mhurhangee/ep-ind-claims huggingface dataset:
A dispense head adapted to be coupled to a beverage container above an extractor tube arranged in the beverage container in a dispensing system, the dispense head comprising - a housing having a first end and a second end, - a hollow piston arranged axially displaceably within the housing, the piston being connected to a handle so that upon activation of the handle, the piston will be displaced axially towards and beyond a second end of the housing, - a gas inlet arranged in the housing, which via a fluid channel is in connection with a space extending along the piston and between the housing and the piston, and - a gas shut-off element arranged in or at the fluid channel, characterised in that when the handle is activated, whereby the piston is axially displaced downwards and beyond the second end of the housing, and the dispense head has not been connected on a container, the gas shut-off element secures that no gas leak will occur. - a housing having a first end and a second end, - a hollow piston arranged axially displaceably within the housing, the piston being connected to a handle so that upon activation of the handle, the piston will be displaced axially towards and beyond a second end of the housing, - a gas inlet arranged in the housing, which via a fluid channel is in connection with a space extending along the piston and between the housing and the piston, and - a gas shut-off element arranged in or at the fluid channel, characterised in that when the handle is activated, whereby the piston is axially displaced downwards and beyond the second end of the housing, and the dispense head has not been connected on a container, the gas shut-off element secures that no gas leak will occur.
A device for performing at least one medical action at a human or animal body; wherein the device comprises an energy source and a computer; wherein the computer a) comprises a first erasable non-volatile memory, and b) is configured for performing at least one application, the application being configured to control the medical action; characterized in that the application is configured to prioritize the medical action over a memory cleaning called by a wear leveling, wherein the application is further configured to prioritize a securing of a communication connection of the device over the memory cleaning called by the wear leveling. wherein the device comprises an energy source and a computer; wherein the computer a) comprises a first erasable non-volatile memory, and b) is configured for performing at least one application, the application being configured to control the medical action; a) comprises a first erasable non-volatile memory, and b) is configured for performing at least one application, the application being configured to control the medical action;
A stator segment comprising: a core that includes a lamination stack, comprising: a plurality of magnetic permeable laminates; at least one thermally conductive laminate positioned between the magnetic permeable laminates; characterised by at least one cooling passage integral to, and extending through, the lamination stack, wherein a conduction path is formed that carries thermal energy through the lamination stack to the at least one cooling passage extending through the lamination stack; and an end cap having a dual-taper, wherein the end cap has a uniform arc length from a top region of the end cap to a bottom region of the end cap. a plurality of magnetic permeable laminates; at least one thermally conductive laminate positioned between the magnetic permeable laminates; characterised by at least one cooling passage integral to, and extending through, the lamination stack, wherein a conduction path is formed that carries thermal energy through the lamination stack to the at least one cooling passage extending through the lamination stack; and an end cap having a dual-taper, wherein the end cap has a uniform arc length from a top region of the end cap to a bottom region of the end cap.
A method of detecting a target analyte, the method comprising, providing into a chamber a sample comprising a mixture of molecules including one or more target analytes, the chamber comprising a first and a second electrode, wherein a first and second sub-areas of the compartment are between the electrodes; generating a pH gradient in the chamber with one or more proton and/or hydroxyl injectors; applying a current across the chamber, thereby positioning analytes in the chamber at the first sub-area based on the isoelectric point (pI) of the analytes, wherein the target analyte is precipitated and/or adhered to the chamber once positioned at the first sub-area in the chamber corresponding to the target analyte pI; contacting the target analyte with a labeled affinity agent that specifically binds the target analyte; applying a current between the first and second electrode thereby moving the affinity agent that bound to the target analyte, if any, to a second sub-area of the compartment, wherein the solution in proximity to the second sub-area has a pH controlled by one or more proton/hydroxide injector(s), and detecting the presence of the affinity agent bound to the target analyte at the second sub-area of the compartment; and detecting the precipitated analyte.
A method of arranging, in a mobile communication network, transmission of data between user equipments ( UE i) and at least one base station comprising a central unit (CU,CU') and at least one remote unit ( RU j, RU' j) associated therewith, the method comprising: at a transmitting side comprising the remote unit ( RU j,RU' j) or the central unit (CU,CU'), quantizing said data according to a quantization bits number ( Q j), and transmitting, over a fronthaul link (F L) between the transmitting side and a receiving side comprising the central unit (CU,CU') or the remote unit ( RU j,RU' j), respectively, the quantized data to the receiving side, at the central unit (CU,CU'): determining said quantization bits number (Q j), wherein said determining comprises varying in time the quantization bits number (Q j) according to network information ( I A j, I B) available at the central unit (CU,CU'), and communicating to the at least one remote unit ( RU j,RU' j) the determined quantization bits number ( Q j), characterized in that said network information ( I A j,I B) comprises user profile and/or service type. at a transmitting side comprising the remote unit ( RU j,RU' j) or the central unit (CU,CU'), quantizing said data according to a quantization bits number ( Q j), and transmitting, over a fronthaul link (F L) between the transmitting side and a receiving side comprising the central unit (CU,CU') or the remote unit ( RU j,RU' j), respectively, the quantized data to the receiving side, quantizing said data according to a quantization bits number ( Q j), and transmitting, over a fronthaul link (F L) between the transmitting side and a receiving side comprising the central unit (CU,CU') or the remote unit ( RU j,RU' j), respectively, the quantized data to the receiving side, at the central unit (CU,CU'): determining said quantization bits number (Q j), wherein said determining comprises varying in time the quantization bits number (Q j) according to network information ( I A j, I B) available at the central unit (CU,CU'), and communicating to the at least one remote unit ( RU j,RU' j) the determined quantization bits number ( Q j), characterized in that determining said quantization bits number (Q j), wherein said determining comprises varying in time the quantization bits number (Q j) according to network information ( I A j, I B) available at the central unit (CU,CU'), and communicating to the at least one remote unit ( RU j,RU' j) the determined quantization bits number ( Q j), characterized in that said network information ( I A j,I B) comprises user profile and/or service type.
Circuit breaker for protecting a circuit, having a housing and having two electrically conductive, substantially cylindrical connection points lying on an axis, said connection points being able to be inserted transversely to the axis in a G-fuse link bracket and wherein the two connection points are each produced from a metal tape having a substantially S-shaped cross-section, wherein either - the external diameter of the connection points is between 5.0mm and 5.3mm and the maximum distance of the connection points relative to one another is between 19.0mm and 21.0mm, or - the external diameter of the connection points is between 6.2mm and 6.5mm and the maximum distance of the connection points relative to one another is between 30.5mm and 33.0mm. - the external diameter of the connection points is between 5.0mm and 5.3mm and the maximum distance of the connection points relative to one another is between 19.0mm and 21.0mm, or - the external diameter of the connection points is between 6.2mm and 6.5mm and the maximum distance of the connection points relative to one another is between 30.5mm and 33.0mm.
A laser or laser amplifier device comprising: a laser slab crystal (1; 21); and a cavity filter material (5; 25) provided on at least one side of the slab crystal (1; 21) and adapted for receiving light energy from a pumping light source (2; 22), such that the cavity filter material (5; 25) converts light energy received at a first frequency band into light energy at a second frequency band that is absorbed by the slab crystal (1; 21), wherein the slab crystal (1; 21) is adapted to receive an incident laser light beam (16; 17) into one end surface of the slab crystal (1; 21) at one angle and also to emit an amplified laser beam from the one end surface at either an angle different than the one angle or linearly shifted from the incident laser light beam (16; 17) after absorbing the light energy at the second frequency, and wherein the slab crystal (1; 21) is provided with a back reflecting end surface that is configured to internally reflect the laser light beam and that is not at 90 degrees with respect to the horizontal axis of the slab crystal. a laser slab crystal (1; 21); and a cavity filter material (5; 25) provided on at least one side of the slab crystal (1; 21) and adapted for receiving light energy from a pumping light source (2; 22), such that the cavity filter material (5; 25) converts light energy received at a first frequency band into light energy at a second frequency band that is absorbed by the slab crystal (1; 21), wherein the slab crystal (1; 21) is adapted to receive an incident laser light beam (16; 17) into one end surface of the slab crystal (1; 21) at one angle and also to emit an amplified laser beam from the one end surface at either an angle different than the one angle or linearly shifted from the incident laser light beam (16; 17) after absorbing the light energy at the second frequency, and wherein the slab crystal (1; 21) is provided with a back reflecting end surface that is configured to internally reflect the laser light beam and that is not at 90 degrees with respect to the horizontal axis of the slab crystal.
A device for manufacturing a structural thermoplastic part, for being integrated into a primary structure of a plane, said structural part being formed from a blank part comprising reinforcing fibres embedded into a thermoplastic matrix, the manufacturing device comprising: - a support member for a blank part, the support member extending along a longitudinal axis, - at least one heating member configured to heat a local portion of the blank part to a temperature greater than 300°C for making the thermoplastic matrix of the blank part malleable, - at least one cooling member configured to cool the local portion of the blank part to a temperature for solidifying the thermoplastic matrix of the blank part, - at least one main compression member (6, 7, 8) configured to compress the local portion of the blank part against the support member so as to decrease its porosity, the main compression member (6, 7, 8) being located between the heating member and the cooling member, - a system for moving, upstream to downstream along the longitudinal axis of the heating member, the compression member (6, 7, 8) and the cooling member relative to the support member so as to strengthen each local portion of the blank part successively and - at least one module comprising a framework configured to be moved by the moving system, the main compression member (6, 7, 8) being connected to said framework. - a support member for a blank part, the support member extending along a longitudinal axis, - at least one heating member configured to heat a local portion of the blank part to a temperature greater than 300°C for making the thermoplastic matrix of the blank part malleable, - at least one cooling member configured to cool the local portion of the blank part to a temperature for solidifying the thermoplastic matrix of the blank part, - at least one main compression member (6, 7, 8) configured to compress the local portion of the blank part against the support member so as to decrease its porosity, the main compression member (6, 7, 8) being located between the heating member and the cooling member, - a system for moving, upstream to downstream along the longitudinal axis of the heating member, the compression member (6, 7, 8) and the cooling member relative to the support member so as to strengthen each local portion of the blank part successively and - at least one module comprising a framework configured to be moved by the moving system, the main compression member (6, 7, 8) being connected to said framework.
An inductively coupled plasma processing device using a radio-frequency electric discharge, comprising: a vacuum container having a wall; a radio-frequency antenna, the radio-frequency antenna being terminated without completing one turn; wherein a radio-frequency power which induces radio-frequency waves with a propagation wavelength is supplied to the radio-frequency antenna from a radio-frequency power source; wherein the radio-frequency antenna has a length equal to or shorter than one quarter of the wavelength; characterized in that an antenna-placing section is formed as a hollow space between an inner surface and an outer surface of the wall; a dielectric separating member having a plate-like shape is provided on the inner-surface side of the hollow space for separating the antenna-placing section from an internal space of the vacuum container and preventing the inside of the antenna-placing section from being exposed to a plasma in the vacuum container; the radio-frequency antenna is placed in the antenna-placing section; and a cover is provided on the outer-surface side of the hollow space. a vacuum container having a wall; a radio-frequency antenna, the radio-frequency antenna being terminated without completing one turn; wherein a radio-frequency power which induces radio-frequency waves with a propagation wavelength is supplied to the radio-frequency antenna from a radio-frequency power source; wherein the radio-frequency antenna has a length equal to or shorter than one quarter of the wavelength; characterized in that an antenna-placing section is formed as a hollow space between an inner surface and an outer surface of the wall; a dielectric separating member having a plate-like shape is provided on the inner-surface side of the hollow space for separating the antenna-placing section from an internal space of the vacuum container and preventing the inside of the antenna-placing section from being exposed to a plasma in the vacuum container; the radio-frequency antenna is placed in the antenna-placing section; and a cover is provided on the outer-surface side of the hollow space.
Mobile home, with at least one stowage space, which is configured for an accommodation of at least one two-wheeled vehicle, and with at least one bottom wall implementing a bottom of the at least one stowage space, and with at least one tire accommodation, which is configured for an accommodation of at least one tire of the at least one two-wheeled vehicle, wherein the at least one tire accommodation forms a partial deepening in the at least one bottom wall, wherein the at least one tire accommodation has a main longitudinal extension that is aligned transversely to a longitudinal vehicle direction, characterised by a hinge unit, which is configured to support at least one ceiling wall in such a way that it is pivotable relative to the at least one bottom wall, a pivot axis extending in parallel to the longitudinal vehicle direction.
Tobacco substitute for the production of smoking products and/or smoking product substitutes based on a mixture of plant parts, wherein the mixture comprises plant parts derived from Alchemilla vulgaris and/or Myrtus communis, characterized in that the mixture comprises at least 5% by weight of caffeine-containing plant parts and in that the caffeine-containing plant parts are derived from both Ilex paraguayensis and Thea sinensis and the mixture comprises at least 10% by weight of Althea officinalis leaves.
A bag filter comprising a support structure clothed in a filter bag, the cloth of said filter bag comprising a composite of at least one substrate layer and a first nanoweb layer having a basis weight of greater than about 0.1 gsm bonded thereto in a face-to-face relationship, wherein the nanoweb comprises polyamide nanofibers which are fibers having a number average diameter of less than 1000 nm, characterized in that the polyamide nanofibers incorporate an amount of an antioxidant which is between 0.01 and 10% by weight relative to the polyamide, characterized in that the antioxidant is selected from the group consisting of a hindered phenol, a copper halide, a phenolic amide, a polymeric hindered phenol, and combinations or blends thereof.
A system for air handling and air conditioning comprising at least one enthalpy exchanger module (Mi) with a dual airflow enabling a heat transfer and a water vapour transfer between two airflows, respectively made of a first airflow and a second airflow having a temperature and an absolute humidity lower than those of the first flow, characterized in that the system further includes: - means for determining the relative humidity (hri) of the first airflow at the inlet of said enthalpy exchanger module (Mi); and - control means configured to command a heat supply to the first airflow before it enters said enthalpy exchanger module, when the relative humidity (hri) exceeds a predetermined value (hrr); - a vapour compression refrigerating unit fitted with an evaporator and a condenser through which the first airflow is intended to pass after it leaves said enthalpy exchanger module (Mi), and in that the system is designed so that said heat supply comes from said heating unit, and preferably from part of a refrigerant fluid passing through this unit. - means for determining the relative humidity (hri) of the first airflow at the inlet of said enthalpy exchanger module (Mi); and - control means configured to command a heat supply to the first airflow before it enters said enthalpy exchanger module, when the relative humidity (hri) exceeds a predetermined value (hrr); - a vapour compression refrigerating unit fitted with an evaporator and a condenser through which the first airflow is intended to pass after it leaves said enthalpy exchanger module (Mi), and in that the system is designed so that said heat supply comes from said heating unit, and preferably from part of a refrigerant fluid passing through this unit.
Display mechanism, for a clock movement, comprising a first display wheel intended to bear a first retrograde display member and a retrograde drive device for driving said first display member, comprising a counting wheel intended to be driven by a drive wheel of the clock movement, a transmission wheel collaborating, on the one hand, with said counting wheel and an elastic return member, so as to be able to move back and forth in a first direction of travel, during a first phase of operation, and in an opposite second direction of travel, during a second phase of operation, on the other hand, with said first display wheel, by means of a first toothed sector, characterized in that said transmission wheel comprises at least one additional toothed sector arranged in a plane substantially parallel to that of said first toothed sector and being kinematically connected to an additional display wheel intended to bear an additional retrograde display member, such that said display members (18, 20) are synchronized. a counting wheel intended to be driven by a drive wheel of the clock movement, a transmission wheel collaborating, on the one hand, with said counting wheel and an elastic return member, so as to be able to move back and forth in a first direction of travel, during a first phase of operation, and in an opposite second direction of travel, during a second phase of operation, on the other hand, with said first display wheel, by means of a first toothed sector, on the one hand, with said counting wheel and an elastic return member, so as to be able to move back and forth in a first direction of travel, during a first phase of operation, and in an opposite second direction of travel, during a second phase of operation, on the other hand, with said first display wheel, by means of a first toothed sector, characterized in that said transmission wheel comprises at least one additional toothed sector arranged in a plane substantially parallel to that of said first toothed sector and being kinematically connected to an additional display wheel intended to bear an additional retrograde display member, such that said display members (18, 20) are synchronized.
A method for transmitting data, the method comprising the steps of: receiving, by a target eNB, a message for preparation of Hand Over from a source evolved Node B eNB; transmitting, by the target eNB, a message for acknowledgement of the message for preparation of Hand Over, to the source eNB; receiving (443, 472), by the target eNB, a Packet Data Convergence Protocol PDCP Packet with a Sequence Number SN from the source eNB and data from an anchor node; receiving, by the target eNB from a User Equipment, UE, a handover complete message containing a status report including a PDCP SN of a missing PDCP packet; and transmitting, by the target eNB, the PDCP Packet received from the source eNB before the data received from the anchor node, with the exception of PDCP Packets of which reception was acknowledged based on PDCP SNs from the UE. receiving, by a target eNB, a message for preparation of Hand Over from a source evolved Node B eNB; transmitting, by the target eNB, a message for acknowledgement of the message for preparation of Hand Over, to the source eNB; receiving (443, 472), by the target eNB, a Packet Data Convergence Protocol PDCP Packet with a Sequence Number SN from the source eNB and data from an anchor node; receiving, by the target eNB from a User Equipment, UE, a handover complete message containing a status report including a PDCP SN of a missing PDCP packet; and transmitting, by the target eNB, the PDCP Packet received from the source eNB before the data received from the anchor node, with the exception of PDCP Packets of which reception was acknowledged based on PDCP SNs from the UE.
A method of thermo-chemical energy storage by carrying out reversible chemical reactions for storing heat energy in the form of chemical energy in one or more ammine complexes of transition metal salts of the formula [Me(NH 3) n]X, wherein Me is at least one transition metal ion, X is one or more counterions in an amount sufficient for charge equalization of the complex, and n is the number of NH 3 ligands coordinated to the respective transition metal salt, by using the following chemical equilibrium: [Me(NH 3) n]X + ΔH R MeX + n NH 3, characterized in that said heat storage is performed by endothermic cleavage of the NH 3 ligands from the ammine complex and/or that the heat release is performed by exothermic loading of the transition metal salt with the NH 3 ligands in at least two steps at different temperatures, with the proviso that the number n of NH 3 ligands coordinated to the transition metal salt is at least 2.