mhurhangee/ep-ind-claims huggingface dataset:
A coffee tamper essentially consisting of circular punch unit and a top, said punch unit comprising a blind hole with an internal thread arranged in the center of the punch unit thereby forming a stay and a tamping surface on the opposite side of the blind hole and said top comprising a circular recess corresponding to the stay of the punch unit and a post comprising an external thread corresponding to the internal thread of the punch unit, or wherein said top comprising a blind hole with an internal thread arranged in the center of the top thereby forming a stay and said punch unit comprising a circular recess corresponding to the stay of the top and a post comprising an external thread corresponding to the internal thread of the top, said punch unit and top can be screwed together by the corresponding threads (4, 15), wherein the outer diameter of the punch unit corresponds to the inner diameter of a basket or portafilter to receive coffee grounds and wherein the outer diameter of the top is larger than the outer diameter of the punch unit forming a rim when the top and the punch unit are screwed together, characterized in that the essentially flat handling surface of the top is circular having a diameter greater than the height of the coffee tamper when the top and the punch unit are screwed together, and wherein the top has an essentially flat hand pressable surface that is configured to be pressed with the heel of a user's hand, and wherein the tamper contacts the rim of the basket or portafilter to signify the completion of the process of the user compressing the ground coffee.
A computer implemented method for determining a time for a challenge chemical to cumulatively permeate through a chemical protective material of protective clothing to a toxicity limit, the method comprising: - receiving, at a processor, information regarding the protective clothing; - retrieving, with a processor, parameters regarding the protective clothing, the parameters including the composition and thickness of the material; - receiving, at the processor, information regarding the challenge chemical, the information including a toxicity limit for the challenge chemical; - receiving, at the processor, the temperature of the material; - using the temperature, the information regarding the protective clothing, and the information regarding the challenge chemical, to determine a time for the cumulative permeation of the challenge chemical through the material to reach the toxicity limit at the received temperature, wherein using the temperature, the information regarding the material, and the information regarding the challenge chemical comprises using Hansen solubility parameters of the challenge chemical in the material and a temperature-corrected diffusion coefficient of the material; and - outputting the determined time to a user, to inform the user of the time that a wearer of the protective clothing may be exposed to the challenge chemical before the toxicity limit at the received temperature is reached. - receiving, at a processor, information regarding the protective clothing; - retrieving, with a processor, parameters regarding the protective clothing, the parameters including the composition and thickness of the material; - receiving, at the processor, information regarding the challenge chemical, the information including a toxicity limit for the challenge chemical; - receiving, at the processor, the temperature of the material; - using the temperature, the information regarding the protective clothing, and the information regarding the challenge chemical, to determine a time for the cumulative permeation of the challenge chemical through the material to reach the toxicity limit at the received temperature, wherein using the temperature, the information regarding the material, and the information regarding the challenge chemical comprises using Hansen solubility parameters of the challenge chemical in the material and a temperature-corrected diffusion coefficient of the material; and - outputting the determined time to a user, to inform the user of the time that a wearer of the protective clothing may be exposed to the challenge chemical before the toxicity limit at the received temperature is reached.
A shaving razor comprising a handle and a pivoting head, the handle comprising: • a main body; • a first substantially flat metal arm having a first proximal portion and a first distal end, the first proximal portion being rigidly coupled to the main body at a first location; • a second arm having a second proximal portion and a second distal end, the second proximal portion being rigidly coupled to the main body at a second location; and • the first and second distal ends being in spaced relationship and having pivotally coupled therebetween the pivoting head, characterized in that the shaving razor further comprises a benefit pivot delivery connection passing a skin deliver benefit component from the handle to the pivoting head. • a main body; • a first substantially flat metal arm having a first proximal portion and a first distal end, the first proximal portion being rigidly coupled to the main body at a first location; • a second arm having a second proximal portion and a second distal end, the second proximal portion being rigidly coupled to the main body at a second location; and • the first and second distal ends being in spaced relationship and having pivotally coupled therebetween the pivoting head, characterized in that the shaving razor further comprises a benefit pivot delivery connection passing a skin deliver benefit component from the handle to the pivoting head.
A shelf system with a stop and shelf supports, wherein the shelf system has a support area for piece goods to be stored in the shelf system, wherein the stop is designed to provide a stop surface for the piece goods to be stored, and a holder for securing the stop to one of the shelf supports of a shelf, wherein the holder has a first limb and a second limb, wherein the first limb and the second limb are fixed to one another by means of a contact point, wherein the first limb has a first securing means for fixing the first limb to the shelf support, wherein the first limb, in the assembled state, extends parallel to the direction of extent of the shelf support, wherein the first securing means, as considered in the direction of extent, is arranged on the half of the first limb facing away from the contact point, and the half of the first limb facing towards the contact point is free from further securing means for fixing the first limb to the shelf support, wherein the second limb has a second securing means for securing the stop to the second limb, wherein the limb faces of the first limb and of the second limb are angled relative to one another, wherein the first securing means, as considered in the direction of extent, is arranged on the first third of the limb face of the first limb facing away from the contact point, and the two thirds of the first limb facing towards the contact point are free from further securing means for fixing the first limb to the shelf support.
A removal device for use in a passageway of a urinary tract of an in vivo patient, comprising: a vacuum tube comprising a first passageway and a second passageway, configured to be disposed at least partially within the passageway of the urinary tract, the vacuum tube providing a suction channel extending therethrough, wherein the vacuum tube is characterized by a diameter of about 3.3 mm (10 Fr.) to about 10 mm (30 Fr.); a navigation mechanism designed to be inserted into the second passageway of the vacuum tube to guide the vacuum tube through the passageway of the urinary tract; an introducer configured to be inserted into the first passageway of the vacuum tube to assist with positioning of the vacuum tube; a valve in communication with a suction source, wherein the valve is adapted to regulate suction supplied to the vacuum tube through the first passageway; and a port coupled to the second passageway, wherein the port is adapted to receive liquid comprising saline for infusion through the second passageway to a distal end of the vacuum tube. a vacuum tube comprising a first passageway and a second passageway, configured to be disposed at least partially within the passageway of the urinary tract, the vacuum tube providing a suction channel extending therethrough, wherein the vacuum tube is characterized by a diameter of about 3.3 mm (10 Fr.) to about 10 mm (30 Fr.); a navigation mechanism designed to be inserted into the second passageway of the vacuum tube to guide the vacuum tube through the passageway of the urinary tract; an introducer configured to be inserted into the first passageway of the vacuum tube to assist with positioning of the vacuum tube; a valve in communication with a suction source, wherein the valve is adapted to regulate suction supplied to the vacuum tube through the first passageway; and a port coupled to the second passageway, wherein the port is adapted to receive liquid comprising saline for infusion through the second passageway to a distal end of the vacuum tube.
A method comprising: transmitting in a wireless network a power save multi poll, PSMP, frame (200, 201) to identify one or more parameters relating to a multicast transmission to be transmitted, the PSMP frame comprising a station info field, the station info field comprising: a first field (225 or 832) set to a value indicating a multicast transmission; a second field (233B or 838) identifying a multicast address; a third field (227 or 834) identifying a time for the multicast transmission; and a fourth field (229 or 836) identifying a duration for the multicast transmission. transmitting in a wireless network a power save multi poll, PSMP, frame (200, 201) to identify one or more parameters relating to a multicast transmission to be transmitted, the PSMP frame comprising a station info field, the station info field comprising: a first field (225 or 832) set to a value indicating a multicast transmission; a second field (233B or 838) identifying a multicast address; a third field (227 or 834) identifying a time for the multicast transmission; and a fourth field (229 or 836) identifying a duration for the multicast transmission. a first field (225 or 832) set to a value indicating a multicast transmission; a second field (233B or 838) identifying a multicast address; a third field (227 or 834) identifying a time for the multicast transmission; and a fourth field (229 or 836) identifying a duration for the multicast transmission.
An electrostatic clamp configured to, in use, hold an article, the clamp comprising: a lower portion; an upper portion formed of a dielectric material; and a plurality of electrodes disposed between said lower portion and said upper portion, said electrodes comprising a first electrode configured, in use, to be held at a first voltage, a ground electrode, characterised in that said plurality of electrodes further comprises at least one intermediate electrode configured, in use, to be held at a second voltage, and wherein said at least one intermediate electrode is located between said first electrode and said ground electrode and said second voltage is between said first voltage and ground voltage. a lower portion; an upper portion formed of a dielectric material; and a plurality of electrodes disposed between said lower portion and said upper portion, said electrodes comprising a first electrode configured, in use, to be held at a first voltage, a ground electrode, a first electrode configured, in use, to be held at a first voltage, a ground electrode,
A method for producing aniline, comprising the steps of: a) providing o-aminobenzoate, wherein said o-aminobenzoate comprises anthranilate anion and a suitable cation, b) converting said anthranilate anion to aniline by thermal decarboxylation, c) extracting the aniline produced in step b) in an organic solvent at least once, and d) purifying the aniline produced in steps b) and c) by distillation, wherein said distillation produces aniline and a water phase. a) providing o-aminobenzoate, wherein said o-aminobenzoate comprises anthranilate anion and a suitable cation, b) converting said anthranilate anion to aniline by thermal decarboxylation, c) extracting the aniline produced in step b) in an organic solvent at least once, and d) purifying the aniline produced in steps b) and c) by distillation, wherein said distillation produces aniline and a water phase.
A pharmaceutical composition for use in the prevention or treatment of mucositis comprising at least one extract derived from Vaccinium myrtillus; a lipophilic extract of Echinacea angustofolia and an extract of Sanguinaria canadensis, Macleaya cordata or Macleaya microcarpa.
Manhole cover device, of the type that is installed in at least one cover element or in a frame that defines a passage opening, said cover element covering, at least partially, the passage opening when it closes on the frame, said device comprises an elastic means that is fixed to the cover element or to the frame, which in the rest position occupies a predetermined position and when closing the cover element, said elastic means contracts due to the pressure of the cover element or the frame against said elastic means, recovering at least partially its rest position once said pressure reduces, and the cover element remains locked also in the frame due to the action of said elastic means wherein said elastic means comprises a main body, that ends in at least two ends, a first end and a second end characterised: - in that said first end and a second end of a continuous geometric profile, said first end being coupled to a first fixing element provided on the cover element or on the frame and said second end remaining equally anchored to a second fixing element provided on the cover element or in the frame, such that the first fixing element is closer to the perimeter of the passage opening than the second fixing element, said first fixing element and said second fixing element not aligned with respect to the perimeter of the passage opening, and, - in that in the fixing operation of the elastic means to the cover element or the frame the first end once coupled to the first fixing element rotates on said first fixing element rotating said elastic element towards the interior of the cover element or the frame, said elastic means being stopped upon its locking at the second end with the second fixing element to which it is coupled. - in that said first end and a second end of a continuous geometric profile, said first end being coupled to a first fixing element provided on the cover element or on the frame and said second end remaining equally anchored to a second fixing element provided on the cover element or in the frame, such that the first fixing element is closer to the perimeter of the passage opening than the second fixing element, said first fixing element and said second fixing element not aligned with respect to the perimeter of the passage opening, and, - in that in the fixing operation of the elastic means to the cover element or the frame the first end once coupled to the first fixing element rotates on said first fixing element rotating said elastic element towards the interior of the cover element or the frame, said elastic means being stopped upon its locking at the second end with the second fixing element to which it is coupled.
A process for testing the quality, in particular the stiffness and the phase, of a joint for connecting two other parts while filtering vibrations transmitted between these two other parts, said joint being meant to work in axial, radial or torsional direction, disposing or not disposing of one or more hydro-elastic chambers and being composed of two cylindrical concentric support elements, the inner support element (12, 120) being located to a large extend inside the volume defined by the outer support element (10, 124), the two support elements being connected by a set of components made of rubber or elastomer or, if applicable, of plastic and metallic parts, wherein said support elements are themselves respectively attached to the two other parts which the joint connects, characterized in that a technique of testing by impact is applied within the timing of the production line of the joint, i.e. less than 10 seconds per cycle, for identifying good parts from bad ones through a frequential analysis of the oscillation of the impacted area of the joint, and in that the values of the phase shift of the frequential analysis are compared with a bandwidth of permissible phase shift, and in that the values for the phase shift yielded by the frequential analysis are compared in at least two given limited frequency ranges, wherein the given, limited frequency ranges are in particular defined within the range of the total frequency of 0 to 2000 Hz.
A method of operating a data communications network comprising a plurality of access routers and at least one mobile node, comprising: receiving a message at a current access router of the at least one mobile node, the message comprising information descriptive of at least one of a service and network access-related preference of the at least one mobile node; in response to receiving the message at the current access router, the current access router determines if there is another access router in the vicinity of the current access router that satisfies the at least one of the service and network-access related preference; and if it is determined that there is another access router in the vicinity of the current access router that satisfies the at least one of the service and network-access related preference, the current access router informs the at least one mobile node of the existence of the access router. receiving a message at a current access router of the at least one mobile node, the message comprising information descriptive of at least one of a service and network access-related preference of the at least one mobile node; in response to receiving the message at the current access router, the current access router determines if there is another access router in the vicinity of the current access router that satisfies the at least one of the service and network-access related preference; and if it is determined that there is another access router in the vicinity of the current access router that satisfies the at least one of the service and network-access related preference, the current access router informs the at least one mobile node of the existence of the access router.
A three-axle bogie for multi-unit rail vehicles, the bogie being in the form of a 6-wheel bogie and comprising at least two bogie frames (1.1, 1.2), wherein the bogie has a transitional support that is provided with cantilever supports (2.1,2.2), characterized in that the cantilever supports (2.1, 2.2) lie opposite one another along the longitudinal axis of the bogie and project out beyond the at least two bogie frames (1.1, 1.2).
A controller for an internal combustion engine mounted on a vehicle and using hydrogen as fuel, wherein the internal combustion engine includes a coupling passage (31, 32, 34, 35) that connects a crankcase and an intake passage (20, 29, 60) to each other, the intake passage (20, 29, 60) includes a throttle valve the controller is configured to execute a control of causing the throttle valve to maintain at an opening degree close to a fully opened state during operation of the internal combustion engine, a control of causing an air-fuel ratio of an air-fuel mixture to be lower when a target output of the internal combustion engine is relatively high than when the target output is relatively low, and a pressure reduction process of reducing a pressure in the intake passage (20, 29, 60) in response to a determination that the internal combustion engine is in an idling state and the vehicle is in a stopped state or that the vehicle is about to stop, and the pressure reduction process is a process of reducing the pressure in the intake passage (20, 29, 60) to be lower than that before an execution of the pressure reduction process. the internal combustion engine includes a coupling passage (31, 32, 34, 35) that connects a crankcase and an intake passage (20, 29, 60) to each other, the intake passage (20, 29, 60) includes a throttle valve the controller is configured to execute a control of causing the throttle valve to maintain at an opening degree close to a fully opened state during operation of the internal combustion engine, a control of causing an air-fuel ratio of an air-fuel mixture to be lower when a target output of the internal combustion engine is relatively high than when the target output is relatively low, and a pressure reduction process of reducing a pressure in the intake passage (20, 29, 60) in response to a determination that the internal combustion engine is in an idling state and the vehicle is in a stopped state or that the vehicle is about to stop, and a control of causing the throttle valve to maintain at an opening degree close to a fully opened state during operation of the internal combustion engine, a control of causing an air-fuel ratio of an air-fuel mixture to be lower when a target output of the internal combustion engine is relatively high than when the target output is relatively low, and a pressure reduction process of reducing a pressure in the intake passage (20, 29, 60) in response to a determination that the internal combustion engine is in an idling state and the vehicle is in a stopped state or that the vehicle is about to stop, and the pressure reduction process is a process of reducing the pressure in the intake passage (20, 29, 60) to be lower than that before an execution of the pressure reduction process.
A method for preparing processed cheese without emulsifying salts, comprising: (a) providing a dairy liquid composition or a gelled dairy composition or both, comprising casein, at least part of which has a proportion of its divalent ions, including calcium ions, replaced with sodium or potassium ions; (b) cooking the composition or the combination of compositions to obtain an emulsion, and (c) cooling the cooked composition to obtain a processed cheese; wherein a substantially insoluble calcium source is mixed with at least one of the compositions at any time before the processed cheese forms in step (c), and at least 60% by weight of the substantially insoluble calcium source is in the form of particles that are less than 10 micrometres in nominal diameter.. (a) providing a dairy liquid composition or a gelled dairy composition or both, comprising casein, at least part of which has a proportion of its divalent ions, including calcium ions, replaced with sodium or potassium ions; (b) cooking the composition or the combination of compositions to obtain an emulsion, and (c) cooling the cooked composition to obtain a processed cheese;
Polyurethane adhesive obtained from a reaction mixture comprising at least one semi-crystalline polyester in an amount of 15 to 25 wt.-%, based on the total weight of the reaction mixture and at least one highly crystalline polyester in an amount of 5 to 10 wt.-%, based on the total weight of the reaction mixture, characterized in that the melting point of the highly crystalline polyester is higher than the melting point of the semi-crystalline polyester and characterized in that the at least one semi-crystalline polyester and the at least one highly crystallized polyester are employed in a weight ratio of 7:1 to 3:1 in the reaction mixture.