mhurhangee/ep-ind-claims huggingface dataset:
A process of producing a water-soluble container using a horizontal intermittent motion thermoforming machine which comprises the steps of: a) locating a first, flexible water-soluble film over a mould, said mould containing a plurality of pocket forming cavities, defined by side walls (12, 13) and a base, in a 2-dimensional array, each cavity being surrounded by a planar surface of the mould on all sides in which the shortest dimension (x, y) of the planar surface between two adjacent cavities is at least 3 mm and between an edge of the mould and the closest cavity is at least 1.5 mm; b) thermoforming the first film to produce a plurality of pockets; c) at least partially filling the pockets with a composition; and d) sealing the plurality of the at least partially filled pockets, wherein the cavities are positioned in the array such that there are a plurality of continuous strips of uninterrupted planar surface of the mould from a leading to a trailing edge of the mould, wherein areas of the thermoformed film corresponding to said continuous strips are supported during the process by a plurality of support means fitted to the machine to prevent the film from sagging. a) locating a first, flexible water-soluble film over a mould, said mould containing a plurality of pocket forming cavities, defined by side walls (12, 13) and a base, in a 2-dimensional array, each cavity being surrounded by a planar surface of the mould on all sides in which the shortest dimension (x, y) of the planar surface between two adjacent cavities is at least 3 mm and between an edge of the mould and the closest cavity is at least 1.5 mm; b) thermoforming the first film to produce a plurality of pockets; c) at least partially filling the pockets with a composition; and d) sealing the plurality of the at least partially filled pockets,
An intercom door station comprising a user interface and a controller, wherein the controller comprises a director and a signal output device, wherein the user interface is configured to receive an operating command entered by a human for calling a communications device, wherein the director is configured to give the human a direction about what to do to satisfy a first condition, wherein the signal output device is configured to output a signal unlocking an electric lock device when finding a second condition satisfied, wherein, when the controller finds the first condition satisfied, the controller is configured to switch a call declined state for declining a call to the communications device into a call accepted state for accepting a call to the communications device, wherein the first condition is that at least a particular region of the human fall within a predetermined range where the human is identifiable, and wherein the second condition is that the human be successfully authenticated based on information about the particular region. wherein the user interface is configured to receive an operating command entered by a human for calling a communications device, wherein the director is configured to give the human a direction about what to do to satisfy a first condition, wherein the signal output device is configured to output a signal unlocking an electric lock device when finding a second condition satisfied, wherein, when the controller finds the first condition satisfied, the controller is configured to switch a call declined state for declining a call to the communications device into a call accepted state for accepting a call to the communications device, wherein the first condition is that at least a particular region of the human fall within a predetermined range where the human is identifiable, and wherein the second condition is that the human be successfully authenticated based on information about the particular region.
A method for peer-to-peer, P2P, communication in a wireless local area network, WLAN, the method comprising: communicating, from a first peer wireless station, first peer P2P capability data to a second peer wireless station using a capability discovery protocol request, wherein the first peer P2P capability data describes the first peer wireless station's capability information for a P2P connection; receiving second peer P2P capability data from the second peer wireless station using a capability discovery protocol response, wherein the second peer P2P capability data describes the second peer wireless station's capability information for the P2P connection, wherein the second peer P2P capability data includes a counter-proposal of the first peer P2P capability data sent by the first peer wireless station based on a capability of the second peer wireless station for P2P communication; and establishing, by the first peer wireless station, the P2P connection between the first peer wireless station and the second peer wireless station based on the second peer P2P capability data; wherein at least one of the first and second peer P2P capability data comprises data indicative of a capability of the first peer wireless station for Direct Link Setup, DLS; and characterized in that at least one of the first and second peer P2P capability data includes information defined in an XML schema. communicating, from a first peer wireless station, first peer P2P capability data to a second peer wireless station using a capability discovery protocol request, wherein the first peer P2P capability data describes the first peer wireless station's capability information for a P2P connection; receiving second peer P2P capability data from the second peer wireless station using a capability discovery protocol response, wherein the second peer P2P capability data describes the second peer wireless station's capability information for the P2P connection, wherein the second peer P2P capability data includes a counter-proposal of the first peer P2P capability data sent by the first peer wireless station based on a capability of the second peer wireless station for P2P communication; and establishing, by the first peer wireless station, the P2P connection between the first peer wireless station and the second peer wireless station based on the second peer P2P capability data; wherein at least one of the first and second peer P2P capability data comprises data indicative of a capability of the first peer wireless station for Direct Link Setup, DLS; and characterized in that at least one of the first and second peer P2P capability data includes information defined in an XML schema.
An air blower, which is used for air conditioning and demisting purposes in vehicles, comprising - at least one main body, - at least one air intake pipe which is adapted to enable air intake into the main body, - at least one vortex generator which is adapted to reduce temperature of the air at the center of the main body, - at least one warm air nozzle located at the end of a vortex tube, - at least one cold air nozzle which is located at the end of the vortex generator where the vortex tube is not located. characterized by - at least one air chamber through which the air entering via the air intake pipe travels, - at least one wall accelerator having a structure with thin section allowing air to pass, - at least one air inlet which is provided for the air to travel from the air chamber into the main body, - at least one vortex connection which is provided for the air entering through the air inlet to travel to the center of the main body, - wherein the vortex tube is located at one end of the vortex generator and which is adapted for the warm air to be discharged, - at least one main body, - at least one air intake pipe which is adapted to enable air intake into the main body, - at least one vortex generator which is adapted to reduce temperature of the air at the center of the main body, - at least one warm air nozzle located at the end of a vortex tube, - at least one cold air nozzle which is located at the end of the vortex generator where the vortex tube is not located. - at least one air chamber through which the air entering via the air intake pipe travels, - at least one wall accelerator having a structure with thin section allowing air to pass, - at least one air inlet which is provided for the air to travel from the air chamber into the main body, - at least one vortex connection which is provided for the air entering through the air inlet to travel to the center of the main body, - wherein the vortex tube is located at one end of the vortex generator and which is adapted for the warm air to be discharged,
An implant for implanting into a bile duct of a patient for treating cholangiocarcinoma wherein said implant is a self supporting tubular member, wherein said member has an exterior surface and an interior surface, said exterior surface comprising a metal film electroplated onto said member, characterised in that said metal film has an exterior surface comprising greater than 1.5 percent by area dendrites, and in that said metal film comprises tin-117m.
A mixture of polymers, said mixture containing: - monofunctional polymers (P-A) and bifunctional polymers (P-B) comprising a plurality of (per)fluoropolyether segments (S RF) joined together by hydrogenated (poly)ether segments (S H), said polymers having two ends, wherein one or both ends comprises a hydroxy or a sulfonate group; - a non-functional polymer (P-C) comprising a plurality of (per)fluoropolyether segments (S RF) joined together by hydrogenated (poly)ether segments (S H), with the proviso that the hydrogenated (poly)ether segments (S H) are not segments of formula -CH 2 OCH 2 OCH 2 -. - monofunctional polymers (P-A) and bifunctional polymers (P-B) comprising a plurality of (per)fluoropolyether segments (S RF) joined together by hydrogenated (poly)ether segments (S H), said polymers having two ends, wherein one or both ends comprises a hydroxy or a sulfonate group; - a non-functional polymer (P-C) comprising a plurality of (per)fluoropolyether segments (S RF) joined together by hydrogenated (poly)ether segments (S H), with the proviso that the hydrogenated (poly)ether segments (S H) are not segments of formula -CH 2 OCH 2 OCH 2 -.
A cruciform trimmer line, comprising: a main body having a longitudinal axis extended along a Z-axis and a uniform main cross section; two first protrusions disposed on two opposing sides of the main body along the Z-axis, each of the first protrusions forming teeth; and two second protrusions disposed on two other opposing sides of the main body along the Z-axis; characterized in that the main cross section has a plurality of contiguous sides (221,222), and in that each of the second protrusions has a uniform cross section. a main body having a longitudinal axis extended along a Z-axis and a uniform main cross section; two first protrusions disposed on two opposing sides of the main body along the Z-axis, each of the first protrusions forming teeth; and two second protrusions disposed on two other opposing sides of the main body along the Z-axis;
An image processing device comprising: an image input unit that either acquires at least three kinds of images comprising polarization images of different polarizing directions or acquires three kinds of images comprising polarization images of two different polarizing directions and non-polarization images; an angle input unit that acquires a reflection angle, the reflection angle being an angle between an image capturing direction of an image acquired by the image input unit a direction normal to the plane of a reflecting surface at each pixel; characterized by a reflection component separation unit that removes a reflected light component from an image acquired by the image input unit, on the basis of the images acquired by the image input unit and the reflection angle acquired from the angle input unit, wherein the angle input unit estimates, at each pixel, a direction normal to the plane direction of the surface of an object on the basis of an object model having shape information about the object to be captured in images to be acquired by the image input unit and calculates the reflection angle on the basis of the estimated direction. an image input unit that either acquires at least three kinds of images comprising polarization images of different polarizing directions or acquires three kinds of images comprising polarization images of two different polarizing directions and non-polarization images; an angle input unit that acquires a reflection angle, the reflection angle being an angle between an image capturing direction of an image acquired by the image input unit a direction normal to the plane of a reflecting surface at each pixel; characterized by a reflection component separation unit that removes a reflected light component from an image acquired by the image input unit, on the basis of the images acquired by the image input unit and the reflection angle acquired from the angle input unit, wherein the angle input unit estimates, at each pixel, a direction normal to the plane direction of the surface of an object on the basis of an object model having shape information about the object to be captured in images to be acquired by the image input unit and calculates the reflection angle on the basis of the estimated direction.
A composition comprising a polyol crosslinked with a) a multifunctional epoxide; or b) an epihalohydrin; or c) a molecule or crosslinker mixture comprising multiple epihalohydrin and/or epoxide groups or molecules; and wherein the composition has a number N 1 of effective ether crosslinks per crosslinker molecule as calculated by subtracting 1 from the average number of distinct polyol repeat units bound per crosslinker molecule, the remaining reactive groups on the crosslinker are ineffective in crosslinking and provide a number N 2 of pendant groups per crosslinker molecule, among the N 2 groups per crosslinker there are N 3 groups per crosslinker that are unreacted or otherwise retain reactivity against nucleophiles, the relationship between N 1 and N 2 is: N 1 > 0.35 (N 1 + N 2), characterized in that A) the composition comprises a multitude of interconnected pores; B) the composition is characterized by a fractured structure comprising a multitude of individual sponge particles; and C) the particles have a number of protrusions at their surfaces. a) a multifunctional epoxide; or b) an epihalohydrin; or c) a molecule or crosslinker mixture comprising multiple epihalohydrin and/or epoxide groups or molecules; and wherein the composition has a number N 1 of effective ether crosslinks per crosslinker molecule as calculated by subtracting 1 from the average number of distinct polyol repeat units bound per crosslinker molecule, the remaining reactive groups on the crosslinker are ineffective in crosslinking and provide a number N 2 of pendant groups per crosslinker molecule, among the N 2 groups per crosslinker there are N 3 groups per crosslinker that are unreacted or otherwise retain reactivity against nucleophiles, the relationship between N 1 and N 2 is: N 1 > 0.35 (N 1 + N 2), characterized in that A) the composition comprises a multitude of interconnected pores; B) the composition is characterized by a fractured structure comprising a multitude of individual sponge particles; and C) the particles have a number of protrusions at their surfaces. and wherein the composition has a number N 1 of effective ether crosslinks per crosslinker molecule as calculated by subtracting 1 from the average number of distinct polyol repeat units bound per crosslinker molecule, the remaining reactive groups on the crosslinker are ineffective in crosslinking and provide a number N 2 of pendant groups per crosslinker molecule, among the N 2 groups per crosslinker there are N 3 groups per crosslinker that are unreacted or otherwise retain reactivity against nucleophiles, the relationship between N 1 and N 2 is: N 1 > 0.35 (N 1 + N 2), characterized in that A) the composition comprises a multitude of interconnected pores; B) the composition is characterized by a fractured structure comprising a multitude of individual sponge particles; and C) the particles have a number of protrusions at their surfaces.
A handover parameter determiner for adjusting handover parameters of a processed base station in relation to neighbouring base stations, neighbouring the processed base station, the handover parameter determiner comprising: a list obtainer arranged to obtain, for a particular base station, a list of neighbouring base stations; a capability determiner arranged to determine, for each of the neighbouring base stations in the list, a capability to send handover issue report messages; and a handover parameter adjuster arranged to adjust the handover parameters based on the determined capabilities for each of the neighbouring base stations in the list. a list obtainer arranged to obtain, for a particular base station, a list of neighbouring base stations; a capability determiner arranged to determine, for each of the neighbouring base stations in the list, a capability to send handover issue report messages; and a handover parameter adjuster arranged to adjust the handover parameters based on the determined capabilities for each of the neighbouring base stations in the list.
Control system, which is used at least as a protection system for a switchgear system for an electrical energy system, wherein by means of the control system, a plurality of safety functions (83, 83') for the electrical energy system can be executed, in order to ensure safe operation of the electrical energy system, characterized in that the control system comprises at least one process coupler, wherein said process coupler is used at least for a measurement conversion process in which the measurements of the energy system are digitised, wherein the control system comprises a control unit, wherein the control unit comprises hardware (31, 32, 33, 34, 35) having at least two computing kernels for executing at least two safety functions (83, 83'), and having at least one memory, and wherein the control unit is connected to the process coupler via a digital, real-time-enabled bus system, e.g. an Ethernet-based field bus conforming to IEC61850-9-2, and in the memory at least one program (36, 36', 81, 83) is stored, by means of which the safety functions can be executed with real-time capability, wherein to each control function, which is defined as a safety function, a monitoring function, a control function or a regulating function for the electrical energy system, one or more computing kernels is permanently assigned, wherein at least one dedicated computing kernel is assigned to each individual control function in the control unit, one or more computing kernels being allocated to one control function and in normal operation in each case one algorithm program for a control function being executed continuously on one computing kernel.
A gable top container comprising: - an outer shell made from a first material comprising paperboard, the shell comprising gable panels and fin panels forming the gable top; and - an inner lining made from a second material comprising a polymeric or metallic material, the lining defining an internal volume for holding a liquid, wherein, the outer shell includes a line of weakness defining a first portion of the shell on one side of the line of weakness and a second portion of the shell on the other side of the line of weakness, the line of weakness permitting the first portion of the shell to be separated from the second portion of the shell, the lining being adhered to the shell in said first portion and extending into said second portion of the shell, characterised in that at least a part of the line of weakness extends through one of the gable panels, through one of the fin panels, or along a fold line between the gable panels and the fin panels. - an outer shell made from a first material comprising paperboard, the shell comprising gable panels and fin panels forming the gable top; and - an inner lining made from a second material comprising a polymeric or metallic material, the lining defining an internal volume for holding a liquid, wherein, the outer shell includes a line of weakness defining a first portion of the shell on one side of the line of weakness and a second portion of the shell on the other side of the line of weakness, the line of weakness permitting the first portion of the shell to be separated from the second portion of the shell, the lining being adhered to the shell in said first portion and extending into said second portion of the shell, characterised in that at least a part of the line of weakness extends through one of the gable panels, through one of the fin panels, or along a fold line between the gable panels and the fin panels.
A solid rocket motor comprising a solid propellant, wherein the solid propellant comprises: a fuel; a binder; a perchlorate oxidizer that is thermally decomposable to gaseous perchlorate decomposition products; and a salt compound that is reactive with one or more of the gaseous perchlorate decomposition products; wherein the fuel includes at least one of aluminum, magnesium, or boron-based salts; the binder is hydroxyl-terminated polybutadiene; the perchlorate oxidizer includes at least one of ammonium perchlorate, sodium perchlorate, and potassium perchlorate; the salt compound includes at least one of: a) a metal salt wherein the metal is cobalt; or b) a boron-based salt that includes a borate, a borite, a perborate, or a combination thereof; and the salt compound is 0.1% to 20% of a total combined weight of the fuel, the binder, the perchlorate oxidizer, and the salt compound. a fuel; a binder; a perchlorate oxidizer that is thermally decomposable to gaseous perchlorate decomposition products; and a salt compound that is reactive with one or more of the gaseous perchlorate decomposition products; wherein the fuel includes at least one of aluminum, magnesium, or boron-based salts; the binder is hydroxyl-terminated polybutadiene; the perchlorate oxidizer includes at least one of ammonium perchlorate, sodium perchlorate, and potassium perchlorate; the salt compound includes at least one of: a) a metal salt wherein the metal is cobalt; or b) a boron-based salt that includes a borate, a borite, a perborate, or a combination thereof; and a) a metal salt wherein the metal is cobalt; or b) a boron-based salt that includes a borate, a borite, a perborate, or a combination thereof; and the salt compound is 0.1% to 20% of a total combined weight of the fuel, the binder, the perchlorate oxidizer, and the salt compound.