mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a spray-dried detergent particle, said process comprising the steps of: (i) contacting an alkaline earth metal salt with an alkali metal silicate salt in an aqueous mixture comprising a detersive surfactant, wherein the alkaline earth metal salt reacts with the alkali metal silicate salt to form in-situ silicate salt and/or disilicate salt of alkaline earth metal; (ii) adding sodium carbonate and a filler selected from the group consisting of alkali metal chloride, alkaline earth metal carbonate or mixtures thereof to form an aqueous slurry; wherein the aqueous slurry comprises alkali metal silicate, in-situ formed silicate salt and/or disilicate salt of alkaline earth metal, 10 wt.% to 62 wt.% sodium carbonate salt, filler, 0 wt.% phosphate builder, and detersive surfactant; (iii) spray-drying said aqueous slurry to form said spray dried detergent particle. (i) contacting an alkaline earth metal salt with an alkali metal silicate salt in an aqueous mixture comprising a detersive surfactant, wherein the alkaline earth metal salt reacts with the alkali metal silicate salt to form in-situ silicate salt and/or disilicate salt of alkaline earth metal; (ii) adding sodium carbonate and a filler selected from the group consisting of alkali metal chloride, alkaline earth metal carbonate or mixtures thereof to form an aqueous slurry; wherein the aqueous slurry comprises alkali metal silicate, in-situ formed silicate salt and/or disilicate salt of alkaline earth metal, 10 wt.% to 62 wt.% sodium carbonate salt, filler, 0 wt.% phosphate builder, and detersive surfactant; (iii) spray-drying said aqueous slurry to form said spray dried detergent particle.
Barbecue provided with grill means and/or spit means to cook food, comprising a cooking chamber substantially closed and provided with a front access opening closable, at least partially, by means of a door and a ventilation chamber divided from said cooking chamber by means of a dividing wall of said cooking chamber, said ventilation chamber being arranged to house heating means and connected to an external environment by means of a plurality of top openings to let at least the cooking heat exit, said barbecue comprising ceramic radiating means inserted in said dividing wall and connected to said heating means in order to transmit and radiate in said cooking chamber the heat generated by said heating means and supporting and moving means adapted to support said grill means and/or said spit means, characterized in that said dividing wall is a rear wall of said cooking chamber that is opposed to said front access opening, said ventilation chamber being arranged at the back of said cooking chamber with reference to said front access opening, and in that said supporting and moving means are arranged to move said grill means and/or said spit means in a continuous manner along a regulating direction, near to or far from said ceramic radiating means, and to rotate said grill means and/or said spit means about a respective transversal rotational axis (Z; Z') in order to adjust and control the food cooking.
Valve assembly for an injection valve, comprising - a valve body with a central longitudinal axis comprising a cavity with a fluid inlet portion and a fluid outlet portion, wherein the cavity comprises a first portion extending from the fluid inlet portion to a bottom surface and a second portion extending from a central opening in the bottom surface down towards the fluid outlet portion; - a valve needle axially moveable in the cavity, the valve needle preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in further positions, the valve needle extending through the central opening; - an armature of an electro-magnetic actuator unit for actuating the valve needle; wherein a one-way flap valve member is arranged above the central opening in the bottom surface and fixed to the valve body preventing fluid flow in the direction towards the fluid inlet portion, wherein the flap valve member is supported by the bottom surface. - a valve body with a central longitudinal axis comprising a cavity with a fluid inlet portion and a fluid outlet portion, wherein the cavity comprises a first portion extending from the fluid inlet portion to a bottom surface and a second portion extending from a central opening in the bottom surface down towards the fluid outlet portion; - a valve needle axially moveable in the cavity, the valve needle preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in further positions, the valve needle extending through the central opening; - an armature of an electro-magnetic actuator unit for actuating the valve needle; wherein a one-way flap valve member is arranged above the central opening in the bottom surface and fixed to the valve body preventing fluid flow in the direction towards the fluid inlet portion, wherein the flap valve member is supported by the bottom surface.
A computer-implemented method of generating specialized search results in response to patterned queries, comprising: receiving, for a specialized query category and from a third party content provider, a query pattern for which specialized results (102, 708) are to be displayed, wherein the query pattern comprises a data object having a type and attributes, and wherein the specialized results (102, 708) to be displayed comprise attributes of the data object; receiving, for the specialized query category and from the third party content provider, a specialized results pattern to be used in response to receiving a query matching the query pattern, wherein the specialized results pattern comprises attributes of the data object; and storing the query pattern and the specialized results pattern in a record associated with the specialized query category; the method further comprising: receiving a search query; identifying a user that generated the search query; comparing the search query to at least one stored query pattern for a specialized query category to which the user has subscribed; responsive to the search query matching the stored query pattern, generating at least one search result according to the specialized results pattern; and responsive to the search query not matching the stored query pattern, generating at least one generic search result; transmitting the generated at least one search result to a client for output. receiving, for a specialized query category and from a third party content provider, a query pattern for which specialized results (102, 708) are to be displayed, wherein the query pattern comprises a data object having a type and attributes, and wherein the specialized results (102, 708) to be displayed comprise attributes of the data object; receiving, for the specialized query category and from the third party content provider, a specialized results pattern to be used in response to receiving a query matching the query pattern, wherein the specialized results pattern comprises attributes of the data object; and storing the query pattern and the specialized results pattern in a record associated with the specialized query category; receiving a search query; identifying a user that generated the search query; comparing the search query to at least one stored query pattern for a specialized query category to which the user has subscribed; responsive to the search query matching the stored query pattern, generating at least one search result according to the specialized results pattern; and responsive to the search query not matching the stored query pattern, generating at least one generic search result; transmitting the generated at least one search result to a client for output.
A method for recalibrating coordinate positioning apparatus comprising a platform moveable within a machine coordinate system, a measurement probe having a reference measurement point and a probe head for reorienting the measurement probe relative to the platform, the method comprising the step of taking a calibration data set for the coordinate positioning apparatus that comprises datum data for a plurality of orientations of the measurement probe, the datum data including first datum data that describes the position of the reference measurement point of the measurement probe relative to a point in the machine coordinate system for a first nominal orientation of the measurement probe, wherein, after a disturbance to the coordinate positioning apparatus, the method comprises a step of updating the calibration data set, characterised in that the step of updating the calibration data set comprises the steps of; acquiring one or more position measurements using the coordinate positioning apparatus with the measurement probe at the first nominal orientation, calculating a first correction from the one or more position measurements that describes any change in the first datum data following the disturbance to the coordinate positioning apparatus, and using the first correction to update the datum data for the plurality of orientations of the measurement probe that are different to the first nominal orientation of the measurement probe.
A controlled swell-rate swellable packer comprising: a mandrel; a sealing element, wherein the sealing element is disposed about at least a portion of the mandrel; a removable mask on at least a portion of an outer surface of the sealing element, the removable mask comprises void spaces; and a jacket applied to the sealing element that has the removable mask covering the portion of the outer surface, and wherein the jacket is configured to substantially prevent fluid communication between a fluid disposed outside of the jacket and the portion of the outer surface of the sealing element covered by the jacket, and wherein the removable mask is configured such that, upon removal, the jacket is applied to only a portion of the outer surface of the sealing element, yielding an exposed outer surface portion. a mandrel; a sealing element, wherein the sealing element is disposed about at least a portion of the mandrel; a removable mask on at least a portion of an outer surface of the sealing element, the removable mask comprises void spaces; and a jacket applied to the sealing element that has the removable mask covering the portion of the outer surface, and wherein the jacket is configured to substantially prevent fluid communication between a fluid disposed outside of the jacket and the portion of the outer surface of the sealing element covered by the jacket, and wherein the removable mask is configured such that, upon removal, the jacket is applied to only a portion of the outer surface of the sealing element, yielding an exposed outer surface portion.
Capping machine for closing receptacles, in particular bottles, having closures having a preformed internal thread, having at least - one capping head, - one drive shaft, - one drive, - one switching installation, - one sensor, and at least - one controller installation which controls the capping procedure, wherein - the capping head is set in rotation by the drive, by way of the drive shaft - the at least one sensor detects the position of the closure in relation to the receptacle after the closure has been placed on the receptacle, - the controller installation has a comparison unit in which the detected position, the actual position, and the reference position are compared, - depending on the comparison, the rotation direction of the closure by way of the switching installation is predefined by the controller installation, characterized in that - a gear box (41, 43, 45) is provided which, while maintaining the rotation direction of the drive, upon demand effects a reversal of the rotation direction, and wherein the gear box is part of the drive, part of the drive shaft, or part of the capping head,and in that - the switching installation acts on the gear box (41, 43, 45). - one capping head, - one drive shaft, - one drive, - one switching installation, - one sensor, and at least - one controller installation which controls the capping procedure, - the capping head is set in rotation by the drive, by way of the drive shaft - the at least one sensor detects the position of the closure in relation to the receptacle after the closure has been placed on the receptacle, - the controller installation has a comparison unit in which the detected position, the actual position, and the reference position are compared, - depending on the comparison, the rotation direction of the closure by way of the switching installation is predefined by the controller installation, - a gear box (41, 43, 45) is provided which, while maintaining the rotation direction of the drive, upon demand effects a reversal of the rotation direction, and wherein the gear box is part of the drive, part of the drive shaft, or part of the capping head,and in that - the switching installation acts on the gear box (41, 43, 45).
An insulator and an armature in which a plurality of coils (Lu1, Lu2, Lu3, Lu4, Lv1, Lv2, Lv3, Lv4, Lw1, Lw2, Lw3, Lw4) are annularly arranged and one ends of the coils are connected to pins which respectively correspond to the coils, the insulator being an insulator which is provided so as to align with the coils in an axial direction parallel to an axis of the armature and which guides three or more jumper lines (Pxu, Pxv, Pxw, Pn) that connect the coils with each other in a circumferential direction with respect to the axis, wherein the plurality of coils (Lu1, Lu2, Lu3, Lu4, Lv1, Lv2, Lv3, Lv4, Lw1, Lw2, Lw3, Lw4) is divided into coil pairs (Lua, Lub, Lva, Lvb, Lwa, Lwb), the coils of the coil pairs (Lua, Lub, Lva, Lvb, Lwa, Lwb) are respectively connected in series, and the coil pairs (Lua, Lub, Lva, Lvb, Lwa, Lwb) are connected to each other at a neutral point, the insulator comprising: a plurality of holes (H1 to H12) that is penetrated by the pins in the axial direction; and a plurality of first guide portions (32F, 32A, 32C; 32F, 32B, 32C) that guide at least three (Pn, Pxu, Pxw; Pn, Pxv, Pxw) of the jumper lines in the circumferential direction with respect to the axis at different positions in a radial direction around the axis, wherein the insulator is interposed between the coils and connection portions between the jumper lines and the pins in the axial direction. the plurality of coils (Lu1, Lu2, Lu3, Lu4, Lv1, Lv2, Lv3, Lv4, Lw1, Lw2, Lw3, Lw4) is divided into coil pairs (Lua, Lub, Lva, Lvb, Lwa, Lwb), the coils of the coil pairs (Lua, Lub, Lva, Lvb, Lwa, Lwb) are respectively connected in series, and the coil pairs (Lua, Lub, Lva, Lvb, Lwa, Lwb) are connected to each other at a neutral point, the insulator comprising: a plurality of holes (H1 to H12) that is penetrated by the pins in the axial direction; and a plurality of first guide portions (32F, 32A, 32C; 32F, 32B, 32C) that guide at least three (Pn, Pxu, Pxw; Pn, Pxv, Pxw) of the jumper lines in the circumferential direction with respect to the axis at different positions in a radial direction around the axis, wherein the insulator is interposed between the coils and connection portions between the jumper lines and the pins in the axial direction. a plurality of holes (H1 to H12) that is penetrated by the pins in the axial direction; and a plurality of first guide portions (32F, 32A, 32C; 32F, 32B, 32C) that guide at least three (Pn, Pxu, Pxw; Pn, Pxv, Pxw) of the jumper lines in the circumferential direction with respect to the axis at different positions in a radial direction around the axis, wherein the insulator is interposed between the coils and connection portions between the jumper lines and the pins in the axial direction.
An engine-generator set comprising a generator for producing electricity and an engine that is coupled via a flexible coupling to a shaft of the generator for driving the generator, wherein the engine is supported against a support surface by means of a plurality of resilient mounting elements, and the engine is mechanically connected to the generator solely via the flexible coupling, characterised by the generator being supported against a support surface by means of a plurality of resilient mounting elements separately from the engine, and the resilient mounting elements (6, 7) of the engine and the generator are configured so that 1.2 < f gen_vert / f eng_vert < 30, where f gen_vert is the natural frequency of vertical oscillations of a mass-spring system formed by the resilient mounting elements of the generator and the mass supported by said mounting elements, and f eng_vert is the natural frequency of vertical oscillations of a mass-spring system formed by the resilient mounting elements of the engine and the mass supported by said mounting elements.
An injection device comprising: a housing, a cartridge housing containing a cartridge, the cartridge configured to hold a volume of fluid, the cartridge having a proximal end and a distal end through which fluid is dispensed; a stopper disposed in the cartridge and configured to move from the proximal end to the distal end to cause the fluid to be dispensed through the distal end of the cartridge; and an electronic device disposed at the distal end of the cartridge, the electronic device comprising an emitter configured to transmit a signal toward the stopper; a receiver configured to receive reflections of the signal from the stopper; and a controller configured to wirelessly transmit data related to a position of the stopper in the cartridge, wherein the controller includes a wireless transceiver and is configured to communicate signals received at the receiver to an external database, characterized by a battery disposed in the housing, wherein the battery is electrically connected to the electronic device with electrical leads (414a, 414b) disposed in the cartridge housing. a housing, a cartridge housing containing a cartridge, the cartridge configured to hold a volume of fluid, the cartridge having a proximal end and a distal end through which fluid is dispensed; a stopper disposed in the cartridge and configured to move from the proximal end to the distal end to cause the fluid to be dispensed through the distal end of the cartridge; and an electronic device disposed at the distal end of the cartridge, the electronic device comprising an emitter configured to transmit a signal toward the stopper; a receiver configured to receive reflections of the signal from the stopper; and a controller configured to wirelessly transmit data related to a position of the stopper in the cartridge, wherein the controller includes a wireless transceiver and is configured to communicate signals received at the receiver to an external database, characterized by
A vehicle headlight for creating a primary light distribution and an auxiliary light distribution, wherein the vehicle headlight comprises two or more LED light modules, wherein each of the LED light modules *) comprises one or more primary LED light sources, wherein a primary LED light source comprises at least one light-emitting diode; *) comprises two or more secondary LED light sources (12, 12a), wherein a secondary LED light source (12, 12a) comprises at least one light-emitting diode; and *) comprises a lens; wherein the light emitted by the at least one primary LED light source is radiated directly onto the lens and projected from there into the exterior space, wherein the light emitted by the primary LED light sources of all LED modules forms the primary light distribution; and wherein the light emitted by the secondary LED light sources (12, 12a) of an LED module is radiated onto the lens of the LED module by way of an optical waveguide, the lens projecting the light into the exterior space, and wherein the light emitted by the secondary LED light sources (12, 12a) of all LED modules forms the auxiliary light distribution; wherein light is coupled by at least one of the secondary LED light sources into the optical waveguide via at least one light incoupling area and exits via at least one light outcoupling area, preferably substantially parallel, preferably so as to produce a maximum contribution to the auxiliary light distribution, characterized in that at least one of the secondary LED light sources shines directly through the optical waveguide. *) comprises one or more primary LED light sources, wherein a primary LED light source comprises at least one light-emitting diode; *) comprises two or more secondary LED light sources (12, 12a), wherein a secondary LED light source (12, 12a) comprises at least one light-emitting diode; and *) comprises a lens;
A coupling device for use with a bone anchoring element, the bone anchoring element including a head and a shank for anchoring in bone, the coupling device including: a receiving part (5, 5') configured to receive the head of the anchoring element, the receiving part having a first end and a second end, a passage extending from the first end to the second end and defining a longitudinal axis, a pressure member (6, 6', 6") at least partially arranged in the passage and configured to exert pressure onto the head to clamp the head in the receiving part, the pressure member having a central axis that is coincident with the longitudinal axis of the receiving part and a seat (64; 64a, 64b; 64a', 64b') for the head, and a locking element cooperating with the receiving part (5, 5') for securing and fixing a rod and for locking the head in the receiving part; wherein said seat is configured to pivotably receive the head of the bone anchoring element and is configured to permit pivoting of the bone anchoring element in at least one direction at a first maximum angle (α) relative to the longitudinal axis and in an opposite direction to the one direction at a second maximum angle relative to the longitudinal axis wherein the first maximum angle is greater than the second maximum angle, characterized in that the second maximum angle is defined by an abutment (67a, 64d') provided by the pressure member to the bone anchoring element. a receiving part (5, 5') configured to receive the head of the anchoring element, the receiving part having a first end and a second end, a passage extending from the first end to the second end and defining a longitudinal axis, a pressure member (6, 6', 6") at least partially arranged in the passage and configured to exert pressure onto the head to clamp the head in the receiving part, the pressure member having a central axis that is coincident with the longitudinal axis of the receiving part and a seat (64; 64a, 64b; 64a', 64b') for the head, and a locking element cooperating with the receiving part (5, 5') for securing and fixing a rod and for locking the head in the receiving part; wherein said seat is configured to pivotably receive the head of the bone anchoring element and is configured to permit pivoting of the bone anchoring element in at least one direction at a first maximum angle (α) relative to the longitudinal axis and in an opposite direction to the one direction at a second maximum angle relative to the longitudinal axis wherein the first maximum angle is greater than the second maximum angle, characterized in that the second maximum angle is defined by an abutment (67a, 64d') provided by the pressure member to the bone anchoring element.