multichannel control element intended to automatically transmit messages to the at least one electrical device (11, 12) via a second unidirectional wired communication medium; - at least one analysis device, - a receiver element capable of receiving messages passing over the second communication medium destined for the at least one electrical device (11, 12); and - a transmitter element capable of transmitting, to the multichannel control element, information relating to the reception, by the analysis device, of the messages destined for the at least one electrical device (11, 12).
Device for examining the infestation of honeybee colonies with Varroa mites, containing - a container with a bottom, side walls and a cover; - means for fixing the dropped Varroa mites to the bottom of the container, characterized in that - within the container there is an active compound support having an acaricide-containing active compound which causes the Varroa mites to drop off the bees, but the bees are not harmed, - in that the container consists of a material whose rigidity withstands the bees' chewing, and - the container has an opening of a size through which bees can escape, and the opening of the container is provided with a sealing mechanism which permits bees within the container themselves to open the container after a predetermined period of time and to escape from the container. - a container with a bottom, side walls and a cover; - means for fixing the dropped Varroa mites to the bottom of the container, characterized in that - within the container there is an active compound support having an acaricide-containing active compound which causes the Varroa mites to drop off the bees, but the bees are not harmed, - in that the container consists of a material whose rigidity withstands the bees' chewing, and - the container has an opening of a size through which bees can escape, and the opening of the container is provided with a sealing mechanism which permits bees within the container themselves to open the container after a predetermined period of time and to escape from the container.
Composite panel made from cementitious mortar and a material transparent to light, characterized in that a plurality of through openings pass throughout its thickness in an orderly arrangement where they are intercalatedly lined up along parallel rows, said through openings being filled with said transparent to light material as a preformed plate housed in said opening, or as a plate formed in said opening, and in that in each of said openings, defined by the three dimensions height, length and depth, the height (h) matches the panel thickness, the length ranges between 0.5 and 100 mm, the depth ranges between 0.5 and 5 mm.
A method of coding video data, the method comprising: selecting a set of wide-angle intra prediction directions based on a size of a luma block of a picture having a YUV 4:2:2 chroma sampling format; determining an intra prediction direction for the luma block, wherein the intra prediction direction for the luma block is in the set of wide-angle intra prediction directions; determining an intra prediction direction for a chroma block based on the size of the luma block, wherein: the luma block is collocated in the picture with the chroma block, the chroma block has a different width/height ratio than the luma block, and the intra prediction direction for the chroma block is the same as the intra prediction direction for the luma block; using the intra prediction direction for the luma block to generate a prediction block for the luma block; using the intra prediction direction for the chroma block to generate a prediction block for the chroma block; coding the luma block based on the prediction block for the luma block; and coding the chroma block based on the prediction block for the chroma block. selecting a set of wide-angle intra prediction directions based on a size of a luma block of a picture having a YUV 4:2:2 chroma sampling format; determining an intra prediction direction for the luma block, wherein the intra prediction direction for the luma block is in the set of wide-angle intra prediction directions; determining an intra prediction direction for a chroma block based on the size of the luma block, wherein: the luma block is collocated in the picture with the chroma block, the chroma block has a different width/height ratio than the luma block, and the intra prediction direction for the chroma block is the same as the intra prediction direction for the luma block; the luma block is collocated in the picture with the chroma block, the chroma block has a different width/height ratio than the luma block, and the intra prediction direction for the chroma block is the same as the intra prediction direction for the luma block; using the intra prediction direction for the luma block to generate a prediction block for the luma block; using the intra prediction direction for the chroma block to generate a prediction block for the chroma block; coding the luma block based on the prediction block for the luma block; and coding the chroma block based on the prediction block for the chroma block.
A filter element for a smoking article, the filter element comprising: at least one plug of filter material surrounded by a substantially air permeable plug wrap, wherein the plug of filter material comprises at least two segments (5, 6) being longitudinally aligned and rotatably mounted about a common longitudinal axis, at least one of the segments (5, 6) comprising at least one perforation formed in the substantially air permeable plug wrap; and a wrapping material surrounding at least one portion of the substantially air permeable plug wrap, the wrapping material comprising a first part attached to a first of the two segments of the plug of filter material and a second part attached to the second segment of the plug of filter material, and comprising at least one aperture formed therein, the first and second parts (10, 11) of the wrapping material and first and second segments (5, 6) of the plug of filter material being arranged such that the respective at least one perforation of the substantially air permeable plug wrap and the at least one aperture of the wrapping material can be superimposed upon rotation of one of the segments (5, 6) of the plug of filter material about the common longitudinal axis to vary the filter ventilation; characterized in that each of the at least one perforation has a first length and each of the at least one aperture has a second length different to the first length. at least one plug of filter material surrounded by a substantially air permeable plug wrap, wherein the plug of filter material comprises at least two segments (5, 6) being longitudinally aligned and rotatably mounted about a common longitudinal axis, at least one of the segments (5, 6) comprising at least one perforation formed in the substantially air permeable plug wrap; and a wrapping material surrounding at least one portion of the substantially air permeable plug wrap, the wrapping material comprising a first part attached to a first of the two segments of the plug of filter material and a second part attached to the second segment of the plug of filter material, and comprising at least one aperture formed therein, the first and second parts (10, 11) of the wrapping material and first and second segments (5, 6) of the plug of filter material being arranged such that the respective at least one perforation of the substantially air permeable plug wrap and the at least one aperture of the wrapping material can be superimposed upon rotation of one of the segments (5, 6) of the plug of filter material about the common longitudinal axis to vary the filter ventilation; characterized in that each of the at least one perforation has a first length and each of the at least one aperture has a second length different to the first length.
A stable, liquid pharmaceutical composition, consisting of cabazitaxel 1 % w/w, polyethylene glycol 400 42.70 % w/w, ethanol 39.50 % w/w, citric acid anhydrous 0.1 % w/w, and macrogol 15 hydroxy stearate 16.70 % w/w.
A method to separate motile cells from a cell population using a device which comprises a first reservoir and a second reservoir linked by at least a membrane, characterized in that said membrane comprises a multiplicity of channels with at least one end that comprises a reduction in diameter towards the interior of said channels, comprising the following steps: a) placing the culture medium to flood said second reservoir and said channels; b) contacting the cell population in said first reservoir with a face of said membrane comprising a multiplicity of channels with at least one end having a reduction in their diameter towards the interior of said channels, wherein said first reservoir is filled with a sample of said population of cells to be separated at a level that is lower than the level of said second reservoir, whereby a pressure difference in said reservoirs is generated, so that continuous passing medium to the first reservoir is allowed, and the initial counter current effect is produced, so that said motile cells swim in counter-current for their separation; c) incubating; d) retrieving motile cells of a higher percentage of normal morphology from the other side of said membrane. a) placing the culture medium to flood said second reservoir and said channels; b) contacting the cell population in said first reservoir with a face of said membrane comprising a multiplicity of channels with at least one end having a reduction in their diameter towards the interior of said channels, wherein said first reservoir is filled with a sample of said population of cells to be separated at a level that is lower than the level of said second reservoir, whereby a pressure difference in said reservoirs is generated, so that continuous passing medium to the first reservoir is allowed, and the initial counter current effect is produced, so that said motile cells swim in counter-current for their separation; c) incubating; d) retrieving motile cells of a higher percentage of normal morphology from the other side of said membrane.