mhurhangee/patent-ind-claim-en huggingface dataset:
A piston for pumping paint through a displacement pump of a paint spraying system, the piston comprising: a piston rod having a piston rod body elongate along an axis between a first end and a second end; a piston head connected to the second end; a cylindrical relief extending around the piston rod body; and a wear sleeve disposed about the piston rod body within the cylindrical relief; wherein the piston rod body is removably connected to the piston head by the piston rod extending into the piston head, wherein a socket is formed in the piston head and a shank projects from the second end, the shank extending into the socket to connect the piston rod body to the piston head, wherein the piston head includes a first head end and a second head end, the socket extending into the first head end and a central bore extending into the second head end, and wherein at least one port extends through an exterior surface of the piston head and is in fluid communication with the central bore. a piston rod having a piston rod body elongate along an axis between a first end and a second end; a piston head connected to the second end; a cylindrical relief extending around the piston rod body; and a wear sleeve disposed about the piston rod body within the cylindrical relief; wherein the piston rod body is removably connected to the piston head by the piston rod extending into the piston head, wherein a socket is formed in the piston head and a shank projects from the second end, the shank extending into the socket to connect the piston rod body to the piston head, wherein the piston head includes a first head end and a second head end, the socket extending into the first head end and a central bore extending into the second head end, and wherein at least one port extends through an exterior surface of the piston head and is in fluid communication with the central bore.
An integrated circuit comprising: at least one analog input device having a digitally controlled input offset voltage compensation circuit comprising a volatile trim register ; and an auto-calibration circuit, said auto-calibration circuit being coupled to said at least one analog input device and to the input offset voltage compensation circuit, wherein an input offset voltage is minimized in said at least one analog input device during an auto-calibration cycle, characterized in that said auto-calibration circuit comprises a first trigger input receiving an output signal from a power on reset circuit and a second trigger input (Acal) operable to be set under program control, wherein upon a power on reset, the power on reset circuit is configured to initiate the auto-calibration cycle and wherein the power on reset circuit is further configured to receive an output signal from a parity detection circuit coupled with said volatile trim register wherein a parity error during operation of the at least one analog input device causes a power on reset thereby initiating the auto-calibration cycle. at least one analog input device having a digitally controlled input offset voltage compensation circuit comprising a volatile trim register ; and an auto-calibration circuit, said auto-calibration circuit being coupled to said at least one analog input device and to the input offset voltage compensation circuit, wherein an input offset voltage is minimized in said at least one analog input device during an auto-calibration cycle, characterized in that said auto-calibration circuit comprises a first trigger input receiving an output signal from a power on reset circuit and a second trigger input (Acal) operable to be set under program control, wherein upon a power on reset, the power on reset circuit is configured to initiate the auto-calibration cycle and wherein the power on reset circuit is further configured to receive an output signal from a parity detection circuit coupled with said volatile trim register wherein a parity error during operation of the at least one analog input device causes a power on reset thereby initiating the auto-calibration cycle.
A device for controlling fluid flow over a window of a movable optical instrument housing , the device comprising: a generally annular body configured to be secured around the window of the moveable optical instrument housing, the annular body having an inner peripheral edge configured to correspond to a peripheral edge of the window of the housing and an outer peripheral edge , and an arcuate outer surface disposed between the inner peripheral edge and the outer peripheral edge, characterised by the annular body having a movable portion positioned adjacent the outer peripheral edge, the movable portion being configured to move with respect to a remainder of the body. a generally annular body configured to be secured around the window of the moveable optical instrument housing, the annular body having an inner peripheral edge configured to correspond to a peripheral edge of the window of the housing and an outer peripheral edge , and an arcuate outer surface disposed between the inner peripheral edge and the outer peripheral edge, characterised by the annular body having a movable portion positioned adjacent the outer peripheral edge, the movable portion being configured to move with respect to a remainder of the body.
Transport device, in particular for furniture, comprising at least two identical transport elements , each of which has a rectangular support plate supported by at least two, preferably three or four running members , the edges of the support plate which lie opposite one another in pairs having coupling projections and coupling recesses which, when two transport elements are connected, form-fittingly engage in one another, the coupling projections being teeth which extend in the extension plane of the support plate and engage in the tooth gaps that are formed by the coupling recesses and that extend in the extension plane of the support plate by means of a simple horizontal displacement of at least two transport elements relative to one another, and the two transport elements being fastened to one another by means of connecting members , the connecting members having fastening openings at two mutually spaced fastening points , which openings can be fastened at fastening points on one of the two support plates , characterised in that the connecting members are elongate flat or profiled bodies which are fastened to the bottom surface of the support plates .
An aerosol provision device which is configured to receive a plurality of aerosolisable materials , wherein the aerosol provision device is configured to recognise an identity and a position of the aerosolisable materials received in the device and transmit data indicating the identity and the position of the aerosolisable materials received in the device to a communication system , wherein the communication system is separate from the aerosol provision device.
A bioelectrode pad for an electrocardiograph, configured to be applied to the skin of a living body, the bioelectrode pad comprising: plural sheets of electrodes stacked mutually; and conductive gel sheets , characterized in that the conductive gel sheets are arranged alternately with the plural sheets of electrodes and interposed between the plural sheets of electrodes . plural sheets of electrodes stacked mutually; and conductive gel sheets , characterized in that the conductive gel sheets are arranged alternately with the plural sheets of electrodes and interposed between the plural sheets of electrodes .
A method of calculating a maximum heater power level within an isolette , the isolette including a patient section for housing an infant and for receiving heated air from a heater, the method comprising: by means of a control unit obtaining a temperature of ambient air external to the isolette; by means of said control unit obtaining a base-line ambient air temperature of the ambient air internal external to the isolette ; characterised in that by means of said control unit the maximum heater power level is calculated based on a relationship between the base-line ambient air temperature of the ambient air internal to the isolette and the obtained temperature of ambient air external to the isolette . by means of a control unit obtaining a temperature of ambient air external to the isolette; by means of said control unit obtaining a base-line ambient air temperature of the ambient air internal external to the isolette ; characterised in that by means of said control unit the maximum heater power level is calculated based on a relationship between the base-line ambient air temperature of the ambient air internal to the isolette and the obtained temperature of ambient air external to the isolette .
A method of restraining migration of formation solids in a wellbore surrounded by a formation, comprising: - feeding a slurry, comprising water, a viscosifier, and a concentration of cement clinker particles, into the wellbore ; - hydrating the clinker particles in the wellbore , whereby the clinker particles are kept in suspension during the hydrating, and whereby upon completion of the hydrating the hydrated clinker particles form a hardened cement consisting of a permeable structure of interconnected hydrated clinker particles; characterized in that a layer of degradable lost circulation material separates the slurry with clinker particles from the formation surrounding the wellbore during said hydrating of the clinker particles. - feeding a slurry, comprising water, a viscosifier, and a concentration of cement clinker particles, into the wellbore ; - hydrating the clinker particles in the wellbore , whereby the clinker particles are kept in suspension during the hydrating, and whereby upon completion of the hydrating the hydrated clinker particles form a hardened cement consisting of a permeable structure of interconnected hydrated clinker particles;
A conveyor belt flaking system comprising: - a plurality of conveyor belt segments , each of the segments having opposing splice-able distal ends; - a cable winch positioned proximate to a first end of the conveyor belt flaking system and at least one of the plurality of conveyor belt segments positioned proximate an opposing second end of the flaking system; - a plurality of support pipes for supporting the conveyor belt segments when laid in a flake run of the conveyor belt flaking system; characterized in that the system further comprises: - at least one hold-back drum insertable into one of the plurality of support pipes; - a plurality of belt support A-frames for securing a cable from the cable winch and supporting one of the plurality of conveyor belt segments when introduced onto the flake run; and, - a two directional flaking roller attachable to the cable from the cable winch. - a plurality of conveyor belt segments , each of the segments having opposing splice-able distal ends; - a cable winch positioned proximate to a first end of the conveyor belt flaking system and at least one of the plurality of conveyor belt segments positioned proximate an opposing second end of the flaking system; - a plurality of support pipes for supporting the conveyor belt segments when laid in a flake run of the conveyor belt flaking system; - at least one hold-back drum insertable into one of the plurality of support pipes; - a plurality of belt support A-frames for securing a cable from the cable winch and supporting one of the plurality of conveyor belt segments when introduced onto the flake run; and, - a two directional flaking roller attachable to the cable from the cable winch.
Epoxy-functional alkoxysilanes of formulae II, III, IV, V and/or VI wherein R represents a methyl or ethyl group.
Setting tool for driving fastening elements into a substrate, in particular handheld setting tool, having a holder which is provided for holding a fastening element , having a drive-in element which is provided for transferring a fastening element held in the holder into the substrate along a setting axis (A), having a drive which is provided for driving the drive-in element towards the fastening element along the setting axis, and having a guide cylinder in which the drive-in element is guided along the setting axis, wherein a lateral surface of the guide cylinder has one or more openings which are not able to be closed off, characterized in that an extent of at least one of the one or more openings in the direction of the setting axis is greater than transversely to the setting axis.
Implantable medical device for stimulating a human or animal heart, comprising a processor, a memory unit, a stimulation unit configured to stimulate the His bundle of a human or animal heart, a first detection unit configured to detect an electrical signal at an atrium of the same heart, and a second detection unit configured to detect an electrical signal at the His bundle of the same heart, characterized in that the memory unit comprises a computer-readable program that causes the processor to perform the following steps when executed on the processor: a) sensing an atrial electric signal with the first detection unit; b) sensing an electric signal at the His bundle with the second detection unit upon termination of a first time period starting upon sensing the atrial electric signal with the first detection unit, wherein the first time period lies in a range of from 10 ms to 100 ms; c) classifying the electric signal sensed with the second detection unit as His bundle activity signal or as ventricular activity signal . a) sensing an atrial electric signal with the first detection unit; b) sensing an electric signal at the His bundle with the second detection unit upon termination of a first time period starting upon sensing the atrial electric signal with the first detection unit, wherein the first time period lies in a range of from 10 ms to 100 ms; c) classifying the electric signal sensed with the second detection unit as His bundle activity signal or as ventricular activity signal .
A pad for disc brakes for railway vehicles comprising a fixing plate , which has a "dovetail" shape, and a friction element , which is made of a composite organic material and is fixed to said fixing plate; said pad being characterized in that it comprises at least one metal reinforcement element having a variable cross-section, which is longitudinally fixed on a surface of said fixing plate , said surface being covered by said friction element so that said metal reinforcement element extends inside said friction element .
An oil supply assembly (400;600) for a bearing damper (208;408;608) of a gas turbine engine , comprising: an oil supply tube (202;402;602) configured to supply oil in a first direction ; and a bearing support (204;404;604) having a bearing damper path (218;418;618) connecting the bearing damper (208;408;608) to the oil supply tube (202;402;602) and a bearing compartment path (220;420;620) connecting a bearing compartment (210;410;610) to the oil supply tube (202;402;602); characterised by further comprising: a check valve (206;406;606) disposed within the bearing damper path (218;418;618) and configured to allow fluid communication in the first direction from the oil supply tube (202;402;602) to the bearing damper (208;408;608) and block fluid communication in a second direction opposite the first direction , wherein the oil supply tube (202;402;602) is connected to the check valve (206;406;606) by a connector (260;460;660), and the connector (260;460;660) comprises a ligament (216;416;616A,616B) configured to allow oil to pass through the ligament (216;416;616A,616B). an oil supply tube (202;402;602) configured to supply oil in a first direction ; and a bearing support (204;404;604) having a bearing damper path (218;418;618) connecting the bearing damper (208;408;608) to the oil supply tube (202;402;602) and a bearing compartment path (220;420;620) connecting a bearing compartment (210;410;610) to the oil supply tube (202;402;602); characterised by further comprising: a check valve (206;406;606) disposed within the bearing damper path (218;418;618) and configured to allow fluid communication in the first direction from the oil supply tube (202;402;602) to the bearing damper (208;408;608) and block fluid communication in a second direction opposite the first direction , wherein the oil supply tube (202;402;602) is connected to the check valve (206;406;606) by a connector (260;460;660), and the connector (260;460;660) comprises a ligament (216;416;616A,616B) configured to allow oil to pass through the ligament (216;416;616A,616B).
Method for configuring a terminal (UE) of a user subscribing to an operator of a communication network, called nominal network, to access a communication service, the method comprising, when the terminal is connected to the nominal network, a step of activation in the terminal (UE) of a first protocol stack associated with a first network access point to access a first communication service and a second communication service distinct from the first communication service, the method being characterized in that , when the terminal (UE) is connected to a communication network different from the nominal network, called visited network, it comprises: - a step of activation of said first protocol stack associated with the first network access point to access the first communication service, - a step of obtaining (E38) of a datum indicating whether the terminal can access a second communication service via said first network access point, - in the case where the terminal cannot access the second communication service via the first network access point: - a step of determination (E39) of a second network access point to be used by the terminal to access the second communication service, - a step of activation in the terminal of a second protocol stack associated with the second network access point (E40) to access the second communication service via the second network access point. - a step of activation of said first protocol stack associated with the first network access point to access the first communication service, - a step of obtaining (E38) of a datum indicating whether the terminal can access a second communication service via said first network access point, - in the case where the terminal cannot access the second communication service via the first network access point: - a step of determination (E39) of a second network access point to be used by the terminal to access the second communication service, - a step of activation in the terminal of a second protocol stack associated with the second network access point (E40) to access the second communication service via the second network access point. - a step of determination (E39) of a second network access point to be used by the terminal to access the second communication service, - a step of activation in the terminal of a second protocol stack associated with the second network access point (E40) to access the second communication service via the second network access point.
A calibration system for calibrating a pressure output of a drive member of a fluid injector , the calibration system comprising: a housing configured for connecting to the fluid injector ; a drive member engagement portion configured for contacting a drive member of the fluid injector ; a sensor connected to the compressible member , characterised in that the calibration system further comprises a compressible member connected at its proximal end to the drive member engagement portion , wherein the compressible member is compressed with movement of the drive member of the fluid injector between a first, uncompressed position and a second, at least partially compressed position of the fluid injector in a distal direction; wherein the sensor is configured for measuring a force imparted by the drive member when the compressible member is in the second, at least partially compressed position. a housing configured for connecting to the fluid injector ; a drive member engagement portion configured for contacting a drive member of the fluid injector ; a sensor connected to the compressible member , characterised in that the calibration system further comprises a compressible member connected at its proximal end to the drive member engagement portion , wherein the compressible member is compressed with movement of the drive member of the fluid injector between a first, uncompressed position and a second, at least partially compressed position of the fluid injector in a distal direction; wherein the sensor is configured for measuring a force imparted by the drive member when the compressible member is in the second, at least partially compressed position.
A multifunctional leveling meter for convenient positioning using nano adhesive stickers comprising a leveling ruler which is a hollow section bar, wherein the leveling ruler is provided with a horizontal leveler and a vertical leveler , respectively, the horizontal leveler is arranged within a first end of the leveling ruler , and the vertical leveler is arranged on a first side of the leveling ruler , wherein the first side surface of the leveling ruler is configured to be sticked and fixed with at least two nano adhesive stickers for convenient positioning, an adhesive sticker positioning structure is arranged against each of the nano adhesive stickers ; a second end of the leveling ruler is provided with an angle measuring device capable of 360° all directional measurement and a swing type deflection measuring structure for cooperatively observing whether the first side surface is inclined or not, the swing type deflection measuring structure comprises a swing connecting rod , a counterweight cone and an alignment needle , wherein the counterweight cone is mounted in the middle of the swing connecting rod , and the alignment needle vertically points to the counterweight cone , wherein the adhesive sticker positioning structure comprises a positioning and mounting base inserted into the leveling ruler and a positioning and mounting plate , and the upper surface of the positioning and mounting plate is provided with a cavity for accommodating nano adhesive stickers ; directional insertion slots are respectively provided on a first side and a second opposite side of the positioning and mounting base , and insertion portions fitted with the directional insertion slots are provided on a first side and a second opposite side of the positioning and mounting plate , the positioning and mounting plate and the positioning and mounting base are integrally assembled by inserting the insertion portions into the positioning and insertion slots .