mhurhangee/patent-ind-claim-en huggingface dataset:
A manually-operable head assembly for a dispenser for pasty products, for example for toothpastes, comprising: - a head made in a single piece of a plastic material, adapted to be applied to a container tube of the dispenser , said head being provided with a dispensing tube having an opening for dispensing the product, and an initial section ; - a pump , consisting of an internally hollow shell made in a single piece of a plastic material, comprising a pump neck slidingly inserted on the initial section of the dispensing tube , a dome-shaped cap connected to the pump neck , which is elastically deformable, and an annular connection portion connected to the cap ; - an actuator made in a single piece of a plastic material, movably supported by the head and adapted to be manually operated to at least partially deform the pump and obtain the dispensing of the product; - wherein the pump comprises a flexible annular lip , protruding externally to the pump and inserted into the initial section and adapted to come sealingly into contact with an initial surface of said initial section to obtain an upper valve or a delivery valve, wherein the lip comprises a sealing portion designed to be elastically deformable radially toward the inside and separate from the initial surface . - a head made in a single piece of a plastic material, adapted to be applied to a container tube of the dispenser , said head being provided with a dispensing tube having an opening for dispensing the product, and an initial section ; - a pump , consisting of an internally hollow shell made in a single piece of a plastic material, comprising a pump neck slidingly inserted on the initial section of the dispensing tube , a dome-shaped cap connected to the pump neck , which is elastically deformable, and an annular connection portion connected to the cap ; - an actuator made in a single piece of a plastic material, movably supported by the head and adapted to be manually operated to at least partially deform the pump and obtain the dispensing of the product; - wherein the pump comprises a flexible annular lip , protruding externally to the pump and inserted into the initial section and adapted to come sealingly into contact with an initial surface of said initial section to obtain an upper valve or a delivery valve, wherein the lip comprises a sealing portion designed to be elastically deformable radially toward the inside and separate from the initial surface .
An attachment device for an apparatus , which apparatus comprises a fixed cable with a connector at its free end, the attachment device comprises a first plate member and a second plate member , which by means of a hinge member are rotatably connected to each other about a hinge axis , whereby they can rotate between a closed position, in which the plate members lie against each other, and in which the attachment device defines a through-going opening for the cable , and an open position, in which the cable can be removed from the attachment device , and where the first plate member comprises a first locking slot and the second plate member comprises a second locking slot , wherein the first and second locking slots are aligned in the closed position, whereby a locking member can be inserted through both locking slots and lock the attachment device in the closed positon, in which the cable cannot be out pulled through the through-going opening , characterised in that , the hinge axis is parallel with the first and second plate members and that the through-going opening is tubular, wherein the first plate member comprises a first rubber plate part and the second plate member comprises a second rubber plate part , wherein the first and second rubber plate parts are formed in one piece with the hinge member , where an inner side of the first rubber plate part lies against an inner side of the second rubber plate part in the closed position and wherein the first plate member comprises a first rigid plate part on the opposite, outer side of the first rubber plate part and the second plate member comprises a second rigid plate part on the opposite, outer side of the second rubber plate part , and wherein the first rigid plate part is encircled by a first rubber edge part and the second rigid plate part is encircled by a second rubber edge part . characterised in that , the hinge axis is parallel with the first and second plate members and that the through-going opening is tubular, wherein the first plate member comprises a first rubber plate part and the second plate member comprises a second rubber plate part , wherein the first and second rubber plate parts are formed in one piece with the hinge member , where an inner side of the first rubber plate part lies against an inner side of the second rubber plate part in the closed position and wherein the first plate member comprises a first rigid plate part on the opposite, outer side of the first rubber plate part and the second plate member comprises a second rigid plate part on the opposite, outer side of the second rubber plate part , and wherein the first rigid plate part is encircled by a first rubber edge part and the second rigid plate part is encircled by a second rubber edge part .
An oscillating water column wave power generating device using a breakwater generating electric power by air being moved due to sea water flowing inward by waves, by being installed on the breakwater , the device comprising: - an oscillating water column chamber extended along a breakwater slope by being provided on a top portion of a side surface of the breakwater and formed with a space allowing the sea water to be moved into an inner side thereof; - a sea water inlet part , with a side of the oscillating water column chamber extended to a lower portion of the breakwater along the breakwater slope , allowing the sea water to flow into an inner side thereof by the waves; - an air flow part , with an opposite side of the oscillating water column chamber extended to an upper portion of the breakwater along the breakwater slope , provided on a top portion of one side of the breakwater to allow the air being moved due to the sea water flowing into the inner side of the oscillating water column chamber to communicate with the outside; and - a power generation turbine provided inside the air flow part and generating electric power by being rotated by the air being moved, characterized in that, the air flow part includes air flow holes configured in a multi-stage manner to control the pressure of the air being moved in the power generation turbine , wherein the air flow part includes variable air flow holes varying a width of the air flow part to adjust the pressure of the air being moved in the power generation turbine . - an oscillating water column chamber extended along a breakwater slope by being provided on a top portion of a side surface of the breakwater and formed with a space allowing the sea water to be moved into an inner side thereof; - a sea water inlet part , with a side of the oscillating water column chamber extended to a lower portion of the breakwater along the breakwater slope , allowing the sea water to flow into an inner side thereof by the waves; - an air flow part , with an opposite side of the oscillating water column chamber extended to an upper portion of the breakwater along the breakwater slope , provided on a top portion of one side of the breakwater to allow the air being moved due to the sea water flowing into the inner side of the oscillating water column chamber to communicate with the outside; and - a power generation turbine provided inside the air flow part and generating electric power by being rotated by the air being moved, characterized in that, the air flow part includes air flow holes configured in a multi-stage manner to control the pressure of the air being moved in the power generation turbine , wherein the air flow part includes variable air flow holes varying a width of the air flow part to adjust the pressure of the air being moved in the power generation turbine .
A testing system for testing radio frequency RF cables in a telecommunication system including a cable under test , the testing system comprising: a termination element configured to be coupled to a distal end of the cable under test ; a controller in wireless communication with the termination element , wherein the controller is adapted to wirelessly switch the termination element between each of an open termination state, a short termination state, a load termination state, and a through state; and a test instrument configured to execute one or more tests of the cable under test , the test instrument being disposed at a proximal end of the cable under test , the proximal end of the cable under test being opposite the distal end . a termination element configured to be coupled to a distal end of the cable under test ; a controller in wireless communication with the termination element , wherein the controller is adapted to wirelessly switch the termination element between each of an open termination state, a short termination state, a load termination state, and a through state; and a test instrument configured to execute one or more tests of the cable under test , the test instrument being disposed at a proximal end of the cable under test , the proximal end of the cable under test being opposite the distal end .
Flatbed printer assembly , the flatbed printer assembly comprising: a. a medium support table for supporting a recording medium, the table extending in a first direction (X) and a second direction (Y), the first direction being perpendicular to the second direction; b. a gantry arranged to be moveable over the medium support table in the first direction; c. a carriage support for detachably coupling a carriage to the gantry, movably arranged on the gantry to move over the medium support table in the second direction; d. a first carriage configured to be detachably coupled to the gantry through the carriage support; e. a carriage station having a first holding section for holding the first carriage when the first carriage is detached from the gantry; and f. a second carriage configured to be detachably coupled to the gantry through the carriage support; wherein the carriage station has a second holding section for holding the second carriage when the second carriage is detached from the gantry, wherein the carriage support is configured to engage and disengage the first carriage at the first holding section of the carriage station and to engage and disengage the second carriage at the second holding section of the carriage station, wherein at least one of the first carriage and the second carriage is provided with a printing unit for printing an image onto a recording medium supported by the medium support table. a. a medium support table for supporting a recording medium, the table extending in a first direction (X) and a second direction (Y), the first direction being perpendicular to the second direction; b. a gantry arranged to be moveable over the medium support table in the first direction; c. a carriage support for detachably coupling a carriage to the gantry, movably arranged on the gantry to move over the medium support table in the second direction; d. a first carriage configured to be detachably coupled to the gantry through the carriage support; e. a carriage station having a first holding section for holding the first carriage when the first carriage is detached from the gantry; and f. a second carriage configured to be detachably coupled to the gantry through the carriage support;
Method for converting glucose into fructose comprising the steps of: a) providing a composition comprising water, glucose and lignin, b) enzymatically converting the glucose to fructose in the presence of a glucose isomerase, c) optionally purifying the fructose from the composition, wherein the glucose isomerase comprises an amino acid sequence that is at least 90% identical with the sequence according to SEQ ID NO: 1 or SEQ ID NO: 2. a) providing a composition comprising water, glucose and lignin, b) enzymatically converting the glucose to fructose in the presence of a glucose isomerase, c) optionally purifying the fructose from the composition,
A method in which User Equipment, UE, is reporting Radio Link Failure, RLF, in a wireless communication system, the method comprising: detecting an RLF; configuring an RLF report concerning the RLF; and transmitting the RLF report to an eNodeB, eNB, characterized in that if there is an influence of In-device COexistence interference, ICO, of the UE to the RLF, the RLF report comprises information indicating which communication system is the communication system that generates the ICO, and a measured value of reception power or interference power of a signal of the communication system that generates the ICO. detecting an RLF; configuring an RLF report concerning the RLF; and transmitting the RLF report to an eNodeB, eNB, characterized in that if there is an influence of In-device COexistence interference, ICO, of the UE to the RLF, the RLF report comprises information indicating which communication system is the communication system that generates the ICO, and a measured value of reception power or interference power of a signal of the communication system that generates the ICO.
A seed meter for an agricultural planter, comprising: a seed disc rotatable in a direction of travel, said seed disc comprising: a seed side surface; a vacuum side; a plurality of seed apertures disposed along a seed aperture path as said seed disc rotates in said direction of travel; and a plurality of guide cavities disposed adjacent to said seed apertures on said vacuum side of said seed disc ; and a seed ejector assembly comprising a lever arm supporting an ejector wheel and guide wheel , said lever arm biased towards said vacuum side of said seed disc such that said ejector wheel engages said seed apertures and said guide wheel engages said guide cavities . a seed disc rotatable in a direction of travel, said seed disc comprising: a seed side surface; a vacuum side; a plurality of seed apertures disposed along a seed aperture path as said seed disc rotates in said direction of travel; and a plurality of guide cavities disposed adjacent to said seed apertures on said vacuum side of said seed disc ; and a seed side surface; a vacuum side; a plurality of seed apertures disposed along a seed aperture path as said seed disc rotates in said direction of travel; and a plurality of guide cavities disposed adjacent to said seed apertures on said vacuum side of said seed disc ; and a seed ejector assembly comprising a lever arm supporting an ejector wheel and guide wheel , said lever arm biased towards said vacuum side of said seed disc such that said ejector wheel engages said seed apertures and said guide wheel engages said guide cavities .
A microprocessing device configured to: isolate an AC component signal stream, a DC component signal stream, or both, from a raw PPG signal obtained from an individual; calculate one or more waveform parameters using at least one of the DC component signal stream and the AC component signal stream to produce at least one waveform parameter data stream; and determine whether a respiratory event has occurred in the individual by analyzing the at least one waveform parameter data stream; wherein the at least one waveform parameter comprises at least one of Peak Height, Trough Depth, additive AC Peak-to-Peak, subtractive AC Peak-to-Peak, Peak Rise Time, Rise Time Ratio, Trough Fall Time, Fall Time Ratio, Time Ratio, Peak Trough Ratio, Area Ratio, DC swing, DC variance, wherein the at least one waveform parameter is calculated from both a PPG signal stream obtained from light emitted in an IR wavelength and from a PPG signal stream obtained from light emitted at a red wavelength, and characterized in that a waveform parameter calculated from the red PPG signal stream is compared with a waveform parameter calculated from the IR PPG signal stream, and a confidence metric regarding whether a respiratory event occurred is generated based on the red waveform parameter and the IR waveform parameter. isolate an AC component signal stream, a DC component signal stream, or both, from a raw PPG signal obtained from an individual; calculate one or more waveform parameters using at least one of the DC component signal stream and the AC component signal stream to produce at least one waveform parameter data stream; and determine whether a respiratory event has occurred in the individual by analyzing the at least one waveform parameter data stream; wherein the at least one waveform parameter comprises at least one of Peak Height, Trough Depth, additive AC Peak-to-Peak, subtractive AC Peak-to-Peak, Peak Rise Time, Rise Time Ratio, Trough Fall Time, Fall Time Ratio, Time Ratio, Peak Trough Ratio, Area Ratio, DC swing, DC variance, wherein the at least one waveform parameter is calculated from both a PPG signal stream obtained from light emitted in an IR wavelength and from a PPG signal stream obtained from light emitted at a red wavelength, and characterized in that a waveform parameter calculated from the red PPG signal stream is compared with a waveform parameter calculated from the IR PPG signal stream, and a confidence metric regarding whether a respiratory event occurred is generated based on the red waveform parameter and the IR waveform parameter.
A method for deactivating semi-persistent scheduling in a wireless mobile communication system, the method comprising: o receiving (S2103), by a user equipment, a downlink control channel signal related to deactivation of the semi-persistent scheduling; and o deactivating (S2104), by the user equipment, the semi-persistent scheduling after the downlink control channel signal is received, wherein the deactivation of the semi-persistent scheduling includes a release of a downlink assignment, and wherein the downlink control channel signal comprises ∘ a first binary field indicating a resource block allocation, the first binary field being composed of a field indicating a resource indication value, the first binary field being entirely filled with '1', ∘ a second binary field related to a hybrid automatic repeat request process number, the second binary field being entirely filled with '0', and ∘ a third binary field related to a redundancy version, the third binary field being entirely filled with '0'. o receiving (S2103), by a user equipment, a downlink control channel signal related to deactivation of the semi-persistent scheduling; and o deactivating (S2104), by the user equipment, the semi-persistent scheduling after the downlink control channel signal is received, ∘ a first binary field indicating a resource block allocation, the first binary field being composed of a field indicating a resource indication value, the first binary field being entirely filled with '1', ∘ a second binary field related to a hybrid automatic repeat request process number, the second binary field being entirely filled with '0', and ∘ a third binary field related to a redundancy version, the third binary field being entirely filled with '0'.
A blade for underwater granulation of an extruded polymer, this blade comprising a plate bounded by a contour including - a cutting edge contour having a first end and a second end , and - an outer contour linking the first end and the second end of the cutting edge contour , characterized in that the outer contour comprises at least a first bearing portion and a second bearing portion , the first bearing portion and the second bearing portion diverging while extending away from the cutting edge contour and being configured to be received in a dovetail housing . - a cutting edge contour having a first end and a second end , and - an outer contour linking the first end and the second end of the cutting edge contour ,
Valve for metering a fluid, in particular a fuel injection valve for internal combustion engines, having an electromagnetic actuator which has an armature which is arranged in an armature chamber , and having a valve needle which is able to be actuated by the actuator by means of the armature , wherein the armature is guided on the valve needle , wherein, on the valve needle , there are arranged a first stop element , which interacts with a first end face of the armature during operation, and a second stop element , which interacts with a second end face of the armature during operation, said stop elements limiting a movement of the armature relative to the valve needle , and wherein the armature has a spring receptacle which is open towards the first end face of the armature and into which there is inserted a spring which is supported against the stop element , wherein the armature has at least one fluid channel which, during operation, allows fluid to pass between a first region , adjoining the first end face of the armature , of the armature chamber and a second region , adjoining the second end face of the armature , of the armature chamber , wherein the fluid channel at least partially incorporates the spring receptacle , and wherein the fluid channel at least sectionally extends radially outwards along a direction which is oriented from the first end face to the second face side and which is coaxial with respect to a longitudinal axis , wherein the fluid channel has at least one oblique bore which extends at least radially outwards along the coaxial direction , characterized in that the oblique bore intersects the spring receptacle , wherein the oblique bore intersects the spring receptacle over an entire length of the spring receptacle along the longitudinal axis , wherein a point at which the oblique bore is spaced radially apart furthest from the longitudinal axis at the first end face is still situated outside the spring receptacle . wherein the armature has at least one fluid channel which, during operation, allows fluid to pass between a first region , adjoining the first end face of the armature , of the armature chamber and a second region , adjoining the second end face of the armature , of the armature chamber , wherein the fluid channel at least partially incorporates the spring receptacle , and wherein the fluid channel at least sectionally extends radially outwards along a direction which is oriented from the first end face to the second face side and which is coaxial with respect to a longitudinal axis , wherein the fluid channel has at least one oblique bore which extends at least radially outwards along the coaxial direction , characterized in that the oblique bore intersects the spring receptacle , wherein the oblique bore intersects the spring receptacle over an entire length of the spring receptacle along the longitudinal axis , wherein a point at which the oblique bore is spaced radially apart furthest from the longitudinal axis at the first end face is still situated outside the spring receptacle .
Household refrigeration appliance with an interior , which is embodied for accommodating foodstuffs and is delimited by walls (4 to 8) of an inner container , wherein holding apparatuses for at least one interior element are embodied on vertical walls , wherein a vertical wall has a hollow pocket embodied such that it is elevated in the interior in relation to an inner side of the vertical wall and embodied for accommodating a holding element of the holding apparatus , wherein the holding apparatus extends into the interior through at least one opening in the pocket , wherein the pocket is embodied in one piece with the vertical wall , characterised in that the holding element fills a cavity of the pocket and an outer side of the holding element is flush with flat regions, which abut the pocket , of an outer side of the vertical wall facing away from the interior .