mhurhangee/ep-ind-claims huggingface dataset:
Polyamide moulding composition consisting of the following components: 32 to 84.9% by weight of a mixture consisting of and in the following proportions: 85 to 99% by weight of semicrystalline, semiaromatic polyamide with melting point above 270°C, or a mixture of these polyamides; 3 to 15% by weight of copolymer of glycidyl acrylate and/or glycidyl methacrylate with at least one other monomer having at least one olefinic carbon-carbon double bond, or a mixture of these copolymers; where the entirety of A and B gives 100% of the component; 15 to 65% by weight of fibrous reinforcing materials; 0.1 to 3.0% by weight of heat stabilizers; 0 to 25% by weight of auxiliaries and/or additives different from components and, and/or polymers different from and, wherein the entirety of, and makes up 100% by weight or, respectively, the entirety of,, and makes up 100% by weight with the proviso that the polyamide moulding composition is free from grafted impact modifiers. 32 to 84.9% by weight of a mixture consisting of and in the following proportions: 85 to 99% by weight of semicrystalline, semiaromatic polyamide with melting point above 270°C, or a mixture of these polyamides; 3 to 15% by weight of copolymer of glycidyl acrylate and/or glycidyl methacrylate with at least one other monomer having at least one olefinic carbon-carbon double bond, or a mixture of these copolymers; where the entirety of A and B gives 100% of the component; 85 to 99% by weight of semicrystalline, semiaromatic polyamide with melting point above 270°C, or a mixture of these polyamides; 3 to 15% by weight of copolymer of glycidyl acrylate and/or glycidyl methacrylate with at least one other monomer having at least one olefinic carbon-carbon double bond, or a mixture of these copolymers; 15 to 65% by weight of fibrous reinforcing materials; 0.1 to 3.0% by weight of heat stabilizers; 0 to 25% by weight of auxiliaries and/or additives different from components and, and/or polymers different from and,
An analysis device for a liquid sample comprising: i) at least one fuel cell including: - one microfluidic channel made of a wicking material with adequate porosity to allow capillary flow of at least one suitable fluid for generating electricity; - at least one receiving absorbent region coupled to said microfluidic channel; - at least one collecting absorbent region coupled to said microfluidic channel; - a cathodic zone formed by at least a cathode coupled to said microfluidic channel; and - an anodic zone formed by at least an anode coupled to said microfluidic channel, ii) at least one analysis microfluidic channel that allows the capillary flow of the liquid sample to analyse; iii) at least one receiving absorbent region (11, 11a) coupled to said at least one analysis microfluidic channel; iv) at least one collecting absorbent region coupled to said at least one analysis microfluidic channel, and v) at least one detection zone having at least one electrochemical or optical sensor coupled to said at least one analysis microfluidic channel, so that the electrochemical or optical sensor interacts with the sample to be tested, when said sample flows by capillary through the at least one analysis microfluidic channel. i) at least one fuel cell including: - one microfluidic channel made of a wicking material with adequate porosity to allow capillary flow of at least one suitable fluid for generating electricity; - at least one receiving absorbent region coupled to said microfluidic channel; - at least one collecting absorbent region coupled to said microfluidic channel; - a cathodic zone formed by at least a cathode coupled to said microfluidic channel; and - an anodic zone formed by at least an anode coupled to said microfluidic channel, - one microfluidic channel made of a wicking material with adequate porosity to allow capillary flow of at least one suitable fluid for generating electricity; - at least one receiving absorbent region coupled to said microfluidic channel; - at least one collecting absorbent region coupled to said microfluidic channel; - a cathodic zone formed by at least a cathode coupled to said microfluidic channel; and - an anodic zone formed by at least an anode coupled to said microfluidic channel, ii) at least one analysis microfluidic channel that allows the capillary flow of the liquid sample to analyse; iii) at least one receiving absorbent region (11, 11a) coupled to said at least one analysis microfluidic channel; iv) at least one collecting absorbent region coupled to said at least one analysis microfluidic channel, and v) at least one detection zone having at least one electrochemical or optical sensor coupled to said at least one analysis microfluidic channel,
A ferrite sintered body, comprising 1 mol% to 10 mol% Cu on CuO basis; a spinel-structured crystal containing Fe, Zn, Ni, Cu and 0 as a main phase; and Cu compound particles present at a grain boundary, having an average particle diameter of 0.5 μm to 10 μm, characterized in that the Cu compound particles comprise Cu 2 O, 50% or more of the Cu compound particles being Cu 2 O.
A machine for tying food products, which comprises a fixed framework which supports supporting means for at least one food product to be tied and is provided with a winding device adapted to wind at least one twine around said food product, said winding device comprising feeding means for feeding said twine, means for moving said feeding means along a circular trajectory around said supporting means, locking means for locking at least one portion of said twine with respect to said fixed framework, and guiding means for guiding said twine toward and around said food product in order to form at least one winding of said twine around said food product, tying means being provided which are adapted to mutually connect a first length of said twine, which extends from said locking means toward said food product, and at least one second length of said twine, which extends from said food product toward said feeding means, said tying means comprising a tying device, which is adapted to tie a connecting knot between said first length and said second length of said twine, and an insertion device for inserting said first length and said second length of said twine, which cooperates with said tying device to feed said tying device with at least one portion of said first length and of said second length of said twine, said insertion device having at least one contact element which is designed to engage said first length and said second length of said twine, said contact element being movable on command between at least an inoperative position, in which it is spaced apart from said first length and said second length of said twine, and an operative position, in which said contact element is in a preset position adapted to allow the engagement of at least one portion of said first length and of said second length of said twine by said tying device, characterized in that it comprises an auxiliary positioning device, which can be activated on command to bring at least one portion of at least one of said lengths (16, 17) of said twine into a grip position located along the region affected by the movement of said contact element between said inoperative position and said operative position.
A medicament delivery device comprising: a case; a first plunger; a second plunger arranged telescopically with the first plunger; a first drive spring biasing the second plunger relative to the case; and a second drive spring biasing the first plunger relative to the second plunger, characterized in that the second drive spring biases the first plunger relative to the second plunger in a distal direction of the medicament delivery device, wherein the first drive spring is configured to move the second plunger and the first plunger in the distal direction relative to the case, and wherein the second drive spring is configured to move the first plunger in the distal direction relative to the second plunger. a case; a first plunger; a second plunger arranged telescopically with the first plunger; a first drive spring biasing the second plunger relative to the case; and a second drive spring biasing the first plunger relative to the second plunger, characterized in that the second drive spring biases the first plunger relative to the second plunger in a distal direction of the medicament delivery device, wherein the first drive spring is configured to move the second plunger and the first plunger in the distal direction relative to the case, and wherein the second drive spring is configured to move the first plunger in the distal direction relative to the second plunger.
A display device comprising: a plurality of antennas configured for one of multiple input multiple output, MIMO, operation, WiFi operation, or Long Term Evolution, LTE, operation, and a display panel coupled to the plurality of antennas and configured to provide antenna isolation between the plurality of antennas that allows an increased number of radios to be integrated in a wireless communication device, the display panel comprising: a plurality of display panel components (315, 325); and an isolator (310, 320, 330) comprising at least one film that includes a transparent conductor that is in contact with at least one of the display panel components (315, 325). a display panel coupled to the plurality of antennas and configured to provide antenna isolation between the plurality of antennas that allows an increased number of radios to be integrated in a wireless communication device, the display panel comprising: a plurality of display panel components (315, 325); and an isolator (310, 320, 330) comprising at least one film that includes a transparent conductor that is in contact with at least one of the display panel components (315, 325). a plurality of display panel components (315, 325); and an isolator (310, 320, 330) comprising at least one film that includes a transparent conductor that is in contact with at least one of the display panel components (315, 325).
A cooling tower comprising an outer structure, an indirect evaporative heat exchanger within the outer structure, a fan assembly located within the outer structure, a gutter assembly located below the indirect evaporative heat exchanger and within the outer structure, an evaporative liquid distribution assembly located above the indirect evaporative heat exchanger and within the outer structure, a sump located beneath the gutter assembly, wherein the gutter assembly collects a portion of the evaporative liquid falling from the indirect evaporative heat exchanger and directs the collected evaporative liquid to the sump, characterised in that the sump is above the fan assembly, and wherein a first portion of the sump is within the outer structure and a second portion of the sump is outside of the outer structure. an outer structure, an indirect evaporative heat exchanger within the outer structure, a fan assembly located within the outer structure, a gutter assembly located below the indirect evaporative heat exchanger and within the outer structure, an evaporative liquid distribution assembly located above the indirect evaporative heat exchanger and within the outer structure, a sump located beneath the gutter assembly, wherein the gutter assembly collects a portion of the evaporative liquid falling from the indirect evaporative heat exchanger and directs the collected evaporative liquid to the sump, characterised in that the sump is above the fan assembly, and wherein a first portion of the sump is within the outer structure and a second portion of the sump is outside of the outer structure.
An operating device that operates a control target, the operating device being characterized by: an operating section configured of a key sheet having a plurality of laid out operating keys to be operated upon operating the control target, the operating section not having names of the operating keys printed thereon; a display section, on which an image corresponding to an input of the operating keys is to be displayed; a storage means that stores guide information for guiding the respective names of the plurality of operating keys; and a guide information controlling means that outputs the guide information to the display section in accordance with a predetermined operation. an operating section configured of a key sheet having a plurality of laid out operating keys to be operated upon operating the control target, the operating section not having names of the operating keys printed thereon; a display section, on which an image corresponding to an input of the operating keys is to be displayed; a storage means that stores guide information for guiding the respective names of the plurality of operating keys; and a guide information controlling means that outputs the guide information to the display section in accordance with a predetermined operation.
Use of a nonaqueous solvent, comprising a fluorine-containing, cyclic, saturated hydrocarbon represented by the following general formula and having a structure obtained by introducing one or two substituents R into a cyclopentane ring: in the general formula, R is represented by C n X 2n+1, n represents 1 or 2, at least one of the 2n+1 X's represents F, and the other X's each represent H, for an electrical storage device.
A method for limiting beam measurements by a User Equipment, UE, during an occasion of radio channel quality measurement, comprising: - selecting a group of beams; and - gradually evaluating beams of the group of beams, including: • obtaining a measurement for at least one beam, • comparing the measurement for the at least one beam with a criterion, and • upon determination that the measurement for the at least one beam fulfills the criterion, aborting evaluating further beams of the group of beams, thereby limiting beam measurements by the UE, the method characterised in that the UE is in RRC_IDLE state or RRC_INACTIVE state and the occasion of radio channel quality measurement is an occasion of intra-cell Radio Resource Management, RRM, measurement. - selecting a group of beams; and - gradually evaluating beams of the group of beams, including: • obtaining a measurement for at least one beam, • comparing the measurement for the at least one beam with a criterion, and • upon determination that the measurement for the at least one beam fulfills the criterion, aborting evaluating further beams of the group of beams, thereby limiting beam measurements by the UE, the method characterised in that the UE is in RRC_IDLE state or RRC_INACTIVE state and the occasion of radio channel quality measurement is an occasion of intra-cell Radio Resource Management, RRM, measurement. • obtaining a measurement for at least one beam, • comparing the measurement for the at least one beam with a criterion, and • upon determination that the measurement for the at least one beam fulfills the criterion, aborting evaluating further beams of the group of beams, thereby limiting beam measurements by the UE, the method characterised in that the UE is in RRC_IDLE state or RRC_INACTIVE state and the occasion of radio channel quality measurement is an occasion of intra-cell Radio Resource Management, RRM, measurement.
A filter element for an oil filter, configured to be releasably lockable in a filter housing comprising a locking mechanism, the filter element comprising: a filter medium adapted to capture contaminants in oil passing through the filter medium; characterized by an oil filter port adapted to be in fluid communication with an oil port of an engine, the oil filter port is arranged on one distal end of the filter element, and the oil filter port includes threads for attaching the filter element in the oil port of the engine, and a circumferential locking mechanism arranged on the other distal end of the filter element, on an opposite side of the filter medium, for locking the filter element in place in the filter housing and to prevent rotation of the filter element in the filter housing about an axis along a longitudinal extension of the filter element, wherein the locking mechanism of the filter element comprises at least one locking member configured to latch onto matching locking members of the filter housing, wherein the locking mechanism of the filter element comprises a circumferential flange extending in an axial direction and attached to a lower end plate mechanically connected to the filter medium, wherein the at least one locking member of the filter element is/are grooves in the circumferential flange comprising a locking portion configured to maintain a radial pin locking member of the filter housing in place to thereby to prevent the rotation of the filter element in the filter housing. a filter medium adapted to capture contaminants in oil passing through the filter medium; characterized by an oil filter port adapted to be in fluid communication with an oil port of an engine, the oil filter port is arranged on one distal end of the filter element, and the oil filter port includes threads for attaching the filter element in the oil port of the engine, and a circumferential locking mechanism arranged on the other distal end of the filter element, on an opposite side of the filter medium, for locking the filter element in place in the filter housing and to prevent rotation of the filter element in the filter housing about an axis along a longitudinal extension of the filter element, wherein the locking mechanism of the filter element comprises at least one locking member configured to latch onto matching locking members of the filter housing, wherein the locking mechanism of the filter element comprises a circumferential flange extending in an axial direction and attached to a lower end plate mechanically connected to the filter medium, wherein the at least one locking member of the filter element is/are grooves in the circumferential flange comprising a locking portion configured to maintain a radial pin locking member of the filter housing in place to thereby to prevent the rotation of the filter element in the filter housing.
An article of footwear comprising: an upper; a plate connected to the upper; and a sole including an undulating foam midsole, the midsole having a top surface connected to the plate and a bottom surface, and the midsole comprising a plurality of spaced apart peaks defining a plurality of gaps in the top surface and a plurality of spaced apart troughs defining a plurality of gaps in the bottom surface. an upper; a plate connected to the upper; and a sole including an undulating foam midsole, the midsole having a top surface connected to the plate and a bottom surface, and the midsole comprising a plurality of spaced apart peaks defining a plurality of gaps in the top surface and a plurality of spaced apart troughs defining a plurality of gaps in the bottom surface.
A method in a messaging application for providing a user of the messaging application with one or more user-defined actions with respect to an active message from a single user input, the method comprising: providing a custom action control corresponding to a user-defined action associated with the active message; receiving the single user input comprising a selection of the custom action control; and in response to receiving the selection of the custom action control, performing the user-defined action with respect to the active message, wherein the messaging application is arranged for allowing the custom action control to be shared with other users by exporting the custom action control as an attachment to a message of the messaging application. providing a custom action control corresponding to a user-defined action associated with the active message; receiving the single user input comprising a selection of the custom action control; and in response to receiving the selection of the custom action control, performing the user-defined action with respect to the active message,
A centrifuge, comprising a centrifugal drum which is rotatable about a rotational axis, especially a separator provided with a centrifugal drum which can be rotated about a vertical rotational axis, having an intake for a product to be centrifuged and at least two outlets (10; 12, 13) for discharging a lighter phase and a heavier phase from the centrifugal drum, and which is provided with a drive spindle, wherein the centrifuge comprises a configuration of the rotating system which is sealed to the ambient environment and at least one flow-related diode arranged downstream from one of the outlets (12, 13) in the direction of flow, characterized in that the flow-related diode is formed as an impact chamber which does not co-rotate in operation with the centrifugal drum of the separator.
A method of making a one-way valve for use with a container, the method comprising the steps of: providing a substrate and a top layer, the substrate defining one or more inlet openings, the top layer defining one or more outlet openings; printing an adhesive onto either a top surface of the substrate or a bottom surface of the top layer, the adhesive defining a boundary of a valve chamber in which the top layer and the substrate are not permanently adhered to each other, wherein the one or more inlet openings fluidly connect an interior of the container to the valve chamber and the one or more outlet openings fluidly connect the valve chamber to an exterior surrounding the container; printing a polyol fluid film onto either the top surface of the substrate or the bottom surface of the top layer such that the fluid film occupies at least a portion of the valve chamber, the fluid film adapted to adhere the top layer to the substrate within the valve chamber when a pressure differential between an internal pressure of the container and an ambient air pressure is less than a minimum gas release pressure differential; wherein the fluid film 22 does not comprise a silicon oil or glycerin; laminating together the top layer and the substrate; characterised in that during the printing steps both the adhesive and the polyol fluid film are printed on the top surface of the substrate or during the printing steps both the adhesive and the polyol fluid film are printed on the bottom surface of the top layer. providing a substrate and a top layer, the substrate defining one or more inlet openings, the top layer defining one or more outlet openings; printing an adhesive onto either a top surface of the substrate or a bottom surface of the top layer, the adhesive defining a boundary of a valve chamber in which the top layer and the substrate are not permanently adhered to each other, wherein the one or more inlet openings fluidly connect an interior of the container to the valve chamber and the one or more outlet openings fluidly connect the valve chamber to an exterior surrounding the container;