mhurhangee/ep-ind-claims huggingface dataset:
Milk meter for milking plants comprising: - an upper collecting chamber delimited at the top by a covering membrane; - a first discharge opening connectable to a milk passage manifold of a milking plant, said first discharge opening being adapted to put in communication the milk passage manifold with the upper collecting chamber; - a lower measuring chamber connected to the upper collecting chamber and communicating with it by means of a second discharge opening; - a shutter comprising a central portion, adapted to open and/or close the second discharge opening, and an upper portion connected to the central portion and associated to the covering membrane; wherein the central portion of the shutter comprises a chimney to discharge upwards, that is towards the upper collecting chamber and towards the first discharge opening, the air rising from the lower measuring chamber when the latter chamber becomes filled with milk, characterized in that the milk meter further comprises a plurality of curved fins having helical bends and developing on the surface of the central portion of the shutter for imparting a rotational motion to the mass of milk inside the upper collecting chamber, wherein the central portion of the shutter comprises two chimneys and a connecting wall that diametrically joins the two chimneys for discharging the air. - an upper collecting chamber delimited at the top by a covering membrane; - a first discharge opening connectable to a milk passage manifold of a milking plant, said first discharge opening being adapted to put in communication the milk passage manifold with the upper collecting chamber; - a lower measuring chamber connected to the upper collecting chamber and communicating with it by means of a second discharge opening; - a shutter comprising a central portion, adapted to open and/or close the second discharge opening, and an upper portion connected to the central portion and associated to the covering membrane; wherein the central portion of the shutter comprises a chimney to discharge upwards, that is towards the upper collecting chamber and towards the first discharge opening, the air rising from the lower measuring chamber when the latter chamber becomes filled with milk, characterized in that the milk meter further comprises a plurality of curved fins having helical bends and developing on the surface of the central portion of the shutter for imparting a rotational motion to the mass of milk inside the upper collecting chamber, wherein the central portion of the shutter comprises two chimneys and a connecting wall that diametrically joins the two chimneys for discharging the air.
A single-insertion, multiple sample biopsy device, comprising: a cutting sheath, an intermediate sheath, and a cannula all being coaxially aligned with the cutting sheath surrounding the intermediate sheath and the intermediate sheath surrounding the cannula, an annular space being defined between the intermediate sheath and the cutting sheath; the cannula having a distal end with a port where tissue samples are received and a proximal end where samples are delivered; the intermediate sheath being movable relative to the cannula to selectively open and close the port; the cannula carrying a movable bulkhead within it, the bulkhead being connected to a suction tube; and a drive mechanism that forces the tube along the cannula to move the bulkhead distally and proximally, characterized in that the device further comprises a fluid pumping mechanism to pump fluid into the annular space when the intermediate sheath partly covers the port, thereby causing fluid to enter the port at a distal end thereof and flow along the cannula in a proximal direction. a cutting sheath, an intermediate sheath, and a cannula all being coaxially aligned with the cutting sheath surrounding the intermediate sheath and the intermediate sheath surrounding the cannula, an annular space being defined between the intermediate sheath and the cutting sheath; the cannula having a distal end with a port where tissue samples are received and a proximal end where samples are delivered; the intermediate sheath being movable relative to the cannula to selectively open and close the port; the cannula carrying a movable bulkhead within it, the bulkhead being connected to a suction tube; and a drive mechanism that forces the tube along the cannula to move the bulkhead distally and proximally, characterized in that the device further comprises a fluid pumping mechanism to pump fluid into the annular space when the intermediate sheath partly covers the port, thereby causing fluid to enter the port at a distal end thereof and flow along the cannula in a proximal direction.
Package, comprising: a container made of plastic in the form of a bucket having a base and having a circumferential side wall, a lid for closing an opening formed on the container, wherein the container has on its edge a circumferential engaging region with a clamping profile which interacts with a clamping profile on an inner side of an edge of the lid in order to close the opening of the container, a safety ring for the safety in transport of the lid, formed preferably of plastic, mounted onto the container in the form of the bucket, wherein a circumferential side wall of the safety ring grips around the edge of the container and a safety region protruding to the inside across the side wall of the safety ring grips over the edge of the lid, wherein the side wall and/or the safety region of the safety ring are closed on itself, wherein detent elements protruding on the side wall of the safety ring to the inside across the side wall of the safety ring are formed for fastening the safety ring on the edge of the container, and wherein between the side of the side wall of the safety ring, on which is formed the safety region protruding to the inside, and the detent elements are formed recesses in the side wall of the safety ring. a container made of plastic in the form of a bucket having a base and having a circumferential side wall, a lid for closing an opening formed on the container, wherein the container has on its edge a circumferential engaging region with a clamping profile which interacts with a clamping profile on an inner side of an edge of the lid in order to close the opening of the container, a safety ring for the safety in transport of the lid, formed preferably of plastic, mounted onto the container in the form of the bucket, wherein a circumferential side wall of the safety ring grips around the edge of the container and a safety region protruding to the inside across the side wall of the safety ring grips over the edge of the lid, wherein the side wall and/or the safety region of the safety ring are closed on itself, wherein detent elements protruding on the side wall of the safety ring to the inside across the side wall of the safety ring are formed for fastening the safety ring on the edge of the container, and wherein between the side of the side wall of the safety ring, on which is formed the safety region protruding to the inside, and the detent elements are formed recesses in the side wall of the safety ring.
A composition comprising gelatin and collagen hydrolysate, characterized in that a. the composition comprises agglomerates of particles, which particles comprise gelatin, collagen hydrolysate, or gelatin and collagen hydrolysate, b. wherein at least part of the particles consist of collagen hydrolysate, and wherein c. collagen hydrolysate is present as a layer between the particles of the agglomerates wherein gelatin has an average molecular weight of 50k Da to 200k Da, as measured with gel permeation chromatography analysis, and collagen hydrolysate has an average molecular weight of from 300 to 15000 Da, as measured by gel permeation chromatography. a. the composition comprises agglomerates of particles, which particles comprise gelatin, collagen hydrolysate, or gelatin and collagen hydrolysate, b. wherein at least part of the particles consist of collagen hydrolysate, and wherein c. collagen hydrolysate is present as a layer between the particles of the agglomerates
A carbon material for a nonaqueous secondary battery, which satisfies the following conditions to: the Raman R value represented by the following formula 1 is 0.01 or more and 1 or less, Raman R value = Intensity I B of peak P B around 1360 cm − 1 in Raman spectrum analysis / Intensity I A of peak P A around 1580 cm − 1 in Raman spectrum analysis; the N/C represented by the following formula 2 is 0.05% or more and 2% or less, N / C % = N atom concentration calculated based on peak area of N 1 s spectrum in X − ray photoelectron spectroscopy analysis / C atom concentration calculated based on peak area of C 1 s spectrum in X − ray photoelectron spectroscopy analysis × 100; and the S/C represented by the following formula 3 is 0.05% or more and 2% or less, S / C % = S atom concentration calculated based on peak area of S 2 s spectrum in X − ray photoelectron spectroscopy analysis / C atom concentration calculated based on peak area of C 1 s spectrum in X − ray photoelectron spectroscopy analysis × 100, and wherein the carbon material is a carbon material that has a multilayer structure wherein graphite particles are covered with amorphous carbon. the Raman R value represented by the following formula 1 is 0.01 or more and 1 or less, Raman R value = Intensity I B of peak P B around 1360 cm − 1 in Raman spectrum analysis / Intensity I A of peak P A around 1580 cm − 1 in Raman spectrum analysis; the N/C represented by the following formula 2 is 0.05% or more and 2% or less, N / C % = N atom concentration calculated based on peak area of N 1 s spectrum in X − ray photoelectron spectroscopy analysis / C atom concentration calculated based on peak area of C 1 s spectrum in X − ray photoelectron spectroscopy analysis × 100; and the S/C represented by the following formula 3 is 0.05% or more and 2% or less, S / C % = S atom concentration calculated based on peak area of S 2 s spectrum in X − ray photoelectron spectroscopy analysis / C atom concentration calculated based on peak area of C 1 s spectrum in X − ray photoelectron spectroscopy analysis × 100, and wherein the carbon material is a carbon material that has a multilayer structure wherein graphite particles are covered with amorphous carbon.
A cleaning composition comprising: from 0.01 wt.% to 70 wt.%, based on the total weight of the cleaning composition, of a pH-switchable sudsing system; and from 0.0001 wt.% to 99.99 wt.%, based on the total weight of the cleaning composition, of a cleansing system, wherein the pH-switchable sudsing system comprises: from 0.05 wt.% to 99.99 wt.%, based on the total weight of the pH-switchable sudsing system, of a primary sudsing agent; and from 0.01 wt.% to 15 wt.%, preferably from 1 wt.% to 10 wt.%, based on the total weight of the pH-switchable sudsing system, of a pH-switchable co-surfactant or a mixture of pH-switchable co-surfactants, each pH switchable co-surfactant being selected from compounds having formula: where: R 1 is a linear or branched C 8 to C 16 hydrocarbyl, R 2 is a linear or branched C 1 to C 3 hydrocarbyl, R 3 is a linear or branched C 3 to C 6 hydrocarbylene, and X is a counteranion. from 0.01 wt.% to 70 wt.%, based on the total weight of the cleaning composition, of a pH-switchable sudsing system; and from 0.0001 wt.% to 99.99 wt.%, based on the total weight of the cleaning composition, of a cleansing system, from 0.05 wt.% to 99.99 wt.%, based on the total weight of the pH-switchable sudsing system, of a primary sudsing agent; and from 0.01 wt.% to 15 wt.%, preferably from 1 wt.% to 10 wt.%, based on the total weight of the pH-switchable sudsing system, of a pH-switchable co-surfactant or a mixture of pH-switchable co-surfactants, each pH switchable co-surfactant being selected from compounds having formula: where: R 1 is a linear or branched C 8 to C 16 hydrocarbyl, R 2 is a linear or branched C 1 to C 3 hydrocarbyl, R 3 is a linear or branched C 3 to C 6 hydrocarbylene, and X is a counteranion. R 1 is a linear or branched C 8 to C 16 hydrocarbyl, R 2 is a linear or branched C 1 to C 3 hydrocarbyl, R 3 is a linear or branched C 3 to C 6 hydrocarbylene, and X is a counteranion.
A method performed in a distributed cloud network for identifying a network resource of the distributed cloud network, wherein the distributed cloud network is divided into a hierarchical distributed system comprising at least a first domain, the method comprising: - receiving, in a first network node, a request from a client device for a network resource to be used in providing a service, the request comprising at least one criterion relating to the network resource, - resolving, in the first network node, a first part of the request, the first part corresponding to a first criterion relating to the network resource, thereby identifying one or more domains each comprising at least one network resource fulfilling the first criterion, and wherein the hierarchical distributed system comprises at least one sub-domain subordinate to the first domain, for a request comprising at least two criteria, - sending, from the first network node to a second network node of the identified domain, a remaining part of the request, - receiving, in the first network node, from the second network node, one or more identifications corresponding to a respective one or more network resource fulfilling the at least two criteria relating to the network resource,- sending, from the first network node to the client device, the one or more identifications corresponding to a respective one or more network resource fulfilling the at least one criterion. - receiving, in a first network node, a request from a client device for a network resource to be used in providing a service, the request comprising at least one criterion relating to the network resource, - resolving, in the first network node, a first part of the request, the first part corresponding to a first criterion relating to the network resource, thereby identifying one or more domains each comprising at least one network resource fulfilling the first criterion, and - sending, from the first network node to a second network node of the identified domain, a remaining part of the request, - receiving, in the first network node, from the second network node, one or more identifications corresponding to a respective one or more network resource fulfilling the at least two criteria relating to the network resource,- sending, from the first network node to the client device, the one or more identifications corresponding to a respective one or more network resource fulfilling the at least one criterion.
An improved electrical connection device for signaling vehicles, enabled to be linked materially and electrically to an external support of the vehicle to be signalized, that has an electric potential difference, and at the same time enabled to be linked materially and electrically to an external electrically lighting operated device for signaling the vehicle, and therefore transmitting electric potential between said external support and said lighting device, the connection device comprising a base having a first cylindrical housing configured to receive the external support wherein the base incorporates a spring and a shaft enabled for receiving and transmitting the electric potential difference from the external support, and being arranged on the same base, wherein, in order to transmit the electrical potential the shaft has one end inside the first cylindrical housing configured to electrically connect to an internal terminal of the support and an opposite end configured to electrically connect to a terminal for wires, wherein the spring further comprises a first termination and a second termination opposite the first one for electrically contacting, respectively, another terminal for wires and the support, the spring being movable inside the base, by means of a compressive force on said spring, for switching between transmitting the electrical potential, when the one end of the shaft and the second termination of the spring are in contact with the external support, and not transmitting the electrical potential, when the one end of the shaft and the second termination of the spring are not in contact with the external support, the electrical connection device further including a coaxial second hollow cylindrical housing extending from the base in a direction opposite to the first cylindrical housing, and internally in communication and in continuity with the inside of the first cylindrical housing, wherein the second cylindrical housing is enabled to contain the spring arranged in the very contour thereof and around the same axial axis thereof, the first termination of the spring being a straight termination parallel to the axial axis thereof and protruding from the same second cylindrical housing at the end of the same second cylindrical 30 housing opposite its contact with the base and the second termination being inserted in the first cylindrical housing to make electrical contact with the support.
An FPGA-based integrated circuit die (202, 302) characterized by: logic fabric areas including hardware processor circuits (210, 220); and a content addressable memory module comprising: fabric interface coupled to logic in said the FPGA-based logic fabric areas to provide an interconnection (212, 214, 222, 224) between a search engine and at least one of the hardware processor circuits; a first and a second content addressable memory array (206; 412, 414) for storing data; control logic area constituting the search engine and for managing searches for data stored in the first and a second content addressable memory array (206; 412, 414), wherein the control logic area includes: a first and a second interface logic area (422, 424) for providing search key data to the first and a second content addressable memory array (206; 412, 414); and intercept logic for controlling the a first and a second interface logic area (422, 424); wherein the content addressable memory module is searchable by the search engine in response to request for data content from the at least one of the hardware processor circuits. logic fabric areas including hardware processor circuits (210, 220); and a content addressable memory module comprising: fabric interface coupled to logic in said the FPGA-based logic fabric areas to provide an interconnection (212, 214, 222, 224) between a search engine and at least one of the hardware processor circuits; a first and a second content addressable memory array (206; 412, 414) for storing data; control logic area constituting the search engine and for managing searches for data stored in the first and a second content addressable memory array (206; 412, 414), wherein the control logic area includes: a first and a second interface logic area (422, 424) for providing search key data to the first and a second content addressable memory array (206; 412, 414); and intercept logic for controlling the a first and a second interface logic area (422, 424); fabric interface coupled to logic in said the FPGA-based logic fabric areas to provide an interconnection (212, 214, 222, 224) between a search engine and at least one of the hardware processor circuits; a first and a second content addressable memory array (206; 412, 414) for storing data; control logic area constituting the search engine and for managing searches for data stored in the first and a second content addressable memory array (206; 412, 414), wherein the control logic area includes: a first and a second interface logic area (422, 424) for providing search key data to the first and a second content addressable memory array (206; 412, 414); and intercept logic for controlling the a first and a second interface logic area (422, 424); a first and a second interface logic area (422, 424) for providing search key data to the first and a second content addressable memory array (206; 412, 414); and intercept logic for controlling the a first and a second interface logic area (422, 424); wherein the content addressable memory module is searchable by the search engine in response to request for data content from the at least one of the hardware processor circuits.
A surface modification device, configured to supply substitution gas to a discharge area (E1, E2, E3) that is formed between a discharge electrode, which has a length in a width direction of a base material and includes one or more electrode members (6, 6a, 6b, 28, 29), and a counter electrode facing the discharge electrode, in order for a surface of the base material to be treated by discharge energy, the surface modification device comprising: a substitution gas passage (22, 23, 25) that allows substitution gas to be injected toward the discharge area (E1, E2, E3) along the discharge electrode; a cover member (7, 8) that includes an insulating material located along the discharge electrode and maintaining a facing gap from the discharge electrode a gas curtain passage (22, 23) of a slit shape that is formed by the facing gap between the cover member (7, 8) and the discharge electrode; and a support member that is held between the electrode member (6, 6a, 6b, 28, 29) and the cover member (7, 8) and has a gas guide hole formed therein to communicate with the gas curtain passage (22, 23), wherein the cover member (7, 8) is mounted either any one or both of an upstream side and a downstream side of the discharge electrode with respect to a moving direction of the base material entering the discharge area formed between the discharge electrode and the counter electrode, and the gas curtain passage (22, 23) is supplied with curtain gas through the gas guide hole. a substitution gas passage (22, 23, 25) that allows substitution gas to be injected toward the discharge area (E1, E2, E3) along the discharge electrode; a cover member (7, 8) that includes an insulating material located along the discharge electrode and maintaining a facing gap from the discharge electrode a gas curtain passage (22, 23) of a slit shape that is formed by the facing gap between the cover member (7, 8) and the discharge electrode; and a support member that is held between the electrode member (6, 6a, 6b, 28, 29) and the cover member (7, 8) and has a gas guide hole formed therein to communicate with the gas curtain passage (22, 23), wherein the cover member (7, 8) is mounted either any one or both of an upstream side and a downstream side of the discharge electrode with respect to a moving direction of the base material entering the discharge area formed between the discharge electrode and the counter electrode, and the gas curtain passage (22, 23) is supplied with curtain gas through the gas guide hole.