mhurhangee/patent-ind-claim-en huggingface dataset:
A tissue derived porous matrix comprising a decellularized tissue, wherein the decellularized tissue is derived from one or more human tissue types selected from dermis, adipose, fascia, and combinations thereof, wherein the decellularized tissue essentially lacks immunogenicity while retaining a proportion of the initially present naturally formed physical structure of the tissue sufficient to provide a three-dimensional scaffold capable of infiltration by cells and ingrowth by new tissue, and wherein the matrix is resorbable, has a plurality of interconnected pores which allow fluid flow through the matrix, and is cross-linked which stabilizes the matrix and provides a controlled resorbtion rate after implantation.
An electronic device, comprising a rear cover , a front-facing camera , and a rear-facing camera , wherein the electronic device further comprises a light reflective apparatus ; the light reflective apparatus is connected to the rear cover , and may be switched between a usage state and an idle state; and when the light reflective apparatus is in the usage state, the light reflective apparatus is located on an object-facing side of the rear-facing camera and is configured to reflect a picture in the direction of the front-facing camera , so that the rear-facing camera captures the picture reflected by the light reflective apparatus , wherein the object-facing side indicates a side on which the rear-facing camera faces a photographed object. wherein the light reflective apparatus is a light reflective film made of a flexible material, the electronic device further comprises a drive component disposed in the rear cover , the light reflective apparatus is connected to the rear cover through rotation by using the drive component , and the drive component is configured to drive the light reflective apparatus to move, so that the light reflective apparatus is switched between the usage state and the idle state. the light reflective apparatus is connected to the rear cover , and may be switched between a usage state and an idle state; and when the light reflective apparatus is in the usage state, the light reflective apparatus is located on an object-facing side of the rear-facing camera and is configured to reflect a picture in the direction of the front-facing camera , so that the rear-facing camera captures the picture reflected by the light reflective apparatus , wherein the object-facing side indicates a side on which the rear-facing camera faces a photographed object. wherein the light reflective apparatus is a light reflective film made of a flexible material, the electronic device further comprises a drive component disposed in the rear cover , the light reflective apparatus is connected to the rear cover through rotation by using the drive component , and the drive component is configured to drive the light reflective apparatus to move, so that the light reflective apparatus is switched between the usage state and the idle state.
Apparatus for coding a first connection partner and a second connection partner of a bayonet lock, wherein the apparatus comprises a bayonet lock having a first connection partner and having a second connection partner , wherein the first connection partner has at least two locking arms for locking the connection and is arranged on a fluid-line adaptor, and wherein the second connection partner has a flange ring for lead-through of the first locking partner with a number of recesses , corresponding to the number of locking arms , for lead-through of the locking arms and is arranged on an adaptor receptacle, wherein a first locking arm has a different geometry from the further locking arms , wherein a first recess assigned to the first locking arm has a matching geometry for positioning the first connection partner and the second connection partner in a predefined position, and the further recesses have a geometry which is different and does not match the first locking arm , and wherein the apparatus furthermore has a mechanical coding device, wherein the coding device has a first coding partner on the first connection partner and has a second coding partner on the second connection partner , wherein the first coding partner and the second coding partner are oriented in a manner matching one another when the first connection partner and the second connection partner are arranged in a predefined position in relation to one another and a connection is realized via the bayonet lock, wherein the first coding partner is a projection and the second coding partner is a guide assigned to the projection , characterized in that the projection extends away from the first connection partner in a radial direction of the fluid-line adaptor, wherein the second connection partner has an edge which extends in a circumferential direction of the adaptor receptacle and which has the guide for the projection , wherein the guide extends in the circumferential direction .
A display device comprising: - a first display member (M) for displaying first time information, - a second display member (M') for displaying said stored first time information, notably a second display member (M') of the retrograde type, and - a correcting mechanism comprising an isolating device (LI) for isolating the first and second display members, the storage of said first time information consists in fixing, by a user action, the second display member (M'), while it indicates the current time information. - a first display member (M) for displaying first time information, - a second display member (M') for displaying said stored first time information, notably a second display member (M') of the retrograde type, and - a correcting mechanism comprising an isolating device (LI) for isolating the first and second display members,
An integrated fan heat exchanger stator assembly comprising: a hub and casing ; a plurality of elements arranged between the hub and casing , the plurality of elements being separated from one another by a plurality of external flow passages ; and at least one internal flow passage configured to convey a first heat transfer fluid through one or more of the plurality of elements , wherein the first heat transfer fluid is in thermal communication with a second heat transfer fluid configured to flow through at least one of the plurality of external flow passages ; wherein the plurality of elements includes at least one guide vane extending radially between the hub and the casing ; and characterised in that the at least one guide vane is configured to preswirl a flow of the second heat transfer fluid. a hub and casing ; a plurality of elements arranged between the hub and casing , the plurality of elements being separated from one another by a plurality of external flow passages ; and at least one internal flow passage configured to convey a first heat transfer fluid through one or more of the plurality of elements , wherein the first heat transfer fluid is in thermal communication with a second heat transfer fluid configured to flow through at least one of the plurality of external flow passages ; wherein the plurality of elements includes at least one guide vane extending radially between the hub and the casing ; and characterised in that the at least one guide vane is configured to preswirl a flow of the second heat transfer fluid.
A spinal implant for positioning in between two vertebrae, comprising a substrate and at least one integration layer at an outer surface of the spinal implant for facilitating the acceptance of said implant by the human body, the substrate of the implant being formed of a biocompatible polymer material and comprising at its outer surface the integration layer , the spinal implant having a texture engineered in the form of grooves, wherein the integration layer is in the form of a coating applied onto the substrate , and wherein the coating is a metal containing coating, characterized in that the integration layer has a thickness in between 0.3 nm - 5 μm and wherein the distance between adjacent local extrema in the spinal implant texture are between 0.3 μm and 150 μm.
A pharmaceutical composition for use in treating hypertension comprising: (a) telmisartan; (b) indapamide; and (c) amlodipine besylate; wherein the dose of telmisartan is about 8 mg to 12 mg, the dose of indapamide is about 0.5 mg to 0.75 mg, and the dose of amlodipine besylate is about 1 mg to 1.5 mg and wherein the pharmaceutical composition is free of an angiotensin-converting enzyme inhibitor or a pharmaceutically acceptable salt thereof, a beta-blocker or a pharmaceutically acceptable salt thereof, a lipid-regulating agent, platelet function-altering agent, a serum homocysteine-lowering agent, or a combination thereof. (a) telmisartan; (b) indapamide; and (c) amlodipine besylate; wherein the dose of telmisartan is about 8 mg to 12 mg, the dose of indapamide is about 0.5 mg to 0.75 mg, and the dose of amlodipine besylate is about 1 mg to 1.5 mg and wherein the pharmaceutical composition is free of an angiotensin-converting enzyme inhibitor or a pharmaceutically acceptable salt thereof, a beta-blocker or a pharmaceutically acceptable salt thereof, a lipid-regulating agent, platelet function-altering agent, a serum homocysteine-lowering agent, or a combination thereof. wherein the dose of telmisartan is about 8 mg to 12 mg, the dose of indapamide is about 0.5 mg to 0.75 mg, and the dose of amlodipine besylate is about 1 mg to 1.5 mg and wherein the pharmaceutical composition is free of an angiotensin-converting enzyme inhibitor or a pharmaceutically acceptable salt thereof, a beta-blocker or a pharmaceutically acceptable salt thereof, a lipid-regulating agent, platelet function-altering agent, a serum homocysteine-lowering agent, or a combination thereof.
A production apparatus for producing an unvulcanized sheet-shaped rubber material (G), comprising: an extruder configured to continuously extrude the rubber material (G); a receiving conveyor configured to receive the rubber material (G) extruded from the extruder and transport the rubber material (G) downstream in a transport direction, and having an adjustable transport speed; a first weight measuring instrument located downstream of the extruder in the transport direction and configured to measure a weight per unit length of the rubber material (G) being transported; a first cooler configured to cool the rubber material (G) that has been measured by the first weight measuring instrument ; a second weight measuring instrument configured to measure the weight per unit length of the rubber material (G) that has been cooled by the first cooler ; and a controller configured to control the transport speed of the receiving conveyor based on the weights per unit length of the rubber material (G) that have been measured by the first weight measuring instrument and the second weight measuring instrument , characterized by a second cooler configured to cool the rubber material (G) that has been measured by the second weight measuring instrument . an extruder configured to continuously extrude the rubber material (G); a receiving conveyor configured to receive the rubber material (G) extruded from the extruder and transport the rubber material (G) downstream in a transport direction, and having an adjustable transport speed; a first weight measuring instrument located downstream of the extruder in the transport direction and configured to measure a weight per unit length of the rubber material (G) being transported; a first cooler configured to cool the rubber material (G) that has been measured by the first weight measuring instrument ; a second weight measuring instrument configured to measure the weight per unit length of the rubber material (G) that has been cooled by the first cooler ; and a controller configured to control the transport speed of the receiving conveyor based on the weights per unit length of the rubber material (G) that have been measured by the first weight measuring instrument and the second weight measuring instrument , characterized by a second cooler configured to cool the rubber material (G) that has been measured by the second weight measuring instrument .
Method for producing biomass derived liquid, comprising: feeding biomass, a solvent and a catalyst into a batch reactor ; heating and mixing in said batch reactor a compound comprising said biomass, solvent and catalyst; wherein the solvent is glycerol and wherein feeding the solvent into the batch reactor is performed through electrostatic atomization; wherein electrostatic atomization is a process of reforming electrically atomized liquid phase glycerol on an oppositely conductive catalyst. feeding biomass, a solvent and a catalyst into a batch reactor ; heating and mixing in said batch reactor a compound comprising said biomass, solvent and catalyst; wherein the solvent is glycerol and wherein feeding the solvent into the batch reactor is performed through electrostatic atomization; wherein electrostatic atomization is a process of reforming electrically atomized liquid phase glycerol on an oppositely conductive catalyst.
A method of wireless communications for a donor node, comprising: determining , at a central unit, CU, of the donor node, a configuration of a resource pattern for a plurality of Integrated-Access and Backhaul, IAB-nodes of an IAB network, wherein the configuration of the resource pattern includes a base resource pattern configured with a base periodicity of one or more slots and a plurality of distributed unit, DU, slot format indices within the base periodicity, wherein the DU slot format indices correspond to a table of DU slot formats, the table of the DU slot formats includes a plurality of entries, each entry indicating a pattern of a DU resource type at each symbol within a slot, and wherein the DU resource type corresponds to at least one of a hard resource, soft resource, or not-available; and transmitting , by the CU of the donor node, the resource pattern to one or more of the plurality of IAB-nodes of the IAB network. determining , at a central unit, CU, of the donor node, a configuration of a resource pattern for a plurality of Integrated-Access and Backhaul, IAB-nodes of an IAB network, wherein the configuration of the resource pattern includes a base resource pattern configured with a base periodicity of one or more slots and a plurality of distributed unit, DU, slot format indices within the base periodicity, wherein the DU slot format indices correspond to a table of DU slot formats, the table of the DU slot formats includes a plurality of entries, each entry indicating a pattern of a DU resource type at each symbol within a slot, and wherein the DU resource type corresponds to at least one of a hard resource, soft resource, or not-available; and transmitting , by the CU of the donor node, the resource pattern to one or more of the plurality of IAB-nodes of the IAB network.
A computer-implemented method, comprising: during a compilation of a program, generating correlation data including a control flow representation of the program including one or more basic blocks and a block-to-offset map, wherein the block-to-offset map associates each basic block of a function with a range of offsets and wherein each offset is associated with an instruction that is part of the basic block and is relative to the start of the function; converting the block-to-offset map into a block to relative virtual address map based on a linked image of the program, wherein a relative virtual address is a relative address from a start address of a function associated with a basic block in the image; obtaining sample data from at least one execution of the program, the sample data including a relative virtual address of a hardware instruction and a count, the count indicating a number of times the hardware instruction was executed; matching the relative virtual address of the hardware instruction with at least one basic block of the program that is associated with the relative virtual address of the hardware instruction; updating a block count of the matching basic block with the count; and optimizing the program based on the block count. during a compilation of a program, generating correlation data including a control flow representation of the program including one or more basic blocks and a block-to-offset map, wherein the block-to-offset map associates each basic block of a function with a range of offsets and wherein each offset is associated with an instruction that is part of the basic block and is relative to the start of the function; converting the block-to-offset map into a block to relative virtual address map based on a linked image of the program, wherein a relative virtual address is a relative address from a start address of a function associated with a basic block in the image; obtaining sample data from at least one execution of the program, the sample data including a relative virtual address of a hardware instruction and a count, the count indicating a number of times the hardware instruction was executed; matching the relative virtual address of the hardware instruction with at least one basic block of the program that is associated with the relative virtual address of the hardware instruction; updating a block count of the matching basic block with the count; and optimizing the program based on the block count.
A tomosynthesis imaging apparatus comprising: a radiation source in which three or more radiation tubes emitting radiation are arranged to perform tomosynthesis imaging which irradiates an object with the radiation at a plurality of different irradiation angles; and an irradiation field limiter in which a plurality of irradiation openings for the radiation that define an irradiation field of the radiation are arranged along an arrangement direction of the radiation tubes at an interval of at least one radiation tube and a position of the irradiation openings is moved to at least two set positions including a first set position in a case in which the radiation is emitted from first radiation tubes which are some of the three or more radiation tubes and a second set position in a case in which the radiation is emitted from second radiation tubes different from the first radiation tubes among the three or more radiation tubes , wherein the irradiation field limiter comprises a plate-like member in which a through hole functioning as the irradiation opening is formed, the plate-like member is moved along the arrangement direction of the radiation tubes to move the position of the irradiation openings to the at least two set positions, and characterised in that the plate-like member has a convex portion that protrudes toward the radiation tube between the through holes adjacent to each other. a radiation source in which three or more radiation tubes emitting radiation are arranged to perform tomosynthesis imaging which irradiates an object with the radiation at a plurality of different irradiation angles; and an irradiation field limiter in which a plurality of irradiation openings for the radiation that define an irradiation field of the radiation are arranged along an arrangement direction of the radiation tubes at an interval of at least one radiation tube and a position of the irradiation openings is moved to at least two set positions including a first set position in a case in which the radiation is emitted from first radiation tubes which are some of the three or more radiation tubes and a second set position in a case in which the radiation is emitted from second radiation tubes different from the first radiation tubes among the three or more radiation tubes , wherein the irradiation field limiter comprises a plate-like member in which a through hole functioning as the irradiation opening is formed, the plate-like member is moved along the arrangement direction of the radiation tubes to move the position of the irradiation openings to the at least two set positions, and characterised in that the plate-like member has a convex portion that protrudes toward the radiation tube between the through holes adjacent to each other.
Device for monitoring the quality of the compressed air in a supply line of a compressed air network and calibrating a measuring device used for that purpose, more specifically a measuring device for measuring the quantity of a specific type (A, B, C) of impurity in the compressed air, whereby the device is provided with: - a measuring line which is intended to be connected to the supply line and which is provided with a shut-off valve to close the measuring line of the supply line; - an aforementioned measuring device with an inlet for gas which is connected to the measuring line and a blow-off valve; - means for supplying a test gas flow with a known impurity, more specifically with a known concentration or number of particles of the specific impurity (A, B, C), connected to the measuring line via a controllable shut-off valve to enable the test gas to pass through it; characterized in that it is further provided - a control to which the aforementioned shut-off valves are connected to control these shut-off valves in such a way that either compressed air can be sent through the measuring device for monitoring the quality of the compressed air, or the aforementioned test gas can be sent through the measuring device to calibrate the measuring device. - a measuring line which is intended to be connected to the supply line and which is provided with a shut-off valve to close the measuring line of the supply line; - an aforementioned measuring device with an inlet for gas which is connected to the measuring line and a blow-off valve; - means for supplying a test gas flow with a known impurity, more specifically with a known concentration or number of particles of the specific impurity (A, B, C), connected to the measuring line via a controllable shut-off valve to enable the test gas to pass through it; characterized in that it is further provided - a control to which the aforementioned shut-off valves are connected to control these shut-off valves in such a way that either compressed air can be sent through the measuring device for monitoring the quality of the compressed air, or the aforementioned test gas can be sent through the measuring device to calibrate the measuring device.
A static electric induction system comprising: a tank containing: a heat generating component ; a cooling fluid ; a cooling duct along the heat generating component; and the system further comprising a pumping system configured for driving the cooling fluid through the cooling duct; characterized in that the pumping system is configured for applying a varying flow rate over time of the cooling fluid in the cooling duct along a predetermined flow rate curve which is a function of time. a heat generating component ; a cooling fluid ; a cooling duct along the heat generating component; and the system further comprising a pumping system configured for driving the cooling fluid through the cooling duct; characterized in that the pumping system is configured for applying a varying flow rate over time of the cooling fluid in the cooling duct along a predetermined flow rate curve which is a function of time.