mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the production of hydrogen, the process comprising: electrolysing water in an electrolytic cell to produce hydrogen gas and oxygen gas, the electrolytic cell having a first outlet for hydrogen gas; passing the hydrogen gas from the first outlet of the electrolytic cell to a reaction chamber , the reaction chamber comprising a first inlet for receiving the hydrogen gas from the electrolytic cell and a second outlet for hydrogen gas passing out of the reaction chamber , the reaction chamber containing one or more pieces of a metal or an alloy thereof at least partially submerged in an alkali solution, wherein the first inlet is arranged so that the hydrogen gas bubbles through the alkali solution; passing the hydrogen gas from the second outlet to a gas-cleaning chamber , the gas-cleaning chamber comprising a second inlet for receiving hydrogen gas from the reaction chamber and a third outlet for hydrogen gas passing out of the cleaning chamber , the gas-cleaning chamber containing an aqueous solution, wherein the second inlet is arranged so that the hydrogen gas bubbles through the aqueous solution; and recovering hydrogen gas from the third outlet . electrolysing water in an electrolytic cell to produce hydrogen gas and oxygen gas, the electrolytic cell having a first outlet for hydrogen gas; passing the hydrogen gas from the first outlet of the electrolytic cell to a reaction chamber , the reaction chamber comprising a first inlet for receiving the hydrogen gas from the electrolytic cell and a second outlet for hydrogen gas passing out of the reaction chamber , the reaction chamber containing one or more pieces of a metal or an alloy thereof at least partially submerged in an alkali solution, wherein the first inlet is arranged so that the hydrogen gas bubbles through the alkali solution; passing the hydrogen gas from the second outlet to a gas-cleaning chamber , the gas-cleaning chamber comprising a second inlet for receiving hydrogen gas from the reaction chamber and a third outlet for hydrogen gas passing out of the cleaning chamber , the gas-cleaning chamber containing an aqueous solution, wherein the second inlet is arranged so that the hydrogen gas bubbles through the aqueous solution; and recovering hydrogen gas from the third outlet .
A cooler appliance comprising a body , at least one cooler compartment provided in the body , a door enabling access into the body , a first water chamber adapted to store water therein, disposed on the surface of the door facing the body when the door is closed, having a first wall and a second wall , an ice chamber placed in the first water chamber so as to at least partially rest on its base, a thermoelectric module having an upper surface and a lower surface , whose upper surface contacts the base of the ice chamber , an ice tank and a control unit enabling ice formation in the ice chamber by activating the thermoelectric module when the first water chamber is filled with water up to a level predetermined by the producer, such that the upper surface cools and the lower surface heats, and enabling the ice pieces to leave the ice chamber upon completion of ice formation by operating the thermoelectric module such that the upper surface heats and the lower surface cools, characterized by the ice making unit comprising a catcher having a first member attached from an end to a pin provided on the second wall , and a second member provided in the first member , movably attached from an end to the first member .
Sensor device for measuring a displacement position of an optical component , having 1.1 a plurality of stator electrodes (44 i ; 47, 48), which each have a plurality of individual electrodes that are arranged in a ring-shaped region and that each extend in a plane through a central axis of this region, 1.2 at least one movable electrode , which leads to variable shielding of an electric field in the region of the stator electrodes (44 i ; 47, 48) depending on the displacement position of the optical component , and 1.3 at least one means for restricting the electric field that is relevant to the measurement of the displacement position of the optical component to the region of the stator electrodes (44 i ; 47, 48), 1.4 wherein the means for restricting the electric field that is relevant to the measurement of the displacement position of the optical component to the region of the stator electrodes (44 i ; 47, 48) comprises shielding electrodes , 1.5 wherein the shielding electrodes are each arranged along a continuation of one of the stator electrodes (44 i ; 47, 48), and 1.6 wherein the shielding electrodes are separated from the stator electrodes (44 i ; 47, 48) by a gap. 1.1 a plurality of stator electrodes (44 i ; 47, 48), which each have a plurality of individual electrodes that are arranged in a ring-shaped region and that each extend in a plane through a central axis of this region, 1.2 at least one movable electrode , which leads to variable shielding of an electric field in the region of the stator electrodes (44 i ; 47, 48) depending on the displacement position of the optical component , and 1.3 at least one means for restricting the electric field that is relevant to the measurement of the displacement position of the optical component to the region of the stator electrodes (44 i ; 47, 48), 1.4 wherein the means for restricting the electric field that is relevant to the measurement of the displacement position of the optical component to the region of the stator electrodes (44 i ; 47, 48) comprises shielding electrodes , 1.5 wherein the shielding electrodes are each arranged along a continuation of one of the stator electrodes (44 i ; 47, 48), and 1.6 wherein the shielding electrodes are separated from the stator electrodes (44 i ; 47, 48) by a gap.
A flow body for a vehicle, comprising: - at least one planar skin section with an outer side , an inner side and at least one opening that penetrates the skin section , - at least one active flow control device that is designed for moving an air volume, wherein the at least one active flow control device comprises an air discharge section that is fluidically connected to the at least one opening , wherein the air discharge section and the at least one planar skin section are manufactured by means of a layer manufacturing process and form an integral component that is free of joints, wherein the air discharge section at least partially supports the skin section in a load-bearing fashion, wherein the air discharge section comprises an elongate plenum chamber that encloses a space between the inner side of the skin section and a surface of the plenum chamber , wherein the plenum chamber is connected to an air duct that at least sectionally extends into the plenum chamber and comprises a perforated region , characterised in that the plenum chamber is connected to the air duct by means of a web that faces away from the at least one opening and wherein a further web is arranged between the air duct and a depression that ends in the at least one opening at the outer side of the skin section , and wherein the plenum chamber extends from the depression into an interior of the flow body through the at least one opening in a spiral-shaped fashion. - at least one planar skin section with an outer side , an inner side and at least one opening that penetrates the skin section , - at least one active flow control device that is designed for moving an air volume,
A method for use in an access point, AP, the method comprising: transmitting data to a station, STA, during a transmission opportunity, TXOP; and transmitting, on a condition that the AP does not have further data to transmit, an indication of truncation of the TXOP including a space-time block code, STBC, contention free, CF-End frame and a non- STBC CF-End frame. transmitting data to a station, STA, during a transmission opportunity, TXOP; and transmitting, on a condition that the AP does not have further data to transmit, an indication of truncation of the TXOP including a space-time block code, STBC, contention free, CF-End frame and a non- STBC CF-End frame.
A method performed by a first Service Communication Proxy, SCP, node for assisting a second SCP node in handling control plane traffic of a service related to a User Equipment, UE, in a wireless communication network , wherein a UE context is data related to the UE in a first Access and mobility Management Function, AMF, which UE context comprises a first Uniform Resource Identifier, URI, related to a Network Function, NF, service association, which first URI comprises: a first string related to the association, which first string represents the URI of an original resource in the NF, and a first SCP part as part of the first URI authority part related to the address of the first SCP node , the method comprising: at a relocation of the control plane traffic of the service from the first AMF passing the first SCP node relating to the control plane traffic of the service, towards a second AMF , changing the first URI to the URI of the original resource in the NF, in the UE context, and assisting the second SCP node in handling the control plane traffic of the service by sending , to the second SCP node , the UE context comprising the URI of the original resource in the NF, enabling the control plane traffic of the service from the second AMF to pass the second SCP node , for control plane traffic related to the resource in the NF. a first string related to the association, which first string represents the URI of an original resource in the NF, and a first SCP part as part of the first URI authority part related to the address of the first SCP node , the method comprising: at a relocation of the control plane traffic of the service from the first AMF passing the first SCP node relating to the control plane traffic of the service, towards a second AMF , changing the first URI to the URI of the original resource in the NF, in the UE context, and assisting the second SCP node in handling the control plane traffic of the service by sending , to the second SCP node , the UE context comprising the URI of the original resource in the NF, enabling the control plane traffic of the service from the second AMF to pass the second SCP node , for control plane traffic related to the resource in the NF. at a relocation of the control plane traffic of the service from the first AMF passing the first SCP node relating to the control plane traffic of the service, towards a second AMF , changing the first URI to the URI of the original resource in the NF, in the UE context, and assisting the second SCP node in handling the control plane traffic of the service by sending , to the second SCP node , the UE context comprising the URI of the original resource in the NF, enabling the control plane traffic of the service from the second AMF to pass the second SCP node , for control plane traffic related to the resource in the NF.
A system for the handling of packaging items, piece goods, and/or packs, the system comprising a handling machine and/or packaging machine , which has at least one handling device with gripper heads for the reception of individual piece goods, such as liquid containers or the like, and for the insertion thereof into intermediate containers, thereby forming packs, and/or for the extraction from said intermediate containers, and also has insertion frames assigned to the handling device and corresponding to a size of the piece goods and/or of the packs, the insertion frames serving for the infeed of the piece goods into the intermediate containers, and furthermore comprising a magazine in a fixed location and/or in a spatially defined position in relation to the handling machine and/or packaging machine , the magazine having a plurality of storage locations for the accommodation of handling sets , which are each formed by at least one handling device with the appropriate gripper heads as well as by an insertion frame assigned to each particular handling device and automatically lockable with the handling device, wherein the magazine is provided and equipped for the accommodation of a plurality of handling sets , which are in each instance movable between an operating position at the handling machine and/or packaging machine and a resting position in one of the storage locations , characterised in that at least one of the storage locations of the magazine is formed by a service module , which is spatially separable from the magazine and movable out of the magazine , and which serves for the accommodation in each instance of one handling set or of parts of a handling set , wherein the service module , when inserted into the magazine , provides a storage space there, wherein the service module is formed by a change trolley , and wherein the service module is removable from the magazine by rolling out the change trolley , whereby the parts fastened thereto, in particular the gripper heads , are deliverable to the intended maintenance at a distance from the magazine .
An anaesthetic composition for topical application to the skin or mucosa, in form of hydrogel comprising: (i) a suspension of polymeric nanocapsules comprising: (a) polymer poly(ε-caprolactone); (b) a combination of lidocaine and prilocaine; (c) at least a tensioactive which is polysorbate 80 (TWEEN 80) ; (d) water; and (ii) at least a viscosity enhancer, which is carboxypolymethylene. (i) a suspension of polymeric nanocapsules comprising: (a) polymer poly(ε-caprolactone); (b) a combination of lidocaine and prilocaine; (c) at least a tensioactive which is polysorbate 80 (TWEEN 80) ; (d) water; and (a) polymer poly(ε-caprolactone); (b) a combination of lidocaine and prilocaine; (c) at least a tensioactive which is polysorbate 80 (TWEEN 80) ; (d) water; and (ii) at least a viscosity enhancer, which is carboxypolymethylene.
A lighting system comprising: a lamp for illuminating fruit and/or vegetables in a food storage facility, wherein the lamp is arranged to provide said illumination with a first light output and a second light output, the first light output having a higher intensity and at least a red-bias spectrum relative to the second light output; and a controller for controlling the illumination by controlling the lamp, wherein the controller is configured to apply the illumination in a sequence comprising a period of darkness, followed by the first light output during a first period, then followed by the second light output during a second period; wherein the controller is configured to apply said sequence in a daily cycle. a lamp for illuminating fruit and/or vegetables in a food storage facility, wherein the lamp is arranged to provide said illumination with a first light output and a second light output, the first light output having a higher intensity and at least a red-bias spectrum relative to the second light output; and a controller for controlling the illumination by controlling the lamp, wherein the controller is configured to apply the illumination in a sequence comprising a period of darkness, followed by the first light output during a first period, then followed by the second light output during a second period;
A terminal comprising: a control section configured to control reception of a first synchronization signal, PSS, a second synchronization signal, SSS, and a broadcast channel, PBCH, in a predetermined block that is formed by a predetermined number of symbols and a predetermined number of subcarriers; and a receiving section configured to receive the PSS, the SSS and the PBCH that form the predetermined block, wherein the PSS and the SSS are located in a first frequency domain, wherein the PBCH is located in at least part of a second frequency domain that is broader than the first frequency domain, wherein the PBCH is located in at least part of a first predetermined domain neighboring the SSS in the frequency direction in the predetermined block and the PBCH is not located in a second predetermined domain neighboring the PSS in the frequency direction in the predetermined block, wherein the PBCH comprises a first part of the PBCH located in the second frequency domain in a symbol other than that for the PSS and the SSS; and a second part of the PBCH located in at least part of the first predetermined domain in a symbol that is the same as that for the SSS, and wherein the PBCH is not located in a symbol that is the same as that for the PSS. a control section configured to control reception of a first synchronization signal, PSS, a second synchronization signal, SSS, and a broadcast channel, PBCH, in a predetermined block that is formed by a predetermined number of symbols and a predetermined number of subcarriers; and a receiving section configured to receive the PSS, the SSS and the PBCH that form the predetermined block, wherein the PSS and the SSS are located in a first frequency domain, wherein the PBCH is located in at least part of a second frequency domain that is broader than the first frequency domain, wherein the PBCH is located in at least part of a first predetermined domain neighboring the SSS in the frequency direction in the predetermined block and the PBCH is not located in a second predetermined domain neighboring the PSS in the frequency direction in the predetermined block, wherein the PBCH comprises a first part of the PBCH located in the second frequency domain in a symbol other than that for the PSS and the SSS; and a second part of the PBCH located in at least part of the first predetermined domain in a symbol that is the same as that for the SSS, and wherein the PBCH is not located in a symbol that is the same as that for the PSS.
A transport apparatus configured to transport a medium (M) while heating the medium, the transport apparatus comprising: a transport belt that has a support surface on which a plurality of protrusions are formed, and which is configured to transport the medium while attracting the medium with an intermolecular force generated between the plurality of protrusions and the medium; and a heating section for heating the medium transported by the transport belt, wherein the protrusions are formed of a metal. a transport belt that has a support surface on which a plurality of protrusions are formed, and which is configured to transport the medium while attracting the medium with an intermolecular force generated between the plurality of protrusions and the medium; and a heating section for heating the medium transported by the transport belt, wherein the protrusions are formed of a metal.
A probiotic composition comprising: a. Lactobacillus rhamnosus strain deposited under the Budapest treaty in the Spanish Type culture Collection (CECT) under accession number CECT 30031; and b. Arthrospira platensis (S. paraca) strain deposited in the Banco Español de Algas under accession number BEA_IDA_0074B. a. Lactobacillus rhamnosus strain deposited under the Budapest treaty in the Spanish Type culture Collection (CECT) under accession number CECT 30031; and b. Arthrospira platensis (S. paraca) strain deposited in the Banco Español de Algas under accession number BEA_IDA_0074B.
A method comprising: receiving, from a service function classifier and by a computing device that hosts an active service function of a service function chain, a packet classified to the service function chain, wherein the packet is encapsulated with a network service header that includes backup service function information for the active service function of the service function chain; and sending, by the computing device and based at least on the backup service function information included in the network service header, state information for the active service function to one or more computing devices that host one or more backup service functions identified by the backup service function information. receiving, from a service function classifier and by a computing device that hosts an active service function of a service function chain, a packet classified to the service function chain, wherein the packet is encapsulated with a network service header that includes backup service function information for the active service function of the service function chain; and sending, by the computing device and based at least on the backup service function information included in the network service header, state information for the active service function to one or more computing devices that host one or more backup service functions identified by the backup service function information.
A Tactile sensor with a circuit board support for surface mounting, a circuit board mounted on the circuit board support , on which at least one switching element and at least two light sources (5.1, 5. 2) are arranged, and with at least one operating rocker for actuating the switching element at wherein the at least one operating rocker has at least one light guide , via which light generated by the light sources (5.1, 5.2) is guided to an operating surface of the operating rocker , characterized in that the light guide has a first light entry surface and a second light entry surface separated from the first light entry surface , wherein light generated by a first of the light sources (5.1, 5.2) is coupled into the light guide through the first light entrance surface , and wherein light generated by a second of the light sources (5.1, 5.2) is coupled into the light guide through the second light entry surface , a first reflector being mounted in front of the first light entry surface of the light guide and a second reflector being mounted in front of the second light entry surface for the light coupling into the light guide , and wherein each of the two reflectors is a reflecting boundary wall of a separate light mixing chamber , wherein the light generated by a first of the light sources (5.1, 5.2) is coupled into a first of the two separate light mixing chambers and the light generated by a second of the light sources (5.1, 5.2) is coupled into a second of the two separate light mixing chambers , wherein a rocker receiver is arranged between the board and the at least one operating rocker , to which receiver the at least one operating rocker is pivotably attached.
An interactive object for use in an interactive environment, the interactive object comprising: a power harvesting device , wherein the power harvesting device harvests power from electromagnetic radiation; a housing within which the power harvesting device is disposed, the housing comprising: a reflector assembly that transmits the electromagnetic radiation through a first portion of the reflector assembly to the power harvesting device and that reflects the electromagnetic radiation to an external detector from a second portion of the reflector assembly , wherein the first portion comprises a transmissive material and wherein the second portion comprises a retroreflective material; and a special effect system that is powered by the harvested power from the power harvesting device . a power harvesting device , wherein the power harvesting device harvests power from electromagnetic radiation; a housing within which the power harvesting device is disposed, the housing comprising: a reflector assembly that transmits the electromagnetic radiation through a first portion of the reflector assembly to the power harvesting device and that reflects the electromagnetic radiation to an external detector from a second portion of the reflector assembly , wherein the first portion comprises a transmissive material and wherein the second portion comprises a retroreflective material; and a special effect system that is powered by the harvested power from the power harvesting device .