mhurhangee/ep-ind-claims huggingface dataset:
Test probe for mating with a connector in a probe insertion direction, comprising: a housing, an outer contact portion, the outer contact portion supported by the housing and extending away from the housing, said outer contact portion supported by an elastically deformable outer biasing means and being adapted to be deflected substantially perpendicular to the probe insertion direction, at least one contact assurance means, said at least one contact assurance means connecting the outer contact portion electrically conductively to the housing and having at least one contact section, said contact section pressed conductively against the housing by being elastically deflected, characterized in that the at least one contact assurance means is received by the housing slidingly in the insertion direction. a housing, an outer contact portion, the outer contact portion supported by the housing and extending away from the housing, said outer contact portion supported by an elastically deformable outer biasing means and being adapted to be deflected substantially perpendicular to the probe insertion direction, at least one contact assurance means, said at least one contact assurance means connecting the outer contact portion electrically conductively to the housing and having at least one contact section, said contact section pressed conductively against the housing by being elastically deflected, characterized in that the at least one contact assurance means is received by the housing slidingly in the insertion direction.
Fastener for the fastening of an attaching or covering part to a supporting part comprising a stud, in particular a part of the body of a motor vehicle, wherein the fastener comprises a main body with: - a first fastening section comprising a cavity adapted to receive the stud, the cavity longitudinally extending along a longitudinal axis, and at least one resilient locking finger (36, 52) having a first end connected to the main body, a second end extending within the cavity and a catching portion adapted to engage with the stud in order to fix the fastener to the supporting part, wherein the main body comprises a cap, a first lateral wall, a third lateral wall and a second lateral wall extending between the first and the third lateral walls (28, 32), wherein the walls (28, 30, 32) and the cap define the cavity, - a second fastening section for the fastening of an attaching or covering part, wherein the cavity is laterally and axially accessible, such that the stud can be axially along the longitudinal axis or laterally mounted, characterized in that the catching portion comprises a first and a second fin (44, 46) separated by a gap, wherein the first and second fins (44, 46) face the cavity and the fins (44, 46) and the gap are adapted to support a threaded shaft of a stud and/or the head of a stud, and in that a first elastic tongue extends from the main body at the outskirts of the cavity, wherein a second elastic tongue extends from the second fastening section, the second elastic tongue extending from an edge of the cap. - a first fastening section comprising a cavity adapted to receive the stud, the cavity longitudinally extending along a longitudinal axis, and at least one resilient locking finger (36, 52) having a first end connected to the main body, a second end extending within the cavity and a catching portion adapted to engage with the stud in order to fix the fastener to the supporting part, wherein the main body comprises a cap, a first lateral wall, a third lateral wall and a second lateral wall extending between the first and the third lateral walls (28, 32), wherein the walls (28, 30, 32) and the cap define the cavity, - a second fastening section for the fastening of an attaching or covering part, wherein the cavity is laterally and axially accessible, such that the stud can be axially along the longitudinal axis or laterally mounted, characterized in that the catching portion comprises a first and a second fin (44, 46) separated by a gap, wherein the first and second fins (44, 46) face the cavity and the fins (44, 46) and the gap are adapted to support a threaded shaft of a stud and/or the head of a stud, and in that a first elastic tongue extends from the main body at the outskirts of the cavity, wherein a second elastic tongue extends from the second fastening section, the second elastic tongue extending from an edge of the cap.
A dental mill blank comprising an inorganic filler and a polymer, characterised in that: the dental mill blank has a porosity of 25 to 35 volume% after 2-hour ashing at 600°C; and that the inorganic filler comprises an inorganic filler and an inorganic filler, wherein the dental mill blank satisfies the following formulae and, 0.12 ≤ a ≤ 0.70 3 ≤ b / a where a is an average primary particle diameter of the inorganic filler in micrometers, and b is an average primary particle diameter of the inorganic filler in micrometers.
A household appliance comprising a control panel by which a user can control functions of the household appliance; at least one opening disposed on the control panel; a shaft that is disposed behind the control panel so as to extend towards the opening and that enables the related function to be realized; a knob that is disposed on the shaft and that enables the user to move the shaft; a sealing element that is disposed on the opening so as to almost completely surround the shaft; a light source that is disposed behind the control panel, characterized in that the sealing element is produced from transparent material, wherein a first transparent portion of the sealing element extends over the control panel and a second transparent portion of the sealing element extends under the control panel such that the first transparent portion and the second transparent portion of the sealing element sandwich the control panel wherein the light source is disposed so as to be aligned with the sealing element, wherein the first transparent portion and the second transparent portion of the sealing element are configured to emit light emitted from the light source and illuminate the knob by illuminating over and under the control panel. functions of the household appliance; at least one opening disposed on the control panel; a shaft that is disposed behind the control panel so as to extend towards the opening and that enables the related function to be realized; a knob that is disposed on the shaft and that enables the user to move the shaft; a sealing element that is disposed on the opening so as to almost completely surround the shaft; a light source that is disposed behind the control panel, characterized in that the sealing element is produced from transparent material, wherein a first transparent portion of the sealing element extends over the control panel and a second transparent portion of the sealing element extends under the control panel such that the first transparent portion and the second transparent portion of the sealing element sandwich the control panel wherein the light source is disposed so as to be aligned with the sealing element, wherein the first transparent portion and the second transparent portion of the sealing element are configured to emit light emitted from the light source and illuminate the knob by illuminating over and under the control panel.
A method for controlling an electronic device comprising a flexible touchscreen, the method comprising: receiving, at the electronic device, an indication of an incoming communication; displaying a notification of the incoming communication along an outside surface of a touchscreen of the electronic device, wherein the touchscreen can be rolled to form the outside surface; moving the notification on the outside surface of the touchscreen; detecting an interaction by a user with the touchscreen; in response to the detecting the interaction by the user, terminating the displaying of the notification along the outside surface; identifying an area of the touchscreen defined by the interaction; determining, by a processor based on the area defined by the interaction, a display region on the outside surface of the touchscreen to display a graphic for responding to or initiating communication functionality; and displaying, within the display region on the touchscreen, the graphic wherein the determining the display region on the outside surface of the touchscreen comprises: illuminating the display with light of a particular wavelength; obtaining sensor information from at least one overlap sensor of the electronic device, the sensor information indicative of which of the at least one overlap sensor detects light of a particular wavelength; determining, based on the sensor information, an overlap area of the outside surface where the outside surface overlaps within itself; and determining the display region within an area of the outside surface except for the overlap area. receiving, at the electronic device, an indication of an incoming communication; displaying a notification of the incoming communication along an outside surface of a touchscreen of the electronic device, wherein the touchscreen can be rolled to form the outside surface; moving the notification on the outside surface of the touchscreen; detecting an interaction by a user with the touchscreen; in response to the detecting the interaction by the user, terminating the displaying of the notification along the outside surface; identifying an area of the touchscreen defined by the interaction; determining, by a processor based on the area defined by the interaction, a display region on the outside surface of the touchscreen to display a graphic for responding to or initiating communication functionality; and displaying, within the display region on the touchscreen, the graphic illuminating the display with light of a particular wavelength; obtaining sensor information from at least one overlap sensor of the electronic device, the sensor information indicative of which of the at least one overlap sensor detects light of a particular wavelength; determining, based on the sensor information, an overlap area of the outside surface where the outside surface overlaps within itself; and determining the display region within an area of the outside surface except for the overlap area.
A pulsed-light detection and ranging apparatus comprising: an optical detector arranged to generate, when in use, time-series data in response to an optical pulse incident thereupon; a processing resource arranged to support a pulse analyser, the pulse analyser being arranged to identify an inflection point of a pulse described by the time-series data; characterised in that the pulse analyser is further arranged to calculate a distance based upon the determined inflection point relative to a time axis associated with the time-series data; the pulse analyser is arranged to calculate a tangent line in respect of the pulse at the inflection point and to determine an intersection of the tangent line with the time axis, thereby providing a point of reference to determine a time of arrival of the pulse; and the pulse analyser is further arranged to use the determined intersection of the tangent line with the time axis to calculate the distance. an optical detector arranged to generate, when in use, time-series data in response to an optical pulse incident thereupon; a processing resource arranged to support a pulse analyser, the pulse analyser being arranged to identify an inflection point of a pulse described by the time-series data; characterised in that the pulse analyser is further arranged to calculate a distance based upon the determined inflection point relative to a time axis associated with the time-series data; the pulse analyser is arranged to calculate a tangent line in respect of the pulse at the inflection point and to determine an intersection of the tangent line with the time axis, thereby providing a point of reference to determine a time of arrival of the pulse; and the pulse analyser is further arranged to use the determined intersection of the tangent line with the time axis to calculate the distance.
A filter insert for the separation of liquid droplets from a gas flow including: - a media packet comprising layer portions of filter media (2, 3 and 4), wherein in operation a gas flow to be cleaned passes through the media packet, and - a bottom which is arranged in the lower region of the filter insert in relation to a discharge flow direction of a liquid separated from the gas flow, characterised in that a passage for the liquid, that extends over the radius of the filter insert, is provided between a filter medium for fine separation of the media packet and the bottom, or within the media packet, characterized in that the media packet has at least one layer with a capillary effect before and after the passage and wherein each layer with a capillary effect is such that in operation it portion-wise gas-tightly closes the media packet, preferably on the afflux flow side and the discharge flow side of the gas, by the capillary effect. - a media packet comprising layer portions of filter media (2, 3 and 4), wherein in operation a gas flow to be cleaned passes through the media packet, and - a bottom which is arranged in the lower region of the filter insert in relation to a discharge flow direction of a liquid separated from the gas flow,
A method for identifying a fluid type inside a conduit, said method comprising: illuminating a fluid (105, 109) in a conduit using ionizing radiation using a tool containing an x-ray source, which tool is disposed within the conduit; determining a fluid response by detecting backscattered electromagnetic radiation returned from the fluid (105, 109) located in front of the tool using one or more electromagnetic radiation sensors, wherein the x-ray source and the one or more electromagnetic radiation sensors are located within a housing of the tool, identifying the fluid type as a function of the depth of the tool in the conduit by comparing the fluid response against a database of known fluid responses as the tool is moved through the conduit, characterized in that the x-ray source and the one or more electromagnetic radiation sensors are located at the lower end of the tool. illuminating a fluid (105, 109) in a conduit using ionizing radiation using a tool containing an x-ray source, which tool is disposed within the conduit; determining a fluid response by detecting backscattered electromagnetic radiation returned from the fluid (105, 109) located in front of the tool using one or more electromagnetic radiation sensors, wherein the x-ray source and the one or more electromagnetic radiation sensors are located within a housing of the tool, identifying the fluid type as a function of the depth of the tool in the conduit by comparing the fluid response against a database of known fluid responses as the tool is moved through the conduit, characterized in that the x-ray source and the one or more electromagnetic radiation sensors are located at the lower end of the tool.
Piston-type fuel pump for an internal combustion engine, having a pump housing, in which there is formed a working chamber which is delimited by the pump piston, and having a pump cylinder and a pump piston which is axially displaceable in the pump cylinder, wherein the piston-type fuel pump has a seal arranged on the circumference of the pump piston, wherein a radially externally situated surface of the seal, which surface faces an inner surface of the pump cylinder, is, in a working-chamber-side axial end region of the seal, inclined radially inwards at an angle α of 10° to 60° with respect to the inner wall of the pump cylinder, and that, in the axial end region, there is provided a sealing lip which is formed on the seal and which can be pushed radially from the inside, by the fuel for pumping, in the direction of the pump cylinder such that the seal bears against the pump cylinder when the pump piston is at rest relative to the pump cylinder and that a relative movement between pump cylinder and pump piston in an axial direction towards the working chamber promotes a lift-off of the seal from the pump cylinder in a radially inward direction.
A stirrer comprising: two rotating shafts capable of rotating symmetrically and in the same direction with respect to each other, and stirring blades formed on each of the rotating shafts, characterised in that a driving means is connected to the rotating shafts that can adjust a phase angle of the two shafts, each of the stirring blades having a rotational path, the stirring blades formed on the two rotating shafts intersect with the rotational path of other stirring blades during operation, and a position control device is connected to the driving means for adjusting the relative positions of the stirring blades such that the stirring blades formed on the two rotating shafts do not interfere with each other when the stirring blades rotate intermittently in a symmetrical direction or rotate in an identical direction. two rotating shafts capable of rotating symmetrically and in the same direction with respect to each other, and stirring blades formed on each of the rotating shafts, characterised in that a driving means is connected to the rotating shafts that can adjust a phase angle of the two shafts, each of the stirring blades having a rotational path, the stirring blades formed on the two rotating shafts intersect with the rotational path of other stirring blades during operation, and a position control device is connected to the driving means for adjusting the relative positions of the stirring blades such that the stirring blades formed on the two rotating shafts do not interfere with each other when the stirring blades rotate intermittently in a symmetrical direction or rotate in an identical direction.
Copper-zinc alloy for producing electrically conductive components, for example contacts, consisting of: - Cu: 62.5 - 67 % by weight, - Sn: 0.25 - 1.0 % by weight, - Si: 0.015 - 0.15 % by weight, - at least two silicide-forming elements from the group Mn, Fe, Ni and Al with, in each case, at most 0.15 % by weight, - Pb: at most 0.1 % by weight, - the rest being formed by Zn and also unavoidable impurities. - Cu: 62.5 - 67 % by weight, - Sn: 0.25 - 1.0 % by weight, - Si: 0.015 - 0.15 % by weight, - at least two silicide-forming elements from the group Mn, Fe, Ni and Al with, in each case, at most 0.15 % by weight, - Pb: at most 0.1 % by weight, - the rest being formed by Zn and also unavoidable impurities.
Bottle divider (2, 102, 202, 302, 402, 502, 602) from a moulded pulp material, the bottle divider comprising: - a number of bottle receiving compartments (4, 6, 8); and - bottle positioning elements configured for maintaining the bottle that is placed in one of the compartments in a desired position, wherein the bottle positioning elements comprise bottle neck positioners configured for engaging the bottle neck, wherein the moulded pulp material comprising an amount of non-wood biomass material of plant origin, wherein the moulded pulp comprises at least 10 wt.% non-wood lignocellulosic biomass, wherein the moulded pulp material comprises an amount of a surface roughness reducing agent, wherein the surface roughness reducing agent comprises a biodegradable aliphatic polyester. - a number of bottle receiving compartments (4, 6, 8); and - bottle positioning elements configured for maintaining the bottle that is placed in one of the compartments in a desired position, wherein the bottle positioning elements comprise bottle neck positioners configured for engaging the bottle neck,
An isolated or purified camelid antibody or fragment thereof selected from the group consisting of: an isolated or purified antibody or fragment thereof comprising a sequence of CDR 1 of GRTFSMYR (SEQ ID NO:2); CDR2 of ITRNGSST (SEQ ID NO:8); and CDR3 of AATSGSSYLDAAHVYDY (SEQ ID NO:14); an isolated or purified antibody or fragment thereof comprising a sequence of CDR 1 of GRTFNTLS (SEQ ID NO:1); CDR2 of VSRSGGST (SEQ ID NO:7); and CDR3 of AAAATKSNTTAYRLSFDY (SEQ ID NO:13); an isolated or purified antibody orfragment thereof comprising a sequence of CDR 1 of GRTLSSYI (SEQ ID NO:3); CDR2 of ISRRGGNS (SEQ ID NO:9); and CDR3 of AADGSVAGWGRRSVSVSSYDY (SEQ ID NO:15); an isolated or purified antibody or fragment thereof comprising a sequence of CDR 1 of GRTFSMDP (SEQ ID NO:4); CDR2 of GSSTGRTT (SEQ ID NO:10); and CDR3 of AAAPYGANWYRDEYAY (SEQ ID NO:16); an isolated or purified antibody or fragment thereof comprising a sequence of CDR 1 of IRSFSNRN (SEQ ID NO:5); CDR2 of ISWGGGST (SEQ ID NO:11); and CDR3 of AAEFGHNIATSSDEYDY (SEQ ID NO:17); or an isolated or purified antibody or fragment thereof comprising a sequence of CDR 1 of ERTFSRYP (SEQ ID NO:6); CDR2 of ISSTGTST (SEQ ID NO:12); and CDR3 of AVNSQRTRLQDPNEYDY (SEQ ID NO:18) wherein the antibody or fragment thereof is specific for TcdA. an isolated or purified antibody or fragment thereof comprising a sequence of CDR 1 of GRTFSMYR (SEQ ID NO:2); CDR2 of ITRNGSST (SEQ ID NO:8); and CDR3 of AATSGSSYLDAAHVYDY (SEQ ID NO:14); an isolated or purified antibody or fragment thereof comprising a sequence of CDR 1 of GRTFNTLS (SEQ ID NO:1); CDR2 of VSRSGGST (SEQ ID NO:7); and CDR3 of AAAATKSNTTAYRLSFDY (SEQ ID NO:13); an isolated or purified antibody orfragment thereof comprising a sequence of CDR 1 of GRTLSSYI (SEQ ID NO:3); CDR2 of ISRRGGNS (SEQ ID NO:9); and CDR3 of AADGSVAGWGRRSVSVSSYDY (SEQ ID NO:15); an isolated or purified antibody or fragment thereof comprising a sequence of CDR 1 of GRTFSMDP (SEQ ID NO:4); CDR2 of GSSTGRTT (SEQ ID NO:10); and CDR3 of AAAPYGANWYRDEYAY (SEQ ID NO:16); an isolated or purified antibody or fragment thereof comprising a sequence of CDR 1 of IRSFSNRN (SEQ ID NO:5); CDR2 of ISWGGGST (SEQ ID NO:11); and CDR3 of AAEFGHNIATSSDEYDY (SEQ ID NO:17); or an isolated or purified antibody or fragment thereof comprising a sequence of CDR 1 of ERTFSRYP (SEQ ID NO:6); CDR2 of ISSTGTST (SEQ ID NO:12); and CDR3 of AVNSQRTRLQDPNEYDY (SEQ ID NO:18) wherein the antibody or fragment thereof is specific for TcdA.
Method for producing a foundry sand casting mould, in particular a foundry sand core, with inclusion of a three-dimensional printing process, where a mould sand, a binder and an activator are used, characterized in that an aerogel is added as additive.
A process for producing an arylamine, which comprises reacting an aryl compound having an active group represented by the following formula Ar(̵X) n, wherein X is a triflate, iodide, bromide or chloride, n is an integer of from 1 to 4, Ar is a C 6-40 aryl group or C 3-40 heteroaryl group, which may have a substituent, with an amine compound selected from the group comprising an aromatic primary amine, which may have a substituent on the aromatic ring, an aromatic secondary amine, which may have a substituent on the aromatic ring, or an aromatic cyclic amine compound in the presence of a base which is selected from lithium carbonate, sodium carbonate, potassium carbonate, rubidium carbonate, cesium carbonate, sodium hydrogencarbonate, potassium hydrogencarbonate, rubidium hydrogencarbonate, potassium phosphate, magnesium carbonate or calcium carbonate by means of a catalyst, which comprises a palladium compound having a tertiary phosphine group and a crown ether compound.