mhurhangee/patent-ind-claim-en huggingface dataset:
An alignment device for aligning stacked carton blanks, the carton blanks comprising a first edge and a second edge, the second edge positioned opposite the first edge, the alignment device comprising at least a first and a second alignment member , wherein the first alignment member is arranged adjacent to the first edge and adapted to exert a force onto the first edge , wherein the second alignment member is arranged opposite the second edge and adapted to exert a force onto the second edge, and wherein the first alignment member is a roller, characterized in that the second alignment member is a fixed counter member at least a first and a second alignment member , wherein the first alignment member is arranged adjacent to the first edge and adapted to exert a force onto the first edge , wherein the second alignment member is arranged opposite the second edge and adapted to exert a force onto the second edge, and wherein the first alignment member is a roller, characterized in that the second alignment member is a fixed counter member
A mallet for comminuting devices, comprising a rotor and/or at least one shaft, on and/or to which the mallet can be attached, consisting of a lower body provided with a through-bore (A), wherein the through-bore (A) is provided to connect the mallet to the rotor and/or the shaft, and at least one cutting body , wherein the at least one cutting body can be detachably/rigidly connected to the lower body , wherein the cutting body is formed of at least two parts, characterised in that the cutting body is formed of at least one blade and at least one support element , in that the cutting body comprises at least one intermediate piece as a support element , which braces the blade towards a support region , and in that a bore is provided in each of the blade , the intermediate piece and the support region , which are provided corresponding to each other in the installed state and which are used to accommodate a connection means, such as a screw for example, in order to connect the mentioned mallet elements to one another.
A method of forming a plurality of compression moulds for moulding prosthetic tooth elements comprising: scanning a natural tooth surface or a model of the natural tooth surface to obtain scan data ; and based on the scan data , forming a first compression mould comprising a first mould surface , the first mould surface having a shape corresponding to a shape of a natural tooth surface increased in size by a first scale factor; characterised in that the method further comprises: based on the scan data , forming a second compression mould comprising a second mould surface , the second mould surface having a shape corresponding to the shape of the natural tooth surf ace increased in size by a second scale factor, the second scale factor being different from the first scale factor. scanning a natural tooth surface or a model of the natural tooth surface to obtain scan data ; and based on the scan data , forming a first compression mould comprising a first mould surface , the first mould surface having a shape corresponding to a shape of a natural tooth surface increased in size by a first scale factor; characterised in that the method further comprises: based on the scan data , forming a second compression mould comprising a second mould surface , the second mould surface having a shape corresponding to the shape of the natural tooth surf ace increased in size by a second scale factor, the second scale factor being different from the first scale factor.
Flow-guiding component having at least one functional region for contact with a flowing medium and having at least one functional region with load-bearing properties, wherein the functional regions are produced from a construction material by successively solidifying layers by means of radiation, and different properties of the functional regions are generated by variation of the radiation, wherein the construction material of the functional regions is identical in chemical composition, characterized in that the functional regions with load-bearing properties have greater strength than the functional regions which come into contact with the medium, and the hardness of the functional regions which come into contact with the medium is greater than the hardness of the functional regions with load-bearing properties.
Cyclic compound of following general formula (IC): in which: n represents an integer from 7 to 220, X is : - a linear or branched alkyl comprising 1 to 10 carbon atoms, or - a polyethylene glycol comprising from 1 to 5 units of ethylene glycol, or - (linear or branched alkyl comprising from 0 to 10 carbon atoms)-aryl, the aryl being preferably selected from phenyl and naphthyl, R 1 represents : - a linear or branched alkyl comprising 1 to 8 carbon atoms, or - O-linear or branched alkyl comprising 1 to 8 carbon atoms or - O-(linear or branched alkyl of 0-3 carbon atoms)-aryl, M m+ represents a metal in oxidation state m or a metal cluster comprising a plurality of metals in the oxidation state m, where m is 0, 1, 2, 3, 4 or 5, preferably 0, 1, 2 or 3, L consists of one or more neutral or negatively charged ligands linked to the metal, and Q represents a group selected from the group consisting of phosphorus ligands, and N-heterocyclic carbenes, or salen ligands. n represents an integer from 7 to 220, X is : - a linear or branched alkyl comprising 1 to 10 carbon atoms, or - a polyethylene glycol comprising from 1 to 5 units of ethylene glycol, or - (linear or branched alkyl comprising from 0 to 10 carbon atoms)-aryl, the aryl being preferably selected from phenyl and naphthyl, - a linear or branched alkyl comprising 1 to 10 carbon atoms, or - a polyethylene glycol comprising from 1 to 5 units of ethylene glycol, or - (linear or branched alkyl comprising from 0 to 10 carbon atoms)-aryl, the aryl being preferably selected from phenyl and naphthyl, R 1 represents : - a linear or branched alkyl comprising 1 to 8 carbon atoms, or - O-linear or branched alkyl comprising 1 to 8 carbon atoms or - O-(linear or branched alkyl of 0-3 carbon atoms)-aryl, - a linear or branched alkyl comprising 1 to 8 carbon atoms, or - O-linear or branched alkyl comprising 1 to 8 carbon atoms or - O-(linear or branched alkyl of 0-3 carbon atoms)-aryl, M m+ represents a metal in oxidation state m or a metal cluster comprising a plurality of metals in the oxidation state m, where m is 0, 1, 2, 3, 4 or 5, preferably 0, 1, 2 or 3, L consists of one or more neutral or negatively charged ligands linked to the metal, and Q represents a group selected from the group consisting of phosphorus ligands, and N-heterocyclic carbenes, or salen ligands.
A passive sensor , the passive sensor being a wireless sensor having no local power source and comprising: a receiving antenna adapted to receive a transmitted signal comprising Radio Frequency (RF) electromagnetic power as a received signal; a splitter adapted to split the received signal into a first portion and a second portion, where the second portion of the received signal defining a reference signal is sent through a reference pathway that is not affected by fluid or other changes in the tissue of a body portion ; a first circuit adapted to transmit the first portion of the received signal along a first pathway through the body portion; a sensor adapted to detect a resultant signal from the body portion; a second circuit adapted to combine the reference signal comprising the second portion of the received signal with the resultant signal so as to define an output signal; a transmit antenna adapted to transmit the output signal to a receiver for use in determining a change in a level of fluid in the body portion; and a substrate adapted to support said receiving antenna, said first circuit adapted to transmit, said sensor adapted to detect, said second circuit adapted to combine, and said transmit antenna. a receiving antenna adapted to receive a transmitted signal comprising Radio Frequency (RF) electromagnetic power as a received signal; a splitter adapted to split the received signal into a first portion and a second portion, where the second portion of the received signal defining a reference signal is sent through a reference pathway that is not affected by fluid or other changes in the tissue of a body portion ; a first circuit adapted to transmit the first portion of the received signal along a first pathway through the body portion; a sensor adapted to detect a resultant signal from the body portion; a second circuit adapted to combine the reference signal comprising the second portion of the received signal with the resultant signal so as to define an output signal; a transmit antenna adapted to transmit the output signal to a receiver for use in determining a change in a level of fluid in the body portion; and a substrate adapted to support said receiving antenna, said first circuit adapted to transmit, said sensor adapted to detect, said second circuit adapted to combine, and said transmit antenna.
Method for producing a photovoltaic solar cell having at least one heterojunction which has a tunnel layer, comprising the following method steps: A providing a semiconductor substrate having base doping; B generating a heterojunction on at least one side of the semiconductor substrate, which heterojunction has a doped heterojunction layer and a dielectric tunnel layer arranged directly between the heterojunction layer and the semiconductor substrate, the heterojunction layer being configured with a thickness in the range of from 10 nm to 1000 nm; C heating at least the heterojunction layer in order to improve the electrical quality of the heterojunction; characterised in that in method step C, at least the heterojunction layer is heated to at least 600°C; in a method step D after method step C, hydrogen is diffused into the heterojunction layer and/or to the interface between the tunnel layer and the semiconductor substrate, wherein in method step D the solar cell is heated to at least 350°C; and a metal contacting layer is arranged indirectly on the heterojunction layer, which metal contacting layer is electrically conductively connected to the heterojunction layer to form a contact. A providing a semiconductor substrate having base doping; B generating a heterojunction on at least one side of the semiconductor substrate, which heterojunction has a doped heterojunction layer and a dielectric tunnel layer arranged directly between the heterojunction layer and the semiconductor substrate, the heterojunction layer being configured with a thickness in the range of from 10 nm to 1000 nm; C heating at least the heterojunction layer in order to improve the electrical quality of the heterojunction; in method step C, at least the heterojunction layer is heated to at least 600°C; in a method step D after method step C, hydrogen is diffused into the heterojunction layer and/or to the interface between the tunnel layer and the semiconductor substrate, wherein in method step D the solar cell is heated to at least 350°C; and a metal contacting layer is arranged indirectly on the heterojunction layer, which metal contacting layer is electrically conductively connected to the heterojunction layer to form a contact.
Shearography device with, - a mobile carrier, - a coherent beam source , - an optical diffraction device for diffracting the radiation emitted by the beam source and reflected by a test object, and - a receiving device for detecting the radiation transmitted by the diffraction device from the beam source , wherein - a shear element is arranged between the diffraction device and the receiving device in such a way that at least a first part of the radiation of the beam source transmitted by the diffraction device and detected by the receiving device is refracted at less than four boundary surfaces of the shear element , characterized in that, - the diffraction device , the shear element and the receiving device are mounted on the common, mobile carrier so that - the alignment and the distance between diffraction device , shear element and receiving device is constant during a measurement, and - the shear element and the diffraction device can be rotated by motor about an optical axis of a lens of the recording device . - a mobile carrier, - a coherent beam source , - an optical diffraction device for diffracting the radiation emitted by the beam source and reflected by a test object, and - a receiving device for detecting the radiation transmitted by the diffraction device from the beam source , wherein - a shear element is arranged between the diffraction device and the receiving device in such a way that at least a first part of the radiation of the beam source transmitted by the diffraction device and detected by the receiving device is refracted at less than four boundary surfaces of the shear element , characterized in that, - the diffraction device , the shear element and the receiving device are mounted on the common, mobile carrier so that - the alignment and the distance between diffraction device , shear element and receiving device is constant during a measurement, and - the shear element and the diffraction device can be rotated by motor about an optical axis of a lens of the recording device .
A method for generating a dynamic display rendering in a viewing area of a display of a smart device, comprising the following steps: providing a main content from a source for display in the viewing area, displaying said main content, providing input data for causing a movement of the main content displayed in the viewing area, providing at least one alternative content distinct from the main content and comprising a plurality of content particles each having associated thereto its own set of substitution parameters, in response to a substitution input variable in combination with substitution parameters embedded in said main content and associated with the respective content particles, dynamically substituting to at least one element of the main content a modified element containing at least part of said alternative content, and displaying said the main content with the modified element. providing a main content from a source for display in the viewing area, displaying said main content, providing input data for causing a movement of the main content displayed in the viewing area, providing at least one alternative content distinct from the main content and comprising a plurality of content particles each having associated thereto its own set of substitution parameters, in response to a substitution input variable in combination with substitution parameters embedded in said main content and associated with the respective content particles, dynamically substituting to at least one element of the main content a modified element containing at least part of said alternative content, and displaying said the main content with the modified element.
A method for producing a casting mold for metal casting, in particular a continuous casting mold, said casting mold being made of a material made predominantly of carbon, the casting mold being coated with pyrolytic carbon and/or boron nitride, characterized in that a coating of the casting mold is applied at a temperature of 500 °C to 1900 °C, wherein, during a process time of coating the casting mold, the coating is applied during a first process phase (P1) at a first temperature (T1) by means of a CVI method and subsequently applied during a second process phase (P2) at a second temperature (T2) by means of a CVD method, the first process phase being chosen so as to be longer than the second process phase and the first temperature being chosen so as to be lower than the second temperature.
A kit for detecting multi-drug resistant Mycobacterium tuberculosis in a sample, the kit comprising: a first pair of forward and reverse primers for amplifying a first portion of a first region, the first region being Mycobacterium tuberculosis rrs gene, wherein each primer for the rrs gene has a sequence that is at least 85% identical to an oligonucleotide sequence selected from the group consisting of SEQ ID Nos: 16, 51 and 52, and a second pair of forward and reverse primers for amplifying a second portion of a second region of a rpoB gene; and an isolated nucleic acid probe comprising a sequence that is at least 85% identical to SEQ ID NO: 59. a first pair of forward and reverse primers for amplifying a first portion of a first region, the first region being Mycobacterium tuberculosis rrs gene, wherein each primer for the rrs gene has a sequence that is at least 85% identical to an oligonucleotide sequence selected from the group consisting of SEQ ID Nos: 16, 51 and 52, and a second pair of forward and reverse primers for amplifying a second portion of a second region of a rpoB gene; and an isolated nucleic acid probe comprising a sequence that is at least 85% identical to SEQ ID NO: 59.
Reactor pressure-relieving filter system having a pressure vessel in which there is arranged a filter bed which has a first filter-bed layer having a first filter material for retention of aerosols, wherein, geodetically above the filter bed, the pressure vessel has at least one inlet opening through which a medium to be filtered is fed into the pressure vessel , wherein the filter bed is spaced apart by a carrying system from a pressure-vessel base which is arranged geodetically at the bottom, wherein a pressure-vessel wall, in the pressure-vessel base and/or in a pressure-vessel-wall region between the pressure-vessel base and the filter bed, has at least one outlet opening through which the filtered medium, after flowing through the filter bed, is discharged from the pressure vessel , wherein the filter bed has a second, horizontally arranged, filter-bed layer with a second filter material for separation of gaseous radioactive substances, and wherein the second filter-bed layer is arranged geodetically above the carrying system, characterized in that the second filter-bed layer has a supporting structure which has a multiplicity of supporting cells and which is gas-permeable for a medium stream from the direction from geodetically above the second filter-bed layer in the direction of the supporting structure, in that the second filter material is accommodated in intermediate spaces of the supporting structure and/or in the supporting cells, and in that the second filter-bed layer is arranged horizontally between a first and a second gas-permeable, horizontally situated fabric layer .
A method for aiding in the differential diagnosis of small cell lung cancer (SCLC) and non-small cell lung cancer (NSCLC) in a subject with lung cancer, comprising, a) Determining the concentration of CRP, D-dimer and NGAL in an ex vivo serum or plasma sample obtained from the subject, and: b) Establishing the significance of the measured levels of biomarkers by inputting the obtained values into a suitable classification model or algorithm which produces an output indicating whether the sample should be classified as SCLC or NSCLC. a) Determining the concentration of CRP, D-dimer and NGAL in an ex vivo serum or plasma sample obtained from the subject, and: b) Establishing the significance of the measured levels of biomarkers by inputting the obtained values into a suitable classification model or algorithm which produces an output indicating whether the sample should be classified as SCLC or NSCLC.
An LED module which has: - A supply input for supplying the LED module with a supply voltage; - connections for an LED series ; - a circuit (4, IC1, S6) connected to the supply input and the connections , which is configured to produce a load, preferably an effective power load, if during a starting phase a constant current is applied to the LED module , and which is configured to produce no load, if the starting phase has expired, wherein the circuit (4, IC1, S6) has a switch (S6), by means of which a variable-current load (R6) at the connections can be switched on and off, and the circuit (4, IC1, S6) is configured to effect a change in the power consumption of the LED module in the starting phase by a control of the switch (S6) according to at least one predetermined protocol, in order to transmit information in the starting phase via the supply input , characterized in that the circuit (4, IC1, S6) is configured to detect an overvoltage at the supply input and/or to detect if the LED module should be switched off or has been switched off by switching off the supply voltage, and by a control of the switch (S6) to protect the LED series against overvoltage by closing the switch (S6), if an overvoltage at the supply input is determined by the circuit (4, IC1, S6) and/or to suppress an after-glow of the LED series , if it is determined by the circuit (4, IC1, S6), that the LED module should be or is switched off. - A supply input for supplying the LED module with a supply voltage; - connections for an LED series ; - a circuit (4, IC1, S6) connected to the supply input and the connections ,
A sensor , comprising: a substrate having a curved surface ; a piezoelectric element ; and an adhesive disposed between the piezoelectric element and the curved surface along a vertical direction (V) and attaching the piezoelectric element to the substrate , the adhesive has an exterior bond surface that has a tapered shape along the vertical direction (V) from the piezoelectric element to the curved surface , wherein the adhesive has a planar side and a curved side opposite the planar side , the planar side abuts an inner surface of the piezoelectric element and the curved side abuts the curved surface , and wherein the exterior bond surface extends between the planar side and the curved side and defines a lateral extent of the adhesive in a width direction (W) extending perpendicular to the vertical direction (V), characterized in that the lateral extent of the adhesive is greater at the planar side attached to the piezoelectric element than at the curved side attached to the curved surface . a substrate having a curved surface ; a piezoelectric element ; and an adhesive disposed between the piezoelectric element and the curved surface along a vertical direction (V) and attaching the piezoelectric element to the substrate , the adhesive has an exterior bond surface that has a tapered shape along the vertical direction (V) from the piezoelectric element to the curved surface , wherein the adhesive has a planar side and a curved side opposite the planar side , the planar side abuts an inner surface of the piezoelectric element and the curved side abuts the curved surface , and wherein the exterior bond surface extends between the planar side and the curved side and defines a lateral extent of the adhesive in a width direction (W) extending perpendicular to the vertical direction (V), characterized in that the lateral extent of the adhesive is greater at the planar side attached to the piezoelectric element than at the curved side attached to the curved surface .