mhurhangee/ep-ind-claims huggingface dataset:
A hydrothermal electrolysis apparatus suitable for high pressure and high temperature conditions comprising: a cylindrical container main body including an inner peripheral surface serving as a cathode surface; an anode plate disposed in the container main body along an axis of the container main body; and end members (3, 4) attached to the respective ends of the container main body by being screwed, each of the end members (3, 4) having a hole formed therein through which a liquid is passed, one of the end members (3, 4) being provided with a power supply rod inserted therein, the power supply rod being connected to the anode plate, a bipolar electrode plate disposed in the container main body, the bipolar electrode plate being arranged parallel to the anode plate, and wherein the container main body is sealed with the end members (3, 4) screwed in the container main body instead of a flanged lid, so that a once-through channel for the liquid to be treated is formed. a cylindrical container main body including an inner peripheral surface serving as a cathode surface; an anode plate disposed in the container main body along an axis of the container main body; and end members (3, 4) attached to the respective ends of the container main body by being screwed, each of the end members (3, 4) having a hole formed therein through which a liquid is passed, one of the end members (3, 4) being provided with a power supply rod inserted therein, the power supply rod being connected to the anode plate, a bipolar electrode plate disposed in the container main body, the bipolar electrode plate being arranged parallel to the anode plate, and
A signaling packet processing method, comprising: obtaining, by a gateway user plane entity, processing information of a target signaling packet, wherein the processing information comprises type information of the target signaling packet that the gateway user plane entity needs to receive, and a destination address to which the gateway user plane entity needs to send the target signaling packet; wherein the processing information is further used to describe an action for forwarding the target signaling packet, and the action comprises at least one of the following: packet sending, encapsulation, or decapsulation; and receiving, by the gateway user plane entity according to the type information comprised in the processing information, a Dynamic Host Configuration Protocol, DHCP, signaling packet that matches the type information and that is sent by a user equipment, and sending the DHCP signaling packet to a gateway control plane entity according to a destination address for sending the DHCP signaling packet and the packet sending action that are comprised in the processing information, wherein a DHCP response packet for the DHCP signaling packet is generated by the gateway control plane entity. obtaining, by a gateway user plane entity, processing information of a target signaling packet, wherein the processing information comprises type information of the target signaling packet that the gateway user plane entity needs to receive, and a destination address to which the gateway user plane entity needs to send the target signaling packet; wherein the processing information is further used to describe an action for forwarding the target signaling packet, and the action comprises at least one of the following: packet sending, encapsulation, or decapsulation; and receiving, by the gateway user plane entity according to the type information comprised in the processing information, a Dynamic Host Configuration Protocol, DHCP, signaling packet that matches the type information and that is sent by a user equipment, and sending the DHCP signaling packet to a gateway control plane entity according to a destination address for sending the DHCP signaling packet and the packet sending action that are comprised in the processing information, wherein a DHCP response packet for the DHCP signaling packet is generated by the gateway control plane entity. packet sending, encapsulation, or decapsulation; and receiving, by the gateway user plane entity according to the type information comprised in the processing information, a Dynamic Host Configuration Protocol, DHCP, signaling packet that matches the type information and that is sent by a user equipment, and sending the DHCP signaling packet to a gateway control plane entity according to a destination address for sending the DHCP signaling packet and the packet sending action that are comprised in the processing information, wherein a DHCP response packet for the DHCP signaling packet is generated by the gateway control plane entity.
An outdoor unit comprising: a first panel (12, 13) that has a corner bend portion (12A, 13A), the corner bend portion (12A, 13A) having been subjected to bending together with a flange (12a, 13a) formed in an upper portion of the first panel (12, 13); and a second panel that has a side surface, the second panel being attached to an upper portion of the first panel (12, 13) in such a way that an outer surface of the flange (12a, 13a) of the first panel (12, 13) comes into contact with an inner surface of the side surface, characterised in that the corner bend portion of the flange (12a, 13a) is connected to a linear portion of the flange (12a, 13a) via an inclined portion, the inclined portion being a portion where a bend beginning portion of the corner bend portion is inclined at a predetermined angle in a bending direction. a first panel (12, 13) that has a corner bend portion (12A, 13A), the corner bend portion (12A, 13A) having been subjected to bending together with a flange (12a, 13a) formed in an upper portion of the first panel (12, 13); and a second panel that has a side surface, the second panel being attached to an upper portion of the first panel (12, 13) in such a way that an outer surface of the flange (12a, 13a) of the first panel (12, 13) comes into contact with an inner surface of the side surface, characterised in that
A composition for use in the treatment of age-related macular degeneration, the composition comprising lutein, zeaxanthin and tea extract, wherein the weight ratio of zeaxanthin to lutein is in a range of 2:1 to 3:1.
Agent for use in a method for killing head lice ( pediculus humanus capitis) in humans, characterized in that it contains, as active ingredient, glycerol which is mono- or diesterified with one or two identical or different aliphatic, saturated or unsaturated C 6 -C 18 carboxylic acids, und which is additionally mono- or diesterified with lactic acid, citric acid and/or tartaric acid, or glyceryl monolaurate.
An optical coating structure that when applied to a surface of an object imparts a structural colour to the object wherein the colour remains substantially the same to an observer over a broad range of viewing angles, the optical coating structure comprising: a base layer; a multilayer reflector on the base layer to impart the colour; and profile elements (2,11) on the base layer under the reflector wherein the reflector conforms to the surface profile of the profile elements, the profile elements having a width and length which are each in the range of 5 to 500 μm in size, and being arranged in non-periodic manner such that the profile elements are configured to avoid diffraction effects, wherein the profile elements are shaped so that greater than 50% of the surface area of the reflector is approximately normal to the incoming light when the light is incident at the normal to the plane of the surface and shaped so that greater than 30% of the surface area of the reflector is approximately normal to the incoming light when the light is incident at an angle of up to 30 degrees, wherein the profile elements reduce the multilayer reflector's normal property of colour change with changing viewing angle. a base layer; a multilayer reflector on the base layer to impart the colour; and profile elements (2,11) on the base layer under the reflector wherein the reflector conforms to the surface profile of the profile elements, the profile elements having a width and length which are each in the range of 5 to 500 μm in size, and being arranged in non-periodic manner such that the profile elements are configured to avoid diffraction effects, wherein the profile elements are shaped so that greater than 50% of the surface area of the reflector is approximately normal to the incoming light when the light is incident at the normal to the plane of the surface and shaped so that greater than 30% of the surface area of the reflector is approximately normal to the incoming light when the light is incident at an angle of up to 30 degrees, wherein the profile elements reduce the multilayer reflector's normal property of colour change with changing viewing angle.
Leveling feet for household appliances comprising a castor embedded in an internal ring, said internal ring being of tubular format and with grooves, in thread format on the external surface, an external ring provided with internal grooves, in thread format, to interact with the internal ring, characterized by a frame in the internal ring preventing the removal of the external ring, such frame has a rebound interrupting the thread and creating an obstacle to the passage of the external ring
Nebulizer which is configured to nebulize a fluid, the nebulizer comprising: a replaceable container containing the fluid; a nebulizer housing configured to receive the container, wherein the nebulizer housing comprises a housing part which can be detached from the nebulizer for opening the nebulizer housing and for replacing the container; and an indicator device configured to count and/or indicate a number of uses performed or still possible with the container, wherein said uses comprise tensioning and/or dispensing processes during which the container moves inside the closed nebulizer housing in a stroke-like fashion, wherein the indicator device comprises an indicator housing; wherein the indicator device is inseparably connected with the container, but separable from the nebulizer housing and housing part, so that it is replaceable together with the container; and wherein the indicator device comprises a blocking part configured to prevent further use of the container in a locked state of the indicator device when a predetermined number of uses has been reached or exceeded with the container, wherein in the locked state, the blocking part blocks complete stroke-like moveability of the container in the closed nebulizer housing, and wherein the blocking part is integrated into the indicator housing and/or forms part of the indicator housing or is arranged inside the indicator housing. a replaceable container containing the fluid; a nebulizer housing configured to receive the container, wherein the nebulizer housing comprises a housing part which can be detached from the nebulizer for opening the nebulizer housing and for replacing the container; and an indicator device configured to count and/or indicate a number of uses performed or still possible with the container, wherein said uses comprise tensioning and/or dispensing processes during which the container moves inside the closed nebulizer housing in a stroke-like fashion, wherein the indicator device comprises an indicator housing; wherein the indicator device is inseparably connected with the container, but separable from the nebulizer housing and housing part, so that it is replaceable together with the container; and wherein the indicator device comprises a blocking part configured to prevent further use of the container in a locked state of the indicator device when a predetermined number of uses has been reached or exceeded with the container, wherein in the locked state, the blocking part blocks complete stroke-like moveability of the container in the closed nebulizer housing, and wherein the blocking part is integrated into the indicator housing and/or forms part of the indicator housing or is arranged inside the indicator housing.
A database system comprising: a distributed network of servers configured to store a data graph comprising linked graph entities including semantic entities linked by directed labelled links denoting semantic relationships between pairs of linked semantic entities, and also including functional entities each representing a processing operation and being linked by directed labelled links to one or more semantic entities denoting that the processing operation is configured to access the linked semantic entities during execution of the processing operation; and a database controller comprising: a partitioning unit configured to partition the data graph into sub graphs; and a distributing unit configured to allocate each sub graph to a different server from among the distributed network of servers; wherein the partitioning unit is configured to partition the data graph in dependence upon the directed labelled links to preferentially partition linked entities into the same sub graph; wherein the distributed network of servers are configured to store the logic required to realise each processing operation on the same server as the functional entity representing the processing operation. a distributed network of servers configured to store a data graph comprising linked graph entities including semantic entities linked by directed labelled links denoting semantic relationships between pairs of linked semantic entities, and also including functional entities each representing a processing operation and being linked by directed labelled links to one or more semantic entities denoting that the processing operation is configured to access the linked semantic entities during execution of the processing operation; and a database controller comprising: a partitioning unit configured to partition the data graph into sub graphs; and a distributing unit configured to allocate each sub graph to a different server from among the distributed network of servers; wherein the partitioning unit is configured to partition the data graph in dependence upon the directed labelled links to preferentially partition linked entities into the same sub graph; a partitioning unit configured to partition the data graph into sub graphs; and a distributing unit configured to allocate each sub graph to a different server from among the distributed network of servers; wherein the partitioning unit is configured to partition the data graph in dependence upon the directed labelled links to preferentially partition linked entities into the same sub graph; wherein the distributed network of servers are configured to store the logic required to realise each processing operation on the same server as the functional entity representing the processing operation.
A multi-pack curable composition comprising: an A agent comprising a polyoxyalkylene polymer having a reactive silicon group represented by a general formula, a (meth)acrylate ester polymer having a reactive silicon group represented by the general formula, and an epoxy resin curing agent having a tertiary amine; and a B agent comprising an epoxy resin and a silanol condensation catalyst, wherein a weight ratio of the polyoxyalkylene polymer:the (meth)acrylate ester polymer is 95:5 to 50:50, a weight ratio of a total of the polyoxyalkylene polymer and the (meth)acrylate ester polymer:the epoxy resin is 90:10 to 50:50, and the (meth)acrylate ester polymer contains a polymer containing 40% by weight or more of alkyl (meth)acrylate having 1 to 3 alkyl carbon atoms in a total monomer: -SiX 3 (wherein X represents a hydroxyl group or a hydrolyzable group). an A agent comprising a polyoxyalkylene polymer having a reactive silicon group represented by a general formula, a (meth)acrylate ester polymer having a reactive silicon group represented by the general formula, and an epoxy resin curing agent having a tertiary amine; and a B agent comprising an epoxy resin and a silanol condensation catalyst, wherein a weight ratio of the polyoxyalkylene polymer:the (meth)acrylate ester polymer is 95:5 to 50:50, a weight ratio of a total of the polyoxyalkylene polymer and the (meth)acrylate ester polymer:the epoxy resin is 90:10 to 50:50, and the (meth)acrylate ester polymer contains a polymer containing 40% by weight or more of alkyl (meth)acrylate having 1 to 3 alkyl carbon atoms in a total monomer: -SiX 3 (wherein X represents a hydroxyl group or a hydrolyzable group).
Method for forming a semiconductor heterostructure comprising: - providing a substrate with a first in-plane lattice parameter a 1, - providing a buffer layer with a second in-plane lattice parameter a 2, - providing a top layer over the buffer layer, wherein an additional layer is provided in between the buffer layer and the top layer, said additional layer has a thickness less than the critical thickness and a third in-plane lattice parameter a 3 which is in between the first and second lattice parameter a 1, a 2 to thereby improve the surface roughness of the top layer, and wherein the lattice parameters of the substrate and the buffer layer correspond to lattice parameter values in a relaxed state respectively and are the lattice parameters at the interface towards the subsequent layer, characterized in that the additional layer and/or the top layer is grown with a growth temperature lower than the growth temperature of the buffer layer, the growth temperature of the additional layer and/or the top layer is chosen to be about 50°C, to about 500°C lower than the growth temperature of the buffer layer, the buffer layer (3, 13) and the additional layer are comprising at least two compounds A and B and have a different composition A 1-xa2 B xa2 and A 1-xa3 B xa3 with respect to each other, wherein the difference in composition Δx = x a2 -x a3 is approximately 0.5% to 8%, the additional layer is silicon germanium (Si 1-xa3 Ge xa3), and the growth temperature of silicon germanium (Si 1-x Ge x) used for the additional layer is according depending on the germanium percentage: layer material growth temperature [°C] Si 1-x Ge x, xε[0,20] 650 - 750 Si 1-x Ge x,xε[20,40] 600 - 700 Si 1-x xGe x,xε[40,60] 550 - 650 Si 1-x Ge x,xε[60,80] 500 - 600 Si 1-x Ge x,xε[80,90] < 600 Si 1-x Ge x,xε[90,100] < 550 - providing a substrate with a first in-plane lattice parameter a 1, - providing a buffer layer with a second in-plane lattice parameter a 2, - providing a top layer over the buffer layer,
A crimp connection terminal, comprising: a conductor crimping portion including a pair of crimping tabs (3e, 3f) erected in a U-shape, wherein the crimping tabs (3e, 3f) are formed by punching, stamping, and folding one conductive metal plate, and a conductor portion of an electric wire is crimped and secured by the pair of crimping tabs (3e, 3f); the conductor crimping portion has a stacked structure in which at least a bottom layer plate and a top layer plate are stacked; the bottom layer plate and the top layer plate of the conductor crimping portion are formed by folding two sides formed by punching the conductive metal plate; and the top layer plate includes a punched long hole; characterized in that a recessed portion is formed in an upper portion of the punched long hole; and edges of the punched long hole and edges of the recessed portion form two steps. a conductor crimping portion including a pair of crimping tabs (3e, 3f) erected in a U-shape, wherein the crimping tabs (3e, 3f) are formed by punching, stamping, and folding one conductive metal plate, and a conductor portion of an electric wire is crimped and secured by the pair of crimping tabs (3e, 3f); the conductor crimping portion has a stacked structure in which at least a bottom layer plate and a top layer plate are stacked; the bottom layer plate and the top layer plate of the conductor crimping portion are formed by folding two sides formed by punching the conductive metal plate; and the top layer plate includes a punched long hole; characterized in that a recessed portion is formed in an upper portion of the punched long hole; and edges of the punched long hole and edges of the recessed portion form two steps.
A semiconductor device manufacturing method, comprising: providing a semiconductor substrate, wherein the semiconductor substrate comprises a first region and a second region that are mutually exclusive from one another, with a first oxide layer on the first and the second regions (211, 221); conducting a nitriding process to form a nitride barrier layer on the first oxide layer on the first and the second regions (211, 221); removing the nitride barrier layer and the first oxide layer on the second region; and conducting an oxidation process to form a second oxide layer on the second region, characterized in that the semiconductor substrate further comprises: a third region different from the first region and the second region; and a third oxide layer on the third region, wherein the thickness of the third oxide layer is larger than the thickness of the second oxide layer, and wherein the nitriding process also forms the nitride barrier layer on the third oxide layer. providing a semiconductor substrate, wherein the semiconductor substrate comprises a first region and a second region that are mutually exclusive from one another, with a first oxide layer on the first and the second regions (211, 221); conducting a nitriding process to form a nitride barrier layer on the first oxide layer on the first and the second regions (211, 221); removing the nitride barrier layer and the first oxide layer on the second region; and conducting an oxidation process to form a second oxide layer on the second region, a third region different from the first region and the second region; and a third oxide layer on the third region, wherein the thickness of the third oxide layer is larger than the thickness of the second oxide layer, and wherein the nitriding process also forms the nitride barrier layer on the third oxide layer.
A self-propelled harvester, in particular a combine harvester, comprising a threshing mechanism, a front attachment arrangement disposed in front of the threshing mechanism in conveyor relationship and a control arrangement, characterised in that the control arrangement is adapted to shut down the threshing mechanism or the threshing mechanism and the front attachment arrangement in response to an operating event, wherein the operating event is a user-triggered shut-down of the threshing mechanism, wherein the shut-down of the threshing mechanism or the threshing mechanism and the front attachment arrangement is effected in dependence on a currently prevailing crop material processing condition of the harvester, and wherein the control arrangement is adapted to determine a shut-down time of the threshing mechanism and/or the front attachment arrangement in response to the operating event in dependence on the currently prevailing crop material processing condition.
A specimen rack adapter for a specimen rack, the specimen rack being used for an automatic analyzer and a specimen pre-processing device and the specimen rack being capable of holding a plurality of specimen containers (2, 3, 4), the specimen rack adapter (6, 7) comprising: a specimen rack mounting section to be inserted and fixed to a hole in an adapter insertion section of a specimen rack body; and a specimen container positioning section for holding the specimen container, characterised in that: the specimen rack adapter has a partially opened side surface thereby forming a C-shape, and comprises a sleeve for insertion into the adapter insertion section of the specimen rack body, the sleeve being provided with two knobs which have their lower ends tapered and can be pinched for detachment of the specimen rack adapter from the specimen rack body by insertion of a tweezers-like jig into spaces between the tapers and the specimen rack body. a specimen rack mounting section to be inserted and fixed to a hole in an adapter insertion section of a specimen rack body; and a specimen container positioning section for holding the specimen container,