mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing 2,5-furandimethylcarboxylate (FDMC), comprising: preparing 2,5-furandimethylcarboxylate (FDMC) by subjecting a reaction mixture comprising 5-hydroxymethylfurfural (HMF), air and an alcohol solvent to oxidative esterification using a gold (Au)-nanoparticle-supported catalyst, wherein the gold (Au)-nanoparticle-supported catalyst includes a support and gold (Au) nanoparticles supported on the support, and wherein the support includes hydroxyapatite (HAP). preparing 2,5-furandimethylcarboxylate (FDMC) by subjecting a reaction mixture comprising 5-hydroxymethylfurfural (HMF), air and an alcohol solvent to oxidative esterification using a gold (Au)-nanoparticle-supported catalyst, wherein the gold (Au)-nanoparticle-supported catalyst includes a support and gold (Au) nanoparticles supported on the support, and wherein the support includes hydroxyapatite (HAP).
A vacuum pump , comprising: a rotating portion and a stator portion between which an internal flow path is formed; an exhaust mechanism which sends gas from a suction port toward an outlet port through the internal flow path; and a main sensor for detecting that a deposited material has reached a prescribed thickness at a detection object position of the internal flow path, wherein the main sensor includes: at least a pair of electrodes disposed in the internal flow path at an interval corresponding to one to two times an interval between the rotating portion and the stator portion at the detection object position; and a capacitance detection circuit which is connected to the pair of electrodes and which is configured to detect a capacitance between the pair of electrodes, and the capacitance detection circuit is configured to detect that a deposited material in the internal flow path has reached the prescribed thickness on the basis of a drop in an increase rate of the capacitance. a rotating portion and a stator portion between which an internal flow path is formed; an exhaust mechanism which sends gas from a suction port toward an outlet port through the internal flow path; and a main sensor for detecting that a deposited material has reached a prescribed thickness at a detection object position of the internal flow path, wherein the main sensor includes: at least a pair of electrodes disposed in the internal flow path at an interval corresponding to one to two times an interval between the rotating portion and the stator portion at the detection object position; and a capacitance detection circuit which is connected to the pair of electrodes and which is configured to detect a capacitance between the pair of electrodes, and the capacitance detection circuit is configured to detect that a deposited material in the internal flow path has reached the prescribed thickness on the basis of a drop in an increase rate of the capacitance. at least a pair of electrodes disposed in the internal flow path at an interval corresponding to one to two times an interval between the rotating portion and the stator portion at the detection object position; and a capacitance detection circuit which is connected to the pair of electrodes and which is configured to detect a capacitance between the pair of electrodes, and the capacitance detection circuit is configured to detect that a deposited material in the internal flow path has reached the prescribed thickness on the basis of a drop in an increase rate of the capacitance.
A method of operating a cleaning process on a filter in a vehicle air intake, comprising: - passing air through the filter from an upstream side to a downstream side; - providing an exhaust duct having an inlet end adjacent the upstream side of the filter, an outlet end, and an extraction device (26; 26') to generate an air flow through the exhaust duct from the inlet end to the outlet end; and - repeatedly performing a cleaning subroutine, which cleaning subroutine comprises, in sequence: ∘ increasing the flow of air through the exhaust duct from the inlet end to the outlet end; ∘ applying a pulse of pressurised fluid to a downstream side of the filter ; ∘ carrying away by the exhaust duct material dislodged from the upstream side of the filter as a result of the applied pulse; and ∘ decreasing the flow of air through the exhaust duct from the inlet end to the outlet end; - the method further comprising monitoring a filter load of the air filter , comparing the filter load with a filter load threshold, and initiating performance of the cleaning subroutine when the filter load threshold is reached or exceeded; characterized by increasing the filter load threshold after each performance of the cleaning subroutine up to a maximum filter load threshold level. - passing air through the filter from an upstream side to a downstream side; - providing an exhaust duct having an inlet end adjacent the upstream side of the filter, an outlet end, and an extraction device (26; 26') to generate an air flow through the exhaust duct from the inlet end to the outlet end; and - repeatedly performing a cleaning subroutine, which cleaning subroutine comprises, in sequence: ∘ increasing the flow of air through the exhaust duct from the inlet end to the outlet end; ∘ applying a pulse of pressurised fluid to a downstream side of the filter ; ∘ carrying away by the exhaust duct material dislodged from the upstream side of the filter as a result of the applied pulse; and ∘ decreasing the flow of air through the exhaust duct from the inlet end to the outlet end; ∘ increasing the flow of air through the exhaust duct from the inlet end to the outlet end; ∘ applying a pulse of pressurised fluid to a downstream side of the filter ; ∘ carrying away by the exhaust duct material dislodged from the upstream side of the filter as a result of the applied pulse; and ∘ decreasing the flow of air through the exhaust duct from the inlet end to the outlet end; - the method further comprising monitoring a filter load of the air filter , comparing the filter load with a filter load threshold, and initiating performance of the cleaning subroutine when the filter load threshold is reached or exceeded; characterized by increasing the filter load threshold after each performance of the cleaning subroutine up to a maximum filter load threshold level.
Cosmetic container to apply a lip balm comprising a cap , an upper inner shell and a base , said cap and said base are separably mountable to each other along a mounting axis (M) to form the cosmetic container , said base comprises a support frame to support said lip balm in solidified phase, said upper inner shell is provided between said cap and said base , said upper inner shell has a complementary shape with respect to an outer surface of the lip balm in solidified phase, said outer surface of the balm is of a shape adapted to apply the balm on lips, said base comprises a lower inner shell , at the bottom of said base is provided a through opening adapted to allow the passage of the balm in heated semi-fluid phase during a filling step of said balm in heated semi-fluid phase into the cosmetic container with the cosmetic container being completely assembled and in overturned position, a lower plug closes the through opening of the base before and after the filling step, wherein said support frame is one piece with said base , an inner central portion of said lower inner shell is the inner bottom of the base and opens into said through opening , said support frame of said base comprises a central hollow hub extending along the mounting axis (M) from the inner central portion toward the lower inner shell of the base , said central hollow hub comprises an inner cavity opening at the bottom into said through opening , said central hollow hub comprises an outer surface facing toward the lower inner shell of the base , said central hollow hub comprises a multiplicity of radial through slits , said support frame of said base comprises a multiplicity of radial walls partitioning the inside of the lower inner shell into sectors of space of the lower inner shell , each radial wall extends along the mounting axis (M) from the lower inner shell of the base , each radial through slit of said multiplicity of radial through slits is disposed between two adjacent radial walls of said multiplicity of radial walls to allow the passage of the balm in heated semi-fluid phase during the filling step from the inner cavity of the central hollow hub to one of said sectors of space of the lower inner shell of the base , wherein each radial wall of said multiplicity of radial walls radially extends from the outer surface of said central hollow hub toward an outer wall of said base , characterized in that each radial wall of said multiplicity of radial walls comprises an upper portion comprising at least one upper overflow through slit , each upper overflow through slit is adapted to allow the passage of the balm in heated semi-fluid phase during the filling step across at least two of said sectors of space of the lower inner shell of the base .
A component mounting machine , comprising: a head having a component holding section capable of holding a component with connection terminals on a lower face; a head moving device for moving the head ; a transfer device having a container with a predetermined height relationship between a bottom face and a predetermined measurement point different from the bottom face , and configured to provide paste as a coating film of a predetermined thickness on the bottom face of the container , the paste being to be transferred to the connection terminals of the component; a height sensor provided on the head and capable of measuring the height of the measurement point of the container ; and a control device for controlling the head and the head moving device such that the coating film provided by the transfer device is transferred to the connection terminals of the component held by the component holding section , characterized in that the control device is configured to recognize the height of the bottom face of the container from the height of the measurement point of the container measured by the height sensor . a head having a component holding section capable of holding a component with connection terminals on a lower face; a head moving device for moving the head ; a transfer device having a container with a predetermined height relationship between a bottom face and a predetermined measurement point different from the bottom face , and configured to provide paste as a coating film of a predetermined thickness on the bottom face of the container , the paste being to be transferred to the connection terminals of the component; a height sensor provided on the head and capable of measuring the height of the measurement point of the container ; and a control device for controlling the head and the head moving device such that the coating film provided by the transfer device is transferred to the connection terminals of the component held by the component holding section , characterized in that the control device is configured to recognize the height of the bottom face of the container from the height of the measurement point of the container measured by the height sensor .
Grinding disc for a floor-grinding machine comprising a disc body with a first and a second grinding side , in which both grinding sides are each provided with at least one grinding element , in such a way that both grinding sides are usable for grinding a floor, in which the grinding disc has an interface in a central region for coupling the grinding disc by means of a screw connection to an adapter of a floor-grinding machine, wherein the interface comprises a central through-hole extending from the first to the second grinding side, and the interface comprises at least a driver recess for receiving a driver which is provided on a bearing surface of the adapter , and the driver recess is positioned at a radial distance with respect to the through-hole , characterized in that the through-hole has a conical opening on both sides of the grinding disc for receiving a conical screw head of a screw .
A radome for vehicles defining a proximal side and a distal side, comprising: - a base layer formed of a radio transmissive resin, the base layer defining a proximal face and a distal face; - a decoration layer applied to the proximal face of the base layer , the decoration layer comprising a metalloid or a metalloid alloy; characterized in that the radome also comprises an anti-reflective coating placed proximal with respect to the decoration layer . - a base layer formed of a radio transmissive resin, the base layer defining a proximal face and a distal face; - a decoration layer applied to the proximal face of the base layer , the decoration layer comprising a metalloid or a metalloid alloy;
An oral and dental care and cleaning agent, containing, based on the weight thereof, a) 0.5 to 2.0 wt.% anionic surfactant(s), b) 0.01 to 1.0 amphoteric surfactant(s), c) 0.1 to 1.0 wt.% sodium benzoate, d) 0.001 to 0.25 wt.% of at least one salt from the group of zinc and/or manganese salts, e) at least one compound from the group of panthenol and/or pantothenic acid and/or pantolactone; f) at least one chamomile extract. a) 0.5 to 2.0 wt.% anionic surfactant(s), b) 0.01 to 1.0 amphoteric surfactant(s), c) 0.1 to 1.0 wt.% sodium benzoate, d) 0.001 to 0.25 wt.% of at least one salt from the group of zinc and/or manganese salts, e) at least one compound from the group of panthenol and/or pantothenic acid and/or pantolactone; f) at least one chamomile extract.
A level sensing system comprising; a level sensor label configured to be associated with a container containing a material whose level is to be sensed, the level sensor label arrangement having a circuit including: a capacitive structure configured to be associated with the container, the capacitive structure comprising two conductive strips located a predetermined distance from each other; and a first inductive element arrangement in an electrical connection with the capacitive structure; wherein the circuit is characterized by : a second inductive element arrangement in electrical connection with the first inductive element arrangement and the capacitive structure, wherein the first inductive element arrangement is less sensitive than the second inductive element arrangement, and wherein the electrical connection of the first inductive element arrangement and the second inductive element arrangement is an electrical series connection through a connector , and wherein the first inductive element arrangement and the second inductive element arrangement are in an electrical connection with the capacitive structure via connector lines . a level sensor label configured to be associated with a container containing a material whose level is to be sensed, the level sensor label arrangement having a circuit including: a capacitive structure configured to be associated with the container, the capacitive structure comprising two conductive strips located a predetermined distance from each other; and a first inductive element arrangement in an electrical connection with the capacitive structure; a capacitive structure configured to be associated with the container, the capacitive structure comprising two conductive strips located a predetermined distance from each other; and a first inductive element arrangement in an electrical connection with the capacitive structure; wherein the circuit is characterized by : a second inductive element arrangement in electrical connection with the first inductive element arrangement and the capacitive structure, wherein the first inductive element arrangement is less sensitive than the second inductive element arrangement, and wherein the electrical connection of the first inductive element arrangement and the second inductive element arrangement is an electrical series connection through a connector , and wherein the first inductive element arrangement and the second inductive element arrangement are in an electrical connection with the capacitive structure via connector lines .
A breathing device with a fan head and a drive device , wherein the fan head comprises at least one fan wheel and a housing with fan connecting pieces and is designed, together with the drive device , to convey a patient gas, wherein the fan head and the drive device are releasably coupled to each other via a coupling , wherein the fan wheel is connected to a fan shaft , on the end of which a first coupling element is arranged, wherein a motor shaft of the drive device has a second coupling element that is complementary to the first coupling element , characterized in that the coupling elements have a conical shape for a force-fit, in which the coupling elements are pressed against each other such that force is transmitted from the motor shaft to the fan shaft .
A cell suspension comprising expanded autologous or allogeneic mesenchymal stromal cells (MSCs) derived from the bone marrow of a human subject, wherein said MSCs are suspended in plasma obtained from the peripheral blood from a patient or subject to be treated with the cell suspension, for use in the treatment or amelioration of a disease with cerebral impaired glucose metabolism, wherein said cell suspension is administered to the patient via intrathecal (through an intrathecal administration in the cerebrospinal fluid of the subarachnoid space), in particular by lumbar puncture, and wherein the disease with cerebral impaired glucose metabolism is Alzheimer's disease.
Absorber system having an absorber-mass carrier and having an absorber-mass unit , wherein at least one first absorber mass is accommodated for relative movement on the absorber-mass carrier by means of a first coupling unit and at least one second absorber mass is accommodated for relative movement on the at least one first absorber mass by means of a second coupling unit , and wherein one (4; 6) of the at least two absorber masses has absorber-mass elements (5a, 5b; 7a, 7b) which are arranged at a fixed axial distance apart, connected to one another by means of spacers (86; 98) and accommodate axially between them the respectively other one (4; 6) of the at least two absorber masses , wherein the absorber-mass carrier has at least its radial region (88a, 88b; 88) which is directed towards the absorber-mass unit engaging axially between the two absorber-mass elements (5a, 5b; 7a, 7b), which are connected to one another by means of spacers (86; 98) and are arranged at a fixed axial distance apart, characterized in that each of the first absorber masses are carried on the absorber-mass carrier such that they can be deflected in the region of two first coupling regions , which are located one beside the other in the circumferential direction, and each of these coupling regions comprises a curved guide track with a radially inner vertex region in the first absorber mass and a curved guide track with a radially outer vertex region in the absorber-mass carrier , and a coupling element is positioned such that it can be moved with rolling action along the guide track in the absorber mass and the guide track in the absorber-mass carrier , and in that the second absorber masses , which are provided in addition to the first absorber masses , are carried on the absorber-mass elements of the respectively associated first absorber masses such that they can be deflected in the region of two second coupling regions , which are located one beside the other in the circumferential direction, and each of these coupling regions comprises a curved guide track with a radially inner vertex region in the second absorber mass and a curved guide track with a radially outer vertex region in the absorber-mass elements of the respectively associated first absorber masses , and a coupling element is positioned such that it can be moved with rolling action along the guide tracks in the second absorber mass and the guide tracks in the absorber-mass elements of the respectively associated first absorber masses , wherein the mass of the second absorber masses , on the one hand, and of the guide tracks of the absorber masses , on the other hand, are such that the natural frequencies of the first absorber masses are tuned to a different order to those of the second absorber masses .
Chain drive , in particular for a window, a flap or a dome light, comprising a housing and an electric motor which, by means of a transmission , drives a drive pinion which is in engagement with a chain which is formed from chain links and which is received in a retracted position in the housing and is conveyed, by means of the drive pinion , out of the housing and conveyed again into said housing through an opening therein, the chain drive comprising a stripper, located in the region of the opening on the housing, the chain links being guidable through said stripper, wherein the chain links are formed having a substantially H-shaped cross-section, characterised in that the stripper is produced from an elastic material and is configured to engage around the chain links of the chain to clean wet and dirt from the chain links as the chain is conveyed back into the housing, wherein a channel on the stripper is likewise formed having an H-shaped cross-section.
An airbag device, comprising an airbag and a partition element , the airbag being made of base fabric and formed in a bag shape to deploy by being supplied with gas, the partition element partitioning the interior of the airbag , wherein the airbag device has, as the partition element , a coupling spot along which a base fabric of a frontal side of the airbag and a base fabric of a backside of the airbag are coupled to each other, the airbag device includes reinforcing fabrics that characterized in that the reinforcing fabrics are provided respectively on an inner side of the base fabric of the frontal side and an inner side of the base fabric of the backside, and each of the reinforcing fabrics has a free ending remaining margin in a location closer to a gas supply side than the coupling spot is located, the remaining margins being bent at proximal seam ends thereof and oriented toward the gas supply side and fall inward by receiving gas pressure to function as a shield wall against a flow of gas toward the coupling spot .
Inflatable tent , in particular for camping with an inflatable self-supporting lower part including the mattress of the tent, an inflatable upper part including at least one arch , means for fixing a roof skin on the upper part and connecting means between the feet of said at least one arch and the self-supporting lower part, characterised in that the lower part comprises stiffening elements with fixing pads cooperating with straps in particular disposed crosswise under the surface of the mattress.
A method of pressing filter segments (S) moving in a train of segments in a direction (T) of an axis (SA), comprising the step of: supplying the train of filter segments along a longitudinal direction on a wrapper ; wherein the method further comprises the steps of: pressing the filter segments by means of the undersurface of a shoe situated above the train of filter segments, which shoe is provided with a set of nozzles for blowing in compressed air supplied through ducts , and the nozzles widen in the direction (T) of movement of the segments (S) of the train of segments , and suppling a compressed air by means of the ducts , before gluing and covering the train of segments with the wrapper. supplying the train of filter segments along a longitudinal direction on a wrapper ; wherein the method further comprises the steps of: pressing the filter segments by means of the undersurface of a shoe situated above the train of filter segments, which shoe is provided with a set of nozzles for blowing in compressed air supplied through ducts , and the nozzles widen in the direction (T) of movement of the segments (S) of the train of segments , and suppling a compressed air by means of the ducts , before gluing and covering the train of segments with the wrapper.