mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operation of a navigation system , the navigation system including a device capable of linking to a communication path and having adaptive coverage, wherein the method comprises: detecting, by a communication unit of the device, an intermittent loss of service region upcoming in a route by detecting repeated intermittent disconnects between the device and a non-GPS access of the communication path , wherein the repeated intermittent disconnects are at a predetermined or preselected time period or distance; automatically sending, by a control unit of the device coupled to the communication unit , in response to detecting the repeated intermittent disconnects, sub-optimal navigation data to a memory of the device for storing on the device , the sub-optimal navigation data having low utilization requirement of the memory by including basic maps of major freeways and city locations without detailed street-by-street routing information and/or turn-by-turn routing instructions in text format instead of the full graphical or multimedia presentation of the turn-by-turn routing instructions; and sending the sub-optimal navigation data stored in the memory for displaying on the device in the intermittent loss of service region. detecting, by a communication unit of the device, an intermittent loss of service region upcoming in a route by detecting repeated intermittent disconnects between the device and a non-GPS access of the communication path , wherein the repeated intermittent disconnects are at a predetermined or preselected time period or distance; automatically sending, by a control unit of the device coupled to the communication unit , in response to detecting the repeated intermittent disconnects, sub-optimal navigation data to a memory of the device for storing on the device , the sub-optimal navigation data having low utilization requirement of the memory by including basic maps of major freeways and city locations without detailed street-by-street routing information and/or turn-by-turn routing instructions in text format instead of the full graphical or multimedia presentation of the turn-by-turn routing instructions; and sending the sub-optimal navigation data stored in the memory for displaying on the device in the intermittent loss of service region.
Method for manufacturing an ophthalmic lens using an additive manufacturing technology, said ophthalmic lens having at least one useful optical surface (33; 33') and a peripheral region (31; 31') surrounding at least in part said useful optical surface (33; 33'), this peripheral region corresponding to a non-useful optical part, the method comprising the steps of: - providing a support , characterized in that it further comprises the step of: - manufacturing a part (7; 21; 23; 25; 91; 91') of the ophthalmic lens comprising a portion of said peripheral region (31; 31'), and being in contact with the support by said portion of the peripheral region (31; 31') so that the support bears the part (7; 21; 23; 25; 91; 91') of the ophthalmic lens being manufactured while said useful optical surface (33; 33') is free from any contact with the support . - providing a support , characterized in that it further comprises the step of: - manufacturing a part (7; 21; 23; 25; 91; 91') of the ophthalmic lens comprising a portion of said peripheral region (31; 31'), and being in contact with the support by said portion of the peripheral region (31; 31') so that the support bears the part (7; 21; 23; 25; 91; 91') of the ophthalmic lens being manufactured while said useful optical surface (33; 33') is free from any contact with the support .
Rotary shaft (325; 425) for processing foodstuffs, the rotary shaft has a rotation axis and the rotary shaft comprises at least one tool (313; 413) which extends along the rotation axis, wherein the tool has an airfoil profile such that the tool comprises a leading edge , a trailing edge , an upper surface (320; 420) and a lower surface , wherein the tool comprises at least one fluid channel (375; 475) extending in a length direction of the tool, the length of the tool extending mainly in the longitudinal direction of the rotary shaft, characterised in that the at least one fluid channel (375; 475) is located between the mean camber line of the airfoil profile and the upper surface of the tool.
A guidewire, comprising: a shaft having a proximal end , a distal end , and a body extending from the proximal end to the distal end; a blunt tip ; and a sleeve ; wherein the body of the shaft comprises a flat portion having one or more openings extending through a thickness of the flat portion and arranged along a longitudinal axis of the flat portion, wherein the flat portion is surrounded by the sleeve and coupled to the blunt tip , wherein the flat portion comprises a core wire flattened by compression. a shaft having a proximal end , a distal end , and a body extending from the proximal end to the distal end; a blunt tip ; and a sleeve ; wherein the body of the shaft comprises a flat portion having one or more openings extending through a thickness of the flat portion and arranged along a longitudinal axis of the flat portion, wherein the flat portion is surrounded by the sleeve and coupled to the blunt tip , wherein the flat portion comprises a core wire flattened by compression.
A tub for a humidifier comprising: a container made of a first material, wherein the container comprises a closed base and a side wall defining a reservoir for a supply of liquid to be evaporated, a heating element provided on at least the base of the container, and a lining comprising a second material different from the first material; the heating element is provided on an inner surface of the container, and the lining covers and is molded over at least the heating element, wherein the heating element is coated with an insulating material on a bottom side or a hollow space is provided below the heating element. a container made of a first material, wherein the container comprises a closed base and a side wall defining a reservoir for a supply of liquid to be evaporated, a heating element provided on at least the base of the container, and a lining comprising a second material different from the first material; the heating element is provided on an inner surface of the container, and the lining covers and is molded over at least the heating element, wherein the heating element is coated with an insulating material on a bottom side or a hollow space is provided below the heating element.
A fuel cell comprising: - a membrane electrode assembly comprising a proton exchange membrane arranged between an anode and a cathode ; - two bipolar plates arranged on either side of the membrane electrode assembly and co-operating with the membrane electrode assembly to form a unit cell ; and - a two-phase thermal diffuser having a condensation zone and an evaporation zone , the evaporation zone being arranged between the bipolar plates of two adjacent unit cells ; the fuel cell being characterized in that the two-phase thermal diffuser further includes a heating element arranged in the condensation zone of the two-phase thermal diffuser . - a membrane electrode assembly comprising a proton exchange membrane arranged between an anode and a cathode ; - two bipolar plates arranged on either side of the membrane electrode assembly and co-operating with the membrane electrode assembly to form a unit cell ; and - a two-phase thermal diffuser having a condensation zone and an evaporation zone , the evaporation zone being arranged between the bipolar plates of two adjacent unit cells ;
Crystalline form of 6-per-deoxy-6-per-chloro-γ-cyclodextrin of formula I, wherein said form is form I with XRPD peaks at an angle of refraction 2 theta (θ) of 4.1, 5.8, 8.2, 16.8, 23.5 ± 0.2 degrees, or wherein said form is form II with XRPD peaks at an angle of refraction 2 theta (θ) of 6.4, 11.1, 11.5, 16.1, 16.9 ± 0.2 degrees, or wherein said form is form III with XRPD peaks at an angle of refraction 2 theta (θ) of 7.5, 15.6, 15.9, 16.6, 17.2 ± 0.2 degrees. wherein said form is form I with XRPD peaks at an angle of refraction 2 theta (θ) of 4.1, 5.8, 8.2, 16.8, 23.5 ± 0.2 degrees, or wherein said form is form II with XRPD peaks at an angle of refraction 2 theta (θ) of 6.4, 11.1, 11.5, 16.1, 16.9 ± 0.2 degrees, or wherein said form is form III with XRPD peaks at an angle of refraction 2 theta (θ) of 7.5, 15.6, 15.9, 16.6, 17.2 ± 0.2 degrees.
Dust extractor device for separating impurities from an airstream, at least having: 1.1 an air inlet, 1.2 a fan for sucking in and blowing out the airstream, 1.3 a filter arrangement for purifying the airstream, which has a multiplicity of filters , 1.4 at least one collecting container for collecting the impurities filtered out of the airstream, which is arranged in a housing of the dust extractor device , 1.5 at least one sensor which monitors a filling level of the at least one collecting container , and 1.6 an air outlet, characterized in that 1.7 the at least one sensor is embodied as an ultrasonic sensor and has a duct-like cover which completely encloses the blind area of the at least one ultrasonic sensor laterally and downwards, in the direction of the main beam direction of the sound cone towards the bulk material, that is to say it is open towards the impurities which are separated from the airstream and collected in the collecting container , so that the blind area of the at least one ultrasonic sensor is protected against the ingress of impurities, and impurities are prevented from becoming applied to the sensor lens , and 1.8 the at least one ultrasonic sensor is arranged on the housing over the at least one collecting container , in the dust area of the at least one collecting container . 1.1 an air inlet, 1.2 a fan for sucking in and blowing out the airstream, 1.3 a filter arrangement for purifying the airstream, which has a multiplicity of filters , 1.4 at least one collecting container for collecting the impurities filtered out of the airstream, which is arranged in a housing of the dust extractor device , 1.5 at least one sensor which monitors a filling level of the at least one collecting container , and 1.6 an air outlet, characterized in that 1.7 the at least one sensor is embodied as an ultrasonic sensor and has a duct-like cover which completely encloses the blind area of the at least one ultrasonic sensor laterally and downwards, in the direction of the main beam direction of the sound cone towards the bulk material, that is to say it is open towards the impurities which are separated from the airstream and collected in the collecting container , so that the blind area of the at least one ultrasonic sensor is protected against the ingress of impurities, and impurities are prevented from becoming applied to the sensor lens , and 1.8 the at least one ultrasonic sensor is arranged on the housing over the at least one collecting container , in the dust area of the at least one collecting container .
Optical measuring device for measuring distances and/or thicknesses of a measuring object , comprising a first light source which emits polychromatic measuring light, a first optical waveguide through which measuring light passes and the end of which forms a first confocal aperture , an imaging optical system which is suitable for causing a chromatic focus shift of the measuring light and for imaging the first confocal aperture in a measuring range, wherein different wavelengths are focused at different heights, and wherein measuring light reflected by the measuring object is again imaged back onto the first confocal aperture or onto a third confocal aperture , a receiving and evaluating unit which is designed to measure the intensity of the measuring light reflected by the measuring object and back through the first confocal aperture or a third confocal aperture as a function of the wavelength and to determine distances and/or thicknesses therefrom, characterised in that the measuring device comprises a second optical waveguide which is guided in parallel with the first optical waveguide and whose end forms a second confocal aperture , the diameter of the second confocal aperture being greater than the diameter of the first confocal aperture , and in that the receiving and evaluating unit is designed to also measure the intensity of the measuring light reflected by the measuring object and passed back through the second confocal aperture or a fourth confocal aperture as a function of the wavelength and to determine distances and/or thicknesses therefrom. a first light source which emits polychromatic measuring light, a first optical waveguide through which measuring light passes and the end of which forms a first confocal aperture , an imaging optical system which is suitable for causing a chromatic focus shift of the measuring light and for imaging the first confocal aperture in a measuring range, wherein different wavelengths are focused at different heights, and wherein measuring light reflected by the measuring object is again imaged back onto the first confocal aperture or onto a third confocal aperture , a receiving and evaluating unit which is designed to measure the intensity of the measuring light reflected by the measuring object and back through the first confocal aperture or a third confocal aperture as a function of the wavelength and to determine distances and/or thicknesses therefrom, characterised in that the measuring device comprises a second optical waveguide which is guided in parallel with the first optical waveguide and whose end forms a second confocal aperture , the diameter of the second confocal aperture being greater than the diameter of the first confocal aperture , and in that the receiving and evaluating unit is designed to also measure the intensity of the measuring light reflected by the measuring object and passed back through the second confocal aperture or a fourth confocal aperture as a function of the wavelength and to determine distances and/or thicknesses therefrom.
A communication unit comprising: a plurality of cascaded devices wherein the plurality of cascaded devices comprises at least one master device and at least one slave device configured in a master-slave arrangement; wherein the communication unit is characterized in that : the at least one master device comprises: a clock generation circuit configured to output a system clock signal; a modulator circuit coupled to the clock generation circuit and configured to receive the system clock signal and a frame start signal and embed the frame start signal into the system clock signal to produce a modulated embedded master-slave clock signal ; and transmit the modulated embedded master-slave clock signal to the at least one slave device to synchronise the system clock signal and the frame start signal between the at least one master device and at least one slave device . a clock generation circuit configured to output a system clock signal; a modulator circuit coupled to the clock generation circuit and configured to receive the system clock signal and a frame start signal and embed the frame start signal into the system clock signal to produce a modulated embedded master-slave clock signal ; and transmit the modulated embedded master-slave clock signal to the at least one slave device to synchronise the system clock signal and the frame start signal between the at least one master device and at least one slave device .
A method performed by a first device , comprising: intercepting a first communication that is destined for a second device or that is originating from the second device but is not destined for the first device, the first communication requesting data relating to a third device or indicative of data determined by and relating to the third device; subsequent to said intercepting, generating a second communication destined for the second device, wherein the second communication is indicative of data relating to the third device that was determined by at least one of the first device or one or more fourth devices ; and sending the second communication, wherein said generating includes enriching the first communication to generate the second communication, the second communication being indicative of both the data determined by and relating to the third device and the data relating to the third device that was determined by the at least one of the first device or the one or more fourth devices, wherein a communication is indicative of specific data by including the specific data or by including an identifier for retrieving the specific data. intercepting a first communication that is destined for a second device or that is originating from the second device but is not destined for the first device, the first communication requesting data relating to a third device or indicative of data determined by and relating to the third device; subsequent to said intercepting, generating a second communication destined for the second device, wherein the second communication is indicative of data relating to the third device that was determined by at least one of the first device or one or more fourth devices ; and sending the second communication, wherein said generating includes enriching the first communication to generate the second communication, the second communication being indicative of both the data determined by and relating to the third device and the data relating to the third device that was determined by the at least one of the first device or the one or more fourth devices, wherein a communication is indicative of specific data by including the specific data or by including an identifier for retrieving the specific data.
A system for the assembly of wall panels, in particular panels with a vertical development, comprising at least two uprights spaced apart from each other and at least one panel with a vertical development , wherein: - each of said uprights provides slots having narrow extensions or slits in a vertical direction, spaced apart from each other, fixing elements of the upright to a vertical wall (PV) and - said at least one panel with a vertical development provides, on its rear surface , facing the uprights and the vertical wall (PV), a series of supporting pins , protruding from said rear surface and which are inserted in said slots and/or narrow extensions or slits of the uprights , characterized in that - said uprights are provided with a levelling group (GLM) at their lower ends for levelling the upright vertically with respect to the floor (P), and - said at least one panel with a vertical development is provided at its lower end with levelling groups (GLP) which allow an adjustment of the position of the panel in a vertical direction with respect to the floor (P) and thereby a stable housing of said supporting pins in said narrow extensions or slits of the uprights . - each of said uprights provides slots having narrow extensions or slits in a vertical direction, spaced apart from each other, fixing elements of the upright to a vertical wall (PV) and - said at least one panel with a vertical development provides, on its rear surface , facing the uprights and the vertical wall (PV), a series of supporting pins , protruding from said rear surface and which are inserted in said slots and/or narrow extensions or slits of the uprights , - said uprights are provided with a levelling group (GLM) at their lower ends for levelling the upright vertically with respect to the floor (P), and - said at least one panel with a vertical development is provided at its lower end with levelling groups (GLP) which allow an adjustment of the position of the panel in a vertical direction with respect to the floor (P) and thereby a stable housing of said supporting pins in said narrow extensions or slits of the uprights .
Contact carrier (K), suitable for receiving and fastening a plug contact , which has a crimp connection and a central collar having a connection-side chamfer , wherein the contact carrier (K) has a mating side (S) and, on the opposite side, a connection side (A) and wherein the contact carrier (K) comprises an insulating body and a holding plate which can be mounted thereon on the connection side, and furthermore has at least one latching element , which, in the unmounted state, can assume both a position of latching the plug contact in place at its central collar and a position of releasing the plug contact from the latched connection, wherein the latching element is a component of the insulating body and in that the holding plate has at least one locking element which, in the mounted state, fixes the at least one latching element in its position of latching the plug contact in place and therefore prevents its transfer from the latching position into the latching-release position, wherein the locking element is a locking sleeve which, in the mounted state, is force-fittingly arranged between the at least one latching element and an inner surface of a through-opening of the insulating body , wherein the at least one latching element is a respective latching arm which is integrally formed on the inner surface of a circumferential inner collar of the through-opening of the insulating body , wherein the insulating body comprises at least two latching arms for latching the inserted plug contact in place against a movement of the plug contact in the direction of the connection side (A) of the contact carrier (K), characterized in that the contact carrier (K) furthermore has at least two holding elements which are integrally formed on the circumferential inner collar of the through-opening of the insulating body , wherein the holding elements each have a holding portion with which they project into the interior of the through-opening in order to prevent a deeper movement of the plug contact in the direction of the mating side (S) of the contact carrier (K).