mhurhangee/patent-ind-claim-en huggingface dataset:
A detection element of a gas circuit of a manufacturing device for the additive manufacturing of a three-dimensional component from a powder , having a suction channel section which has a strip-shaped inlet channel with a suction opening , the suction opening extending along a longitudinal axis (X), a main part portion having a cylinder-like cavity with a rounded wall , the cavity extending along the suction channel section and the cavity being fluidly connected with the inlet channel such that there is a step in the rounded wall which causes a jump in diameter from a first diameter (Dh1) of the cavity to a second diameter (Dh2) which is larger than the first diameter (Dh1), and a first gas-discharging section , which has a diameter adaptation section and a tubular section , the diameter adaptation section fluidly connecting a first end of the cavity in the direction of the longitudinal axis (X) to the inner volume of the tubular section via a channel , and wherein in a transition area between cavity and channel - in the region of the diameter jump on the first diameter side (Dh1), an inner wall surface of the main part portion transitions into an inner wall surface of the diameter adaptation section , and - in the region of the diameter jump on the second diameter side (Dh2), the inner wall surface of the main part portion transitions into the inner wall surface of the diameter adaptation section via an intermediate surface . a suction channel section which has a strip-shaped inlet channel with a suction opening , the suction opening extending along a longitudinal axis (X), a main part portion having a cylinder-like cavity with a rounded wall , the cavity extending along the suction channel section and the cavity being fluidly connected with the inlet channel such that there is a step in the rounded wall which causes a jump in diameter from a first diameter (Dh1) of the cavity to a second diameter (Dh2) which is larger than the first diameter (Dh1), and a first gas-discharging section , which has a diameter adaptation section and a tubular section , the diameter adaptation section fluidly connecting a first end of the cavity in the direction of the longitudinal axis (X) to the inner volume of the tubular section via a channel , and wherein in a transition area between cavity and channel - in the region of the diameter jump on the first diameter side (Dh1), an inner wall surface of the main part portion transitions into an inner wall surface of the diameter adaptation section , and - in the region of the diameter jump on the second diameter side (Dh2), the inner wall surface of the main part portion transitions into the inner wall surface of the diameter adaptation section via an intermediate surface . - in the region of the diameter jump on the first diameter side (Dh1), an inner wall surface of the main part portion transitions into an inner wall surface of the diameter adaptation section , and - in the region of the diameter jump on the second diameter side (Dh2), the inner wall surface of the main part portion transitions into the inner wall surface of the diameter adaptation section via an intermediate surface .
An implantable sustained-release microneedle, comprising a needle tip, a needle body, and a base; the needle tip comprising a needle tip center layer and a needle tip outer layer; the needle tip center layer being formed of a matrix comprising a biodegradable water-insoluble polymer material; and the needle tip outer layer, the needle body, and the base being formed of a matrix comprising a water-soluble polymer material, wherein the water-soluble polymer material of the needle tip outer layer is connected with the water-soluble polymer material of the needle body.
A parameter configuration method , comprising: generating an indication of a first mapping relationship, wherein the first mapping relationship is used to indicate a reporting quantity L 0 of spatial domain vectors and a reporting quantity M 0 of frequency domain vectors, the L 0 spatial domain vectors and the M 0 frequency domain vectors are used to construct a precoding vector of one or more frequency domain units, the first mapping relationship is a mapping relationship in a preconfigured first mapping relationship group, the first mapping relationship group comprises at least one mapping relationship, the at least one mapping relationship is used to indicate at least a combination of the reporting quantity L 0 of spatial domain vectors and the reporting quantity M 0 of frequency domain vectors, and both L 0 and M 0 are positive integers; and sending the indication of the first mapping relationship. generating an indication of a first mapping relationship, wherein the first mapping relationship is used to indicate a reporting quantity L 0 of spatial domain vectors and a reporting quantity M 0 of frequency domain vectors, the L 0 spatial domain vectors and the M 0 frequency domain vectors are used to construct a precoding vector of one or more frequency domain units, the first mapping relationship is a mapping relationship in a preconfigured first mapping relationship group, the first mapping relationship group comprises at least one mapping relationship, the at least one mapping relationship is used to indicate at least a combination of the reporting quantity L 0 of spatial domain vectors and the reporting quantity M 0 of frequency domain vectors, and both L 0 and M 0 are positive integers; and sending the indication of the first mapping relationship.
A frame, in particular for a protection device for use with a building opening, comprising - at least two first frame struts (4.1a, 4.1b), - at least two second frame struts (4.2), - profile connectors , wherein the first frame struts (4.1a, 4.1b) are connected in each case at their ends by means of a profile connector to a second frame strut (4.2) and the second frame struts (4.2) are connected in each case at their ends by means of a profile connector to a first frame strut (4.1a, 4.1b), and - at least one magnet element (5.1, 5.2) for holding the frame on the building opening, characterized in that the at least one magnet element (5.1, 5.2) is pivotably mounted in the frame. - at least two first frame struts (4.1a, 4.1b), - at least two second frame struts (4.2), - profile connectors , wherein the first frame struts (4.1a, 4.1b) are connected in each case at their ends by means of a profile connector to a second frame strut (4.2) and the second frame struts (4.2) are connected in each case at their ends by means of a profile connector to a first frame strut (4.1a, 4.1b), and - at least one magnet element (5.1, 5.2) for holding the frame on the building opening, characterized in that the at least one magnet element (5.1, 5.2) is pivotably mounted in the frame.
An exhaust gas recirculation assembly with a cylinder head and an exhaust manifold , wherein the exhaust manifold is provided with an exhaust recirculation branch which is connected directly to an exhaust recirculation inlet in the cylinder head , wherein a heat exchanger branch departs from the cylinder head , through which branch exhaust gas can be conducted to a heat exchanger , wherein the heat exchanger branch opens on a side face of the cylinder head and wherein a bypass duct is provided through which exhaust gas can be conducted directly from an exhaust side to an intake side, bypassing the heat exchanger , characterised in that the exhaust manifold is mounted on the cylinder head and an exhaust manifold seal is provided through which the connection between the exhaust recirculation branch and exhaust recirculation inlet runs, wherein the bypass duct is integrated into the cylinder head , and wherein the bypass duct is isolated by an air gap.
An endoscopy system capable of measuring and regulating a temperature (Tdt) of its distal tip comprising a plurality of viewing elements located in the endoscope tip , wherein each of said viewing elements comprises an image sensor and a lens assembly and is associated with one or more light emitting diode (LED) illuminators , said endoscopy system characterized in that it further comprises: a circuit board comprising a circuit for measuring a voltage across each of said LED illuminators ; a controller programmed to compute a temperature (Tj) of each of said LED illuminators by using said measured voltage and a function representing a first relationship between LED voltage and LED junction temperature (Tj) for a given current and without using a separate, dedicated temperature sensor, wherein the controller is further programmed to compute an average of junction temperatures of all the LED illuminators and use that average and a second relationship to compute the temperature (Tdt) at a given point on the distal tip, wherein the second relationship between the average of LED junction temperatures and the temperature (Tdt) at the given point on the distal tip is pre-determined by measuring an average LED junction temperature and a corresponding temperature at the given point on the distal tip for a range of LED currents and identifying the second relationship between average LED junction temperatures and the corresponding temperatures for the given point on the distal tip; and a memory configured to store the second relationship between average LED junction temperatures and temperatures for the given point on the distal tip. a circuit board comprising a circuit for measuring a voltage across each of said LED illuminators ; a controller programmed to compute a temperature (Tj) of each of said LED illuminators by using said measured voltage and a function representing a first relationship between LED voltage and LED junction temperature (Tj) for a given current and without using a separate, dedicated temperature sensor, wherein the controller is further programmed to compute an average of junction temperatures of all the LED illuminators and use that average and a second relationship to compute the temperature (Tdt) at a given point on the distal tip, wherein the second relationship between the average of LED junction temperatures and the temperature (Tdt) at the given point on the distal tip is pre-determined by measuring an average LED junction temperature and a corresponding temperature at the given point on the distal tip for a range of LED currents and identifying the second relationship between average LED junction temperatures and the corresponding temperatures for the given point on the distal tip; and a memory configured to store the second relationship between average LED junction temperatures and temperatures for the given point on the distal tip.
A wireless access point for an intercom system, the access point comprising: a wireless transceiver; and an electronic controller configured to receive a selection of an audio codec, operate the wireless transceiver using the selected audio codec, detect a new intercom device connecting to the intercom system through the wireless transceiver, transmit a signal to the new intercom device through the wireless transceiver, the signal identifying the selected audio codec, automatically upload the selected audio codec to the new intercom device in response to a determination that the new intercom device does not have the selected audio codec stored in a memory of the new intercom device, and transmit communications with the new intercom device using the selected audio codec. a wireless transceiver; and an electronic controller configured to receive a selection of an audio codec, operate the wireless transceiver using the selected audio codec, detect a new intercom device connecting to the intercom system through the wireless transceiver, transmit a signal to the new intercom device through the wireless transceiver, the signal identifying the selected audio codec, automatically upload the selected audio codec to the new intercom device in response to a determination that the new intercom device does not have the selected audio codec stored in a memory of the new intercom device, and transmit communications with the new intercom device using the selected audio codec. receive a selection of an audio codec, operate the wireless transceiver using the selected audio codec, detect a new intercom device connecting to the intercom system through the wireless transceiver, transmit a signal to the new intercom device through the wireless transceiver, the signal identifying the selected audio codec, automatically upload the selected audio codec to the new intercom device in response to a determination that the new intercom device does not have the selected audio codec stored in a memory of the new intercom device, and transmit communications with the new intercom device using the selected audio codec.
Hydraulic servo-actuated valve comprising a valve body comprising a first duct , with a first opening , a second duct , with a second opening , a main opening , arranged on the valve body between the first duct and the second duct , an actuator arranged at the main opening and adapted to make an actuating movement between an opening position, which allows the flow between the first duct and the second duct , and a closed position preventing the flow between the first duct and the second duct , said valve comprising a lid , arranged in an operative position on the valve body at the main opening , said lid having a central zone concurring with the actuator to delimit an actuating chamber , the first duct having a first through-hole , the lid having a second through-hole arranged in a position corresponding to the first through-hole , when the lid is arranged on the valve body in an operative position, the central zone of the lid having a third through-hole , said lid comprising first connecting means adapted to allow a flanged and removable connection of a first operative member only to the lid , wherein said second duct has a fourth through-hole and the lid has a fifth through-hole arranged in a position corresponding to the fourth through-hole , when the lid is arranged on the valve body in an operative position, the central zone of the lid having a sixth through-hole , said lid comprising second connecting means adapted to allow a flanged and removable connection of a second operative member only to the lid , the mutual positions of the second through-hole , the third through hole and the first connecting means corresponding to the mutual positions of the fifth through-hole , the sixth through-hole and the second connecting means , in order to allow connecting indifferently any of the first and second operative member in place of another.
Mat welding system for producing concrete steel mats from a plurality of rods by welding the rods to form a grid structure consisting of longitudinal rods and transverse rods , comprising - at least one provision device for providing the plurality of rods , - at least one welding device for welding, preferably in stages, the rods to form the grid structure consisting of longitudinal rods and transverse rods , and - at least one transport device for transporting the rods provided by the at least one provision device to the at least one welding device , wherein the at least one transport device has at least one first positioning device , with which rods can be positioned in a longitudinal direction relative to the at least one welding device , and at least one second positioning device , which can be pivoted relative to the first positioning device and with which rods can be positioned in a transverse direction transverse to the longitudinal direction relative to the at least one welding device , characterized in that the at least one transport device has at least one carrier , on which the positioning devices are arranged, preferably wherein the second positioning device is arranged displaceably and pivotably on the at least one carrier and/or the first positioning device is arranged stationary on the at least one carrier . - at least one provision device for providing the plurality of rods , - at least one welding device for welding, preferably in stages, the rods to form the grid structure consisting of longitudinal rods and transverse rods , and - at least one transport device for transporting the rods provided by the at least one provision device to the at least one welding device ,
A laser machining head comprising: a focusing device for focusing a machining laser beam onto a workpiece to be machined, said focusing device being arranged in a machining beam path of the machining laser beam , an optical imaging device which comprises a detector and which is embodied to image observation radiation from a machining region of the workpiece onto the detector along an observation beam path passing through the focusing device , a stop arranged in the observation beam path and spaced apart from the detector , wherein the optical imaging device comprises a further optical unit , arranged between the stop and the detector , for imaging the machining region of the workpiece onto the detector , as well as a beam splitter for separating the observation beam path of the observation radiation from the machining beam path of the machining laser beam , characterized in that the optical imaging device comprises an imaging optical unit in the form of a telescope arranged in the observation beam path between the beam splitter and the stop , embodied to produce an image of the stop in the machining beam path of the machining laser beam between the beam splitter and the workpiece . a focusing device for focusing a machining laser beam onto a workpiece to be machined, said focusing device being arranged in a machining beam path of the machining laser beam , an optical imaging device which comprises a detector and which is embodied to image observation radiation from a machining region of the workpiece onto the detector along an observation beam path passing through the focusing device , a stop arranged in the observation beam path and spaced apart from the detector , wherein the optical imaging device comprises a further optical unit , arranged between the stop and the detector , for imaging the machining region of the workpiece onto the detector , as well as a beam splitter for separating the observation beam path of the observation radiation from the machining beam path of the machining laser beam , characterized in that the optical imaging device comprises an imaging optical unit in the form of a telescope arranged in the observation beam path between the beam splitter and the stop , embodied to produce an image of the stop in the machining beam path of the machining laser beam between the beam splitter and the workpiece .
Co-crystals of SGLT2 inhibitors and a co-crystal former, wherein the SGLT2 inhibitor is Empagliflozin and the co-crystal former is selected from DL-pipecolic acid, D-pipecolic acid and L-pipecolic acid.
A reporting construct for characterizing an enzyme activity comprising: a membrane anchoring domain comprising a first peptide that forms a complex with a membrane of a cell; a reporter domain comprising a first occurrence of a second peptide that produces a first signal at a first wavelength and a second occurrence of the second peptide that produces a second signal at the first wavelength, wherein the reporter domain produces an aggregate signal that is a summation of the first signal and the second signal; a cleavage sequence comprising a third peptide, the cleavage sequence is interposed between the membrane anchoring domain and the reporter domain, wherein the third peptide is selected to undergo a cleavage event upon exposure to a first enzyme activity and a second enzyme activity, wherein the reporter domain and the cleavage sequence are selected such that the reporting construct demonstrates reduced selectivity bias between the first enzyme activity and the second enzyme activity relative to an analogous reporting comprising the cleavage sequence and an analogous reporting domain comprising a single occurrence of the second peptide; wherein the first enzyme activity is associated with Botulinum neurotoxin serotype A and the second enzyme activity is associated with Botulinum neurotoxin serotype E. a membrane anchoring domain comprising a first peptide that forms a complex with a membrane of a cell; a reporter domain comprising a first occurrence of a second peptide that produces a first signal at a first wavelength and a second occurrence of the second peptide that produces a second signal at the first wavelength, wherein the reporter domain produces an aggregate signal that is a summation of the first signal and the second signal; a cleavage sequence comprising a third peptide, the cleavage sequence is interposed between the membrane anchoring domain and the reporter domain, wherein the third peptide is selected to undergo a cleavage event upon exposure to a first enzyme activity and a second enzyme activity, wherein the reporter domain and the cleavage sequence are selected such that the reporting construct demonstrates reduced selectivity bias between the first enzyme activity and the second enzyme activity relative to an analogous reporting comprising the cleavage sequence and an analogous reporting domain comprising a single occurrence of the second peptide;
Tool for cleaning chimney flues, particularly for cleaning chimney flues of pellet stoves. The tool is suitable to be used with a small air compressor with an average air flow of 180 liters per minute and a vacuum ash cleaner. The tool comprises an air supply unit and a branch fitting (E). The air supply unit comprising: a probe line 10 meters long (A) in flexible plastic material and featuring fast connectors; a directional joint (B) preferably made of brass; an oval shaped blower head made with thread of steel arcs (C) with an inside rotary blower (D) having a steel bearing encasing a head jet preferably made of copper or steel, the air supply unit being configured for blowing compressed air inside the chimney flue. The branch fitting (E) is configured to be connected to a chimney flue inspection port and the vacuum ash cleaner and the probe line.
Frame formwork element with a frame and a formwork shell which can be attached to the frame , wherein the frame has at least two frame longitudinal parts and at least two frame transverse parts , and wherein at least one transverse bracing is fixed between the frame longitudinal parts , said transverse bracing having two transverse braces which run parallel to each other in a mutually spaced manner and between which a through-gap is formed for passing through anchor rods , characterized in that at least one guide device according to one of claims 8 or 9 for forming an anchor point is inserted into the through-gap , wherein the guide device is secured to the transverse bracing by means of the securing region , wherein the seal receptacle is positioned in such a way that the seal seals the guide device relative to an anchor bore in the formwork shell .