mhurhangee/ep-ind-claims huggingface dataset:
Portion capsule for producing a beverage, with a basic element which has a cavity, in which a raw beverage material is provided, and said portion capsule has a peripheral region (2.4) which is provided on the basic element and the cavity is closed by a membrane which is fastened to the peripheral region (2.4) of the basic element, wherein said portion capsule has an identifier which makes it possible to individualize the respective portion capsule, consequently wherein the identifier is a barcode, wherein the basic element has, facing away from the bottom region, a flange for fastening the membrane to the basic element, wherein the basic element has a wall region and a bottom region, wherein the wall region extends between the flange and the bottom region, characterized in that a plurality of channels are introduced into the wall region, and in that the barcode is provided on that side of the peripheral region (2.4) of the basic element which faces away from the membrane.
A computer-implemented method for selecting a communication mode to facilitate user access to a prescription resource, the method comprising: obtaining, via one or more processors, an indication of a request to access the prescription resource, the request obtained via an electronic computing device associated with a user; identifying, via the one or more processors, one or more actions prerequisite to providing access to the requested prescription resource to the user; identifying, via the one or more processors, a plurality of modes of communication usable to perform the one or more actions; obtaining, via the one or more processors, configuration information associated with the electronic computing device, the configuration information indicating compatibility of the electronic computing device to utilize the plurality of modes of communication, wherein obtaining the configuration information includes obtaining hardware configuration information indicative of hardware included within, or otherwise operatively connected, to the electronic computing device; based upon the obtained configuration information, selecting, via the one or more processors, a particular communication mode from the plurality of communication modes, the selecting being based upon the compatibility of the electronic computing device to utilize the particular communication mode based upon the obtained hardware configuration information; and providing, via the one or more processors, one or more interactive user interfaces to the electronic computing device in accordance with the selected communication mode to facilitate access to the requested prescription resource. obtaining, via one or more processors, an indication of a request to access the prescription resource, the request obtained via an electronic computing device associated with a user; identifying, via the one or more processors, one or more actions prerequisite to providing access to the requested prescription resource to the user; identifying, via the one or more processors, a plurality of modes of communication usable to perform the one or more actions; obtaining, via the one or more processors, configuration information associated with the electronic computing device, the configuration information indicating compatibility of the electronic computing device to utilize the plurality of modes of communication, wherein obtaining the configuration information includes obtaining hardware configuration information indicative of hardware included within, or otherwise operatively connected, to the electronic computing device; based upon the obtained configuration information, selecting, via the one or more processors, a particular communication mode from the plurality of communication modes, the selecting being based upon the compatibility of the electronic computing device to utilize the particular communication mode based upon the obtained hardware configuration information; and providing, via the one or more processors, one or more interactive user interfaces to the electronic computing device in accordance with the selected communication mode to facilitate access to the requested prescription resource.
A method of preparing an enzyme-treated milk product comprising a step of bringing a milk into contact with β-galactosidase, and a step of condensation, or de-cheese processing of the milk, before enzyme treating.
Synthetic turf surface comprising a synthetic turf mat and an infill layer arranged above said synthetic turf mat, characterized in that said infill layer comprises a top layer comprising granules entirely made of natural leather.
A method at a first entity, comprising: determining, based on a policy decision provisioned by a second entity, an error in at least one of: a reference of a session rule and/or a Policy and Charging Control, PCC, rule to the policy decision, the error in the reference of the session rule and/or the PCC rule comprising at least one of: the session rule and/or the PCC rule referring to an empty policy decision, or inconsistency of the policy decision with the session rule and/or the PCC rule; or an attribute in the policy decision; and transmitting, to the second entity, a notification of the error. determining, based on a policy decision provisioned by a second entity, an error in at least one of: a reference of a session rule and/or a Policy and Charging Control, PCC, rule to the policy decision, the error in the reference of the session rule and/or the PCC rule comprising at least one of: the session rule and/or the PCC rule referring to an empty policy decision, or inconsistency of the policy decision with the session rule and/or the PCC rule; or an attribute in the policy decision; and transmitting, to the second entity, a notification of the error.
A method for retaining a removable card in a chassis comprising a retention-extraction device for the removable card, said retention-extraction device comprising: an extraction lever provided with a protrusion; an actuation rod including a cam slot; a bell crank including a cam follower configured to be received in the cam slot of the actuation rod; and a latch hook; the method comprising: inserting the removable card along a chassis guide (202, 204) within the chassis to cause a portion of card to contact the protrusion provided on the extraction lever; rotating, based on the force applied to the protrusion by the portion of the card during the insertion of card, the extraction lever of the retention-extraction device in a first direction; causing, based on the rotation of the extraction lever of the retention-extraction device in the first direction, the actuation rod including the cam slot of the retention-extraction device to move in a linear direction along a surface of the chassis; and imparting, based on the motion of the cam follower of the bell crank received in the cam slot of the actuation rod, rotational movement to the bell crank; imparting, based on the rotation of the bell crank, rotational movement to the latch hook of the retention-extraction device in a second direction, opposite of the first direction of the extraction lever, the latch hook of the retention-extraction device being rotated from an open position to a closed position, and the latch hook of the retention-extraction device retaining the removable card within the chassis when the latch hook of the retention-extraction device is in the closed position. an extraction lever provided with a protrusion; an actuation rod including a cam slot; a bell crank including a cam follower configured to be received in the cam slot of the actuation rod; and a latch hook; inserting the removable card along a chassis guide (202, 204) within the chassis to cause a portion of card to contact the protrusion provided on the extraction lever; rotating, based on the force applied to the protrusion by the portion of the card during the insertion of card, the extraction lever of the retention-extraction device in a first direction; causing, based on the rotation of the extraction lever of the retention-extraction device in the first direction, the actuation rod including the cam slot of the retention-extraction device to move in a linear direction along a surface of the chassis; and imparting, based on the motion of the cam follower of the bell crank received in the cam slot of the actuation rod, rotational movement to the bell crank; imparting, based on the rotation of the bell crank, rotational movement to the latch hook of the retention-extraction device in a second direction, opposite of the first direction of the extraction lever, the latch hook of the retention-extraction device being rotated from an open position to a closed position, and the latch hook of the retention-extraction device retaining the removable card within the chassis when the latch hook of the retention-extraction device is in the closed position.
Pump for conveying a lubricant, having the following features: - a pump chamber having an inlet opening and an outlet opening; - a movable component which is at least partially disposed in a movable manner in the pump chamber and is configured for conveying an amount of the lubricant which is located in the pump chamber from the inlet opening to the outlet opening; and - a ventilation installation having in the pump chamber a ventilation opening which is different from the inlet opening and from the outlet opening, wherein the ventilation installation is configured for at least at times reducing or substantially eliminating formation of negative pressure in the pump chamber. - a pump chamber having an inlet opening and an outlet opening; - a movable component which is at least partially disposed in a movable manner in the pump chamber and is configured for conveying an amount of the lubricant which is located in the pump chamber from the inlet opening to the outlet opening; and - a ventilation installation having in the pump chamber a ventilation opening which is different from the inlet opening and from the outlet opening,
A core for use in an investment casting process for casting a gas turbine engine component comprising an impingement structure, an impingement-cooled surface and an impingement cooling feature on the impingement-cooled surface, the core comprising: a body comprising an impingement plate side defining a surface of the impingement structure in the gas turbine engine component to be cast and an impingement surface side opposed the impingement plate side defining the impingement-cooled surface in the gas turbine engine component to be cast; a shape formed on the impingement surface side, wherein the shape is a negative of, a shape of the corresponding impingement cooling feature on the impingement-cooled surface of the gas turbine engine component to be cast, the impingement cooling feature shape defining an impingement target area; and an alignment guide extending through the body from the impingement target area to the impingement plate side to define an impingement jet flow path to be formed in the turbine engine component to be cast, and a portion of the alignment guide extending away from the body beyond the impingement plate side resulting in an outlet opening being formed in the impingement structure of the turbine engine component to be cast, wherein the alignment guide establishes alignment of the outlet opening in the impingement structure with an associated target impingement area of the cooling feature on the impingement-cooled surface of the gas turbine engine component to be cast. a body comprising an impingement plate side defining a surface of the impingement structure in the gas turbine engine component to be cast and an impingement surface side opposed the impingement plate side defining the impingement-cooled surface in the gas turbine engine component to be cast; a shape formed on the impingement surface side, wherein the shape is a negative of, a shape of the corresponding impingement cooling feature on the impingement-cooled surface of the gas turbine engine component to be cast, the impingement cooling feature shape defining an impingement target area; and an alignment guide extending through the body from the impingement target area to the impingement plate side to define an impingement jet flow path to be formed in the turbine engine component to be cast, and a portion of the alignment guide extending away from the body beyond the impingement plate side resulting in an outlet opening being formed in the impingement structure of the turbine engine component to be cast, wherein the alignment guide establishes alignment of the outlet opening in the impingement structure with an associated target impingement area of the cooling feature on the impingement-cooled surface of the gas turbine engine component to be cast.
A method of producing cerium oxide nanoparticles, comprising: providing an aqueous reaction mixture comprising a source of cerous ion, a source of hydroxide ion, at least one monoether carboxylic acid nanoparticle stabilizer, wherein the molar ratio of said monoether carboxylic acid nanoparticle stabilizers to total metal ions is greater than 0.2, and an oxidant at an initial temperature in the range of about 20 °C to about 100 °C; and providing temperature conditions effective to enable oxidation of the cerous ion to ceric ion, thereby forming a product dispersion comprising cerium oxide nanoparticles, CeO 2-δ, wherein δ has a value from about 0.0 to about 0.5. providing an aqueous reaction mixture comprising a source of cerous ion, a source of hydroxide ion, at least one monoether carboxylic acid nanoparticle stabilizer, wherein the molar ratio of said monoether carboxylic acid nanoparticle stabilizers to total metal ions is greater than 0.2, and an oxidant at an initial temperature in the range of about 20 °C to about 100 °C; and providing temperature conditions effective to enable oxidation of the cerous ion to ceric ion, thereby forming a product dispersion comprising cerium oxide nanoparticles, CeO 2-δ, wherein δ has a value from about 0.0 to about 0.5.
A method of determining if a sample includes a species, strain or type of bacteria, comprising: mixing a labeled bacteriophage including a label that is detectible via a detection system comprising a photoacoustic cell with the sample, the labeled bacteriophage being active to selectively bind with the species, strain or type of bacteria and using the photoacoustic cell to determine the presence of the labeled bacteriophage bound to the species, strain or type of bacteria.
A hardenable two part acrylic composition comprising a storage stable liquid first part and a storage stable liquid second part which react with each other upon mixing to form a cement which hardens, the composition further comprising an acrylic monomer component and an initiator component in an amount effective to polymerize the monomer component, characterized in that the liquid first part comprises emulsion polymerized acrylic polymer particles in a liquid carrier.
Impact drive for a tool to be moved linearly, having the following characteristics: a) in a stator housing is arranged a linearly movable rotor which has an inner end which is arranged in the stator housing and which has a free end for coupling to a tool; b) in the stator housing is arranged a gas-filled pressure space, wherein in the pressure space an overpressure (p) with respect to the surroundings prevails or can be generated c) in the stator housing is arranged a first linear bearing in which the inner end of the rotor is linearly guided; d) to the stator housing is attached a guide housing, in which a second linear bearing is arranged at an axial spacing to the first linear bearing in which the free end is linearly guided, d') wherein the rotor is coupled with a restoring device in order to transfer the rotor from an extended position into a start position, characterised in that e) the overpressure (p) prevailing or generatable in the pressure chamber is dimensioned such that the rotor accelerates across a travel distance to an impact speed of at least 6 m/s, f) wherein the rotor can be stopped in a retracted position by means of a retaining device. a) in a stator housing is arranged a linearly movable rotor which has an inner end which is arranged in the stator housing and which has a free end for coupling to a tool; b) in the stator housing is arranged a gas-filled pressure space, wherein in the pressure space an overpressure (p) with respect to the surroundings prevails or can be generated c) in the stator housing is arranged a first linear bearing in which the inner end of the rotor is linearly guided; d) to the stator housing is attached a guide housing, in which a second linear bearing is arranged at an axial spacing to the first linear bearing in which the free end is linearly guided, d') wherein the rotor is coupled with a restoring device in order to transfer the rotor from an extended position into a start position, characterised in that e) the overpressure (p) prevailing or generatable in the pressure chamber is dimensioned such that the rotor accelerates across a travel distance to an impact speed of at least 6 m/s, f) wherein the rotor can be stopped in a retracted position by means of a retaining device.
Method for processing a wafer-like substrate, the method comprising the following steps: i) providing the substrate in a loading device; ii) transporting the substrate from the loading device to an alignment device using a touchless gripper or a touching gripper; iii) aligning the substrate in the alignment device; iv) transporting the aligned substrate to a connecting device using a touching gripper, wherein the connecting device provides a substrate holder; v) fastening the aligned substrate in the substrate holder in the connecting device; vi) transporting the substrate holder comprising the aligned substrate further to a treatment device using a touching gripper; vii) treating the substrate, which is still fastened in the respective substrate holder, in the treatment device; viii) transporting the substrate holder comprising the treated substrate to the connecting device, wherein the treated substrate is unfastened from the respective substrate holder; ix) transporting the treated substrate further to a post-treatment device using a touching gripper; x) post-treating the substrate in the post-treatment device; the method being characterised by xi) transporting the post-treated substrate from the post-treatment device to a storing device using a touchless gripper or back to the loading device using a touchless gripper. i) providing the substrate in a loading device; ii) transporting the substrate from the loading device to an alignment device using a touchless gripper or a touching gripper; iii) aligning the substrate in the alignment device; iv) transporting the aligned substrate to a connecting device using a touching gripper, wherein the connecting device provides a substrate holder; v) fastening the aligned substrate in the substrate holder in the connecting device; vi) transporting the substrate holder comprising the aligned substrate further to a treatment device using a touching gripper; vii) treating the substrate, which is still fastened in the respective substrate holder, in the treatment device; viii) transporting the substrate holder comprising the treated substrate to the connecting device, wherein the treated substrate is unfastened from the respective substrate holder; ix) transporting the treated substrate further to a post-treatment device using a touching gripper; x) post-treating the substrate in the post-treatment device; the method being characterised by xi) transporting the post-treated substrate from the post-treatment device to a storing device using a touchless gripper or back to the loading device using a touchless gripper.
An anti-B cell maturation antigen (BCMA) antibody or an antigen binding fragment thereof, comprising: a heavy chain variable region comprising the amino acid sequence set forth in SEQ ID NO: 53 and a light chain variable region comprising the amino acid sequence set forth in SEQ ID NO: 54.
Method for operating an internal combustion engine with an electronic control unit which acquires information about the state of the internal combustion engine by means of sensors and performs open-loop and closed-loop control of the internal combustion engine, wherein software which is stored in the control unit calculates from the information the maximum quantity of fuel while maintaining the maximum permissible power in order to protect the internal combustion engine and to comply with the exhaust gas legislation, as a result of which the maximum power and the maximum torque of the internal combustion engine are determined, characterized in that at least one internal combustion engine component which corresponds to the control unit has an individual feature which can be read by the control unit, and/or in that the control unit has an individual feature which can be detected by the internal combustion engine component.
A method for re-synchronizing packet flows, for a packet-switched communications network comprising a multiplicity of nodes (Ni) of which at least one ingress node and one egress node are able to implement circuit emulation services, a packet flow benefiting from such a service being called "CES flows," characterized in that for a CES flow intended to take, from the ingress node, an associated path passing through a set of nodes, that set comprising a subset of nodes able to selectively resynchronize the CES flows, an effective re-synchronization of said flow through a node chosen from among said subset, called the "synchronization node," is conditioned by a value representative of total jitter experienced by said flow all the way to that node.
A roof rack load carrying bar, comprising, - an airflow regulating pattern extending in a length direction of said load carrying bar, said pattern comprising at least two raised rib portions (401, 402) relatively offset from each other in said length direction of said load carrying bar, wherein two adjacent raised rib portions (401, 402) are separated by a separation distance in said length direction of said load carrying bar, said load carrying bar further comprising a channel for receiving at least one mounting member for attaching a load carrying bar accessory to said load carrying bar, said channel extending at least partly in said length direction of said load carrying bar, wherein said pattern is at least partly located in front of said channel with respect to a travel direction of said load carrying bar during use, characterized in that, each one of said at least two raised rib portions (401, 402) is diagonally arranged with respect to said travel direction and further has a portion width measured in said length direction of said load carrying bar, wherein said separation distance is at least two times greater than the portion width of at least one of said adjacent raised rib portions (401, 402). - an airflow regulating pattern extending in a length direction of said load carrying bar, said pattern comprising at least two raised rib portions (401, 402) relatively offset from each other in said length direction of said load carrying bar, wherein two adjacent raised rib portions (401, 402) are separated by a separation distance in said length direction of said load carrying bar, said load carrying bar further comprising a channel for receiving at least one mounting member for attaching a load carrying bar accessory to said load carrying bar, said channel extending at least partly in said length direction of said load carrying bar, wherein said pattern is at least partly located in front of said channel with respect to a travel direction of said load carrying bar during use, characterized in that, each one of said at least two raised rib portions (401, 402) is diagonally arranged with respect to said travel direction and further has a portion width measured in said length direction of said load carrying bar, wherein said separation distance is at least two times greater than the portion width of at least one of said adjacent raised rib portions (401, 402).