mhurhangee/patent-ind-claim-en huggingface dataset:
A filter holder for a filter cartridge of one of claims 4 to 7 of a fluid filter system , the filter holder being integrated in a filter housing cover or configured for being attached to a filter housing cover , wherein the filter holder comprises at least: a. a rear side configured to mate with the filter cartridge , and b. a front side being opposite to the rear side and configured to mate with the housing cover of the fluid filter system , wherein the front side and the rear side define a longitudinal axis , c. at least one tongue extending from the rear side of the filter holder, wherein the tongue has at least one protrusion , said protrusion facing radially outwards and being configured to engage into a space behind the rim of the filter cartridge to thereby fasten the filter holder to the rim , d. at least one bearing surface facing away from the rear side of the filter holder , wherein the bearing surface is spaced at a first radial distance ( R 1 ) from the axis , e. at least one abutment being positioned on the rear side at a second radial distance ( R 2 ) from said axis , wherein the second radial distance ( R 2 ) is greater or equal the first radial distance ( R 1 ), i.e. R 2 ≥ R 1 , characterized in that the bearing surface is a section of a sphere having its center on the axis and configured to enable to pivot the filter holder relative to the filter cartridge . a. a rear side configured to mate with the filter cartridge , and b. a front side being opposite to the rear side and configured to mate with the housing cover of the fluid filter system , wherein the front side and the rear side define a longitudinal axis , c. at least one tongue extending from the rear side of the filter holder, wherein the tongue has at least one protrusion , said protrusion facing radially outwards and being configured to engage into a space behind the rim of the filter cartridge to thereby fasten the filter holder to the rim , d. at least one bearing surface facing away from the rear side of the filter holder , wherein the bearing surface is spaced at a first radial distance ( R 1 ) from the axis , e. at least one abutment being positioned on the rear side at a second radial distance ( R 2 ) from said axis , wherein the second radial distance ( R 2 ) is greater or equal the first radial distance ( R 1 ), i.e. R 2 ≥ R 1 ,
A shaped diamond die comprising a polycrystalline diamond , the polycrystalline diamond having a machining hole , wherein the machining hole has a polygonal shape, wherein the length of the longest side of the machining hole is 100 μm or less, wherein the machining hole has corner portions, each of which is rounded by R 20 μm or less, and wherein the shaped diamond die includes a bearing portion , characterized in that a surface roughness Sa as defined in ISO 25178 of the bearing portion is 0.05 μm or less, and in that an average grain size of the polycrystalline diamond is 500 nm or less. wherein the machining hole has a polygonal shape, wherein the length of the longest side of the machining hole is 100 μm or less, wherein the machining hole has corner portions, each of which is rounded by R 20 μm or less, and wherein the shaped diamond die includes a bearing portion , characterized in that a surface roughness Sa as defined in ISO 25178 of the bearing portion is 0.05 μm or less, and in that an average grain size of the polycrystalline diamond is 500 nm or less.
A computerised system being configured to determine, in clocked computing cycles which are carried out in a predetermined rhythm, from an input vector ( I n ), which represents a discrete number of input variables and from a state vector ( Z n-1 ) which represents a discrete number of state variables and represents an entire system state, a new state vector ( Z n ) whose state variables are updated, as well as an output vector ( O n ) which represents a discrete number of output variables, wherein the output variables are provided for controlling at least one appliance and/or for outputting information, comprising a plurality of computation units which in parallel each autonomously determine the new state vector and the output vector from the input vector and the state vector, characterised in that the computerised system is configured such that at least all news state vectors are exchanged between the computation units after each cycle and the computerized system is further configured to be able to compare the updated state vectors with one another..
Liquid-cooled cylinder head having a coolant jacket for an internal combustion engine with a crankcase, wherein the cylinder head has a gas exchange inlet side (ES) with two gas exchange inlet valves and a gas exchange outlet side (AS) with two gas exchange outlet valves , wherein the cylinder head has a gas exchange outlet channel at the gas exchange outlet side (AS), and wherein, between the gas exchange valves , a fuel injection valve is provided at the inlet side and an ignition device is provided at the outlet side, wherein the coolant jacket extends as a first partial coolant jacket , at the outlet side, between the gas exchange outlet valves proceeding from the crankcase and subsequently radially at the outside around the ignition device and the fuel injection valve and onward in the direction of the inlet side (ES), characterized in that a second and a third partial coolant jacket are provided which extend adjacent to the first partial coolant jacket on both sides and around the outside of the gas exchange outlet channel proceeding from the crankcase and transition in the direction of the gas exchange inlet side (ES) into the first partial coolant jacket and extend onward directly, without a collecting channel, into the crankcase.
An electronic apparatus comprising: an emissive display ; a transparent display disposed on the emissive display ; a proximity sensor configured to sense an approach of a user; and a controller configured to: in response to the electronic apparatus being operated in a first mode, provide a first image through the emissive display, and in response to the electronic apparatus being operated in a second mode, provide a second image through the transparent display ; characterized in that the controller is further configured to: in response to the user being sensed, through the proximity sensor, within a predetermined distance from the electronic apparatus, control the electronic apparatus to operate in the first mode, and in response to the user being sensed, through the proximity sensor, beyond the predetermined distance from the electronic apparatus, control the electronic apparatus to operate in the second mode. an emissive display ; a transparent display disposed on the emissive display ; a proximity sensor configured to sense an approach of a user; and a controller configured to: in response to the electronic apparatus being operated in a first mode, provide a first image through the emissive display, and in response to the electronic apparatus being operated in a second mode, provide a second image through the transparent display ; in response to the electronic apparatus being operated in a first mode, provide a first image through the emissive display, and in response to the electronic apparatus being operated in a second mode, provide a second image through the transparent display ; characterized in that the controller is further configured to: in response to the user being sensed, through the proximity sensor, within a predetermined distance from the electronic apparatus, control the electronic apparatus to operate in the first mode, and in response to the user being sensed, through the proximity sensor, beyond the predetermined distance from the electronic apparatus, control the electronic apparatus to operate in the second mode. in response to the user being sensed, through the proximity sensor, within a predetermined distance from the electronic apparatus, control the electronic apparatus to operate in the first mode, and in response to the user being sensed, through the proximity sensor, beyond the predetermined distance from the electronic apparatus, control the electronic apparatus to operate in the second mode.
Turbine blade or vane with at least one internal radial channel (1-4) for the circulation of cooling medium (13-18) bordered on a pressure side by a pressure side wall and on a suction side by a suction side wall joined at a upstream side at a leading edge and at and downstream side at the trailing edge , wherein the turbine blade or vane comprises at least one exit hole through at least one of pressure side wall or suction side wall for the blowing out of cooling medium (13-18) from the internal radial channel (1-4) to the medium surrounding the blade or vane, wherein along the trailing edge there is at least one trailing edge exit hole the surfacial exit opening of which is located at the pressure side of the trailing edge , wherein the trailing edge exit hole is a bore connecting the internal radial channel (1-4) with the medium surrounding the blade or vane, wherein the bore comprises, on its side connecting to the internal radial channel (1-4), a circular cylindrical section , wherein the longitudinal axis of the bore is straight and wherein the bore on its side to the surface of the blade or vane comprises a widening section conically widening towards the surface of the blade or vane and characterised in that the conically widening section is reaching the surface of the blade or vane at the pressure side of the trailing edge and in that at the trailing edge the pressure side wall of the blade/vane comprises a step recessed towards the suction side , and in that the at least one trailing edge exit hole at least partly opens towards the surrounding medium in the region of this step , wherein preferably at least part of, preferably at least the totality of the surfacial opening of the trailing edge exit hole is located in a radially extending leading-edge surface of the step .
Method for functionalizing dental restorations, wherein the following steps are carried out: - inserting a shaped body into a receiving portion of an application apparatus; - providing a digital data set that represents at least a partial region of the surface of the dental shaped body; - selecting a functionalization surface within the partial region of the surface of the dental shaped body; - infiltrating a volume below the functionalization surface with an active functionalization substance, the infiltration with the active functionalization substance being carried out by moving the receiving portion and/or a dispensing apparatus in a targeted manner and the infiltration causing an increase in the mass of the shaped body while the volume of the shaped body remains substantially unchanged; - removing the dental shaped body from the application apparatus; and - activating the active functionalization substance in a thermal, optical or chemical process. - inserting a shaped body into a receiving portion of an application apparatus; - providing a digital data set that represents at least a partial region of the surface of the dental shaped body; - selecting a functionalization surface within the partial region of the surface of the dental shaped body; - infiltrating a volume below the functionalization surface with an active functionalization substance, the infiltration with the active functionalization substance being carried out by moving the receiving portion and/or a dispensing apparatus in a targeted manner and the infiltration causing an increase in the mass of the shaped body while the volume of the shaped body remains substantially unchanged; - removing the dental shaped body from the application apparatus; and - activating the active functionalization substance in a thermal, optical or chemical process.
A system for communicating information between at least two medical devices implanted within the body of a subject using volume conduction of electrical signals as a means of communication, the system comprising: a first implant device having at least two transmit electrodes configured to transmit stimulation pulses, wherein one of the electrodes may be a common return electrode; an encoding means configured to employ a channel as a transmission medium for the stimulation pulses and encode the information into the stimulation pulses; a second implant device having at least two receive electrodes configured to receive the transmitted stimulation pulses with the encoded information transmitted across the channel; and a decoding means configured to decode the information encoded into the stimulation pulses, characterized in that the first implant device comprises at least three electrodes , a first transmit electrode configured to transmit stimulation pulses, a second electrode and a third electrode configured as return electrodes that can be switched to produce one or more electric field distributions, wherein the second implant device is configured to detect these different electric field distributions, wherein the different field distributions are used for encoding the information. a first implant device having at least two transmit electrodes configured to transmit stimulation pulses, wherein one of the electrodes may be a common return electrode; an encoding means configured to employ a channel as a transmission medium for the stimulation pulses and encode the information into the stimulation pulses; a second implant device having at least two receive electrodes configured to receive the transmitted stimulation pulses with the encoded information transmitted across the channel; and a decoding means configured to decode the information encoded into the stimulation pulses, characterized in that the first implant device comprises at least three electrodes , a first transmit electrode configured to transmit stimulation pulses, a second electrode and a third electrode configured as return electrodes that can be switched to produce one or more electric field distributions, wherein the second implant device is configured to detect these different electric field distributions, wherein the different field distributions are used for encoding the information.
Digital camera (10; 10'; 10") comprising an electronic image sensor , an electronic viewfinder , which is configured to display images and/or videos acquired by the image sensor , and a display screen , which is also configured to display images and/or videos acquired by the image sensor , is independent of the electronic viewfinder , is bounded by a circumferential border , has a touch-sensitive surface , wherein a touch of the surface is recognizable in the electronic viewfinder , and has a haptically perceptible structure (26; 84; 88), which is located inside the circumferential border and is designed so that a finger of a user can orient itself on the structure (26; 84; 88), wherein the surface of the display screen has two planar sections which are arranged inclined in relation to one another, and the haptically perceptible structure is formed as a buckled edge , at which the two sections adjoin one another. is also configured to display images and/or videos acquired by the image sensor , is independent of the electronic viewfinder , is bounded by a circumferential border , has a touch-sensitive surface , wherein a touch of the surface is recognizable in the electronic viewfinder , and has a haptically perceptible structure (26; 84; 88), which is located inside the circumferential border and is designed so that a finger of a user can orient itself on the structure (26; 84; 88),
A ridge waveguide for performing infrared waveguide spectroscopy to determine absorption by glucose in a wavelength band of 2 to 2.4 μm on a biological sample containing particulates, such as cells, wherein the ridge waveguide comprises two or more ridges with a gap width between the top surface of the ridges such that the gap width is approximately one wavelength or less in the wavelength band of 2 to 2.4 μm and is less than the smallest dimension of the particulates, and wherein the ridge waveguide is configured with the gaps between the ridges at the top surface of the ridges being narrower than the remainder portion of the gaps between the ridges, thereby preventing entry of the particulates into the gap between the ridges where there is a stronger electric field but still allowing the biological sample to fill the gap between the ridges and interact with the field from a waveguide mode of the ridge waveguide.
Bicycle storage device arranged to hold a bicycle , in a vertical position, comprising a vertical post on which are mounted means for holding the bicycle with its longitudinal axis in a vertical position in a first vertical plane (V1), characterized in that the storage device has a flat surface defining a second vertical plane (V2), enabling it to be used as a support for storing other objects, the vertical post of the device having two posts extending transversely in the same vertical plane from the vertical post in order to define between them the flat surface forming the second vertical plane (V2).
A plug with a plug housing , an electrically conductive plug element for a mating plug element, a contact body which cooperates with the plug element , and a slider which is displaceably guided in a sliding guide formed on the housing and which cooperates with the contact body via a ramp surface , wherein the ramp surface is formed such that the contact body is pushed against the plug element when the slider is slid into the plug housing , characterised in that the ramp surface is further formed such that within a displacement movement between the slider and the contact body , the ramp surface causes an increase in the distance between the slider and the contact body , such that the contact body is pushed in a translatory and/or rotatory manner in the direction of the plug element .
A drug delivery system, comprising: an air pump adapted with a solenoid , at least one sensor configured to detect breathing cycles of an anesthetized animal; characterized in that the drug delivery system further comprises: a drug delivery device adapted to said air pump and comprising a blunt cannula , wherein the cannula is configured to be positioned in a mouth of the animal, and a chamber comprising one or more valves for containing a powder drug composition; and a data acquisition board comprising an executable algorithm for analyzing and transmitting signals from said at least one sensor and determining and displaying the animal's breathing pattern, wherein said executable algorithm contains instructions to actuate said solenoid at a predetermined interval of a breathing cycle of said anesthetized animal. an air pump adapted with a solenoid , at least one sensor configured to detect breathing cycles of an anesthetized animal; characterized in that the drug delivery system further comprises: a drug delivery device adapted to said air pump and comprising a blunt cannula , wherein the cannula is configured to be positioned in a mouth of the animal, and a chamber comprising one or more valves for containing a powder drug composition; and a data acquisition board comprising an executable algorithm for analyzing and transmitting signals from said at least one sensor and determining and displaying the animal's breathing pattern, wherein said executable algorithm contains instructions to actuate said solenoid at a predetermined interval of a breathing cycle of said anesthetized animal. a drug delivery device adapted to said air pump and comprising a blunt cannula , wherein the cannula is configured to be positioned in a mouth of the animal, and a chamber comprising one or more valves for containing a powder drug composition; and a data acquisition board comprising an executable algorithm for analyzing and transmitting signals from said at least one sensor and determining and displaying the animal's breathing pattern, wherein said executable algorithm contains instructions to actuate said solenoid at a predetermined interval of a breathing cycle of said anesthetized animal.
A line feedthrough for fixing in a wall opening , comprising at least two interconnectable modules and at least one through-opening for feeding through a line, the through-opening in the assembled condition being formed by recesses in two adjacent modules , the modules having connecting means for forming a frictional and/or interlocking connection between two adjacent modules , the line being clamped during the connection of the two adjacent modules , and the connecting means being actuatable outside the wall opening , characterised in that the connecting means are also actuatable inside the wall opening .
A Coffee machine for household use comprising: A) a machine body ; B) a pump group comprising a vibration pump and a hollow shaft which extends along a shaft axis (X-X) between a suction end and a delivery end , wherein the vibration pump is mounted on the hollow shaft fluidly disposed between said suction and delivery ends; C) a pair of pump supports axially spaced along the shaft axis (X-X), wherein each support engages one between the suction end and the delivery end in a manner to support the pump group , and wherein each support comprises: i) a base portion engaged to the machine body ; ii) a support portion which extends substantially perpendicular to the shaft axis (X-X) on a support plane (S), in which a shaft engagement hole is made in which the hollow shaft is housed; and iii) a connecting portion which engages the base portion and the support portion , characterized in that the connecting portion comprises a damping region which extends on a junction plane (I) inclined and incident to the support plane (S) or arcuate in shape. A) a machine body ; B) a pump group comprising a vibration pump and a hollow shaft which extends along a shaft axis (X-X) between a suction end and a delivery end , wherein the vibration pump is mounted on the hollow shaft fluidly disposed between said suction and delivery ends; C) a pair of pump supports axially spaced along the shaft axis (X-X), wherein each support engages one between the suction end and the delivery end in a manner to support the pump group , and wherein each support comprises: i) a base portion engaged to the machine body ; ii) a support portion which extends substantially perpendicular to the shaft axis (X-X) on a support plane (S), in which a shaft engagement hole is made in which the hollow shaft is housed; and iii) a connecting portion which engages the base portion and the support portion , characterized in that the connecting portion comprises a damping region which extends on a junction plane (I) inclined and incident to the support plane (S) or arcuate in shape. i) a base portion engaged to the machine body ; ii) a support portion which extends substantially perpendicular to the shaft axis (X-X) on a support plane (S), in which a shaft engagement hole is made in which the hollow shaft is housed; and iii) a connecting portion which engages the base portion and the support portion , characterized in that the connecting portion comprises a damping region which extends on a junction plane (I) inclined and incident to the support plane (S) or arcuate in shape.