mhurhangee/ep-ind-claims huggingface dataset:
A capsule for the preparation of a beverage, the capsule comprising a body having a shape suitable for holding a dose of a beverage ingredient, and a rim structure having an edge extending outwardly with respect to an outer surface of the body, the rim structure comprises a contact element which protrudes from a remaining portion of an upper surface of the rim structure in between an inner rim part and an outer rim part, the contact element protruding from the inner rim part with a first height, the contact element protruding from the outer rim part with a second height, the first and the second height (4, 5) being different, the contact element thereby forming an annular channel along the inner rim part along an inner side wall of the contact element facing the outer surface of the capsule body, the outer rim part being located between the edge and an outer side wall of the contact element facing the edge and the outer rim part extending along the outer side wall, the rim structure comprising a further contact element which protrudes from the inner rim part, the capsule being configured to cooperate with a beverage preparation apparatus comprising at least an inner chamber arranged for receiving the capsule body and a closing mechanism movable between an open and a closed position, in which closed position the closing mechanism is arranged for securing the capsule in the inner chamber, the closing mechanism being provided with a lowermost edge, wherein the contact element is located at a predetermined distance away from the edge of the rim structure, characterized in that the further contact element is arranged to contact the lowermost edge of the closing mechanism.
A rotor core (12, 112, 212, 312) for a centrifuge comprising: a rotor length (R L) defined along an axis of rotation of the rotor core, an axial channel defined through the axis of rotation, a plurality of separation channels (14, 114, 214, 314), and a plurality of radial channels (46, 346), characterized in that: the axial channel extends along the axis of rotation a distance that is less than the rotor length (R L), the plurality of separation channels (14, 114, 214, 314) have a channel length (C L) extending along the axis of rotation a distance that is less than the rotor length (R L); and the plurality of radial channels (46, 346) pass radially through the rotor core from the axial channel to the plurality of separation channels (14, 114, 214, 314) respectively. a rotor length (R L) defined along an axis of rotation of the rotor core, an axial channel defined through the axis of rotation, a plurality of separation channels (14, 114, 214, 314), and a plurality of radial channels (46, 346), characterized in that: the axial channel extends along the axis of rotation a distance that is less than the rotor length (R L), the plurality of separation channels (14, 114, 214, 314) have a channel length (C L) extending along the axis of rotation a distance that is less than the rotor length (R L); and the plurality of radial channels (46, 346) pass radially through the rotor core from the axial channel to the plurality of separation channels (14, 114, 214, 314) respectively. the axial channel extends along the axis of rotation a distance that is less than the rotor length (R L), the plurality of separation channels (14, 114, 214, 314) have a channel length (C L) extending along the axis of rotation a distance that is less than the rotor length (R L); and the plurality of radial channels (46, 346) pass radially through the rotor core from the axial channel to the plurality of separation channels (14, 114, 214, 314) respectively.
Cooking oven for foodstuffs comprising: - a cooking chamber, wherein foodstuffs can be placed for being cooked, having a bottom wall provided with a first cooking chamber outlet positioned in such a way to receive grease collected in said bottom wall; - a grease conduit configured for draining grease from said cooking chamber; wherein said first cooking chamber outlet is fluidly connected to said grease conduit, wherein said cooking oven further comprises: - a heating device configured for heating the internal of said cooking chamber, - a vapour outlet duct configured for discharging vapour from said cooking chamber characterized in that said bottom wall of said cooking chamber is provided with a second cooking chamber outlet, distinct from said first cooking chamber outlet and fluidly connected to said vapour outlet duct, and wherein the inlet border of said second cooking chamber outlet is placed at a raised position with respect to the inlet border of said first cooking chamber outlet. - a cooking chamber, wherein foodstuffs can be placed for being cooked, having a bottom wall provided with a first cooking chamber outlet positioned in such a way to receive grease collected in said bottom wall; - a grease conduit configured for draining grease from said cooking chamber; wherein said first cooking chamber outlet is fluidly connected to said grease conduit, wherein said cooking oven further comprises: - a heating device configured for heating the internal of said cooking chamber, - a vapour outlet duct configured for discharging vapour from said cooking chamber - a heating device configured for heating the internal of said cooking chamber, - a vapour outlet duct configured for discharging vapour from said cooking chamber said bottom wall of said cooking chamber is provided with a second cooking chamber outlet, distinct from said first cooking chamber outlet and fluidly connected to said vapour outlet duct, and wherein the inlet border of said second cooking chamber outlet is placed at a raised position with respect to the inlet border of said first cooking chamber outlet.
A process for preventing artifacts in a printed image in a printing system comprising a print head for applying light sensitive ink to a substrate, a mechanism (72,76) for positioning any of the print head or the substrate 12 in relation to each other, at least one pinning lamp, and at least one curing lamp, the process comprising: providing for the printing system a mechanism for altering delivered energy of the at least one pinning lamp to at least one portion of the substrate, and a processor; applying the light sensitive ink to the substrate with the print head; during a first pinning operation, providing pinning energy to the applied ink on the substrate with the at least one pinning lamp to low pin said applied ink, wherein the processor is configured to operate any of the at least one pinning lamp to controllably increase the pinning energy in an increasing linear or stepped manner over a first interval to a low pinning threshold level; during a second pinning operation, applying a second level of pinning energy to the low pinned applied ink before a curing, wherein the second level of pinning energy is increased in a linear or stepped manner over a second interval to a high pinning threshold level that is higher than the determined low pinning threshold level, and lower than a curing threshold level; and providing curing energy to the pinned applied ink on the substrate with the curing lamp, to cure the pinned applied ink. providing for the printing system a mechanism for altering delivered energy of the at least one pinning lamp to at least one portion of the substrate, and a processor; applying the light sensitive ink to the substrate with the print head; during a first pinning operation, providing pinning energy to the applied ink on the substrate with the at least one pinning lamp to low pin said applied ink, wherein the processor is configured to operate any of the at least one pinning lamp to controllably increase the pinning energy in an increasing linear or stepped manner over a first interval to a low pinning threshold level; during a second pinning operation, applying a second level of pinning energy to the low pinned applied ink before a curing, wherein the second level of pinning energy is increased in a linear or stepped manner over a second interval to a high pinning threshold level that is higher than the determined low pinning threshold level, and lower than a curing threshold level; and providing curing energy to the pinned applied ink on the substrate with the curing lamp, to cure the pinned applied ink.
A voltage conversion apparatus comprising: a voltage converter converting voltage between a DC power source and a driving device driving at least one electric motor in one of a power running mode and regeneration mode, and a control device boosting voltage from said DC power source within a range not exceeding an upper limit value by controlling said voltage converter, characterized in that the voltage conversion apparatus further comprises a sensor device (10, 11, 30) sensing power input to and output from said DC power source, wherein said control device is configured to reduce said upper limit value in an event that an integrated value of change in said power for a first predetermined period is lower than a first threshold value that is negative in a case where a sign of said power, when output from said DC power source, is positive. a voltage converter converting voltage between a DC power source and a driving device driving at least one electric motor in one of a power running mode and regeneration mode, and a control device boosting voltage from said DC power source within a range not exceeding an upper limit value by controlling said voltage converter, characterized in that the voltage conversion apparatus further comprises a sensor device (10, 11, 30) sensing power input to and output from said DC power source, wherein said control device is configured to reduce said upper limit value in an event that an integrated value of change in said power for a first predetermined period is lower than a first threshold value that is negative in a case where a sign of said power, when output from said DC power source, is positive.
A method comprising: receiving a first audio signal: spatially processing the first audio signal in order to obtain a first spatially processed first audio signal for perception in a first soundstage zone; driving an audio output device of a computing device with the first spatially processed first audio signal; receiving, via at least one microphone, audio information; determining user speech based on the received audio information; and when user speech is detected in response to said determining user speech: spatially processing the first audio signal in order to obtain a second spatially processed first audio signal for perception in a second soundstage zone; and driving the audio output device with the second spatially processed first audio signal, wherein the first audio signal is spatially ducked by moving its apparent source location to the second acoustic soundstage zone such that the first audio signal is perceivable in the second soundstage zone, characterized by once user speech is no longer detected in response to said determining user speech, discontinuing the spatial ducking of the first audio signal by driving the audio output device with the first spatially processed first audio signal such that the apparent source location is moved back to the first acoustic soundstage zone. spatially processing the first audio signal in order to obtain a first spatially processed first audio signal for perception in a first soundstage zone; driving an audio output device of a computing device with the first spatially processed first audio signal; receiving, via at least one microphone, audio information; determining user speech based on the received audio information; and when user speech is detected in response to said determining user speech: spatially processing the first audio signal in order to obtain a second spatially processed first audio signal for perception in a second soundstage zone; and driving the audio output device with the second spatially processed first audio signal, wherein the first audio signal is spatially ducked by moving its apparent source location to the second acoustic soundstage zone such that the first audio signal is perceivable in the second soundstage zone, spatially processing the first audio signal in order to obtain a second spatially processed first audio signal for perception in a second soundstage zone; and driving the audio output device with the second spatially processed first audio signal, wherein the first audio signal is spatially ducked by moving its apparent source location to the second acoustic soundstage zone such that the first audio signal is perceivable in the second soundstage zone, characterized by once user speech is no longer detected in response to said determining user speech, discontinuing the spatial ducking of the first audio signal by driving the audio output device with the first spatially processed first audio signal such that the apparent source location is moved back to the first acoustic soundstage zone.
A pharmaceutical composition of polyethylene glycol loxenatide, characterised by comprising polyethylene glycol loxenatide as an active ingredient, a buffer and an isosmotic regulator, wherein the polyethylene glycol loxenatide has a structure of the pharmaceutical composition comprises 0.05% to 5.0% (W/V) of the polyethylene glycol loxenatide, 0.1% to 5.0% (W/V) of the buffer, 1.0% to 10.0% (W/V) of the isosmotic regulator, the buffer is an acetate buffer or a phosphate buffer, the isosmotic regulator is sodium chloride, mannitol or sorbitol, and the pharmaceutical composition has a pH in the range of 3.0 to 7.0. the pharmaceutical composition comprises 0.05% to 5.0% (W/V) of the polyethylene glycol loxenatide, 0.1% to 5.0% (W/V) of the buffer, 1.0% to 10.0% (W/V) of the isosmotic regulator, the buffer is an acetate buffer or a phosphate buffer, the isosmotic regulator is sodium chloride, mannitol or sorbitol, and the buffer is an acetate buffer or a phosphate buffer, the isosmotic regulator is sodium chloride, mannitol or sorbitol, and the pharmaceutical composition has a pH in the range of 3.0 to 7.0.
A protection device, preferably from the Sun, wind and/or rain, said protection device comprising at least: - an opening; said at least one opening being configured to allow air to pass through; - a support; said at least one support being configured to be displaced between a closure position and/or an opening position; and, - a cover member; said at least one cover member being configured to totally or partially cover said at least one opening when said at least one support is in said closure position and/or to totally or partially uncover said at least one opening when said at least one support is in said opening position, said at least one support being a frame comprising a first frame and a second frame and preferably at least one plurality of frames; said at least one cover member being configured to connect said first frame to said second frame and preferably at least two frames of the plurality of frames, characterized in that said at least one support is a frame comprising said at least one opening and/or said at least one cover member comprises said at least one opening and is preferably apertured. - an opening; said at least one opening being configured to allow air to pass through; - a support; said at least one support being configured to be displaced between a closure position and/or an opening position; and, - a cover member; said at least one cover member being configured to totally or partially cover said at least one opening when said at least one support is in said closure position and/or to totally or partially uncover said at least one opening when said at least one support is in said opening position,
Use of a composition for detecting a defect position and a defect degree of penetration of an object substance into a packed body of a food packaging material wherein the composition contains a gel, and the gel contains a colorable aqueous solution that can be colored upon contact with the object substance, and a crosslinked polymer, wherein the crosslinked polymer is constituted by a water-absorbent crosslinked polymer, and the colorable aqueous solution is retained in the water-absorbent crosslinked polymer to form the gel and wherein the composition is packed in the food packaging material to provide the packed body and shaped to be a food model.
A fluid ejection device, comprising: a fluid supply chamber to store fluid; a plurality of ejection chambers including nozzles and corresponding ejection members to selectively eject the fluid through the respective nozzles; a channel to establish fluid communication between the fluid supply chamber and the ejection chambers; and a pressure sensor unit (15, 25) having a sensor plate (15a, 25a), the sensor plate (15a, 25a) to output a voltage value, the pressure sensor unit (15, 25) being configured such that the voltage value output from the pressure sensor unit (15, 25) is a function of a back pressure within the at least one ejection chamber, characterized in that the sensor plate (15a, 25a) is positioned inside the at least one ejection chamber in front of the nozzle, so that the height of ink between the sensor plate (15a, 25a) and the meniscus varies with the back pressure, wherein the ejection member and the sensor plate (15a, 25a) are formed in the same wall of the at least one ejection chamber. a fluid supply chamber to store fluid; a plurality of ejection chambers including nozzles and corresponding ejection members to selectively eject the fluid through the respective nozzles; a channel to establish fluid communication between the fluid supply chamber and the ejection chambers; and a pressure sensor unit (15, 25) having a sensor plate (15a, 25a), the sensor plate (15a, 25a) to output a voltage value, the pressure sensor unit (15, 25) being configured such that the voltage value output from the pressure sensor unit (15, 25) is a function of a back pressure within the at least one ejection chamber, characterized in that the sensor plate (15a, 25a) is positioned inside the at least one ejection chamber in front of the nozzle, so that the height of ink between the sensor plate (15a, 25a) and the meniscus varies with the back pressure, wherein the ejection member and the sensor plate (15a, 25a) are formed in the same wall of the at least one ejection chamber.
A method for ensuring continuity when managing communication sessions operated from a fourth generation mobile terminal communicating on an IP network, said network comprising at least one radio network provided with a plurality of base stations with which said terminal is able to communicate, said radio network being linked via access gateways (113, 113b, 113c) to an interconnection network provided with communication session management application servers (150a, 150b, 150c), said communication session management servers being SIP servers, the sessions of a mobile terminal being managed by one of said servers (150a, 150b, 150c), said application servers (150a, 150b, 150c) comprising at least two IP addresses, a first address, which is identical for all of said servers (150a, 150b, 150c), being used to access said servers from said mobile terminal, a second IP address being used to address said servers (150a, 150b, 150c) within said interconnection network, said method being characterised in that it comprises at least the following steps: • transmitting, when said mobile terminal moves, which results in a change of access gateway, an alert message to a new communication session management server, said alert message being transmitted by said new gateway controlling said mobile terminal to an SIP server that is closest to said new gateway; • transmitting, from said new server, a polling request intended for a multicast address to which said SIP servers (150a, 150c), other than said new server, of said interconnection network are subscribed, said server that manages the sessions of said mobile terminal before it moves receiving said request and transmitting the call context of said terminal to said new server; • transmitting, from said new server, an invitation message to said mobile terminal, which message is accompanied by connection parameters, so that said terminal can connect to said new server. • transmitting, when said mobile terminal moves, which results in a change of access gateway, an alert message to a new communication session management server, said alert message being transmitted by said new gateway controlling said mobile terminal to an SIP server that is closest to said new gateway; • transmitting, from said new server, a polling request intended for a multicast address to which said SIP servers (150a, 150c), other than said new server, of said interconnection network are subscribed, said server that manages the sessions of said mobile terminal before it moves receiving said request and transmitting the call context of said terminal to said new server; • transmitting, from said new server, an invitation message to said mobile terminal, which message is accompanied by connection parameters, so that said terminal can connect to said new server.
A package for a lump of meat having a void within an inside thereof, comprising: a lump of meat having a void within an inside thereof; and a gas mixture of at least 2 kinds of gas, which has a volume (ml) corresponding to 3% or more and 15% or less of a weight (g) of the lump of meat and, after storage of the package at 3°C for 7 days, has a carbon dioxide gas concentration of 8% or more and 90% or less, and an oxygen concentration of 5% or more and 70% or less, the lump of meat and the gas mixture being packaged in a tightly sealed manner. a lump of meat having a void within an inside thereof; and a gas mixture of at least 2 kinds of gas, which has a volume (ml) corresponding to 3% or more and 15% or less of a weight (g) of the lump of meat and, after storage of the package at 3°C for 7 days, has a carbon dioxide gas concentration of 8% or more and 90% or less, and an oxygen concentration of 5% or more and 70% or less, the lump of meat and the gas mixture being packaged in a tightly sealed manner.
Motor-driven rotary pump with a lantern piece arranged between the pump and motor, in which the pump has a pump casing that forms a spiral pump chamber with a central coaxial inlet holding a pump impeller and in which the lantern piece has a coaxial insert piece extending into the pump casing, through which a pump shaft passes and on the end of which insert piece that extends into the pump casing the pump impeller is attached on the pump shaft, in which the pump impeller has a suction neck area with which it lies in the inlet in the engaged state under formation of a radial sealing gap to the pump casing, the insert piece has a first cylindrical guide section close to the face end of the lantern piece adjacent to the pump casing and the first guide section lies in a first cylindrical guide of the pump casing, characterised by the end of the insert piece with its circumference forming an anterior cylindrical second guide section with a seal that lies in a second cylindrical guide of the pump casing.
Retainer for attachment of a strip-shaped part having a body that has a first receptacle for the strip-shaped part and a second receptacle for a fastener, wherein the first receptacle is composed of a support surface, two guide ribs (30, 31) located at opposite edges of the support surface and raised with respect thereto, and at least one hold-down part located at a distance from the support surface, wherein a locking part that is movably attached to the body and that can be moved from an infeed position distant from the first receptacle into a retention position in which the locking part overlaps a region of the first receptacle and can be held in place by a locking device and in which the strip-shaped part located in the first receptacle is fastened to the body by the locking part, and wherein the second receptacle has a mounting opening to receive a first stud and an orientation opening to receive a second stud, characterized in that the locking device has an elastic catch that is attached to a hold-down part that spans the first receptacle and that works together with a locking tab located at the free end of the locking part.