mhurhangee/ep-ind-claims huggingface dataset:
Seal counter member assembly, which can be brought into operative connection with a sealing roller for producing a sealed joint between a bottom film, having cup-shaped blister cavities, and a top film, characterised by a receiving apparatus with a hollow shaft, which can be rotatingly driven and has a flow channel, a drive unit for driving the hollow shaft, a format part which is configured as a hollow cylinder, at least in sections, in such a manner that it is fitted on a free end of the hollow cylinder, wherein the format part is non-rotatably and releasably connected to the hollow shaft and on the outside has recesses on the lateral surface which are configured and adapted to receive the blister cavities of the bottom film, and wherein the receiving apparatus is associated with a device for circulating a cooling medium in the flow channel for cooling at least parts of the format part, wherein the device for circulating the cooling medium is connected to the flow channel, preferably via a rotary leadthrough on another free end of the hollow shaft opposing the format part, wherein the format part has a hollow cylindrical sleeve shape, in such a manner that the radial inner surface of the format part is cylindrical throughout, and in that a radial gap is formed between the outer lateral surface of the hollow shaft and the cylindrical inner surface of the format part, in which gap a connecting means acting substantially radially is arranged.
A medical system for assisting in planning and/or performing the reconstruction of usually symmetrical body parts of a patient, comprising: - at least one measuring unit for measuring a first area and a second area in order to establish a topography of the first area and the second area; - a storage unit for storing the established topographies of the first area and the second area; - an evaluation unit for establishing a mirror image of the stored topography of the first area and for calculating deviations between the stored topography of the second area and the mirror image of the stored topography of the first area characterized in that - a control unit for outputting guidance information for at least one medical instrument on the basis of the calculated deviations in the topography of the second area from the mirror image of the stored topography of the first area in order to reconstruct the topography of the second area in accordance with the mirror image of the topography of the first area, wherein - the measuring unit is embodied to establish the topography of the second area, at least at representative measurement points, during the production or reconstruction of the second area, and - that the control unit adapts the guidance information for at least one medical instrument on the basis of the topography data of the second area established during the reconstruction of the second area. - at least one measuring unit for measuring a first area and a second area in order to establish a topography of the first area and the second area; - a storage unit for storing the established topographies of the first area and the second area; - an evaluation unit for establishing a mirror image of the stored topography of the first area and for calculating deviations between the stored topography of the second area and the mirror image of the stored topography of the first area - a control unit for outputting guidance information for at least one medical instrument on the basis of the calculated deviations in the topography of the second area from the mirror image of the stored topography of the first area in order to reconstruct the topography of the second area in accordance with the mirror image of the topography of the first area, wherein - the measuring unit is embodied to establish the topography of the second area, at least at representative measurement points, during the production or reconstruction of the second area, and - that the control unit adapts the guidance information for at least one medical instrument on the basis of the topography data of the second area established during the reconstruction of the second area.
A sustained release pharmaceutical dosage form comprising a therapeutically effective amount of ranolazine or pharmaceutically acceptable salt(s), polymorph(s), solvate(s), hydrate(s), enantiomer(s) thereof; a combination of at least two pH-dependent binders wherein one binder is sodium alginate and optionally one or more pharmaceutically acceptable excipients (s).
A secondary battery, comprising: an electrode assembly having a first electrode plate, a second electrode plate, and a separator between the first electrode plate and the second electrode plate; a case accommodating the electrode assembly therein, the case having an opening at an end thereof; and a cap plate closing the opening of the case, with a vent portion and a short-circuit portion formed in set portions of the cap plate, characterised in that the vent portion and the short-circuit portion are integrated with the cap plate and in that the vent portion and the short-circuit portion are lower in hardness than another portion of the cap plate. an electrode assembly having a first electrode plate, a second electrode plate, and a separator between the first electrode plate and the second electrode plate; a case accommodating the electrode assembly therein, the case having an opening at an end thereof; and a cap plate closing the opening of the case, with a vent portion and a short-circuit portion formed in set portions of the cap plate, characterised in that the vent portion and the short-circuit portion are integrated with the cap plate and in that the vent portion and the short-circuit portion are lower in hardness than another portion of the cap plate.
A method for producing oxalic acid in an electrochemical cell, the electrochemical cell including: a first region having a cathode; and a second region having an anode; and an anion exchange membrane, AEM, or separator between the first region and the second region, the method comprising the steps of: contacting the first region with a catholyte comprising carbon dioxide, and electrolyte and an aprotic solvent; contacting the second region with an anolyte, the anolyte comprising hydrogen, the electrolyte and the aprotic solvent, wherein a hydrogen gas stream is fed to the anode; and applying an electrical potential between the anode and the cathode sufficient to produce oxalic acid recoverable from the second region, wherein the carbon dioxide is reduced to an oxalate in the first region, the hydrogen is oxidized to hydrogen ions in the second region, the oxalate produced in the first region is transferred to the second region and acidified in the second region to thereby produce the oxalic acid. a first region having a cathode; and a second region having an anode; and an anion exchange membrane, AEM, or separator between the first region and the second region, the method comprising the steps of: contacting the first region with a catholyte comprising carbon dioxide, and electrolyte and an aprotic solvent; contacting the second region with an anolyte, the anolyte comprising hydrogen, the electrolyte and the aprotic solvent, wherein a hydrogen gas stream is fed to the anode; and applying an electrical potential between the anode and the cathode sufficient to produce oxalic acid recoverable from the second region, wherein the carbon dioxide is reduced to an oxalate in the first region, the hydrogen is oxidized to hydrogen ions in the second region, the oxalate produced in the first region is transferred to the second region and acidified in the second region to thereby produce the oxalic acid. contacting the first region with a catholyte comprising carbon dioxide, and electrolyte and an aprotic solvent; contacting the second region with an anolyte, the anolyte comprising hydrogen, the electrolyte and the aprotic solvent, wherein a hydrogen gas stream is fed to the anode; and applying an electrical potential between the anode and the cathode sufficient to produce oxalic acid recoverable from the second region, wherein the carbon dioxide is reduced to an oxalate in the first region, the hydrogen is oxidized to hydrogen ions in the second region, the oxalate produced in the first region is transferred to the second region and acidified in the second region to thereby produce the oxalic acid.
A process for making a combustible fuel product from a non-auto-combustible organic material for a combustion system having a low nitros oxide production and a low emissions opacity comprising the following steps in any order: providing a non-auto-combustible organic material, wherein the organic material is a high protein organic material having a protein content of about 10%, on a dry weight basis or greater; optionally mechanically removing liquid and soluble components from the high protein organic material; optionally applying heat to dry the organic material to reduce its moisture content to ten percent (10%) or less by weight; pulverizing the high protein organic material to reduce the high protein organic material to a particle size of less than 2 mm; separating particles of the high protein organic material during a combustion phase to inhibit their cohesion into an integrated mass by spraying the particles into a combustion chamber; simultaneously injecting steam into the combustion chamber to enhance combustion characteristics of the high protein organic material in a regulatory compliant manner; and, allowing protein thermal decomposition by-products to react with nitros oxides within the combustion chamber to form water (H 2 O) and nitrogen (N 2), wherein the nitros oxide production ranges from about 100 parts per million (ppm) to about 150 parts per million (ppm) and wherein the opacity of the emissions is about 20% or less on average for every 6-minute interval. providing a non-auto-combustible organic material, wherein the organic material is a high protein organic material having a protein content of about 10%, on a dry weight basis or greater; optionally mechanically removing liquid and soluble components from the high protein organic material; optionally applying heat to dry the organic material to reduce its moisture content to ten percent (10%) or less by weight; pulverizing the high protein organic material to reduce the high protein organic material to a particle size of less than 2 mm; separating particles of the high protein organic material during a combustion phase to inhibit their cohesion into an integrated mass by spraying the particles into a combustion chamber; simultaneously injecting steam into the combustion chamber to enhance combustion characteristics of the high protein organic material in a regulatory compliant manner; and, allowing protein thermal decomposition by-products to react with nitros oxides within the combustion chamber to form water (H 2 O) and nitrogen (N 2), wherein the nitros oxide production ranges from about 100 parts per million (ppm) to about 150 parts per million (ppm) and wherein the opacity of the emissions is about 20% or less on average for every 6-minute interval.
Device for damping surge in the supply of liquid to a vehicle component comprising a first housing which has a supply inlet to receive said liquid and a supply outlet for supplying the liquid received to a supply pipe of the member in such a way as to damp the surge in the pipe, and a second housing distinct from said first housing and which comprises a recover inlet to receive a portion of liquid not used by the member and a recover outlet to allow the received portion of liquid to be reused, characterized in that the first housing comprises a first wall and a second wall and a third wall backing onto the second housing, and in that the second housing comprises a wall backing onto the third wall of the first housing.
A method for antenna calibration in communicationsdriving calibration signals for antenna array beam calibration to an antenna array feeder line in a transceiver front end unit by using one or more directional couplers and/or radio frequency probes, characterized in that calibration signal paths are integrated inside the transceiver radio module unit; carrying out measurements on the calibration signals between different antenna combinations inside the antenna array; based on collected measurement data, calculating phase, delay and amplitude information for each measurement branch of the antenna array; performing active antenna array beam calibration based on the calculated phase, delay and amplitude information.
A collapsible stand for supporting an object, comprising: a head unit comprising a fixture for attaching to the object, and plural leg sockets; and plural legs proximal ends of which are reversibly received in the respective leg sockets to deploy the stand, wherein each leg comprises a bistable reelable composite member having a first stable form in the form of an elongate slit tube in which form the member is resiliently biased and acts as a leg, and wherein when removed from the socket, the tube can be opened out at the slit at an end and progressively coiled to reversibly attain a second stable form in the form of a coil, wherein to collapse the stand, the legs are removed from the leg sockets and co-coiled or coiled one on top of the other, the combined coil defining an internal space for accommodating at least part of the head unit, characterized in that, the legs have a coiling diameter at least twice that of their diameter in the elongate slit tube form, wherein the leg sockets are circumferentially spaced around the head unit and are pivotable inwards from a position in which the stand is deployed to a vertical or near vertical position in which the head unit has a reduced outer diameter to allow the head unit to fit inside the internal space in the coil when the stand is collapsed and in a stowed configuration. a head unit comprising a fixture for attaching to the object, and plural leg sockets; and plural legs proximal ends of which are reversibly received in the respective leg sockets to deploy the stand, wherein each leg comprises a bistable reelable composite member having a first stable form in the form of an elongate slit tube in which form the member is resiliently biased and acts as a leg, and wherein when removed from the socket, the tube can be opened out at the slit at an end and progressively coiled to reversibly attain a second stable form in the form of a coil, wherein to collapse the stand, the legs are removed from the leg sockets and co-coiled or coiled one on top of the other, the combined coil defining an internal space for accommodating at least part of the head unit, characterized in that, the legs have a coiling diameter at least twice that of their diameter in the elongate slit tube form, wherein the leg sockets are circumferentially spaced around the head unit and are pivotable inwards from a position in which the stand is deployed to a vertical or near vertical position in which the head unit has a reduced outer diameter to allow the head unit to fit inside the internal space in the coil when the stand is collapsed and in a stowed configuration.
A method comprising: receiving one or more contexts at a client device from a service provider, each of the one or more contexts having management objects and one or more triggers configured to cause the one or more contexts to transition to a corresponding one of a plurality of context states, the management objects specifying rules applicable to the transition to the corresponding one of the plurality of context states, the transition to the corresponding one of the plurality of context states causing performance of one or more actions associated with the corresponding one of the plurality of context states; and implementing the one or more contexts locally by the client device effective to identify and perform the one or more actions by the client device based on identification of the one or more triggers without use of network communication by the client device, characterized in that the method further comprises providing identifying data, by the client device, to the service provider via a network, the identifying data being usable by the service provider to identify the client device or functionality associated with the client device, or both; the reception of the one or more contexts at the client device is performed via the network, the one or more contexts corresponding to the identifying data; and after one of the one or more contexts has been implemented, implementing another one of the one or more contexts is not performed for a pre-defined period of time required for the context state corresponding to the one of the one or more contexts to be in a steady state. receiving one or more contexts at a client device from a service provider, each of the one or more contexts having management objects and one or more triggers configured to cause the one or more contexts to transition to a corresponding one of a plurality of context states, the management objects specifying rules applicable to the transition to the corresponding one of the plurality of context states, the transition to the corresponding one of the plurality of context states causing performance of one or more actions associated with the corresponding one of the plurality of context states; and implementing the one or more contexts locally by the client device effective to identify and perform the one or more actions by the client device based on identification of the one or more triggers without use of network communication by the client device, characterized in that the method further comprises providing identifying data, by the client device, to the service provider via a network, the identifying data being usable by the service provider to identify the client device or functionality associated with the client device, or both; the reception of the one or more contexts at the client device is performed via the network, the one or more contexts corresponding to the identifying data; and after one of the one or more contexts has been implemented, implementing another one of the one or more contexts is not performed for a pre-defined period of time required for the context state corresponding to the one of the one or more contexts to be in a steady state.
Use of a capture material comprising a majority phase, wherein the majority phase of the capture material primarily comprises at least one of aluminas, stabilized aluminas, silicas, silica-aluminas, amorphous silicas, titanias, silica-stabilized titanias, zeolites or molecular sieves or combinations thereof, in a selective catalytic reduction catalyst system for capturing a minority phase comprising volatile oxides or hydroxides originating from a catalyst material, wherein the selective catalytic reduction catalyst system comprises: the catalyst material comprising: a majority phase comprising a titania-based support material, and the minority phase comprising a catalyst component comprising at least one oxide of vanadium; and the capture material; wherein the capture material is positioned in a mixture with the catalyst material, or is located downstream of the catalyst material. the catalyst material comprising: a majority phase comprising a titania-based support material, and the minority phase comprising a catalyst component comprising at least one oxide of vanadium; and a majority phase comprising a titania-based support material, and the minority phase comprising a catalyst component comprising at least one oxide of vanadium; and the capture material; wherein the capture material is positioned in a mixture with the catalyst material, or is located downstream of the catalyst material.
A method implemented by one or more modules (104, 108, 112) at least partially in hardware, the method comprising: receiving a selection to simulate a type of writing surface via a first portion of a user interface and a type of writing implement via a second portion of a user interface, the selection made through interaction with the user interface; and simulating the selected type of writing surface and type of writing implement using vibrations of a stylus and surface of a computing device that is configured to receive one or more inputs from the stylus. receiving a selection to simulate a type of writing surface via a first portion of a user interface and a type of writing implement via a second portion of a user interface, the selection made through interaction with the user interface; and simulating the selected type of writing surface and type of writing implement using vibrations of a stylus and surface of a computing device that is configured to receive one or more inputs from the stylus.
Contact-making system comprising a screw-connection sleeve that is developed as a double nipple, wherein the screw-connection sleeve has a connecting section on a first side, an actuation element and a clamping element, wherein the clamping element comprises at least one inner lateral surface and at least a first abutting face, wherein the connecting section has a connecting thread and an actuation thread, wherein the screw-connection sleeve comprises the connecting thread on the first side of the screw-connection sleeve for the connection to a terminal geometry, wherein the connecting thread is arranged on the radially outer side of the screw-connection sleeve and the actuation thread is arranged on the radially inner side of the screw-connection sleeve for the purpose of receiving the actuation element, and wherein the actuation element comprises a counter-pressure abutting face, wherein an inner radius of the clamping element can be reduced at least in sections by means of a radial force, wherein the actuation element can be screwed to the actuation thread on the first side of the screw-connection sleeve, and wherein the radial force can be applied to at least the first abutting face of the clamping element by means of screwing together of the actuation element with the screw-connection sleeve, in that at least the counter-pressure abuting face of the actuation element can be brought into contact with the first abutting face of the clamping element.
A method for managing packets in an input/output virtualization system, the system comprising a computing device having one ore more transceivers and a processor circuit, the processor unit being coupled to the one or more transceivers, the one ore more transceivers comprising an input/output virtualization capable adapter, the input/output virtualization capable adapter comprising an input/output virtualization capable adapter architecture, the method comprising: receiving, at the one or more transceivers, a packet addressed to an input/output virtualization capable adapter destination, forwarding, by the one ore more transceivers, the packet to a virtual router component comprised by the processor circuit; applying, by the virtual router component, one or more packet management policies to the packet; characterized by routing the packet via the virtual router component to the input/output virtualization capable adapter destination; forwarding the routed packet by the virtual router component to a layer 2 switch of the input/output virtualization capable adapter architecture; and transmitting the routed packet to the input/output virtualization capable adapter destination via the layer 2 switch of the input/output virtualization capable adapter architecture. receiving, at the one or more transceivers, a packet addressed to an input/output virtualization capable adapter destination, forwarding, by the one ore more transceivers, the packet to a virtual router component comprised by the processor circuit; applying, by the virtual router component, one or more packet management policies to the packet; characterized by routing the packet via the virtual router component to the input/output virtualization capable adapter destination; forwarding the routed packet by the virtual router component to a layer 2 switch of the input/output virtualization capable adapter architecture; and transmitting the routed packet to the input/output virtualization capable adapter destination via the layer 2 switch of the input/output virtualization capable adapter architecture.