mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a double-action piston pump of an application system for applying a fluid medium, in particular a heated adhesive, to a substrate , wherein the piston pump has a piston which is movable between a first reversal point and a second reversal point for delivering the fluid medium, wherein on reaching the respective reversal point , the movement direction of the piston is reversed, wherein the application system has an output device for intermittent output of the fluid medium delivered by means of the piston pump to the output device , wherein during output periods, the fluid medium is output by means of the output device and during interruption periods, an output of the fluid medium by means of the output device is interrupted, wherein during at least one interruption period of the interruption periods, the movement direction of the piston is reversed, wherein on the reversal of movement direction during the at least one interruption period, the piston is situated at an intermediate position between the first reversal point and the second reversal point .
A treatment device of sheet material (T), said treatment device comprising: - at least one conveyor configured to move the sheet material (T) at least along an operative section according to an advancement direction (A), - at least one applicator configured to dispense a treatment composition (C) destined to treat at least one side of the sheet material (T), - at least one containment device disposed, in condition of use of the treatment device , above the conveyor and at the applicator , characterized by the fact that the containment device comprises at least one barrier configured to confine the treatment composition (C) inside a deposit region preventing said treatment composition (C) from passing through the barrier according to a direction transversal to the advancement direction (A). - at least one conveyor configured to move the sheet material (T) at least along an operative section according to an advancement direction (A), - at least one applicator configured to dispense a treatment composition (C) destined to treat at least one side of the sheet material (T), - at least one containment device disposed, in condition of use of the treatment device , above the conveyor and at the applicator ,
Radial fan, in particular for a vacuum cleaner, comprising an impeller which can rotate about an axis of rotation and can be driven by a motor and has a plurality of blades for generating an air current which is at least partially directed outwards, and a stationary guide facility , which has a diffusor plate arranged perpendicularly to the axis of rotation axially adjacent to the impeller , and an annular wall surrounding said diffusor plate radially on the outside and a shell at least partially enclosing the impeller , wherein a continuous annular space surrounding the impeller radially on the outside is formed between the shell , the impeller and the diffusor plate , wherein a plurality of openings are embodied between an outer edge of the diffusor plate and the annular wall , enabling a passage of air from the annular space to the side of the diffusor plate opposite the impeller , and wherein the outer edge of the diffusor plate , in the region of each opening , has at least one edge section subject to incoming flow and at least one overflowed edge section , characterised in that the at least one edge section subject to incoming flow encloses an angle γ of at least 50° and at most 65° with a radial direction and is embodied in a curved manner.
Method for managing at least one communication between a first and at least one second communication equipment (U1, U2) used on separate communication networks (R1, R2), respectively, and managed by a first communication management device (S1) and at least one second communication management device (S2), respectively, characterized in that said method comprises the following steps implemented by said first communication management device (S1): - obtaining at least one risk indicator (INC R ) indicating the risk of the confidentiality of data associated with said at least one communication being breached, the risk of the confidentiality being breached arising from the second communication management device; - transmitting said at least one risk indicator to said first communication equipment (U1) . - obtaining at least one risk indicator (INC R ) indicating the risk of the confidentiality of data associated with said at least one communication being breached, the risk of the confidentiality being breached arising from the second communication management device; - transmitting said at least one risk indicator to said first communication equipment (U1) .
Sensor for the conversion of chemical and/or biochemical information from at least one analyte in a sample to an electrical signal, comprising a test cantilever having a base and a deformable part , with a receptor layer for selective uptake of the analyte applied at least atop the deformable part , wherein the test cantilever has a test converter layer comprising a passive test transducer on the base and an active test transducer on the deformable part , and wherein a test function layer is arranged between the test converter layer and the receptor layer , a reference cantilever having a base and a deformable part , with a reference layer for selective non-uptake of the analyte applied atop the deformable part , wherein the reference cantilever has a reference converter layer comprising a passive reference transducer on the base and an active reference transducer on the deformable part , and wherein a reference function layer is arranged between the reference converter layer and the reference layer . a test cantilever having a base and a deformable part , with a receptor layer for selective uptake of the analyte applied at least atop the deformable part , wherein the test cantilever has a test converter layer comprising a passive test transducer on the base and an active test transducer on the deformable part , and wherein a test function layer is arranged between the test converter layer and the receptor layer , a reference cantilever having a base and a deformable part , with a reference layer for selective non-uptake of the analyte applied atop the deformable part , wherein the reference cantilever has a reference converter layer comprising a passive reference transducer on the base and an active reference transducer on the deformable part , and wherein a reference function layer is arranged between the reference converter layer and the reference layer .
A capillary internally coated with at least one sample flag compound for use in at least one diagnostic assay, comprising: at least one capillary , the capillary having at least one outer surface , at least one inner surface , a first end , a second end , and opening located at the second end of the capillary , wherein at least a portion of the inner surface of the capillary is coated with at least one sample flag compound, the at least one sample flag compound detecting the presence or non-presence of a patient's liquid test sample within the capillary , wherein the at least one sample flag compound is selected from the group consisting of metabisulfite, taurine, and combinations thereof and is capable of emitting a detectable signal when interrogated by specific wavelength(s) of visible light in the presence of a patient's liquid test sample.
Method for manufacturing a composite material combining a mineral pigment and a ceramic matrix , the ceramic matrix being based on zirconia stabilised with yttrium, said matrix being adapted to allow light to pass, the mineral pigment being in the form of discrete particles each comprising a nucleus and a red coloured coating surrounding the nucleus, the coloured coating being an oxide comprising iron, chromium, aluminium, titanium, silicon, zinc, nickel, cobalt, cadmium, copper, vanadium, bismuth and/or manganese, the nucleus of the mineral pigment being adapted to allow light to pass and being manufactured from a material chosen among mica, alumina, zirconia and titanium dioxide, said method including the following steps: a) mixing the mineral pigment in powder form with the matrix in powder form; and b) sintering said powder mixture at a temperature of 1200°C under a pressure greater than 200 MPa, sufficient for the densification temperature of the matrix under said pressure to remain less than the degradation temperature of the mineral pigment . a) mixing the mineral pigment in powder form with the matrix in powder form; and b) sintering said powder mixture at a temperature of 1200°C under a pressure greater than 200 MPa, sufficient for the densification temperature of the matrix under said pressure to remain less than the degradation temperature of the mineral pigment .
A method for allocating a digital memory location to a physical information carrier, wherein, using an application executed on a portable processing unit, the portable processing unit requests a memory location on a server in communication with the portable processing unit via a communication interface and the server provides said location in response to the request; the server allocates a unique identifier to the memory location; the server and/or the portable processing unit allocates a pattern to the unique identifier; a display unit of the portable processing unit displays the pattern to a user, and the portable processing unit guides the user to manually apply the pattern , by drawing or writing the pattern using a writing device, to the surface of a physical information carrier so as to link the memory location on the server to the physical information carrier; and, when the pattern is detected and recognized on the physical information carrier using a sensor of the portable processing unit or of at least one further processing unit, the unique identifier is downloaded from the server, and the memory location is accessed by means of the portable processing unit or the at least one further processing unit using the unique identifier, wherein the server generates the pattern by means of a predetermined allocation scheme using the unique identifier and transmits it to the portable processing unit requesting the memory location, or the server transmits the unique identifier to the at least one portable processing unit requesting the memory location and the portable processing unit generates the pattern by using the unique identifier and the predetermined allocation scheme. the server allocates a unique identifier to the memory location; the server and/or the portable processing unit allocates a pattern to the unique identifier; a display unit of the portable processing unit displays the pattern to a user, and the portable processing unit guides the user to manually apply the pattern , by drawing or writing the pattern using a writing device, to the surface of a physical information carrier so as to link the memory location on the server to the physical information carrier; and, when the pattern is detected and recognized on the physical information carrier using a sensor of the portable processing unit or of at least one further processing unit, the unique identifier is downloaded from the server, and the memory location is accessed by means of the portable processing unit or the at least one further processing unit using the unique identifier, wherein the server generates the pattern by means of a predetermined allocation scheme using the unique identifier and transmits it to the portable processing unit requesting the memory location, or the server transmits the unique identifier to the at least one portable processing unit requesting the memory location and the portable processing unit generates the pattern by using the unique identifier and the predetermined allocation scheme.
A lawn mower robot, comprising: an inner body provided with casters and wheels for moving on both sides, respectively; a plurality of blades rotatably provided on a bottom surface of the inner body to cut grass; a drive motor mounted on the wheels , respectively, to independently drive the wheels ; an outer cover configured to surround an outer side of the inner body , and mounted by support portions on the inner body to be movable in forward, backward, leftward and rightward directions with respect to the inner body when colliding with an obstacle; a plurality of ultrasonic sensors provided at a front side of the outer cover to sense an obstacle in front; an ultrasonic guide unit formed to be recessed rearward from a front end portion of the outer cover so as to restrict a downward propagation angle of ultrasonic waves generated from the ultrasonic sensors , wherein the outer cover is coupled to the support portions on a lower surface of the outer cover , wherein each of the support portions includes a support body , wherein a wrinkled portion is extended from an outer circumferential surface of the support body along a radial direction, wherein the wrinkled portion has a structure such that the support body is supported to be movable in the forward, backward, leftward and rightward directions. an inner body provided with casters and wheels for moving on both sides, respectively; a plurality of blades rotatably provided on a bottom surface of the inner body to cut grass; a drive motor mounted on the wheels , respectively, to independently drive the wheels ; an outer cover configured to surround an outer side of the inner body , and mounted by support portions on the inner body to be movable in forward, backward, leftward and rightward directions with respect to the inner body when colliding with an obstacle; a plurality of ultrasonic sensors provided at a front side of the outer cover to sense an obstacle in front; an ultrasonic guide unit formed to be recessed rearward from a front end portion of the outer cover so as to restrict a downward propagation angle of ultrasonic waves generated from the ultrasonic sensors , wherein the outer cover is coupled to the support portions on a lower surface of the outer cover , wherein each of the support portions includes a support body , wherein a wrinkled portion is extended from an outer circumferential surface of the support body along a radial direction, wherein the wrinkled portion has a structure such that the support body is supported to be movable in the forward, backward, leftward and rightward directions.
A display arrangement for an injection device for displaying the size of a dose of a medicament, the display arrangement comprising: - a housing providing a rotation axis extending in an axial direction , - a first display member rotatably supported inside the housing with regard to the rotation axis and having at least one cam radially offset from the rotation axis , - a second display member rotatably supported inside the housing with regard to the rotation axis and arranged axially adjacent to the first display member , - a coupling member rotatably engaged with the second display member , wherein the coupling member is engaged with the at least one cam of the first display member when the first display member is in a predefined angular position or angular range, - wherein the coupling member and the first display member are mutually engaged via a retaining arrangement when the cam and the coupling member are disengaged, and - wherein the retaining arrangement comprises at least two retaining teeth separated in circumferential direction on the outer circumference of the coupling member , which retaining teeth are in radial abutment with a retaining ring of the first display member when the first display member is outside the predefined angular position or angular range. - a housing providing a rotation axis extending in an axial direction , - a first display member rotatably supported inside the housing with regard to the rotation axis and having at least one cam radially offset from the rotation axis , - a second display member rotatably supported inside the housing with regard to the rotation axis and arranged axially adjacent to the first display member , - a coupling member rotatably engaged with the second display member , wherein the coupling member is engaged with the at least one cam of the first display member when the first display member is in a predefined angular position or angular range, - wherein the coupling member and the first display member are mutually engaged via a retaining arrangement when the cam and the coupling member are disengaged, and - wherein the retaining arrangement comprises at least two retaining teeth separated in circumferential direction on the outer circumference of the coupling member , which retaining teeth are in radial abutment with a retaining ring of the first display member when the first display member is outside the predefined angular position or angular range.
A press-fit terminal to be inserted into a conductive through-hole of a substrate , the press-fit terminal comprises: a first and a second elastic deformation part, the first and second elastic deformation parts are along the length of the press-fit terminal, the first and the second elastic deformation parts have an outer surface and an inner surface , the first and second elastic deformation parts are joined at one end by a guide part and at an end opposite to the guide part by a neck part , and a channel part is formed between the first and second elastic deformation parts, the press-fit terminal comprises, in sequence, a copper or copper alloy base , a nickel barrier layer adjacent to the copper or copper alloy base, a tin layer adjacent the nickel barrier layer and an indium metal layer adjacent to the tin layer.
A vacuum pump, in particular a vacuum pump discharging against atmospheric pressure, comprising a pump inlet as well as at least one high-vacuum pump module and at least one rough-vacuum pump module which are arranged in a common housing of the vacuum pump and which are operatively connected to one another in order to provide a pumping effect for a gas present at the pump inlet , wherein the operative connection is variable and/or adjustable to change the ratio of the suction power provided by the high-vacuum pump module to the suction power provided by the rough-vacuum pump module , wherein a rotor of the high-vacuum pump module , on the one hand, and a rotor of the rough-vacuum pump module , on the other hand, can be rotatingly driven at different rotational speeds and the ratio of the rotational speed of the rotor of the high-vacuum pump module to the rotational speed of the rotor of the rough-vacuum pump module is variable and/or adjustable to change the ratio of the suction power provided by the high-vacuum pump module to the suction power provided by the rough-vacuum pump module , wherein the high-vacuum pump module and the rough-vacuum pump module have a common rotor shaft , wherein the rotor of the high-vacuum pump module or the rotor of the rough-vacuum pump module is rotatably coupled to the rotor shaft relative to the rotor shaft , characterized in that the high-vacuum pump module or the rough-vacuum pump module is coupled to the common rotor shaft via a secondary drive by which the high-vacuum pump module or the rough-vacuum pump module can be rotatingly driven, with the drive power supplied to the secondary drive being variable and/or adjustable to change the ratio of the suction power provided by the high-vacuum pump module to the suction power provided by the rough-vacuum pump module . wherein the high-vacuum pump module and the rough-vacuum pump module have a common rotor shaft , wherein the rotor of the high-vacuum pump module or the rotor of the rough-vacuum pump module is rotatably coupled to the rotor shaft relative to the rotor shaft , characterized in that the high-vacuum pump module or the rough-vacuum pump module is coupled to the common rotor shaft via a secondary drive by which the high-vacuum pump module or the rough-vacuum pump module can be rotatingly driven, with the drive power supplied to the secondary drive being variable and/or adjustable to change the ratio of the suction power provided by the high-vacuum pump module to the suction power provided by the rough-vacuum pump module .
A piston comprising: a lower member , said lower member comprising sidewall portions and pin bores ; an upper crown member joined to said lower member , said upper crown member being fabricated of forged steel and having a combustion bowl on an upper side thereof and an oil gallery channel on the lower side thereof, wherein said oil gallery channel includes at least one machine-turned wall surface portion and at least one as-forged non-machined pocket portion , said pocket portion being recessed radially inwardly toward the longitudinal axis of the piston , characterized in that a plurality of said pocket portions are provided, said pocket portions being separated circumferentially from one another by intervening sections of machine-turned wall surface portions. a lower member , said lower member comprising sidewall portions and pin bores ; an upper crown member joined to said lower member , said upper crown member being fabricated of forged steel and having a combustion bowl on an upper side thereof and an oil gallery channel on the lower side thereof, wherein said oil gallery channel includes at least one machine-turned wall surface portion and at least one as-forged non-machined pocket portion , said pocket portion being recessed radially inwardly toward the longitudinal axis of the piston , characterized in that a plurality of said pocket portions are provided, said pocket portions being separated circumferentially from one another by intervening sections of machine-turned wall surface portions.
A bimodal polyethylene composition having a density from 0.935 to 0.942 g/cm 3 , a melt index I 2 determined according to ASTM D 1238 (2.16 kg 190°C - I 2 ) from 4.0 to 7.0g/10min, and I 21 determined according to ASTM D 1238 (21.6 kg 190°C - I 21 ) from 150 to 210 g/10 min, an I 21 /I 2 from 28 to 40, a bent strip ESCR as determined by ASTM D 1693 in 100% octoxynol -9 for conditions A and B of greater than 1000 hours, a terminal vinyl unsaturation from 0.07 to 0.14 per 1000 carbon atoms, an overall Mw/Mn from 2.8 to 4.0, comprising from 0.1 to 8 weight % of one or more C 4-8 alpha olefin comonomers which when de-convoluted into two components consists of: (i) from 20 to 45 weight % of a first component comprising one or more of C 4-8 alpha olefin comonomers and the balance ethylene, said component having a density as determined according to ASTM D 792 from 0.920 to 0.930 g/cm 3 ; a weight average molecular weight (Mw) from 100,000 to 180,000 g/mol and a polydispersity of less than 3; and (ii) from 80 to 55 weight % of a second component comprising one or more of C 4-8 alpha olefin comonomers and the balance ethylene said component having a density as determined according to ASTM D 792 from 0.945 to 0.955 g/cm 3 , a weight average molecular weight (Mw) from 15,000 to 70,000, and a polydispersity of less than 3, wherein the difference in densities between components (i) and (ii) is less than 0.027 g/cm 3 . (i) from 20 to 45 weight % of a first component comprising one or more of C 4-8 alpha olefin comonomers and the balance ethylene, said component having a density as determined according to ASTM D 792 from 0.920 to 0.930 g/cm 3 ; a weight average molecular weight (Mw) from 100,000 to 180,000 g/mol and a polydispersity of less than 3; and (ii) from 80 to 55 weight % of a second component comprising one or more of C 4-8 alpha olefin comonomers and the balance ethylene said component having a density as determined according to ASTM D 792 from 0.945 to 0.955 g/cm 3 , a weight average molecular weight (Mw) from 15,000 to 70,000, and a polydispersity of less than 3, wherein the difference in densities between components (i) and (ii) is less than 0.027 g/cm 3 .