mhurhangee/ep-ind-claims huggingface dataset:
A pressure reducing valve for reducing water pressure in homes, comprising a valve housing having a high-pressure side (2, 17) and a low-pressure side (3, 18), which high-pressure side (2, 17) and low-pressure side (3, 18) are separated by an opening that can be closed against the force of a spring actuated by the pressure in the valve, the spring being actuated by the pressure acting on the high-pressure side (2, 17) of the valve, characterised in that it further comprises a stem and a guide and supporting member attached to said stem, said guide and supporting member being configured with a wing portion for supporting contact with a lower surface of a diaphragm for pressure-actuation of the spring and for linear guiding of the guide and supporting member along a guiding axis, and that the periphery of the wing portion is in sliding contact with an inner cylindrical surface of a spring housing.
A method of manufacturing a drill bit, comprising: selecting a root gap dimension (x); selecting a root face dimension (y); establishing a root gap between a drill bit module and a drill bit body, the root gap having the selected root gap dimension (x); and creating a multi-pass weldment between the module and the body having the selected root gap and root face dimensions (x,y) and from weldment material having at least one material property greater in value than the same material property of the materials being joined, wherein the material property is tensile strength or fatigue strength; characterized in selecting a root gap dimension (x) between about 635μm (25 mils) and about 1524μm (60 mils); and selecting a root face dimension (y) greater than about 635μm (25 mils)and equal to or less than the selected root gap. selecting a root gap dimension (x); selecting a root face dimension (y); establishing a root gap between a drill bit module and a drill bit body, the root gap having the selected root gap dimension (x); and creating a multi-pass weldment between the module and the body having the selected root gap and root face dimensions (x,y) and from weldment material having at least one material property greater in value than the same material property of the materials being joined, wherein the material property is tensile strength or fatigue strength; characterized in selecting a root gap dimension (x) between about 635μm (25 mils) and about 1524μm (60 mils); and selecting a root face dimension (y) greater than about 635μm (25 mils)and equal to or less than the selected root gap.
Use of a collector for the separation by flotation of carbonates contained in phosphoric rock, wherein the collector comprises at least one phosphoric ester of formula wherein, - R 1 represents H, CH 3 or C 2 H 5, - R 2 represents a group selected from n-hexyl, 2-ethylbutyl, 2-methylpentyl, 2-ethylhexyl, 2-methylheptyl or mixtures thereof, - R 3 represents H or a suitable cation, selected from an alkali metal, an alkaline earth metal, ammonium, alkyl ammonium, alkanol ammonium or glucammonium, - k represents a number comprised between 1 and 2, and - n represents a number comprised between 0 and 4; wherein the phosphoric ester of formula is formed by a mixture of monoester and diester, and characterized in that the weight ratio between monoester and diester is comprised between 90:10 and 50:50. - R 1 represents H, CH 3 or C 2 H 5, - R 2 represents a group selected from n-hexyl, 2-ethylbutyl, 2-methylpentyl, 2-ethylhexyl, 2-methylheptyl or mixtures thereof, - R 3 represents H or a suitable cation, selected from an alkali metal, an alkaline earth metal, ammonium, alkyl ammonium, alkanol ammonium or glucammonium, - k represents a number comprised between 1 and 2, and - n represents a number comprised between 0 and 4;
Lifting assembly for waste water, in particular underfloor lifting assembly, comprising a container and a pressure tube mounted sidewardly in sealed fashion in a wall of the container, with a section of the pressure tube situated in the interior of the container, with which section a pressure tube structure of a pump installed in the container can be connected via a backflow-preventer, and with a section of the pressure tube situated outside of the container, with which section a discharge line is to be connected, characterized in that for installing and removing the backflow-preventer including a seat ring and a flap, a rotatably arranged eccentric lever is provided on the section of the pressure tube situated in the interior of the container, the eccentric lever being engageable at a projection of the backflow-preventer, and that at the section of the pressure tube situated in the interior of the container and opposite to the eccentric lever an insertion pocket is formed for at least one pin of the backflow-preventer.
Machine for shaving the volume of excess material filling a test piece mould, the machine comprising - said mould comprising an upper edge, - a squeegee the lower edge of which comes into contact with the upper edge of the mould for shaving purposes, - a table accommodating the test piece mould containing said material, and - a control module controlling the motorization of the relative translational movement of either the table with respect to the squeegee or the squeegee with respect to the table, in order to carry out a plurality of translational back-and-forth movements of the lower edge of the squeegee over the upper edge of the mould, the squeegee being mobile according to a movement: - rotating about an axis parallel to its longitudinal axis in order to orient its angular position relative to the rim of the mould and fix it, and - in translation along an axis parallel to its longitudinal axis in order to impart to it, once in contact with the upper rim of the mould, a shearing movement consisting of back-and-forth movements along its longitudinal axis, characterised in that the different movements are motorised by means of stepping motors. - said mould comprising an upper edge, - a squeegee the lower edge of which comes into contact with the upper edge of the mould for shaving purposes, - a table accommodating the test piece mould containing said material, and - a control module controlling the motorization of the relative translational movement of either the table with respect to the squeegee or the squeegee with respect to the table, in order to carry out a plurality of translational back-and-forth movements of the lower edge of the squeegee over the upper edge of the mould, - rotating about an axis parallel to its longitudinal axis in order to orient its angular position relative to the rim of the mould and fix it, and - in translation along an axis parallel to its longitudinal axis in order to impart to it, once in contact with the upper rim of the mould, a shearing movement consisting of back-and-forth movements along its longitudinal axis,
Hand-operated stamp comprising a housing in which a stamp unit coupled to an actuating part which can be displaced with respect to the housing is mounted, the actuating part having a locking element (10, 10') for limiting a displacement of the actuating part with respect to the housing, the locking element (10, 10') being designed as a tilting element on a tilt shaft, the actuating part having a recess for receiving the tilting element, and the tilt shaft being arranged in the recess, characterised in that the actuating part has a supporting strut in the recess, the supporting strut being arranged parallel to the tilt shaft.
System for estimating the spatial position of a tool within an object, particularly in the form of a human bone that is to be machined with said tool, comprising: - a sensor being designed to be coupled to said tool, which sensor is further designed to generate a sensor output signal upon machining of said object along an actual trajectory, which sensor output signal depends on a material property of said object along said actual trajectory, and - an analyzing means being designed to determine a spatial position of the tool within the object, wherein for determining said spatial position the analyzing means is designed to determine a correlation between said sensor output signal upon machining said object and a plurality of pre-determined candidate output signals, each candidate output signal being generated in beforehand using said material property along an associated model trajectory in a model of said object. - a sensor being designed to be coupled to said tool, which sensor is further designed to generate a sensor output signal upon machining of said object along an actual trajectory, which sensor output signal depends on a material property of said object along said actual trajectory, and - an analyzing means being designed to determine a spatial position of the tool within the object, wherein for determining said spatial position the analyzing means is designed to determine a correlation between said sensor output signal upon machining said object and a plurality of pre-determined candidate output signals, each candidate output signal being generated in beforehand using said material property along an associated model trajectory in a model of said object.
An intramedullary nail (14, 150, 180, 210, 240, 270, 300, 340, 360) configured for receipt in a long bone, comprising: an elongated body (38, 182, 212, 242, 272, 302, 342, 362) having a transverse bore (28, 166, 184, 214, 244, 274, 304, 344, 364) extending therethrough and configured to receive a transverse member extending from the transverse bore, wherein the elongated body includes an enlarged portion (88, 152, 192, 220, 250, 282, 312, 350, 374) positioned adjacent to the transverse bore, characterized in that the transverse bore includes a longitudinal axis and the enlarged portion includes a ridge (99, 192, 254, 314) extending substantially parallel to the longitudinal axis. an elongated body (38, 182, 212, 242, 272, 302, 342, 362) having a transverse bore (28, 166, 184, 214, 244, 274, 304, 344, 364) extending therethrough and configured to receive a transverse member extending from the transverse bore, wherein the elongated body includes an enlarged portion (88, 152, 192, 220, 250, 282, 312, 350, 374) positioned adjacent to the transverse bore, characterized in that the transverse bore includes a longitudinal axis and the enlarged portion includes a ridge (99, 192, 254, 314) extending substantially parallel to the longitudinal axis.
A method of operating a fluid-working machine comprising a plurality of working chambers of cyclically varying volume, each said working chamber operable to displace a volume of working fluid which is selectable for each cycle of working chamber volume, the method comprising selecting the volume of working fluid displaced by one or more said working chambers during each cycle of working chamber volume to carry out a working function responsive to a received demand signal, characterised by selecting the volume of working fluid displaced by a first working chamber during a cycle of working chamber volume taking into account a suitability of said first working chamber to displace fluid to carry out the working function.
A mainly cylindrical cyclone with a cyclone diameter (e) for household vacuum cleaners, having a mainly rectangular inlet with a width (b) to height (a) ratio (b/a) at a value between 0.4 and 0.65; the cyclone further comprising a main axis and a mainly prismatic flow path on a first plane orthogonal to the main axis, wherein the flow path comprises an inlet length (c) of at least 20 millimeters along a mainly linear flow axis, wherein the flow path connects the inlet to an initial deflection zone, where the cyclone comprises a ramp with an elevation angle (β1) between 25 degrees and 35 degrees from the first plane; characterized in that the elevation angle gradually decreases along the ramp towards a release zone at a second plane mainly parallel to the first plane, to a value (β2) between 0 degrees to 5 degrees.
A method of streaming media content, comprising: presenting, at a media device, a user interface having a first plurality of media content items available for streaming from a media content source over a network; determining, at the media device, based upon a user interacting with the user interface to focus on a particular media content item, a predicted media content selection as being most likely to be selected by the user from the first plurality of media content items; requesting, from the media content source, a subset of the predicted media content selection prior to selection of the predicted media content selection by the user via the user interface; receiving, at the media device, the subset of the predicted media content selection, and, if having received the subset of the predicted media content selection additional time is available whilst the user continues to focus on the predicted media content selection without having selected the predicted media content selection, further requesting from the media content source a subset of media content for at least one other media content item contained in the first plurality of media content items; displaying the subset of the predicted media content selection at the media device in response to user selection of the predicted media content selection via the user interface or displaying the subset of media content for the at least one other media content item in response to user selection of the at least one other media content item via the user interface. presenting, at a media device, a user interface having a first plurality of media content items available for streaming from a media content source over a network; determining, at the media device, based upon a user interacting with the user interface to focus on a particular media content item, a predicted media content selection as being most likely to be selected by the user from the first plurality of media content items; requesting, from the media content source, a subset of the predicted media content selection prior to selection of the predicted media content selection by the user via the user interface; receiving, at the media device, the subset of the predicted media content selection, and, if having received the subset of the predicted media content selection additional time is available whilst the user continues to focus on the predicted media content selection without having selected the predicted media content selection, further requesting from the media content source a subset of media content for at least one other media content item contained in the first plurality of media content items; displaying the subset of the predicted media content selection at the media device in response to user selection of the predicted media content selection via the user interface or displaying the subset of media content for the at least one other media content item in response to user selection of the at least one other media content item via the user interface.
Motor vehicle, comprising a supporting structure, which is at least partially designed as a profile, a panelling part and a fastening element for fastening the panelling part to the supporting structure of the motor vehicle, wherein the supporting structure is at least partially designed as a profile, wherein the fastening element comprises a plug-on portion, wherein the plug-on portion is designed to engage around the profile on two sides by means of a first plug-on tab and a second plug-on tab, wherein the plug-on tabs (5, 6) are designed in such a manner that they can fix the fastening element on the profile in the plugged-on position, wherein the fastening element, on a side facing away from the profile, has a connecting portion which comprises an adhesive surface, wherein the plug-on portion of the fastening element is plugged onto the profile and the panelling part is adhesively bonded onto the adhesive surface of the connecting portion of the fastening element, characterized in that the profile is round, and the plug-on tabs (5, 6) engage around more than half of the profile, wherein the plugged-on fastening element substantially has the shape of a circular segment ring, wherein the adhesive surface is a flat surface.
A method for automated context information based selective data provision for wireless data communication between an electronic device and an external entity, the electronic device comprising a radio frequency identification device, the method comprising: storing a plurality of data records into a data storage in the electronic device, each of the plurality of data records representing digital information about ticket data and/or payment data; obtaining contextual information regarding environment and/or operation of the electronic device, wherein the contextual information comprises at least one of current time or location/position of the electronic device; scanning informational data associated with said plurality of data records stored in the data storage to obtain filter information relating to said plurality of data records; selecting at least one data record out of said plurality of data records, wherein said selecting of said data record is performed in accordance with said filter information and the contextual information for identifying relevant data records from said plurality of data records for current context of the electronic device; at the radio frequency identification device, retrieving from said data storage and configuring said at least one selected data record; and providing said at least one configured data record for being retrievable wirelessly by the external entity through radio frequency identification based communication from said radio frequency identification device. storing a plurality of data records into a data storage in the electronic device, each of the plurality of data records representing digital information about ticket data and/or payment data; obtaining contextual information regarding environment and/or operation of the electronic device, wherein the contextual information comprises at least one of current time or location/position of the electronic device; scanning informational data associated with said plurality of data records stored in the data storage to obtain filter information relating to said plurality of data records; selecting at least one data record out of said plurality of data records, wherein said selecting of said data record is performed in accordance with said filter information and the contextual information for identifying relevant data records from said plurality of data records for current context of the electronic device; at the radio frequency identification device, retrieving from said data storage and configuring said at least one selected data record; and providing said at least one configured data record for being retrievable wirelessly by the external entity through radio frequency identification based communication from said radio frequency identification device.
A wind farm monitoring and control system, said system comprising - at least one wind farm, - at least one intelligent management server connectable to said at least one wind farm via a data communication network, - at least one wind farm configuration tool related to said intelligent management server for establishment of connection(s) to said at least one wind farm, the wind farm monitoring and control system being characterised in that it further comprises - a namespace of said at least one wind farm which defines elements of the at least one wind farm for which data may be exchanged between the at least one wind farm and the intelligent management server, wherein said namespace is obtained from the at least one wind farm by the at least one intelligent management server over said data communication network and wherein a client, connected to the at least one intelligent management server via the data communication network, monitor and control the at least one wind farm by use of the namespace. - at least one wind farm, - at least one intelligent management server connectable to said at least one wind farm via a data communication network, - at least one wind farm configuration tool related to said intelligent management server for establishment of connection(s) to said at least one wind farm, - a namespace of said at least one wind farm which defines elements of the at least one wind farm for which data may be exchanged between the at least one wind farm and the intelligent management server,
A handheld extraction cleaner, comprising: a unitary body including a carry handle; a fluid delivery system including a supply tank carried by the unitary body and at least one fluid distributor a recovery system including a working air path through the unitary body, a suction nozzle defining an inlet to the working air path, a suction source in fluid communication with the suction nozzle, and a recovery tank carried by the unitary body, the recovery tank comprising: a tank body defining a collection chamber for dirty liquid recovered by the recovery system, the tank body having a first portion and a second portion, wherein the first portion of the recovery tank is disposed at an angle relative to the second portion of the recovery tank; and an inlet opening in the first portion of the tank body, the collection chamber configured to receive dirty liquid through the inlet opening; wherein the second portion of the tank body has a bottom surface configured to rest on a horizontal surface to support the handheld extraction cleaner in a horizontal orientation on the horizontal surface; and wherein the inlet opening is disposed above the second portion of the tank body when the extraction cleaner is at rest in the horizontal orientation on the horizontal surface to direct dirty liquid away from the inlet opening. a unitary body including a carry handle; a fluid delivery system including a supply tank carried by the unitary body and at least one fluid distributor a recovery system including a working air path through the unitary body, a suction nozzle defining an inlet to the working air path, a suction source in fluid communication with the suction nozzle, and a recovery tank carried by the unitary body, the recovery tank comprising: a tank body defining a collection chamber for dirty liquid recovered by the recovery system, the tank body having a first portion and a second portion, wherein the first portion of the recovery tank is disposed at an angle relative to the second portion of the recovery tank; and an inlet opening in the first portion of the tank body, the collection chamber configured to receive dirty liquid through the inlet opening; a tank body defining a collection chamber for dirty liquid recovered by the recovery system, the tank body having a first portion and a second portion, wherein the first portion of the recovery tank is disposed at an angle relative to the second portion of the recovery tank; and an inlet opening in the first portion of the tank body, the collection chamber configured to receive dirty liquid through the inlet opening; wherein the second portion of the tank body has a bottom surface configured to rest on a horizontal surface to support the handheld extraction cleaner in a horizontal orientation on the horizontal surface; and wherein the inlet opening is disposed above the second portion of the tank body when the extraction cleaner is at rest in the horizontal orientation on the horizontal surface to direct dirty liquid away from the inlet opening.