mhurhangee/ep-ind-claims huggingface dataset:
Refrigerating device having a support for refrigerated items that is located in an interior space of the refrigerating device; and a container for refrigerated items that is located displaceably on the support for refrigerated items, wherein the container for refrigerated items comprises a limiting element for limiting a displacement path of the container for refrigerated items on the support for refrigerated items, wherein the container for refrigerated items has slide elements, furnished in each case with a limiting element, characterised in that the limiting element is a recess, in particular an indent, and in that the support for refrigerated items has an edge elevation, in particular a frontal strip, that can latch into the recess.
A server configured to receive a video conference format coded data stream, comprising: a conversion unit for converting said video conference format coded data stream to a multimedia stream in a defined multimedia streaming format, and associatively storing said multimedia stream and searchable meta data in a content database, wherein said server further comprises: a user database including identities of known individuals respectively stored with a set of associated facial images, a face recognition unit configured to: detect a face in a video stream included in said multimedia stream, define a plurality of subsets of facial images of the set of facial images of the known individuals in the user database, the plurality of subsets including facial images of one or more of said individuals, where the subsets are ranked according to the probability that the individuals will appear in the video stream, compare the detected face to the subsets in consecutive order starting with the most probable, until a match is found, and if said detected face matches one of the facial images, store the identity associated with said facial image as searchable meta data in said content database. a conversion unit for converting said video conference format coded data stream to a multimedia stream in a defined multimedia streaming format, and associatively storing said multimedia stream and searchable meta data in a content database, converting said video conference format coded data stream to a multimedia stream in a defined multimedia streaming format, and associatively storing said multimedia stream and searchable meta data in a content database, a user database including identities of known individuals respectively stored with a set of associated facial images, a face recognition unit configured to: detect a face in a video stream included in said multimedia stream, define a plurality of subsets of facial images of the set of facial images of the known individuals in the user database, the plurality of subsets including facial images of one or more of said individuals, where the subsets are ranked according to the probability that the individuals will appear in the video stream, compare the detected face to the subsets in consecutive order starting with the most probable, until a match is found, and if said detected face matches one of the facial images, store the identity associated with detect a face in a video stream included in said multimedia stream, define a plurality of subsets of facial images of the set of facial images of the known individuals in the user database, the plurality of subsets including facial images of one or more of said individuals, where the subsets are ranked according to the probability that the individuals will appear in the video stream, compare the detected face to the subsets in consecutive order starting with the most probable, until a match is found, and if said detected face matches one of the facial images, store the identity associated with said facial image as searchable meta data in said content database.
A method of manufacturing discretized optical security microstructures on a substrate comprising steps of a) providing an ink into cavities of a shim, wherein said each cavity of the shim represent an element of said discretized optical security microstructures, b) pressing the shim against the substrate, c) removing the shim from the substrate characterized in that in the step c) the shim is removed from the substrate such that the ink remains on a surface of the substrate forming discretized optical security microstructures wherein said discretized optical security microstructures form an image, wherein each at least one element of said discretized optical security microstructures is placed in a designed place. a) providing an ink into cavities of a shim, wherein said each cavity of the shim represent an element of said discretized optical security microstructures, b) pressing the shim against the substrate, c) removing the shim from the substrate characterized in that in the step c) the shim is removed from the substrate such that the ink remains on a surface of the substrate forming discretized optical security microstructures wherein said discretized optical security microstructures form an image, wherein each at least one element of said discretized optical security microstructures is placed in a designed place.
Trailer comprising a frame, a drawbar attached to the frame for connecting the trailer to a bicycle, a motorcycle or a passenger car, at least one wheel axle supported on the frame and having whells and a loading space, wherein a tent floor is arranged on the loading space, characterized in that the tent floor is formed by an inflatable, in the inflated state plate-like body, the top and bottom layer of which (14,15) consist of a flexible material and are connected to one another by numerous connecting threads or fibers and are kept at a maximum normal distance from one another when inflated, wherein means for holding the tent floor together in the folded state are provided and the tent floor protrudes beyond the frame when inflated.
A wireless communication method in a MIMO system having a first cell and one or more second cells adjacent to each other, each cell served by a base station and having a plurality of fixed or mobile subscriber stations, the base station having a transmission link to each subscriber station in the cell on a respective MIMO channel, the method comprising the steps of, in the base station (BS A) of the first cell: receiving, from a said second cell, a request for reduction of interference to a subscriber station (User B) in the second cell caused by transmissions from the base station (BS A) of the first cell; identifying (S4, S5) a rank deficient MIMO channel among the transmission links from the base station to each subscriber station in the first cell to select a MIMO channel to be made the subject of precoding, wherein identifying a rank deficient MIMO channel includes: selecting the most rank deficient MIMO channel as the subject of precoding; checking the correlation between the selected MIMO channel and a MIMO channel to said subscriber station in the second cell and if the correlation exceeds a threshold, performing the checking step again by selecting the next most rank deficient MIMO channel as the subject of precoding; and the method further comprises: applying precoding to transmissions on the selected MIMO channel to reduce interference experienced by said subscriber station in the second cell. receiving, from a said second cell, a request for reduction of interference to a subscriber station (User B) in the second cell caused by transmissions from the base station (BS A) of the first cell; identifying (S4, S5) a rank deficient MIMO channel among the transmission links from the base station to each subscriber station in the first cell to select a MIMO channel to be made the subject of precoding, wherein identifying a rank deficient MIMO channel includes: selecting the most rank deficient MIMO channel as the subject of precoding; checking the correlation between the selected MIMO channel and a MIMO channel to said subscriber station in the second cell and selecting the most rank deficient MIMO channel as the subject of precoding; checking the correlation between the selected MIMO channel and a MIMO channel to said subscriber station in the second cell and if the correlation exceeds a threshold, performing the checking step again by selecting the next most rank deficient MIMO channel as the subject of precoding; and the method further comprises: applying precoding to transmissions on the selected MIMO channel to reduce interference experienced by said subscriber station in the second cell. applying precoding to transmissions on the selected MIMO channel to reduce interference experienced by said subscriber station in the second cell.
Compositions comprising A) polyamide, B) nepheline syenite, C) glass fibres, and D) melamine cyanurate. A) polyamide, B) nepheline syenite, C) glass fibres, and D) melamine cyanurate.
An espresso coffee dispensing machine, comprising a preheating boiler with temperature control, at least one hydraulic pump, at least one dispensing assembly provided with systems for further heating and temperature control of the water, at least one balance that weighs the amount of ground coffee in a filter and of the dispensed product, and manual or electronic means for controlling both the thermal power delivered within said preheating boiler and the thermal power delivered by said dispensing assembly, said machine being configured to perform, following a rise in the temperature of the water, a pre-infusion and a post-infusion at constant pressure and for a preset volume of water calculated by means of a volumetric meter, between said pre-infusion and said post-infusion there being performed a brewing or infusion at constant pressure, in which a presettable volume of water is dispensed following the calculation of the weight of the ground coffee in said filter and of the product dispensed according to a selected and preset brew ratio, said brewing or infusion dispensing, by using a centralized logic unit that manages the volume of water dispensed by means of said volumetric meter and at a preset and constant pressure as a function of the weight of the coffee ground in said filter and of the product dispensed in said cup arranged on said balance, a quantity by volume of water that is calculated to achieve a selected brew ratio, said balance being adapted to communicate to said centralized logic unit the weight of the product dispensed in said cup.
Method for leak-testing hand-held, single-channel or multi-channel piston stroke pipettes, preferably those with an air cushion, with the following method steps: a) fitting onto the pipette a pipette tip matching this pipette, b) connecting the pipette tip to a leak-testing apparatus, which has a vacuum pump, a pressure sensor and an indicating device, c) using the leak-testing apparatus to evacuate the pipette with the pipette tip and also a connection volume in the leak-testing apparatus to a measurement pressure below atmospheric pressure by means of a vacuum pump, d) with the vacuum pump stopped or disconnected, and with the connection volume sealed, using the pressure sensor to measure the pressure in the connection volume during a specific time period and/or after a specific time period and using an electronic control device to determine a possible rise in pressure, e) depending on the rise in pressure determined in step d), using the indicating device to assess the pipette as to whether it is sufficiently tight/usable or insufficiently tight/unusable, as an alternative to method step e): f) using the control device to compare the predetermined rise in pressure with a reference value stored in a data memory or reference values stored there, g) depending on the result of the comparison in method step f), using the indicating device to assess the pipette as to whether it is sufficiently tight/usable or insufficiently tight/unusable. a) fitting onto the pipette a pipette tip matching this pipette, b) connecting the pipette tip to a leak-testing apparatus, which has a vacuum pump, a pressure sensor and an indicating device, c) using the leak-testing apparatus to evacuate the pipette with the pipette tip and also a connection volume in the leak-testing apparatus to a measurement pressure below atmospheric pressure by means of a vacuum pump, d) with the vacuum pump stopped or disconnected, and with the connection volume sealed, using the pressure sensor to measure the pressure in the connection volume during a specific time period and/or after a specific time period and using an electronic control device to determine a possible rise in pressure, e) depending on the rise in pressure determined in step d), using the indicating device to assess the pipette as to whether it is sufficiently tight/usable or insufficiently tight/unusable, as an alternative to method step e): f) using the control device to compare the predetermined rise in pressure with a reference value stored in a data memory or reference values stored there, g) depending on the result of the comparison in method step f), using the indicating device to assess the pipette as to whether it is sufficiently tight/usable or insufficiently tight/unusable.
Contact apparatus module for electrical contact to be made with a weapon or an active agent launcher by a contact of an item of ammunition which is located in the weapon or the active agent launcher, wherein the contact apparatus module comprises a support plate and a contact pin which is passed through a bore in the support plate and has a contact-making end which faces the contact of the item of ammunition, characterized in that the support plate comprises a connection end which can be connected to an electrical line, wherein the contact-making end of the contact pin protrudes above the outer surface of the support plate, and the contact pin is connected to the support plate by means of a vulcanization layer which is composed of an elastomer, so that the position of the contact pin can be elastically changed axially in the direction of the outer surface of the support plate when pressure is applied to the contact-making end.
A wireless telecommunications network node method comprising: receiving an indication of allocated resources, wherein the allocated resources are resources of an uplink channel allocated to different sets, each of said different sets comprising a number of resource blocks within subframes of the uplink channel, wherein resource blocks within a defined set are allocated for repeated transmission of RACH preamble signatures from the network node to the network; and repeatedly transmitting an identical RACH preamble signature using said defined set of resource blocks; wherein different defined sets of groups of resource blocks are optimized for different conditions; and the method further comprises selecting one of the defined sets based on conditions that the network node is experiencing. receiving an indication of allocated resources, wherein the allocated resources are resources of an uplink channel allocated to different sets, each of said different sets comprising a number of resource blocks within subframes of the uplink channel, wherein resource blocks within a defined set are allocated for repeated transmission of RACH preamble signatures from the network node to the network; and repeatedly transmitting an identical RACH preamble signature using said defined set of resource blocks; wherein different defined sets of groups of resource blocks are optimized for different conditions; and the method further comprises selecting one of the defined sets based on conditions that the network node is experiencing.
A compressor for compressing refrigerant in a refrigerant circuit, the compressor comprising: a housing defining a compression chamber; a screw rotor (108, 112) mounted within the housing and configured to form a pocket of high pressure refrigerant and a pocket of low pressure refrigerant within the compression chamber, the screw rotor (108, 112) having a rotor shaft rotating about an axis; a bearing cavity including at least one bearing rotatably supporting the rotor shaft; and a partition separating the bearing cavity from the compression chamber and through which the rotor shaft extends; the compressor being characterised by comprising: a contacting seal sealingly engaged with the rotor shaft and disposed in the bearing cavity proximate the partition; and a passage (200, 240, 260, 280) having an opening adjacent the rotor shaft between the contacting seal and the compression chamber and in fluid communication with the pocket of low pressure refrigerant. a housing defining a compression chamber; a screw rotor (108, 112) mounted within the housing and configured to form a pocket of high pressure refrigerant and a pocket of low pressure refrigerant within the compression chamber, the screw rotor (108, 112) having a rotor shaft rotating about an axis; a bearing cavity including at least one bearing rotatably supporting the rotor shaft; and a partition separating the bearing cavity from the compression chamber and through which the rotor shaft extends; the compressor being characterised by comprising: a contacting seal sealingly engaged with the rotor shaft and disposed in the bearing cavity proximate the partition; and a passage (200, 240, 260, 280) having an opening adjacent the rotor shaft between the contacting seal and the compression chamber and in fluid communication with the pocket of low pressure refrigerant. a contacting seal sealingly engaged with the rotor shaft and disposed in the bearing cavity proximate the partition; and a passage (200, 240, 260, 280) having an opening adjacent the rotor shaft between the contacting seal and the compression chamber and in fluid communication with the pocket of low pressure refrigerant.
An automobile exhaust gas catalytic converter, including: a base material a first catalyst layer that contains Rh and Pd or Rh and Pt as precious metals; and a second catalyst layer that contains only Rh as a precious metal; wherein the first catalyst layer and the second catalyst layer are respectively located on the base material; a proportion of a coating length of the second catalyst layer from a downstream end of the base material with respect to a total length of the base material in the exhaust gas flow direction is 50 to 90%; a proportion of an amount of Rh that is contained in the second catalyst layer with respect to a total amount of Rh that is contained in the first catalyst layer and the second catalyst layer is approximately 50 to 90% by mass; the rest of Rh is contained together with Pd or Pt in the first catalyst layer; a proportion of a coating length of the first catalyst layer from an upstream end of the base material with respect to the total length of the base material in the exhaust gas flow direction is 20 to 90%; characterized in that the automobile exhaust gas catalytic converter further includes a proportion of a sum of the coating length of the first catalyst layer and the coating length of the second catalyst layer with respect to the total length of the base material in the exhaust gas flow direction is greater than 1; and the second catalyst layer is located on the first catalyst layer in a portion where the first catalyst layer and the second catalyst layer overlap one another. a base material a first catalyst layer that contains Rh and Pd or Rh and Pt as precious metals; and a second catalyst layer that contains only Rh as a precious metal; wherein the first catalyst layer and the second catalyst layer are respectively located on the base material; a proportion of a coating length of the second catalyst layer from a downstream end of the base material with respect to a total length of the base material in the exhaust gas flow direction is 50 to 90%; a proportion of an amount of Rh that is contained in the second catalyst layer with respect to a total amount of Rh that is contained in the first catalyst layer and the second catalyst layer is approximately 50 to 90% by mass; the rest of Rh is contained together with Pd or Pt in the first catalyst layer; a proportion of a coating length of the first catalyst layer from an upstream end of the base material with respect to the total length of the base material in the exhaust gas flow direction is 20 to 90%; characterized in that the automobile exhaust gas catalytic converter further includes a proportion of a sum of the coating length of the first catalyst layer and the coating length of the second catalyst layer with respect to the total length of the base material in the exhaust gas flow direction is greater than 1; and the second catalyst layer is located on the first catalyst layer in a portion where the first catalyst layer and the second catalyst layer overlap one another.
A method for immunochemical analyses on dried blood samples, comprising the following sequential steps: (a) providing a device for collecting a blood sample, comprising a support capable of adsorbing a liquid; (b) soaking said support with a solution comprising glycerol at a percentage volume concentration (v/v) greater than or equal to about 70% v/v, thus obtaining a pre-treated support; (c) adsorbing a fresh blood sample onto said pre-treated support and drying said sample adsorbed by the pre-treated support; (d) analyzing the dried blood sample by way of an immunochemical assay. (a) providing a device for collecting a blood sample, comprising a support capable of adsorbing a liquid; (b) soaking said support with a solution comprising glycerol at a percentage volume concentration (v/v) greater than or equal to about 70% v/v, thus obtaining a pre-treated support; (c) adsorbing a fresh blood sample onto said pre-treated support and drying said sample adsorbed by the pre-treated support; (d) analyzing the dried blood sample by way of an immunochemical assay.
Textile element, suitable for forming all or part of a garment, said textile element comprising at least one contact part intended to be in contact with a user's skin, said contact part being knitted or woven with one or more synthetic yarns, characterized in that said synthetic yarn or yarns, on at least one of the sides of said contact part, said reverse side intended to be in contact with the skin, are composed of at least 90% uniform synthetic yarns; and in that at least some of the uniform synthetic yarns are obtained by stretching a continuous yarn and/or are synthetic yarns textured by a 100% air texturing yarn, without any tangling point, air texturing technology consists in texturing a yarn by introducing the yarn composed of filaments into a nozzle into which air is injected at very high pressure, the filaments then entangle with each other, which gives cohesion to the whole with a swelling effect, the yarn gaining in volume, but without tangling points on the yarn surface.
A grid runner roll-formed of sheet metal comprising a main body sheet and a face sheet, the main body sheet having a cross-section including an upper hollow reinforcing bulb, a vertical double wall web extending downwardly from the bulb, a channel at a bottom of the web extending laterally from both sides of the web to a bend and from the bend upwardly to a panel supporting elevation and forming a panel supporting flange extending laterally to an edge, the face sheet being wrapped around outer surfaces of the channel and first surfaces of the flanges and returned around the flange edges and over marginal second surfaces of the flanges adjacent said edges, characterized in that the panel supporting flanges extend outwardly from the bends to the edges, and in that the first surfaces and second surfaces of the flanges around which the face sheet is wrapped are lower and upper surfaces, respectively.