mhurhangee/patent-ind-claim-en huggingface dataset:
A closure for a beverage keg , the closure comprising: a valve housing; a valve element that is movable with respect to the valve housing inwardly into an open state and outwardly into a closed state; and a locking system comprising a locking element that is movable with respect to the valve housing and is capable of holding the valve element in the open state; wherein the locking element comprises a body portion located inside the valve housing and a leg , wherein the leg comprises an engagement element that is configured to engage a stop formation fixed with respect to the valve housing in order to limit the maximum extent of movement of the locking element in an upward direction relative to the valve housing after beverage has been dispensed from the keg , and characterized in that the leg extends outwardly from the body portion to the exterior of the valve housing. a valve housing; a valve element that is movable with respect to the valve housing inwardly into an open state and outwardly into a closed state; and a locking system comprising a locking element that is movable with respect to the valve housing and is capable of holding the valve element in the open state; wherein the locking element comprises a body portion located inside the valve housing and a leg , wherein the leg comprises an engagement element that is configured to engage a stop formation fixed with respect to the valve housing in order to limit the maximum extent of movement of the locking element in an upward direction relative to the valve housing after beverage has been dispensed from the keg , and characterized in that the leg extends outwardly from the body portion to the exterior of the valve housing.
A volute centrifugal fan with a permanent-magnet brush-less motor system, comprising a volute , an outer rotor motor installed in the volute through a bracket and an impeller externally sleeved on the outer rotor motor ; the impeller is positioned in the volute; the impeller is connected with the outer rotor motor ; the volute consists of a volute board and side boards on two sides of the volute board ; each one of the side boards on both sides is formed with an air inlet ; the volute is formed with an air outlet on one side, characterized in that the volute board has an opening positioned above a horizontal plane defined by a center of the air outlet ; a bridge arch-type radiator matched with the opening is installed at the position of the opening ; radiating ribs of the bridge arch-type radiator are sunk into an air duct formed between the volute and the impeller via the opening ; the bridge arch-type radiator is in close fit with the surface of the volute board ; the bridge arch-type radiator is installed with a driver matched with the outer rotor motor ; the opening is internally provided with fixed ribs which are distributed uniformly, and positioning holes are formed among the fixed ribs ; the volute and the impeller form the air duct there-between; the bridge arch-type radiator includes a plurality of radiating rib groups which are disposed at the lower surface thereof; the radiating rib groups pass through the matched positioning holes and are positioned in the air duct; the radiating rib groups consist of a plurality of uniformly distributed radiating ribs ; wherein the radius of curvature of an arc formed by each one of the radiating ribs is greater than the radius of curvature of an arc formed by the volute board at the position of the volute board where the driver is installed, after the volute is molded; radiating air channels are formed among the radiating ribs ; and the radiating air channels and the air outlet are consistent in the air outflow direction.
An electric drive for a bicycle, comprising, - an electric motor having a drive shaft , - a driven shaft for coupling to a wheel drive of the bicycle, - a transmission comprising a plurality of gears which drivingly connects, in a rotational drive direction, the drive shaft to the driven shaft , - wherein the plurality of gears comprises a first gear and a second gear which engage with each other, - whereby the rotational axes of the first gear and second gear are non-parallel and non-intersecting. - characterized in that , when viewed along an axis perpendicular to the rotational axes of the first gear and the second gear , the angle between rotational axes of the first gear and the second gear is in the range of 10 deg to 20 deg. - an electric motor having a drive shaft , - a driven shaft for coupling to a wheel drive of the bicycle, - a transmission comprising a plurality of gears which drivingly connects, in a rotational drive direction, the drive shaft to the driven shaft , - wherein the plurality of gears comprises a first gear and a second gear which engage with each other, - whereby the rotational axes of the first gear and second gear are non-parallel and non-intersecting. - characterized in that , when viewed along an axis perpendicular to the rotational axes of the first gear and the second gear , the angle between rotational axes of the first gear and the second gear is in the range of 10 deg to 20 deg.
Measuring device for detecting the temperature in a side wall plate of a casting mould , the measuring device comprising - a fibre-optic sensor having a measuring portion configured to detect the temperature and a feed portion configured to feed electromagnetic radiation to the measuring portion and remove electromagnetic radiation from the measuring portion , and - an installation part , within which a part of the measuring portion extends, wherein - the measuring portion of the fibre-optic sensor comprises an optical waveguide having at least one fibre Bragg grating in a part of the measuring portion extending outside of the installation part , - wherein the fibre Bragg grating is arranged on the installation part at a given distance from a reference point (P) of an abutment area (11.2) of the installation part , - wherein a part of the feed portion extends within the installation part , and the feed portion and the measuring portion are connected to one another within the installation part , and - wherein the fibre-optical sensor has a curved extent within the installation part . - a fibre-optic sensor having a measuring portion configured to detect the temperature and a feed portion configured to feed electromagnetic radiation to the measuring portion and remove electromagnetic radiation from the measuring portion , and - an installation part , within which a part of the measuring portion extends, wherein - the measuring portion of the fibre-optic sensor comprises an optical waveguide having at least one fibre Bragg grating in a part of the measuring portion extending outside of the installation part , - wherein the fibre Bragg grating is arranged on the installation part at a given distance from a reference point (P) of an abutment area (11.2) of the installation part , - wherein a part of the feed portion extends within the installation part , and the feed portion and the measuring portion are connected to one another within the installation part , and - wherein the fibre-optical sensor has a curved extent within the installation part .
A portable infusion pump system , comprising: a pump device including: a pump housing that defines a space to receive a medicine, and a drive system to dispense the medicine from the pump device when the medicine is received in the space of the pump housing ; and a controller device removably attachable to one of a plurality of different types of pump devices so as to electrically connect with the pump device and control dispensation of the medicine from the pump device , wherein the controller device automatically activates a training mode user interface and a first feature set related to the training mode in response to the controller device identifying the pump device as a first type of pump device via the electrical connection with the pump device , and wherein the controller device disables the features related to the training mode and activates a second feature set in which the pump system is activated to dispense medicine in response to the first type of pump being detached from the controller device and a second type of pump device being connected to the controller device . a pump device including: a pump housing that defines a space to receive a medicine, and a drive system to dispense the medicine from the pump device when the medicine is received in the space of the pump housing ; and a controller device removably attachable to one of a plurality of different types of pump devices so as to electrically connect with the pump device and control dispensation of the medicine from the pump device , wherein the controller device automatically activates a training mode user interface and a first feature set related to the training mode in response to the controller device identifying the pump device as a first type of pump device via the electrical connection with the pump device , and wherein the controller device disables the features related to the training mode and activates a second feature set in which the pump system is activated to dispense medicine in response to the first type of pump being detached from the controller device and a second type of pump device being connected to the controller device .
A flush valve assembly for controlling the removal of water from a cistern , comprising a flush valve comprising a housing with a lower end and an upper end and a valve body which is movably mounted in the housing along a central axis (M), a flush valve mounting with a receiving portion for receiving the lower end of the flush valve and a mounting portion for connecting the flush valve mounting to a drain opening of a cistern , and a holding-down unit for holding the flush valve in the interior of the cistern, in particular against a lifting force, wherein the holding-down unit comprises a first holding-down element which acts with an effective portion on the housing of the flush valve , characterized in that the holding-down unit comprises a second holding-down element which acts with a further effective portion on the flush valve mounting , wherein the two holding-down elements are formed separately from one another and can be connected together at a connection point , wherein the flush valve can be removed separately from the flush valve holder when the connection is released at the connection point ; and wherein at least one of the two holding-down elements can be connected to the cistern, wherein the flush valve and the flush valve mounting can be removed when the connection with the cistern is released. a flush valve comprising a housing with a lower end and an upper end and a valve body which is movably mounted in the housing along a central axis (M), a flush valve mounting with a receiving portion for receiving the lower end of the flush valve and a mounting portion for connecting the flush valve mounting to a drain opening of a cistern , and a holding-down unit for holding the flush valve in the interior of the cistern, in particular against a lifting force, wherein the holding-down unit comprises a first holding-down element which acts with an effective portion on the housing of the flush valve , characterized in that the holding-down unit comprises a second holding-down element which acts with a further effective portion on the flush valve mounting , wherein the two holding-down elements are formed separately from one another and can be connected together at a connection point , wherein the flush valve can be removed separately from the flush valve holder when the connection is released at the connection point ; and wherein at least one of the two holding-down elements can be connected to the cistern, wherein the flush valve and the flush valve mounting can be removed when the connection with the cistern is released.
Charging cable for an electric car, having the following features: - the charging cable comprises an insulating body with pins, a plug-type connector with contact pins and contact openings and a connecting line , and - the plug-type connector detachably connects the insulating body to the connecting line via the contact pins and contact openings in such a way that the pins are connected to the plug-type connector via the contact pins, characterized by the.following features: - the connecting line has an inflow and outflow for cooling fluid, - the plug-type connector has fluid couplings of the inflow and outflow to the insulating body , and - the insulating body is configured for cooling by means of the cooling fluid. - the charging cable comprises an insulating body with pins, a plug-type connector with contact pins and contact openings and a connecting line , and - the plug-type connector detachably connects the insulating body to the connecting line via the contact pins and contact openings in such a way that the pins are connected to the plug-type connector via the contact pins, - the connecting line has an inflow and outflow for cooling fluid, - the plug-type connector has fluid couplings of the inflow and outflow to the insulating body , and - the insulating body is configured for cooling by means of the cooling fluid.
Multi-component injection molding method of at least two, preferably different, plastic materials in a cavity of an injection molding tool for the production of an injection molded part , in which the first plastic material is injected via at least one first hot runner nozzle into the cavity for forming a skin layer of the injection molded part , and thereby at least one melt flow front is formed in the cavity , and the second plastic material for forming an inner layer of the injection molded part is injected via at least one second hot runner nozzle into the cavity and into a core of the first plastic material which is still in the flowable state, characterized in that the first plastic material is injected into the cavity via at least two first hot runner nozzles and in this case at least two melt flow fronts are formed which meet in the cavity and form an abutment between them, and in that the second plastic material is injected into the cavity in the region of this abutment . the first plastic material is injected via at least one first hot runner nozzle into the cavity for forming a skin layer of the injection molded part , and thereby at least one melt flow front is formed in the cavity , and the second plastic material for forming an inner layer of the injection molded part is injected via at least one second hot runner nozzle into the cavity and into a core of the first plastic material which is still in the flowable state, characterized in that the first plastic material is injected into the cavity via at least two first hot runner nozzles and in this case at least two melt flow fronts are formed which meet in the cavity and form an abutment between them, and in that the second plastic material is injected into the cavity in the region of this abutment .
Vibration-isolating insert for a pipe clip, the vibration-isolating insert being adapted to bear against an inner circumference of a substantially annular pipe clip body and ultimately - in use - to be positioned between an outer circumference of a pipe and the pipe clip body, the vibration-isolating insert comprising an elongate strip of vibration-isolating material which has a pipe facing side and a pipe clip facing side , characterized by said strip of vibration-isolating material having adjacent either lateral edge thereof a series of discrete exposed hooks of plastics material which is more rigid than the vibration-isolating material, the hooks protruding relative to the pipe clip facing side of the strip of vibration-isolating material. - in use - to be positioned between an outer circumference of a pipe and the pipe clip body, the vibration-isolating insert comprising an elongate strip of vibration-isolating material which has a pipe facing side and a pipe clip facing side , characterized by said strip of vibration-isolating material having adjacent either lateral edge thereof a series of discrete exposed hooks of plastics material which is more rigid than the vibration-isolating material, the hooks protruding relative to the pipe clip facing side of the strip of vibration-isolating material.
An automatic handrail tensioning system, comprising: a sensor for detecting information that can reflect a tension degree of the handrail ; a controller for determining tension degree information of the handrail according to the information detected by the sensor , and generating a corresponding control instruction for adjusting the tension degree of the handrail based on the tension degree information; and an actuator for driving a tensioning device to adjust the tension degree of the handrail based on the control instruction ; and characterized in that : the sensor comprises a ranging sensor for detecting spacing information between the handrail and the handrail guideway. a sensor for detecting information that can reflect a tension degree of the handrail ; a controller for determining tension degree information of the handrail according to the information detected by the sensor , and generating a corresponding control instruction for adjusting the tension degree of the handrail based on the tension degree information; and an actuator for driving a tensioning device to adjust the tension degree of the handrail based on the control instruction ; and characterized in that : the sensor comprises a ranging sensor for detecting spacing information between the handrail and the handrail guideway.
A liquid feeding pump for feeding liquid in a liquid feeding tube, the liquid feeding pump comprising: a mounting portion to which a first clip member mounted to the liquid feeding tube is mountable; an adapter detachably attachable to the mounting portion; and a detection unit that detects mounting of the first clip member to the mounting portion, characterized in that the adapter has a shape that disables detection of mounting of the first clip member by the detection unit and enables detection of mounting of a second clip member having a shape different from a shape of the first clip member by the detection unit. a mounting portion to which a first clip member mounted to the liquid feeding tube is mountable; an adapter detachably attachable to the mounting portion; and a detection unit that detects mounting of the first clip member to the mounting portion, characterized in that the adapter has a shape that disables detection of mounting of the first clip member by the detection unit and enables detection of mounting of a second clip member having a shape different from a shape of the first clip member by the detection unit.
Electrical machine , in particular axial flux motor, having a rotor mounted so as to be rotatable about a machine axis , and having a stator that has a sintered support structure , produced from a soft magnetic material, and an insert connected thereto, at least part of which forms a pole shoe , and which is a laminated core , - wherein the laminated core has a number of sheet stacks , the respective sheets of which have the same shape, and which are stacked on top of one another in the radial direction (R), wherein the sheets of different sheet stacks differ by virtue of the surface area of the sheets being enlarged as the distance from the machine axis increases, - wherein the laminated core is axially symmetrical in relation to a radial straight line, and - wherein an edge of the laminated core that runs in the radial direction (R) is in stepped form. - wherein the laminated core has a number of sheet stacks , the respective sheets of which have the same shape, and which are stacked on top of one another in the radial direction (R), wherein the sheets of different sheet stacks differ by virtue of the surface area of the sheets being enlarged as the distance from the machine axis increases, - wherein the laminated core is axially symmetrical in relation to a radial straight line, and - wherein an edge of the laminated core that runs in the radial direction (R) is in stepped form.
A print apparatus having a photosensitive drum used for color printing, comprising: acquisition means arranged to acquire the number of sheets on which color printing has been performed and the number of sheets on which monochrome printing has been performed; characterized by deriving means (S303) arranged to derive a ratio of the acquired number of sheets on which color printing has been performed based on the acquired number of sheets on which color printing has been performed and the acquired number of sheets on which monochrome printing has been performed; determining means (S304) arranged to determine a threshold value by multiplying a predetermined lifetime of a photosensitive drum for color printing by a coefficient corresponding to the derived ratio; comparison means (S306) arranged to compare the sum of the acquired number of sheets on which color printing has been performed and the acquired number of sheets on which monochrome printing has been performed with the determined threshold value; and display means (S308) arranged to display, on a display, a message indicating that a lifetime of the photosensitive drum used for the color printing has expired so that a user exchanges the photosensitive drums based on a comparison result by said comparison means that the sum is not less than the determined threshold value. acquisition means arranged to acquire the number of sheets on which color printing has been performed and the number of sheets on which monochrome printing has been performed; characterized by deriving means (S303) arranged to derive a ratio of the acquired number of sheets on which color printing has been performed based on the acquired number of sheets on which color printing has been performed and the acquired number of sheets on which monochrome printing has been performed; determining means (S304) arranged to determine a threshold value by multiplying a predetermined lifetime of a photosensitive drum for color printing by a coefficient corresponding to the derived ratio; comparison means (S306) arranged to compare the sum of the acquired number of sheets on which color printing has been performed and the acquired number of sheets on which monochrome printing has been performed with the determined threshold value; and display means (S308) arranged to display, on a display, a message indicating that a lifetime of the photosensitive drum used for the color printing has expired so that a user exchanges the photosensitive drums based on a comparison result by said comparison means that the sum is not less than the determined threshold value.