mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a digging lip of an excavator and a wear assembly for attachment to the digging lip, wherein the lip includes a front digging edge, the wear assembly comprising: a boss fixed to a face of the lip and having a front main portion and a rear abutment portion; a wear member having a front working end and a rear mounting end, the mounting end extending rearward over the face of the lip and having an opening and a rear end wall facing generally away from the digging edge to abut against the abutment portion of the boss, the mounting end and the main portion of the boss having a cooperating tongue and groove construction rearward of the opening to support the wear member against applied loads during use of the excavator; a lock received in the opening to hold the wear member to the lip; wherein the lip includes an inner face and an outer face, one said boss is fixed to each of the faces (18, 20), characterized in that the mounting end includes a pair of bifurcated legs, and each said leg cooperates with one said boss via one said tongue and groove construction; and wherein each said leg includes a said opening, the lip includes a through-hole that is at least partially aligned with the openings, and the lock is received into the openings and the through-hole. a boss fixed to a face of the lip and having a front main portion and a rear abutment portion; a wear member having a front working end and a rear mounting end, the mounting end extending rearward over the face of the lip and having an opening and a rear end wall facing generally away from the digging edge to abut against the abutment portion of the boss, the mounting end and the main portion of the boss having a cooperating tongue and groove construction rearward of the opening to support the wear member against applied loads during use of the excavator; a lock received in the opening to hold the wear member to the lip; wherein the lip includes an inner face and an outer face, one said boss is fixed to each of the faces (18, 20), characterized in that the mounting end includes a pair of bifurcated legs, and each said leg cooperates with one said boss via one said tongue and groove construction; and wherein each said leg includes a said opening, the lip includes a through-hole that is at least partially aligned with the openings, and the lock is received into the openings and the through-hole.
A bottomhole assembly comprising: an upper bearing housing, the upper bearing housing including an upper bearing housing outer surface, the upper bearing housing outer surface being generally cylindrical along a bearing housing longitudinal axis (A H), the upper bearing housing including an upper bearing housing bore formed therein defining an upper bearing housing inner surface, the upper bearing housing bore being generally cylindrical and formed along a bore longitudinal axis (A B), the bore longitudinal axis (A B) being formed at an angle to the bearing housing longitudinal axis (A H); a lower bearing housing, the lower bearing housing mechanically coupled to the upper bearing housing, the lower bearing housing including a lower bearing housing bore formed along the bore longitudinal axis (A B) defining a lower bearing housing inner surface; a driveshaft, the driveshaft positioned within and concentric with the upper bearing housing bore and the lower bearing housing bore, such that it extends along the bore longitudinal axis (A B); a transmission housing, the transmission housing mechanically coupled to the upper bearing housing at an angle; and a transmission shaft positioned within the transmission housing, the transmission shaft mechanically coupled to the driveshaft. an upper bearing housing, the upper bearing housing including an upper bearing housing outer surface, the upper bearing housing outer surface being generally cylindrical along a bearing housing longitudinal axis (A H), the upper bearing housing including an upper bearing housing bore formed therein defining an upper bearing housing inner surface, the upper bearing housing bore being generally cylindrical and formed along a bore longitudinal axis (A B), the bore longitudinal axis (A B) being formed at an angle to the bearing housing longitudinal axis (A H); a lower bearing housing, the lower bearing housing mechanically coupled to the upper bearing housing, the lower bearing housing including a lower bearing housing bore formed along the bore longitudinal axis (A B) defining a lower bearing housing inner surface; a driveshaft, the driveshaft positioned within and concentric with the upper bearing housing bore and the lower bearing housing bore, such that it extends along the bore longitudinal axis (A B); a transmission housing, the transmission housing mechanically coupled to the upper bearing housing at an angle; and a transmission shaft positioned within the transmission housing, the transmission shaft mechanically coupled to the driveshaft.
Coated body comprising a body with a body surface and a coating system deposited on at least a portion of the body surface, said coating system comprising at least one hard friction reducing coating deposited as an outermost layer which exhibits droplets at its surface, characterized in that said outermost layer comprises molybdenum copper nitride and/or molybdenum nitride and copper nitride, and at least some of the droplets consist mainly of copper, preferably most of the largest droplets consist mainly of copper.
A breastpump comprising: a breast shield having a first end for placement on a breast; a conduit structure communicating with the breast shield configured to convey expressed milk to an outlet; a milk collection bag and an attachment device for attaching the milk collection bag beneath the outlet, characterized in that the attachment device has a first and a second mounting element (122, 124; 222, 224), wherein the first and the second mounting element (122, 124; 222, 224) are located on opposite sides of the attachment device, in that they are protuberances extending outwardly, and in that the milk collection bag has a first and a second aperture, wherein the first and second mounting element (122, 124; 222, 224) are adapted to be received in the first and the second aperture (118, 119) of the milk collection bag respectively and wherein the first and second mounting element (122, 124; 222, 224) extend through the first and second aperture (118, 119) to mount the milk collection bag in place beneath the outlet to receive expressed milk. a breast shield having a first end for placement on a breast; a conduit structure communicating with the breast shield configured to convey expressed milk to an outlet; a milk collection bag and an attachment device for attaching the milk collection bag beneath the outlet, characterized in that the attachment device has a first and a second mounting element (122, 124; 222, 224), wherein the first and the second mounting element (122, 124; 222, 224) are located on opposite sides of the attachment device, in that they are protuberances extending outwardly, and in that the milk collection bag has a first and a second aperture, wherein the first and second mounting element (122, 124; 222, 224) are adapted to be received in the first and the second aperture (118, 119) of the milk collection bag respectively and wherein the first and second mounting element (122, 124; 222, 224) extend through the first and second aperture (118, 119) to mount the milk collection bag in place beneath the outlet to receive expressed milk.
Use of a combined descaler and rinsing agent which is characterised in that this comprises the following components: - at least two fruit acids as well as - a sequestering system which prevents the depositing of limescale on the device surface, for descaling and cleaning devices and installations with metallic, ceramic, glass or synthetic surfaces for generating steam for cooking or heat treating foods, which on at least part of their surface exhibits a temperature in a range between 90°C and 350°C. - at least two fruit acids as well as - a sequestering system which prevents the depositing of limescale on the device surface,
Hydropneumatic adjusting element which has a cylinder which is filled with compressed gas and a liquid, in particular oil, with a plunger rod, a plunger rod seal, a plunger and a plunger bypass, characterized in that the adjusting element has a predefined horizontal installation position, the plunger bypass being configured and arranged in such a way that the transfer of liquid is prevented and, in the case of an extending plunger rod, the plunger generates a liquid accumulation at the plunger rod seal in order to wet it.
Portion container for storing a starting material, in particular for preparing a beverage from a beverage starting material by flowing water through the portion container, with a container body, which defines a volume for storing the starting material and is produced from a container composition, characterised in that the container composition has a wood material compounded with a bioplastic.
A gas separation membrane comprising a porous support member and a gas separating resin layer formed on the porous support member, wherein the porous support member is formed from microfibrils having a mesh structure, wherein the thickness of the microfibrils is such that 80% or more of the total microfibrils have a thickness of from 20nm to 200nm; the porous support member has a mode diameter as measured by a mercury porosimeter of from 0.005 μm to 0.2 μm; and the porous support member has a pore size distribution index as measured by a mercury porosimeter of from 1 to 4; and wherein the porous support member comprises a high density polyethylene having a weight average molecular weight of from 100,000 to 500,000 as a main component, or that the porous support member has a polyethylene as a main component and also comprises polypropylene, wherein the mode diameter, pore size distribution index and microfibril structure measurements are carried out in accordance with the conditions described in paragraph of the description.
An apparatus for dispensing lubricant along a rail comprising: a housing; a reservoir for storing the lubricant; a microprocessor;and a power source, wherein the apparatus further comprises: a system for sensing the weight of the lubricant within said reservoir a pump for advancing the lubricant from said reservoir, and a controller in communication with said microprocessor to activate said pump, said microprocessor receiving a first signal to determine a weight of said reservoir and lubricant stored therein, characterized in that said system for sensing the weight of the lubricant within said reservoir comprises: (a) at least two members for supporting said reservoir within said housing in a free-floating manner, and (b) at least one load sensor proximate a support member of said two support members for generating said first signal, said first signal being indicative of the weight of said reservoir and the lubricant within said reservoir. a housing; a reservoir for storing the lubricant; a microprocessor;and a power source, wherein the apparatus further comprises: a system for sensing the weight of the lubricant within said reservoir a pump for advancing the lubricant from said reservoir, and a controller in communication with said microprocessor to activate said pump, said microprocessor receiving a first signal to determine a weight of said reservoir and lubricant stored therein, characterized in that said system for sensing the weight of the lubricant within said reservoir comprises: (a) at least two members for supporting said reservoir within said housing in a free-floating manner, and (b) at least one load sensor proximate a support member of said two support members for generating said first signal, said first signal being indicative of the weight of said reservoir and the lubricant within said reservoir. a system for sensing the weight of the lubricant within said reservoir a pump for advancing the lubricant from said reservoir, and a controller in communication with said microprocessor to activate said pump, said microprocessor receiving a first signal to determine a weight of said reservoir and lubricant stored therein, characterized in that said system for sensing the weight of the lubricant within said reservoir comprises: (a) at least two members for supporting said reservoir within said housing in a free-floating manner, and (b) at least one load sensor proximate a support member of said two support members for generating said first signal, said first signal being indicative of the weight of said reservoir and the lubricant within said reservoir.
An information processing apparatus, comprising: a favorite list acquisition unit (74, 86) configured to acquire a favorite list serving as a list of contents on which a favorite operation expressing a positive impression of a user has been performed; characterized by further comprising a unique information acquisition unit configured to acquire, when one of the contents is selected from the favorite list, unique information which is unique to the selected content serving as the content selected from the favorite list, wherein the favorite list acquisition unit is configured to acquire the favorite list from a server that manages favorite information serving as information of the contents on which the favorite operation has been performed, and the favorite list is one of a personal favorite list serving as the list of the contents on which the user of the information processing apparatus has performed the favorite operation and a list of the contents acquired from a news feed provided to the user of the information processing apparatus on a prescribed Social Networking Service, SNS, when comments related to the contents on which the user of the information processing apparatus and users making a friendship with the user on the prescribed SNS have performed the favorite operation are posted to the prescribed SNS. a favorite list acquisition unit (74, 86) configured to acquire a favorite list serving as a list of contents on which a favorite operation expressing a positive impression of a user has been performed; characterized by further comprising a unique information acquisition unit configured to acquire, when one of the contents is selected from the favorite list, unique information which is unique to the selected content serving as the content selected from the favorite list, wherein the favorite list acquisition unit is configured to acquire the favorite list from a server that manages favorite information serving as information of the contents on which the favorite operation has been performed, and the favorite list is one of a personal favorite list serving as the list of the contents on which the user of the information processing apparatus has performed the favorite operation and a list of the contents acquired from a news feed provided to the user of the information processing apparatus on a prescribed Social Networking Service, SNS, when comments related to the contents on which the user of the information processing apparatus and users making a friendship with the user on the prescribed SNS have performed the favorite operation are posted to the prescribed SNS. a personal favorite list serving as the list of the contents on which the user of the information processing apparatus has performed the favorite operation and a list of the contents acquired from a news feed provided to the user of the information processing apparatus on a prescribed Social Networking Service, SNS, when comments related to the contents on which the user of the information processing apparatus and users making a friendship with the user on the prescribed SNS have performed the favorite operation are posted to the prescribed SNS.
An apparatus capable of controlling pressure and production fluids in a circular pipe in a downhole region of a well bore, the apparatus comprising: the circular pipe comprising at least one pipe orifice on a lower side of the circular pipe, the pipe orifice operable to allow the flow of production fluids through the orifice into the circular pipe; an inclined wall within the circular pipe, the inclined wall having a plurality of flow control members positioned at different horizontal levels relative to the inclined wall; the flow control members each having a housing with an inner chamber and a buoyant element within the inner chamber of the housing, such that the buoyant element moves vertically within the inner chamber relative to the density of the production fluids; each housing having a lower housing orifice and an upper housing orifice; the apparatus further comprising a space located between the pipe orifice and the inclined wall. the circular pipe comprising at least one pipe orifice on a lower side of the circular pipe, the pipe orifice operable to allow the flow of production fluids through the orifice into the circular pipe; an inclined wall within the circular pipe, the inclined wall having a plurality of flow control members positioned at different horizontal levels relative to the inclined wall; the flow control members each having a housing with an inner chamber and a buoyant element within the inner chamber of the housing, such that the buoyant element moves vertically within the inner chamber relative to the density of the production fluids; each housing having a lower housing orifice and an upper housing orifice; the apparatus further comprising a space located between the pipe orifice and the inclined wall.
A reverse battery protection circuit comprising: a first P-channel MOSFET having a gate, a drain, and a source; a second P-channel MOSFET having a gate coupled to the drain of the first P-channel MOSFET, a drain coupled to the gate of the first P-channel MOSFET, and a source coupled to the source of the first P-channel MOSFET; a first N-channel MOSFET having a gate coupled to the gate of the second P-channel MOSFET, a drain coupled to the drain of the second P-channel MOSFET and to the gate of the first P-channel MOSFET, and a source; a first load terminal coupled to the source of the first P-channel MOSFET and to the source of the second P-channel MOSFET; a first positive battery terminal connector coupled to the drain of the first P-channel MOSFET and to the gate of the second P-channel MOSFET and to the gate of the first N-channel MOSFET, the first positive battery terminal connector configured to electrically connect to a first battery terminal; a first negative battery terminal connector configured to electrically connect to a second battery terminal; a first resistive element coupled in series between the gate of the first N-channel MOSFET and the first negative battery terminal connector; and a second load terminal; wherein: the first negative battery terminal, the second load terminal, and the source of the first N-channel MOSFET are coupled to each other. a first P-channel MOSFET having a gate, a drain, and a source; a second P-channel MOSFET having a gate coupled to the drain of the first P-channel MOSFET, a drain coupled to the gate of the first P-channel MOSFET, and a source coupled to the source of the first P-channel MOSFET; a first N-channel MOSFET having a gate coupled to the gate of the second P-channel MOSFET, a drain coupled to the drain of the second P-channel MOSFET and to the gate of the first P-channel MOSFET, and a source; a first load terminal coupled to the source of the first P-channel MOSFET and to the source of the second P-channel MOSFET; a first positive battery terminal connector coupled to the drain of the first P-channel MOSFET and to the gate of the second P-channel MOSFET and to the gate of the first N-channel MOSFET, the first positive battery terminal connector configured to electrically connect to a first battery terminal; a first negative battery terminal connector configured to electrically connect to a second battery terminal; a first resistive element coupled in series between the gate of the first N-channel MOSFET and the first negative battery terminal connector; and a second load terminal; wherein: the first negative battery terminal, the second load terminal, and the source of the first N-channel MOSFET are coupled to each other. the first negative battery terminal, the second load terminal, and the source of the first N-channel MOSFET are coupled to each other.
A method, comprising: determining, at a router, a first application associated with a first plurality of packets received at the router, the first application executing at a first remote computer device; determining a first type of information communicated via the first plurality of packets associated with the first application; assigning a first traffic class for the first plurality of packets based on the first type of information and the first application; and managing routing of the first plurality of packets at the router based on the first traffic class, characterized in that managing routing of the first plurality of packets comprises managing an acknowledgement policy of the first plurality of packets based on the first traffic class. determining, at a router, a first application associated with a first plurality of packets received at the router, the first application executing at a first remote computer device; determining a first type of information communicated via the first plurality of packets associated with the first application; assigning a first traffic class for the first plurality of packets based on the first type of information and the first application; and managing routing of the first plurality of packets at the router based on the first traffic class, characterized in that managing routing of the first plurality of packets comprises managing an acknowledgement policy of the first plurality of packets based on the first traffic class.