mhurhangee/patent-ind-claim-en huggingface dataset:
An evaporation device comprising: an agitation vessel to which a raw material liquid is supplied, wherein the agitation vessel has a volatile component outlet and a concentrate outlet a jacket provided on an outer circumference of the agitation vessel and configured to heat an inner wall of the agitation vessel; and a liquid-distributing portion provided within the agitation vessel and configured to cause the raw material liquid to flow down the inner wall of the agitation vessel, wherein the agitation vessel includes at least one storage portion surrounded by a bottom of the agitation vessel, the inner wall, and a partition wall portion and configured to temporarily store the raw material liquid that has flowed down, the liquid-distributing portion is constituted by a rotating shaft and at least one channel part with an end portion thereof inserted in the storage portion, the channel part having a flow passage through which, as the rotating shaft rotates, the raw material liquid temporarily stored in the storage portion flows upward from a lower side of the agitation vessel, and the channel part being mounted to the rotating shaft, the concentrate outlet is provided in the bottom of the agitation vessel, and the storage portion is configured to allow a concentrate to overflow over the partition wall portion, and the concentrate that has overflowed from the storage portion can be discharged through the concentrate outlet. an agitation vessel to which a raw material liquid is supplied, wherein the agitation vessel has a volatile component outlet and a concentrate outlet a jacket provided on an outer circumference of the agitation vessel and configured to heat an inner wall of the agitation vessel; and a liquid-distributing portion provided within the agitation vessel and configured to cause the raw material liquid to flow down the inner wall of the agitation vessel, wherein the agitation vessel includes at least one storage portion surrounded by a bottom of the agitation vessel, the inner wall, and a partition wall portion and configured to temporarily store the raw material liquid that has flowed down, the liquid-distributing portion is constituted by a rotating shaft and at least one channel part with an end portion thereof inserted in the storage portion, the channel part having a flow passage through which, as the rotating shaft rotates, the raw material liquid temporarily stored in the storage portion flows upward from a lower side of the agitation vessel, and the channel part being mounted to the rotating shaft, the concentrate outlet is provided in the bottom of the agitation vessel, and the storage portion is configured to allow a concentrate to overflow over the partition wall portion, and the concentrate that has overflowed from the storage portion can be discharged through the concentrate outlet.
Baling press for producing agricultural crop bales, which, as a harvesting machine which is supported on wheels and is self-propelled, or as a driven harvesting machine which is hitched to a tractor, receives the crops by means of receiving devices and conveying devices and feeds said crops to a pressing device which shapes the crops into bales, the bales being covered with binding or wrapping material so as to be held together in a lasting manner, which material is fed to the bale from binding or wrapping material rolls which are accommodated in at least one storage container arranged on the baling press , the at least one storage container being movable from an operating position, in which the storage container is arranged at a great height above the ground and laterally close to the pressing device , into a loading position, in which the at least one storage container is located at a low height above the ground and laterally far apart from the pressing device , the at least one storage container being designed such that it can also be brought into a maintenance position, in which the at least one storage container is transferred out of the operating position about an approximately horizontal pivot axis oriented in the direction of travel and into a position which releases a relevant lateral region of the pressing device , the at least one storage container being pivotably supported via a link arrangement comprising at least two links , the free ends of which are connected to a frame assembly , characterised in that an actuator which initiates the pivoting movement of the storage container about the horizontal pivot axis is articulated on the storage container , and the frame assembly for transferring the at least one storage container from the operating position into the maintenance position can be fixed or locked relative to the frame or by a release or locking element , the release or locking element being designed to move a blocking element , which is provided for blocking or releasing the pivoting movement of the storage container relative to the frame assembly , into a release position in a locked position of the release or locking element .
A method performed by an access node of a mobile network, comprising: receiving from a communication device an indication of availability of a decoding performance report comprising information about results of one or more attempts to decode at the communication device , while being in idle mode in the mobile network, one or more transmissions via which a multimedia broadcast/multicast service is provided by the access node; transmitting, in response to the indication, a request causing the communication device to transmit the decoding performance report; wherein the indication of availability of the decoding performance report is received by the access node upon next entry of the communication device into connected mode in the mobile network. receiving from a communication device an indication of availability of a decoding performance report comprising information about results of one or more attempts to decode at the communication device , while being in idle mode in the mobile network, one or more transmissions via which a multimedia broadcast/multicast service is provided by the access node; transmitting, in response to the indication, a request causing the communication device to transmit the decoding performance report; wherein the indication of availability of the decoding performance report is received by the access node upon next entry of the communication device into connected mode in the mobile network.
A printer having a pair of media holder sub-assemblies , each sub-assembly comprising: a platform having a generally cylindrical depression central to the platform , the cylindrical depression having an inner wall ; a first hub sized to support a first media roll, the first hub protruding from the center of the cylindrical depression and having a height greater than the depth of the cylindrical depression ; a first spring concentric to the first hub and disposed in the cylindrical depression ; a second hub sized to support a second media roll, the second hub being concentric to the first hub , the second hub being supported by the first spring in the cylindrical depression , the first spring biasing the second hub to a height substantially equal to the height of the first hub , the second hub being slidably engaged to the first hub ; a second spring , concentric to the first hub and sized to fit around the second hub ; a third hub sized to support a third media roll, the third hub sized to fit around the second hub and within the inner wall of the cylindrical depression , the third hub being supported by the second spring , the second spring biasing the third hub to a height substantially equal to the height of the first hub , the third hub being slidably engaged to the second hub and to the inner wall of the cylindrical depression . a platform having a generally cylindrical depression central to the platform , the cylindrical depression having an inner wall ; a first hub sized to support a first media roll, the first hub protruding from the center of the cylindrical depression and having a height greater than the depth of the cylindrical depression ; a first spring concentric to the first hub and disposed in the cylindrical depression ; a second hub sized to support a second media roll, the second hub being concentric to the first hub , the second hub being supported by the first spring in the cylindrical depression , the first spring biasing the second hub to a height substantially equal to the height of the first hub , the second hub being slidably engaged to the first hub ; a second spring , concentric to the first hub and sized to fit around the second hub ; a third hub sized to support a third media roll, the third hub sized to fit around the second hub and within the inner wall of the cylindrical depression , the third hub being supported by the second spring , the second spring biasing the third hub to a height substantially equal to the height of the first hub , the third hub being slidably engaged to the second hub and to the inner wall of the cylindrical depression .
A solvent container system for a chromatography system, wherein the solvent container system comprises: a plurality of container types , each container type comprising a container body; and a tray comprising a plurality of receiving positions , said solvent container system being characterized in that each container type describes a unique shape indicating a property of a solvent with said container type, and in that each receiving position is formed to correspond to one of the unique shapes, such that the tray has one or more receiving positions corresponding to each of the unique shapes represented by the plurality of container types, or corresponding to each of a subset of the unique shapes represented by the plurality of container types, wherein a unique shape is one shape of a set of shapes used in the system such that a container, or a portion of a container, having that shape can be exclusively inserted into a receiving position having a corresponding shape, and the container with that shape cannot be inserted into a receiving position having any other shape within said set of shapes. a plurality of container types , each container type comprising a container body; and a tray comprising a plurality of receiving positions , said solvent container system being characterized in that each container type describes a unique shape indicating a property of a solvent with said container type, and in that each receiving position is formed to correspond to one of the unique shapes, such that the tray has one or more receiving positions corresponding to each of the unique shapes represented by the plurality of container types, or corresponding to each of a subset of the unique shapes represented by the plurality of container types, wherein a unique shape is one shape of a set of shapes used in the system such that a container, or a portion of a container, having that shape can be exclusively inserted into a receiving position having a corresponding shape, and the container with that shape cannot be inserted into a receiving position having any other shape within said set of shapes.
An oral care composition comprising at least one carbon dioxide source, at least one acid source, at least one abrasive and one or more pharmaceutically acceptable excipients wherein the at least one carbon dioxide source is a bicarbonate salt of an alkali or alkaline earth metal, a carbonate of an alkali or alkaline earth metal or a mixture thereof, the at least one acid source is a pharmaceutically acceptable organic acid, inorganic acid, salt or partial salt of an organic or inorganic acid or a mixture thereof, and the at least one abrasive is co-processed abrasive and the co-processed abrasive is co-processed calcium silicate, co-processed magnesium silicate or a combination thereof.
A method of operating an access point for streaming a media sequence in a wireless network , said method comprising: transmitting data packets of a test sequence at a plurality of transmission rates from an access point to a first client device over a wireless network connection; determining , for each of the transmission rates, the jitter of the data packets received at the first client device and a packet loss rate at the first client device; determining the transmission rate at which the packet loss rate exceeds a threshold, wherein the threshold is a limit for packet loss experienced by the test sequence transmitted from the access point to the first client device, beyond which packet retransmissions are insufficient to repair the test sequence before playout; identifying a critical jitter level as the jitter associated with the determined transmission rate; setting a safe jitter level as a fraction of the critical jitter level; and transmitting the media sequence from the access point to the first client device, wherein the transmission rate of the media sequence is adjusted such that the associated jitter does not exceed the safe jitter level. transmitting data packets of a test sequence at a plurality of transmission rates from an access point to a first client device over a wireless network connection; determining , for each of the transmission rates, the jitter of the data packets received at the first client device and a packet loss rate at the first client device; determining the transmission rate at which the packet loss rate exceeds a threshold, wherein the threshold is a limit for packet loss experienced by the test sequence transmitted from the access point to the first client device, beyond which packet retransmissions are insufficient to repair the test sequence before playout; identifying a critical jitter level as the jitter associated with the determined transmission rate; setting a safe jitter level as a fraction of the critical jitter level; and transmitting the media sequence from the access point to the first client device, wherein the transmission rate of the media sequence is adjusted such that the associated jitter does not exceed the safe jitter level.
A Policy and Charging Rule Function, PCRF, comprising: an IP mobile communication network interface unit configured to: receive, from a User Equipment, UE, , first information indicating a default access selected by the UE via a Packet Data Network, PDN, Gateway, PGW, during a procedure to add an Evolved Universal Terrestrial Radio Access Network, E-UTRAN, access to a PDN connection established by the UE over a WLAN in a case where a Network-based IP flow mobility, NBIFOM, mode of the PDN connection is a UE-initiated NBIFOM mode; and a control unit configured to determine a default access, based on the first information, wherein the IP mobile communication network interface unit is further configured to transmit second information indicating the default access determined by the control unit to the UE via the PGW . an IP mobile communication network interface unit configured to: receive, from a User Equipment, UE, , first information indicating a default access selected by the UE via a Packet Data Network, PDN, Gateway, PGW, during a procedure to add an Evolved Universal Terrestrial Radio Access Network, E-UTRAN, access to a PDN connection established by the UE over a WLAN in a case where a Network-based IP flow mobility, NBIFOM, mode of the PDN connection is a UE-initiated NBIFOM mode; and a control unit configured to determine a default access, based on the first information, wherein the IP mobile communication network interface unit is further configured to transmit second information indicating the default access determined by the control unit to the UE via the PGW .
A method of manufacturing an intraocular lens, IOL comprising an optic having an anterior surface and a posterior surface configured to be implanted in a patient's eye, wherein for each lens power (P) in a range of lens powers from 6 to 35 diopters, the method comprising: selecting a curvature of the anterior surface, the anterior surface having an anterior surface radius of curvature (R 1 ) and an anterior surface power (P 1 ), the anterior surface power defined as: P 1 = n 2 − n 1 R 1 ; selecting a curvature of the posterior surface, the posterior surface having a posterior surface radius of curvature (R 2 ) and a posterior surface power (P 2 ), the posterior surface power defined as: P 2 = n 1 − n 2 R 2 ; wherein: n 1 is a refractive index of aqueous humor of a patient's eye; n 2 is a refractive index of the optic; and selecting a shape factor (X), wherein the shape factor (X) is defined as: X = R 2 − R 1 R 2 + R 1 ; wherein the shape factor (X) is greater than zero and corresponds to a curve defining shape factor (X) as a function of lens power (P), the curve monotonically decreasing with increased lens power (P), wherein the curve is defined by the following cubic equation: X = X 0 + X 1 P + X 2 P 2 + X 3 P 3 ; wherein X 0 , X 1 , X 2 , and X 3 are constants having values that are real numbers. selecting a curvature of the anterior surface, the anterior surface having an anterior surface radius of curvature (R 1 ) and an anterior surface power (P 1 ), the anterior surface power defined as: P 1 = n 2 − n 1 R 1 ; selecting a curvature of the posterior surface, the posterior surface having a posterior surface radius of curvature (R 2 ) and a posterior surface power (P 2 ), the posterior surface power defined as: P 2 = n 1 − n 2 R 2 ; wherein: n 1 is a refractive index of aqueous humor of a patient's eye; n 2 is a refractive index of the optic; and n 1 is a refractive index of aqueous humor of a patient's eye; n 2 is a refractive index of the optic; and selecting a shape factor (X), wherein the shape factor (X) is defined as: X = R 2 − R 1 R 2 + R 1 ;
Valve part unit for a ball valve , the valve part unit being formed of a ball-shaped valve element and two insert elements , where said insert elements are each a combined biasing and supporting insert element formed in one piece comprising - an inlet section in fluid connection to an outlet section by an inner flow path, - a supporting shape towards the outlet section shaped to support a sealing element , and - a biasing section of the insert element intermediate between the inlet section and the supporting shape , characterized in that each insert element comprises extensions reaching out of the supporting shapes and connected and fixed together, such as by welding or brazing, and where said ball-shaped valve element is confined between said extensions and said outlet sections , and where each of the respective two supporting shapes supports a sealing element that contacts said ball valve element - an inlet section in fluid connection to an outlet section by an inner flow path, - a supporting shape towards the outlet section shaped to support a sealing element , and - a biasing section of the insert element intermediate between the inlet section and the supporting shape , characterized in that each insert element comprises extensions reaching out of the supporting shapes and connected and fixed together, such as by welding or brazing, and where said ball-shaped valve element is confined between said extensions and said outlet sections , and where each of the respective two supporting shapes supports a sealing element that contacts said ball valve element
A sample dispatcher configured for individually introducing a plurality of portions of one or more sample fluids into a flow of a mobile phase of a separation system configured for separating compounds of the sample fluids, wherein the separation system comprises a mobile phase drive configured for driving the mobile phase through a separation unit configured for separating compounds of the sample fluids in the mobile phase; the sample dispatcher comprising: a single switching valve and a plurality of sample reservoirs , each configured for receiving and temporarily storing a respective sample fluid portion or at least a part thereof, wherein the switching valve of the sample dispatcher is switchable between a plurality of states for selectively coupling one of the plurality of sample reservoirs between the mobile phase drive and the separation unit , at least one of the plurality of states being configured for coupling at least two of the plurality of sample reservoirs in parallel between the mobile phase drive and the separation unit , characterized in that the valve is configured so that at least one of the plurality of sample reservoirs is coupled between the mobile phase drive and the separation unit in each state and when switching between different states. a single switching valve and a plurality of sample reservoirs , each configured for receiving and temporarily storing a respective sample fluid portion or at least a part thereof, wherein the switching valve of the sample dispatcher is switchable between a plurality of states for selectively coupling one of the plurality of sample reservoirs between the mobile phase drive and the separation unit , at least one of the plurality of states being configured for coupling at least two of the plurality of sample reservoirs in parallel between the mobile phase drive and the separation unit , characterized in that the valve is configured so that at least one of the plurality of sample reservoirs is coupled between the mobile phase drive and the separation unit in each state and when switching between different states.
A method for producing 3,5,5-trimethylhexanal by allowing diisobutylene (DIB), carbon monoxide and hydrogen to react with one another in the presence of a cobalt-based catalyst, comprising: a step of allowing DIB to react with carbon monoxide and hydrogen in the presence of a cobalt-based catalyst until a conversion of DIB reaches 50 to 85% (first stage reaction step); a step of separating unreacted DIB from a reaction product obtained in the first stage reaction step (unreacted DIB separation step); and a step of allowing the unreacted DIB separated to react with carbon monoxide and hydrogen in the presence of a cobalt-based catalyst (second stage reaction step). a step of allowing DIB to react with carbon monoxide and hydrogen in the presence of a cobalt-based catalyst until a conversion of DIB reaches 50 to 85% (first stage reaction step); a step of separating unreacted DIB from a reaction product obtained in the first stage reaction step (unreacted DIB separation step); and a step of allowing the unreacted DIB separated to react with carbon monoxide and hydrogen in the presence of a cobalt-based catalyst (second stage reaction step).
A blocking device with mobile screen of the roller shutter type for concealing openings formed in building walls, with a lintel forming an interior storage space for the screen, comprising a box closed by side partitions, a passage slit of the screen of which develops parallel to the plane of the opening to be blocked and in line with lateral guide slides of the screen , characterized in that at least one of the inner faces of the walls of the box has a dark color able to absorb the light radiation penetrating said slit.