mhurhangee/patent-ind-claim-en huggingface dataset:
Panels comprising a panel top side and a panel underside and comprising at least four panel margins which are situated opposite one another in pairwise fashion, having complementary holding profiles which are provided in pairwise fashion on the panel margins and which fit together such that identical panels are fastenable to one another, wherein at least one of the holding profile pairs is equipped with hook profiles, specifically with a receiving hook on one panel margin and with an arresting hook on the opposite panel margin, wherein the receiving hook has a receiving edge directed toward the panel top side and a receiving groove open toward the panel top side, and the arresting hook is equipped with an arresting edge which is directed toward the panel underside and with an arresting groove which is open toward the panel underside , wherein the receiving edge has an inner side which faces toward the receiving groove , and said inner side serves as lower locking surface , and in a manner adapted to this, the arresting edge has an inner side which faces toward the arresting groove , and said inner side serves as corresponding upper locking surface , with the condition that both the lower locking surface and the upper locking surface are each inclined relative to the perpendicular (L) to the panel top side such that, in the locked state, said lower locking surface and upper locking surface are oriented parallel to one another and can make contact, wherein the inclination of the locking surfaces is selected such that the normal vector (N 12 ) with respect to the lower locking surface intersects the panel top side and the normal vector (N 13 ) with respect to the upper locking surface intersects the panel underside , wherein a lower detent engagement point is provided which comprises a first detent means which is arranged on an outer side of the receiving edge , and the lower detent engagement point comprises a second detent means which corresponds to said first detent means and which is arranged on a recessed groove flank of the arresting groove , characterized in that at least a partial section of the top side of the receiving edge runs downward in an inclined manner in the direction of the outer side of the receiving edge , wherein at least a partial section of the groove base of the arresting groove is adapted in complementary fashion to the inclination of the partial section of the top side of the receiving edge , wherein the body of the panel is composed at least partially of polyvinyl chloride (PVC), wherein a plasticizer is provided in a range from ≥0 wt.% to ≤20 wt.%, and wherein, in the body, calcium carbonate (chalk) is provided in a range from ≥30 wt.% to ≤ 70 wt.%.
A method of detecting and responding to anomalous activity within a system comprising: receiving pivot feature information; generating summary records, based upon the received pivot feature information; for a snapshot interval, generating a frequency structure, the frequency structure interrelating a pivot feature, a binning feature and counts; using the frequency structure, generating a graphical image, wherein the graphical image is of a pre-specified width in pixels and pre-specified height in pixels, and wherein the pre-specified width corresponds to a cyclical repeating interval made up of multiple bins, the graphical image having been generated such that a bin of the multiple bins, is the bin having a highest count, and the bin is scaled to the pre-specified height, and wherein counts of all other bins in the interval are scaled relative to that highest count; graphically comparing the generated graphical image to an immediately preceding graphical image for similarity relative to a pre-specified similarity threshold; and if a match failure occurs, triggering an automatic security response. receiving pivot feature information; generating summary records, based upon the received pivot feature information; for a snapshot interval, generating a frequency structure, the frequency structure interrelating a pivot feature, a binning feature and counts; using the frequency structure, generating a graphical image, wherein the graphical image is of a pre-specified width in pixels and pre-specified height in pixels, and wherein the pre-specified width corresponds to a cyclical repeating interval made up of multiple bins, the graphical image having been generated such that a bin of the multiple bins, is the bin having a highest count, and the bin is scaled to the pre-specified height, and wherein counts of all other bins in the interval are scaled relative to that highest count; graphically comparing the generated graphical image to an immediately preceding graphical image for similarity relative to a pre-specified similarity threshold; and if a match failure occurs, triggering an automatic security response.
Device for controlling a brake system having a multiplicity of friction brake devices , assigned to individual bogies (31-34) or cars, of a rail vehicle , wherein the device is designed to selectively distribute a total braking force to a subgroup of all the friction brake devices, wherein the device is configured to initiate the selective braking force distribution in response to a trigger signal, characterized in that the device is designed such that, in the case of a stopping process, the total braking force is distributed such that at least one bogie or one car remains free of braking force and a correspondingly increased braking force is applied to the friction brake devices of the braked bogies or cars, and the device has a speed sensor which outputs the trigger signal when a predetermined speed of the rail vehicle is undershot, or has a position sensor which outputs the trigger signal when a position within a predetermined local area is reached. the device has a speed sensor which outputs the trigger signal when a predetermined speed of the rail vehicle is undershot, or has a position sensor which outputs the trigger signal when a position within a predetermined local area is reached.
A non-surgical, non-therapeutic method for harvesting mononuclear cells (MNCs) during a platelet collection procedure comprising: a) providing whole blood (WB) ; b) introducing WB into a centrifugal separator; c) separating WB within the centrifugal separator into platelet rich plasma (PRP), packed red blood cells (RBCs) containing white blood cells (WBCs) and a WBC layer including MNCs; d) flowing PRP to a spinning membrane separator; e) flowing a first quantity of RBCs and WBCs to a return container; f) retaining a second quantity of RBCs and the WBCs, including MNCs, within the centrifugal separator; g) separating PRP within the spinning membrane separator into platelet poor plasma (PPP) and platelet concentrate (PC); h) flowing the PPP to one of the return container and a first collection container; i) flowing the PC to a second collection container; j) flowing RBCs, or RBCs and PPP, from the return container to the centrifugal separator in an amount sufficient to push the MNCs out of the centrifugal separator; k) flowing the MNCs to the spinning membrane separator; and l) sealing the spinning membrane separator to retain the MNCs therein. a) providing whole blood (WB) ; b) introducing WB into a centrifugal separator; c) separating WB within the centrifugal separator into platelet rich plasma (PRP), packed red blood cells (RBCs) containing white blood cells (WBCs) and a WBC layer including MNCs; d) flowing PRP to a spinning membrane separator; e) flowing a first quantity of RBCs and WBCs to a return container; f) retaining a second quantity of RBCs and the WBCs, including MNCs, within the centrifugal separator; g) separating PRP within the spinning membrane separator into platelet poor plasma (PPP) and platelet concentrate (PC); h) flowing the PPP to one of the return container and a first collection container; i) flowing the PC to a second collection container; j) flowing RBCs, or RBCs and PPP, from the return container to the centrifugal separator in an amount sufficient to push the MNCs out of the centrifugal separator; k) flowing the MNCs to the spinning membrane separator; and l) sealing the spinning membrane separator to retain the MNCs therein.
A system to validate actions in a digital assistant-based application, comprising a computing device a data processing system in communication with the computing device, comprising one or more processors to: identify an application provided by an application developer device of an application developer, the application having a conversational interface; select, for the application, an action from an action repository of the data processing system; generate, based on the action and via a natural language processor of the data processing system, a trigger phrase for input into the application, wherein the trigger phrase simulates a voice-based input that would be detected by a sensor of the computing device; execute the application to process the trigger phrase via the conversational interface, and identify an action of the application responsive to the trigger phrase; identify a parameter used by the application to execute the action of the application; generate, based on the parameter and via execution of the conversational interface of the application, a first query responsive to the trigger phrase, wherein the first query comprises a request for a value for the parameter; generate, via the natural language processor, a first response to the first query for input into the application, wherein the first response includes a simulated value for the parameter; determine, based on execution of the application to process the first response, a state of the application; evaluate the state of the application to determine an error code; and provide, to the application developer device, a notification based on the error code. identify an application provided by an application developer device of an application developer, the application having a conversational interface; select, for the application, an action from an action repository of the data processing system; generate, based on the action and via a natural language processor of the data processing system, a trigger phrase for input into the application, wherein the trigger phrase simulates a voice-based input that would be detected by a sensor of the computing device; execute the application to process the trigger phrase via the conversational interface, and identify an action of the application responsive to the trigger phrase; identify a parameter used by the application to execute the action of the application; generate, based on the parameter and via execution of the conversational interface of the application, a first query responsive to the trigger phrase, wherein the first query comprises a request for a value for the parameter; generate, via the natural language processor, a first response to the first query for input into the application, wherein the first response includes a simulated value for the parameter; determine, based on execution of the application to process the first response, a state of the application; evaluate the state of the application to determine an error code; and provide, to the application developer device, a notification based on the error code.
A device for infusion of fluids, comprising: - an internal reservoir for a fluid to be administered made of a first flexible base material to vary its volume as a function of the quantity of fluid present thereinside, said first base material being a non-elastomeric thermoplastic material, said reservoir being fluidically connectable to an infusion line adapted for administering the fluid; and - an outer casing containing said reservoir , wherein said outer casing comprises at least a side wall made of a second, preferably elastomeric, elastic base material, suitable to make elastically deformable said casing to vary the geometry and internal volume thereof as a function of the volume of said reservoir , and wherein said side wall of said outer casing has a substantially annular shape to surround said reservoir characterised in that it is closed at the top and at the bottom by a pair of front walls respectively made of a third rigid or semi-rigid base material, the configuration being such that the filling-in with the fluid causes an increase in volume of said internal reservoir , which, in turn, causes an increase in volume of said outer casing and correspondingly, after the fluid administration, the volume of said outer casing , and thus the volume of the device , decreases proportionally to the volume of supplied fluid. - an internal reservoir for a fluid to be administered made of a first flexible base material to vary its volume as a function of the quantity of fluid present thereinside, said first base material being a non-elastomeric thermoplastic material, said reservoir being fluidically connectable to an infusion line adapted for administering the fluid; and - an outer casing containing said reservoir ,
A method for detecting a network problem-causing client by using a client route control system, the method comprising the steps of: forming an edge server Internet Protocol (IP) allocation matrix; checking a network problem occurrence in an edge server ; allocating an edge server IP according to the edge server IP allocation matrix when a network problem occurs in an edge server; and detecting user information or a client IP, which has no edge server IP to be allocated according to the edge server IP allocation matrix, as a network problem-causing client, wherein an edge server IP is allocated differently for each user information or client IP in the edge server IP allocation matrix, and the edge server IP allocation being performed by at least two-stage edge server IP for each user information or client IP, in preparation for the case where a network problem occurs in the edge server of the first stage connecting with the client , the edge server of the second stage is pre-designated to be accessed in a reserved manner in such a way that the client has a unique route of edge servers. forming an edge server Internet Protocol (IP) allocation matrix; checking a network problem occurrence in an edge server ; allocating an edge server IP according to the edge server IP allocation matrix when a network problem occurs in an edge server; and detecting user information or a client IP, which has no edge server IP to be allocated according to the edge server IP allocation matrix, as a network problem-causing client, wherein an edge server IP is allocated differently for each user information or client IP in the edge server IP allocation matrix, and
A method for determining process parameters by means of 2D fluorescence spectroscopy in liquid cultures in a plurality of microreactors of at least one microtiter plate that are continuously agitated with an orbital shaker at least until completion of cultivation in all of the microreactors, wherein the 2D fluorescence spectra of the liquid cultures during cultivation are recorded by means of at least one measuring device decoupled from the agitating motion of the microtiter plate according to the following steps: 1.1 production of monochromatic excitation light, the excitation wavelength of which is modified step by step, 1.2 successive introduction of the excitation light with different excitation wavelengths into the liquid culture in one of the microreactors, 1.3 transfer of the emission spectra from the liquid culture in the microreactor to an optical element that decomposes the emission spectrum for each excitation wavelength into the different wavelengths and depicts fanned out on a sensor matrix with photosensitive sensors, 1.4 recording of the 2D fluorescence spectrum by measuring the intensity of the different wavelengths of each emission spectrum by means of the sensor matrix and 1.5 recording the 2D fluorescence spectra of the liquid cultures in further microreactors of the at least one microtiter plate by means of steps 1.1-1.4. 1.1 production of monochromatic excitation light, the excitation wavelength of which is modified step by step, 1.2 successive introduction of the excitation light with different excitation wavelengths into the liquid culture in one of the microreactors, 1.3 transfer of the emission spectra from the liquid culture in the microreactor to an optical element that decomposes the emission spectrum for each excitation wavelength into the different wavelengths and depicts fanned out on a sensor matrix with photosensitive sensors, 1.4 recording of the 2D fluorescence spectrum by measuring the intensity of the different wavelengths of each emission spectrum by means of the sensor matrix and 1.5 recording the 2D fluorescence spectra of the liquid cultures in further microreactors of the at least one microtiter plate by means of steps 1.1-1.4.
A method for identifying a compound that activates, mimics, blocks, inhibits, modulates, and/or enhances the activity of an olfactory receptor that is activated by one or more musk compounds selected from a polycyclic musk compound and nitro musk, wherein the receptor is a polypeptide having an amino acid sequence that is at least 75% identical to SEQ ID NO: 2 or SEQ ID NO: 4, wherein the method comprises: a) contacting the receptor, or a chimera or fragment thereof, retaining the ability of said polypeptide to be activated by one or more musk compounds selected from a polycyclic musk compound and nitro musk, or a cell that is recombinantly modified to express said polypeptide, wherein the cell comprises 1) a nucleic acid encoding said polypeptide; or 2) an expression vector comprising a nucleic acid that encodes for said polypeptide and comprises a nucleotide sequence that is at least 75% identical to SEQ ID NO: 1 or SEQ ID NO: 3 with a compound in the presence of said one or more musk compounds selected from a polycyclic musk compound and nitro musk; and b) detecting whether the compound has an effect on the activity of the receptor. a) contacting the receptor, or a chimera or fragment thereof, retaining the ability of said polypeptide to be activated by one or more musk compounds selected from a polycyclic musk compound and nitro musk, or a cell that is recombinantly modified to express said polypeptide, wherein the cell comprises 1) a nucleic acid encoding said polypeptide; or 2) an expression vector comprising a nucleic acid that encodes for said polypeptide and comprises a nucleotide sequence that is at least 75% identical to SEQ ID NO: 1 or SEQ ID NO: 3 with a compound in the presence of said one or more musk compounds selected from a polycyclic musk compound and nitro musk; and 1) a nucleic acid encoding said polypeptide; or 2) an expression vector comprising a nucleic acid that encodes for said polypeptide and comprises a nucleotide sequence that is at least 75% identical to SEQ ID NO: 1 or SEQ ID NO: 3 b) detecting whether the compound has an effect on the activity of the receptor.
An external fixing device for treating a fracture of a calcaneal, wherein the external fixing device comprises: an external fixing plate provided with a hollow portion and a plurality of threaded holes , wherein a shape of the external fixing plate is adapted to match a contour of a calcaneus, and the hollow portion extends through the external fixing plate along a thickness direction of the external fixing plate ; and a plurality of screws , wherein one end of each of the screws matches one of the threaded holes by thread fit and the other end of each of the screws is suitable to screw into the calcaneus, characterized in that two types of internal threads that differ in thread direction are formed on an inner circumferential wall of each of the threaded holes . an external fixing plate provided with a hollow portion and a plurality of threaded holes , wherein a shape of the external fixing plate is adapted to match a contour of a calcaneus, and the hollow portion extends through the external fixing plate along a thickness direction of the external fixing plate ; and a plurality of screws , wherein one end of each of the screws matches one of the threaded holes by thread fit and the other end of each of the screws is suitable to screw into the calcaneus, characterized in that two types of internal threads that differ in thread direction are formed on an inner circumferential wall of each of the threaded holes .
A system for producing a steerable pencil beam of x-ray radiation, comprising: a radiation source configured to produce x-ray radiation at an angle, relative to a collimator, wherein the angle is electronically controllable; and the collimator comprising material opaque to the x-ray radiation produced by the radiation source, the collimator comprising an aperture configured to receive x-ray radiation from the radiation source at a plurality of incident angles, and configured to pass a portion of the x-ray radiation through the collimator at each of the plurality of incident angles, so as to form a steerable collimated pencil beam of x-ray radiation having a beam cross-section, wherein the collimator is a helically cut cylinder; and wherein the collimator and radiation source are configured to remain stationary with respect to one another when producing the steerable pencil beam of x-ray radiation. a radiation source configured to produce x-ray radiation at an angle, relative to a collimator, wherein the angle is electronically controllable; and the collimator comprising material opaque to the x-ray radiation produced by the radiation source, the collimator comprising an aperture configured to receive x-ray radiation from the radiation source at a plurality of incident angles, and configured to pass a portion of the x-ray radiation through the collimator at each of the plurality of incident angles, so as to form a steerable collimated pencil beam of x-ray radiation having a beam cross-section, wherein the collimator is a helically cut cylinder; and wherein the collimator and radiation source are configured to remain stationary with respect to one another when producing the steerable pencil beam of x-ray radiation.
A substrate prepared for synthetic diamond deposition comprising: (a) a silicon wafer of thickness greater than 0.2 mm ; (b) a layer of glass (806; 807) disposed on said silicon wafer; (c) a layer of polysilicon disposed on said layer of glass; (d) a first silicon nitride layer disposed on said layer of polysilicon; (e) a multilayered structure layer including at least one layer of gallium nitride , the multilayered structure layer disposed on the first silicon nitride layer; and (f) a second silicon nitride layer with thickness not greater than 100 nm disposed on said multilayered structure layer. (a) a silicon wafer of thickness greater than 0.2 mm ; (b) a layer of glass (806; 807) disposed on said silicon wafer; (c) a layer of polysilicon disposed on said layer of glass; (d) a first silicon nitride layer disposed on said layer of polysilicon; (e) a multilayered structure layer including at least one layer of gallium nitride , the multilayered structure layer disposed on the first silicon nitride layer; and (f) a second silicon nitride layer with thickness not greater than 100 nm disposed on said multilayered structure layer.