mhurhangee/ep-ind-claims huggingface dataset:
Device for producing a flowable product, in particular ice cream, from a starting mixture, comprising a processing container provided in a device housing with a temperature-controllable inner wall which encloses an inner space suitable for receiving the starting mixture and which is accessible via a container opening, a container door displaceably held on the device housing which is pivotable between a closed position, in which the container opening is closed, and an open position, in which the inner space is accessible via the container opening, and an agitator element arranged in the inner space and which is drivable by a rotatable drive shaft and on which spacing means for spacing the agitator element from the processing container are held, characterised in that the spacing means have at least one wiper element which extends in radial direction on an end face of the agitator element and which is drivable in a circulating manner, resting against an inner side of the container door, in direction of rotation of the agitator element. a processing container provided in a device housing with a temperature-controllable inner wall which encloses an inner space suitable for receiving the starting mixture and which is accessible via a container opening, a container door displaceably held on the device housing which is pivotable between a closed position, in which the container opening is closed, and an open position, in which the inner space is accessible via the container opening, and an agitator element arranged in the inner space and which is drivable by a rotatable drive shaft and on which spacing means for spacing the agitator element from the processing container are held, characterised in that the spacing means have at least one wiper element which extends in radial direction on an end face of the agitator element and which is drivable in a circulating manner, resting against an inner side of the container door, in direction of rotation of the agitator element.
An aerosol generating article (100; 300) comprising: a first section (114; 314) having a combustible heat source (102; 302) and an aerosol-forming substrate (104; 304); and a second section (118; 318) having a tubular element (150; 350) defining a recess (152; 352) at one end of the second section (118; 318), wherein the first and second sections (114,118; 314,318) are integrally connected at a region of weakness (122; 322), the first section (114; 314) and second section (118; 318) being separable at the region of weakness to enable the tubular element (150; 350) to be placed over the combustible heat source (102; 302), such that the combustible heat source (102; 302) is at least partially received in the recess (152; 352), wherein the first section (114; 314) is upstream of the second section (118; 318) when the first and second sections (114,118; 314,318) are integrally connected at the region of weakness, wherein the tubular element (150; 350) is at least partially open at both of its ends such that, during use of the aerosol generating article (100; 300), air may be drawn along the aerosol generating article (100; 300) through the tubular element (150;350), and wherein the tubular element is either at the downstream end of the second section, such that the recess forms a mouth end cavity of the aerosol generating article when the first and second sections (114,118) are integrally connected, or the tubular element is at the upstream end of the second section and forms a transfer element of the aerosol generating article when the first and second sections (314,318) are integrally connected. a first section (114; 314) having a combustible heat source (102; 302) and an aerosol-forming substrate (104; 304); and a second section (118; 318) having a tubular element (150; 350) defining a recess (152; 352) at one end of the second section (118; 318), wherein the first and second sections (114,118; 314,318) are integrally connected at a region of weakness (122; 322), the first section (114; 314) and second section (118; 318) being separable at the region of weakness to enable the tubular element (150; 350) to be placed over the combustible heat source (102; 302), such that the combustible heat source (102; 302) is at least partially received in the recess (152; 352), wherein the first section (114; 314) is upstream of the second section (118; 318) when the first and second sections (114,118; 314,318) are integrally connected at the region of weakness, wherein the tubular element (150; 350) is at least partially open at both of its ends such that, during use of the aerosol generating article (100; 300), air may be drawn along the aerosol generating article (100; 300) through the tubular element (150;350), and wherein the tubular element is either at the downstream end of the second section, such that the recess forms a mouth end cavity of the aerosol generating article when the first and second sections (114,118) are integrally connected, or the tubular element is at the upstream end of the second section and forms a transfer element of the aerosol generating article when the first and second sections (314,318) are integrally connected.
A bilayer tablet formulation, comprising a. a first layer comprising flurbiprofen wherein said first layer allows sustained release of flurbiprofen, b. a second layer comprising glucosamine or salts thereof wherein said second layer allows immediate release of glucosamine wherein said bilayer tablet is in sandwich form. a. a first layer comprising flurbiprofen wherein said first layer allows sustained release of flurbiprofen, b. a second layer comprising glucosamine or salts thereof wherein said second layer allows immediate release of glucosamine wherein said bilayer tablet is in sandwich form.
Method for an ultrasonic clamp-on flow measurement according to the time-of-flight principle, wherein four acoustic transducers (T1, T2, T3, T4) are arranged on a measurement pipe, characterized in that the at least four acoustic transducers (T1, T2, T3, T4) are actuated by means of a control device in such a way that the flow measurement is implemented consecutively in an X-arrangement and in reflection arrangements.
A method for assessing rheumatoid arthritis disease activity, said method comprising: obtaining a first dataset associated with a first sample from a first subject comprising quantitative data for each of the following markers: chitinase 3-like 1 (cartilage glycoprotein-39) (CHI3L1); C-reactive protein, pentraxin-related; epidermal growth factor (beta-urogastrone); interleukin 6 (interferon, beta 2); leptin; matrix metallopeptidase 1 (interstitial collagenase); matrix metallopeptidase 3 (stromelysin 1, progelatinase); resistin (RETN); serum amyloid A1; tumor necrosis factor receptor superfamily, member 1A (TNFRSF1A); vascular cell adhesion molecule 1 (VCAM1); and, vascular endothelial growth factor A (VEGFA); wherein said first sample comprises a plurality of analytes; wherein said first dataset is obtained by contacting said first sample with a reagent; generating a plurality of complexes between said reagent and said plurality of analytes; detecting said plurality of complexes to obtain said first dataset associated with said first sample, wherein said first dataset comprises quantitative data for said markers; and determining a first disease activity score from said first dataset using an interpretation function, wherein said interpretation function is a predictive model derived using an algorithm, wherein said algorithm combines the quantitative data for said markers, and wherein said interpretation function provides a quantitative measure of rheumatoid arthritis disease activity in said first subject that is predictive of a clinical assessment of RA disease activity. obtaining a first dataset associated with a first sample from a first subject comprising quantitative data for each of the following markers: chitinase 3-like 1 (cartilage glycoprotein-39) (CHI3L1); C-reactive protein, pentraxin-related; epidermal growth factor (beta-urogastrone); interleukin 6 (interferon, beta 2); leptin; matrix metallopeptidase 1 (interstitial collagenase); matrix metallopeptidase 3 (stromelysin 1, progelatinase); resistin (RETN); serum amyloid A1; tumor necrosis factor receptor superfamily, member 1A (TNFRSF1A); vascular cell adhesion molecule 1 (VCAM1); and, vascular endothelial growth factor A (VEGFA); wherein said first sample comprises a plurality of analytes; wherein said first dataset is obtained by contacting said first sample with a reagent; generating a plurality of complexes between said reagent and said plurality of analytes; detecting said plurality of complexes to obtain said first dataset associated with said first sample, wherein said first dataset comprises quantitative data for said markers; and determining a first disease activity score from said first dataset using an interpretation function, wherein said interpretation function is a predictive model derived using an algorithm, wherein said algorithm combines the quantitative data for said markers, and wherein said interpretation function provides a quantitative measure of rheumatoid arthritis disease activity in said first subject that is predictive of a clinical assessment of RA disease activity.
A mobile station for communicating with a base station of a wireless communication system, comprising: means for generating a first Zadoff-Chu sequence to be allocated to a first block of a frame of a first cell and a second Zadoff-Chu sequence to be allocated to a second block of said frame of the first cell; and signal sending means for sending on the first cell a first signal generated based on said first Zadoff-Chu sequence in said frame and a second signal generated based on said second Zadoff-Chu sequence in said frame, wherein a first value of a parameter for the first Zadoff-Chu sequence is different from a second value of the parameter for the second Zadoff-Chu sequence, wherein the first and second values are based on a cell index of the first cell, the cell index being different from cell indices of other cells, and wherein said Zadoff-Chu sequence is represented by a formula: C_k(n)=exp[-(j2πk/N) (n(n+1)/2+qn)], wherein n=0, 1,..., N, and q is an arbitrary integer, N is a sequence length and k is the parameter. means for generating a first Zadoff-Chu sequence to be allocated to a first block of a frame of a first cell and a second Zadoff-Chu sequence to be allocated to a second block of said frame of the first cell; and signal sending means for sending on the first cell a first signal generated based on said first Zadoff-Chu sequence in said frame and a second signal generated based on said second Zadoff-Chu sequence in said frame, wherein a first value of a parameter for the first Zadoff-Chu sequence is different from a second value of the parameter for the second Zadoff-Chu sequence, wherein the first and second values are based on a cell index of the first cell, the cell index being different from cell indices of other cells, and wherein said Zadoff-Chu sequence is represented by a formula: C_k(n)=exp[-(j2πk/N) (n(n+1)/2+qn)], wherein n=0, 1,..., N, and q is an arbitrary integer, N is a sequence length and k is the parameter.
A computer mouse comprising at least one first optical sensor arranged on the lower face of the computer mouse, said sensor being designed to scan at least one sub-region of a document, and comprising an RF interface for wireless communication with an RFID chip of the document, wherein the computer mouse has a first operating mode for detecting a position or movement of the computer mouse relative to an underlying surface and a second operating mode for performing read access to the RFID chip of the document, wherein the computer mouse, in order to scan the sub-region in the second operating mode, is designed to allow an authorisation check for the read access, and comprising processor means (132, 134) for carrying out steps of a cryptographic protocol for performing the authorisation check, characterised in that an antenna is connected to the RF interface, which antenna has one or more antenna windings, the opening of which is oriented towards the lower face of the computer mouse.
An image processing device comprising circuitry configured: to generate image data from an image captured by an endoscope of an observation target inside of a body of a patient, and in response to the endoscope being moved in an optical axis direction of an objective lens of the endoscope, the image data is generated so that a display range of the inside of the observation target in the captured image does not substantially change from the display range before the movement. to generate image data from an image captured by an endoscope of an observation target inside of a body of a patient, and in response to the endoscope being moved in an optical axis direction of an objective lens of the endoscope, the image data is generated so that a display range of the inside of the observation target in the captured image does not substantially change from the display range before the movement.
A card (100, 200) for use in secure transactions, comprising: a card body (110, 210) having a first major surface and a second major surface, the first major surface having a combination of a plurality of symbols (135, 235, 236) disposed thereon, the card body (110, 210) having a plurality of LEDs (143, 285), and a LED controller (155, 270) coupled to the plurality of LEDs (143, 285) operable upon actuation to selectively illuminate individual ones of the plurality of LEDs (143, 285) thereby providing an illuminated one-time code for use in a secure transaction, characterized in that: the plurality of LEDs (143, 285) is disposed in connection with the plurality of symbols (135, 235, 236), individual ones of LEDs (143, 285) being disposed to identify respective individual ones of the plurality of symbols (135, 235, 236) when illuminated, and the LED controller (155, 270) is operable upon actuation to selectively illuminate individual ones of the plurality of LEDs (143, 285) to identify a sub-combination of the plurality of symbols (135, 235, 236), thereby providing the illuminated one-time code for use in the secure transaction. a card body (110, 210) having a first major surface and a second major surface, the first major surface having a combination of a plurality of symbols (135, 235, 236) disposed thereon, the card body (110, 210) having a plurality of LEDs (143, 285), and a LED controller (155, 270) coupled to the plurality of LEDs (143, 285) operable upon actuation to selectively illuminate individual ones of the plurality of LEDs (143, 285) thereby providing an illuminated one-time code for use in a secure transaction, characterized in that: the plurality of LEDs (143, 285) is disposed in connection with the plurality of symbols (135, 235, 236), individual ones of LEDs (143, 285) being disposed to identify respective individual ones of the plurality of symbols (135, 235, 236) when illuminated, and the LED controller (155, 270) is operable upon actuation to selectively illuminate individual ones of the plurality of LEDs (143, 285) to identify a sub-combination of the plurality of symbols (135, 235, 236), thereby providing the illuminated one-time code for use in the secure transaction. the plurality of LEDs (143, 285) is disposed in connection with the plurality of symbols (135, 235, 236), individual ones of LEDs (143, 285) being disposed to identify respective individual ones of the plurality of symbols (135, 235, 236) when illuminated, and the LED controller (155, 270) is operable upon actuation to selectively illuminate individual ones of the plurality of LEDs (143, 285) to identify a sub-combination of the plurality of symbols (135, 235, 236), thereby providing the illuminated one-time code for use in the secure transaction.
System module for electrical installations and door communication systems of buildings, consisting of a module bottom part and a functional top part releasably connected thereto, the module bottom part allowing fastening to a system support-piece, the module bottom part having a square-shaped base part inside which a circuit board with its electronic circuit is housed, the circuit board on one side having two multiple contacts (7, 8) for connection of a bus cable and the multiple contacts (7, 8) being electrically assigned in such a way that they form both input contact points as well as output contact points for electrical signal processing and a voltage supply, and the multiple contacts (7, 8) being accessible via openings in the base part, wherein the openings are arranged within cable ducts for receiving the bus cables, which ducts intersect each other at right angles, and the multiple contacts (7, 8) are oriented perpendicularly with respect to the central longitudinal axis (X-X) of the cable ducts, wherein the cable ducts are arranged in such a way that they centrally subdivide a base area of the system module or are arranged asymmetrically, wherein they run on longitudinal sides of the module bottom part with their central longitudinal axis (X-X) in each case at a distance in relation to the mid-perpendicular.
A method for selecting a donor base station or a donor cell for a mobile relay node, the method comprising: acquiring, by an operation and maintenance system, position information about a position of the mobile relay node; determining, by the operation and maintenance system, a standby donor base station or a standby donor cell which can be accessed by the mobile relay node according to the position information about the position of the mobile relay node; indicating, by the operation and maintenance system via a network, the determined standby donor base station or the determined standby donor cell to a serving donor base station of the mobile relay node, or causing, by the operation and maintenance system, the mobile relay node to indicate, via the network, the determined standby donor base station of the standby donor cell to the serving donor base station; selecting, by the serving donor base station, a handover target donor base station for the mobile relay node from among the standby donor base station or base stations of the standby donor cell based on the indication. acquiring, by an operation and maintenance system, position information about a position of the mobile relay node; determining, by the operation and maintenance system, a standby donor base station or a standby donor cell which can be accessed by the mobile relay node according to the position information about the position of the mobile relay node; indicating, by the operation and maintenance system via a network, the determined standby donor base station or the determined standby donor cell to a serving donor base station of the mobile relay node, or causing, by the operation and maintenance system, the mobile relay node to indicate, via the network, the determined standby donor base station of the standby donor cell to the serving donor base station; selecting, by the serving donor base station, a handover target donor base station for the mobile relay node from among the standby donor base station or base stations of the standby donor cell based on the indication.
Method for mounting photovoltaic solar modules on a base surface, characterized by the following method steps: applying a first plastic sheet to the upper side of the base surface, applying a first layer of gravel to the plastic sheet and placing the solar modules with full-surface contact onto the first layer of gravel. applying a first plastic sheet to the upper side of the base surface, applying a first layer of gravel to the plastic sheet and placing the solar modules with full-surface contact onto the first layer of gravel.
A tool assembly for performing formation stress testing in an openhole section of a borehole, the tool assembly comprising: - at least two borehole isolation means (2a, 2b) arranged with an axial distance therebetween for forming an isolated section at the openhole section of the borehole; - a pump device adapted to be in fluid communication with the isolated section, wherein the pump device is configured to alter a pressure within the isolated section; - a pressure sensor arranged for measuring a pressure within the isolated section; and - a control unit to control a testing sequence, characterized in that the tool assembly further comprises: - an acoustic shock wave device adapted to generate a series of electrically induced acoustic shock waves and to focus the electrically induced acoustic shock waves onto an area of a wall of the borehole in order to gradually excavate a perforation tunnel from the borehole and into a formation in the propagation direction of the electrically induced acoustic shock waves; and - an acoustic shock wave sub for actuating the acoustic shock wave device. - at least two borehole isolation means (2a, 2b) arranged with an axial distance therebetween for forming an isolated section at the openhole section of the borehole; - a pump device adapted to be in fluid communication with the isolated section, wherein the pump device is configured to alter a pressure within the isolated section; - a pressure sensor arranged for measuring a pressure within the isolated section; and - a control unit to control a testing sequence, characterized in that the tool assembly further comprises: - an acoustic shock wave device adapted to generate a series of electrically induced acoustic shock waves and to focus the electrically induced acoustic shock waves onto an area of a wall of the borehole in order to gradually excavate a perforation tunnel from the borehole and into a formation in the propagation direction of the electrically induced acoustic shock waves; and - an acoustic shock wave sub for actuating the acoustic shock wave device.
A method relating to the operation of independent electronic devices of a retail company, namely store scales, networked with a central point, wherein a data structure for a management program is stored at the central point, which data structure represents the retail company structure, which data structure has a plurality of hierarchical levels, in which data structure the devices are recorded as data elements and which data structure is generated by an application software, and wherein the devices are also monitored, configured and/or controlled on the basis of the data structure.