mhurhangee/ep-ind-claims huggingface dataset:
A method for placing a resin layer on a selected surface of a frame member by providing an overpress having an inner surface with a plurality of nubs protruding therefrom, the method characterised by the steps of:- (a) placing liquid resin on one of the surfaces of the overpress or the frame member; (b) forcing the nubs of the overpress in contact with the selected surface of the frame member and allowing the nubs to define a clearance for the liquid resin between the overpress and the frame member; (c) after the liquid resin has cured, removing the overpress from the selected surface of the frame member; and (d) leaving a layer of cured resin bound to the selected surface of the frame member. (a) placing liquid resin on one of the surfaces of the overpress or the frame member; (b) forcing the nubs of the overpress in contact with the selected surface of the frame member and allowing the nubs to define a clearance for the liquid resin between the overpress and the frame member; (c) after the liquid resin has cured, removing the overpress from the selected surface of the frame member; and (d) leaving a layer of cured resin bound to the selected surface of the frame member.
A glazed module comprising a metal framework and a cold-bent insulating glazing, said insulating glazing comprises a water-tight barrier, the metal framework and the insulating glazing being rendered integral by a holding means which forces the insulating glazing to retain the bent shape conferred on it by the framework.
A method for assessment of a sealed package, said method comprising: emitting light from a narrow-band laser source towards a package from outside of said package while dithering the laser beam of said laser source and/or dithering said package; measuring an absorption signal of said light scattered in said package, said absorption caused by at least one gas in said package when said light is scattered in said package and travels into and out of said sealed package, wherein said measuring is made outside of said package, whereby said assessment is non-intrusive with regard to said package; wherein said assessment being based on: applying a calibration method based on obtained equivalent path length (Leq) values for known concentrations of at least one gas and/or a reference gas, measured on calibration packages having same measuring geometry as said sealed package; obtaining a concentration of said at least one gas in said sealed package from said calibration method and said absorption signal of said light scattered in said package; and determining if a deviation exists from a predetermined, expected gas concentration of said at least one gas within said sealed package based on said obtained concentration of said at least one gas. emitting light from a narrow-band laser source towards a package from outside of said package while dithering the laser beam of said laser source and/or dithering said package; measuring an absorption signal of said light scattered in said package, said absorption caused by at least one gas in said package when said light is scattered in said package and travels into and out of said sealed package, wherein said measuring is made outside of said package, whereby said assessment is non-intrusive with regard to said package; wherein said assessment being based on: applying a calibration method based on obtained equivalent path length (Leq) values for known concentrations of at least one gas and/or a reference gas, measured on calibration packages having same measuring geometry as said sealed package; obtaining a concentration of said at least one gas in said sealed package from said calibration method and said absorption signal of said light scattered in said package; and determining if a deviation exists from a predetermined, expected gas concentration of said at least one gas within said sealed package based on said obtained concentration of said at least one gas. applying a calibration method based on obtained equivalent path length (Leq) values for known concentrations of at least one gas and/or a reference gas, measured on calibration packages having same measuring geometry as said sealed package; obtaining a concentration of said at least one gas in said sealed package from said calibration method and said absorption signal of said light scattered in said package; and determining if a deviation exists from a predetermined, expected gas concentration of said at least one gas within said sealed package based on said obtained concentration of said at least one gas.
A mobile station in a communication system where a plurality of communication apparatuses are configured to coordinate transmissions to the mobile station, the mobile station comprising: a reception means for receiving a first signal of Radio Resource Control, the first signal including information indicating a first Channel State Information -Reference Signal resource, a first identifier for a first CSI reporting setting associated with the first CSI-RS resource, information indicating a second CSI-RS resource and a second identifier for a second CSI reporting setting associated with the second CSI-RS resource, each CSI-RS resource being associated with a respective one of the plurality of communication apparatuses; wherein the reception means is configured for receiving a second signal in a Physical Downlink Control Channel (PDCCH), the second signal including at least one of a first value corresponding to the first identifier and a second value corresponding to the second identifier; a measurement means for determining a first CSI based on a first CSI-RS within the first CSI-RS resource in a case where the second signal includes the first value, wherein the measurement means for determining a second CSI based on a second CSI-RS within the second CSI-RS resource in a case where the second signal includes the second value; and a transmission means for reporting the first CSI in a case where the second signal includes the first value, wherein the transmission means for reporting the second CSI in a case where the second signal includes the second value. a reception means for receiving a first signal of Radio Resource Control, the first signal including information indicating a first Channel State Information -Reference Signal resource, a first identifier for a first CSI reporting setting associated with the first CSI-RS resource, information indicating a second CSI-RS resource and a second identifier for a second CSI reporting setting associated with the second CSI-RS resource, each CSI-RS resource being associated with a respective one of the plurality of communication apparatuses; wherein the reception means is configured for receiving a second signal in a Physical Downlink Control Channel (PDCCH), the second signal including at least one of a first value corresponding to the first identifier and a second value corresponding to the second identifier; a measurement means for determining a first CSI based on a first CSI-RS within the first CSI-RS resource in a case where the second signal includes the first value, wherein the measurement means for determining a second CSI based on a second CSI-RS within the second CSI-RS resource in a case where the second signal includes the second value; and a transmission means for reporting the first CSI in a case where the second signal includes the first value, wherein the transmission means for reporting the second CSI in a case where the second signal includes the second value.
A method for the surge protection of inverters (PV inverters) for photovoltaic systems, comprising at least one surge protection device (ÜSS) which is spatially integrated in the inverter (PV inverter) or located in its proximity, wherein the at least one surge protection device (ÜSS) is in communication with the inverter's (PV inverter's) direct current side, and the inverter (PV inverter) provides a signal for setting or readjusting its operating point to an operation of the photovoltaic system in the Maximum Power Point, the MPP, characterized in that the response voltage of the surge protection device (ÜSS) is prescribed, set or selected based on this signal.
Tailgate of a motor vehicle comprising an outer panel provided with an inner lining and a plastic trim attached to the lower portion of the inner face of the tailgate of a motor vehicle, with the upper edge of the fitting comprising a wall forming a dihedral with the panel which constitutes the rest of the fitting, with the fitting comprising inside the dihedral formed by said wall and said panel of the fitting at least one projection moulded with said wall and said panel, characterised in that: the end of the projection located opposite the apex of the dihedral comprises a flexible tab that can be snap-fit into a hole formed in the upper portion of the inner lining of the tailgate, and the end of this wall is to be supported on the inner face of the outer panel of the tailgate. the end of the projection located opposite the apex of the dihedral comprises a flexible tab that can be snap-fit into a hole formed in the upper portion of the inner lining of the tailgate, and the end of this wall is to be supported on the inner face of the outer panel of the tailgate.
An oil suppressing structure in an air drying device (20; 20A) comprising: an outer case; a drying case which is accommodated in an interior of the outer case, which has a large-diameter long cylindrical body portion and a small-diameter long cylindrical body portion which is formed integrally with the large-diameter long cylindrical body portion and in which a desiccating agent is filled in an interior of the large-diameter long cylindrical body portion; and a base plate which is fixed to a lower end of the drying case and which comprises an inlet port and an outlet port for compressed air; characterized in that the oil suppressing structure further comprises a space S3 defined between an inner wall surface of the outer case and the small-diameter long cylindrical body portion, has an axial cross sectional area larger than an axial cross sectional area of the small-diameter long cylindrical body portion, and is defined so that a distance in its axial direction between the large-diameter long cylindrical body portion and the base plate is longer than a distance in its radial direction between the inner wall surface of the outer case and the small-diameter long cylindrical body portion, wherein an oil adsorbing material is inserted into the space such that it fills the space S3. an outer case; a drying case which is accommodated in an interior of the outer case, which has a large-diameter long cylindrical body portion and a small-diameter long cylindrical body portion which is formed integrally with the large-diameter long cylindrical body portion and in which a desiccating agent is filled in an interior of the large-diameter long cylindrical body portion; and a base plate which is fixed to a lower end of the drying case and which comprises an inlet port and an outlet port for compressed air; characterized in that the oil suppressing structure further comprises a space S3 defined between an inner wall surface of the outer case and the small-diameter long cylindrical body portion, has an axial cross sectional area larger than an axial cross sectional area of the small-diameter long cylindrical body portion, and is defined so that a distance in its axial direction between the large-diameter long cylindrical body portion and the base plate is longer than a distance in its radial direction between the inner wall surface of the outer case and the small-diameter long cylindrical body portion, wherein an oil adsorbing material is inserted into the space such that it fills the space S3.
Transmission arrangement for a hybrid vehicle, comprising - a differential which has three differential shafts, namely a differential input shaft and a first and a second differential output shaft (14A1, 14A2), the differential input shaft being coupled to a transmission input shaft which can be coupled to an internal combustion engine, and the first differential output shaft (14A1) being coupled via a junction to a transmission output shaft which can be coupled to the output of the hybrid vehicle, and it being possible for two of the differential shafts (14E, 14A1, 14A2) to be coupled to one another by means of a first controllable clutch device, - a variator, the variator input shaft of which is coupled to the second differential output shaft (14A2), and the variator output shaft of which is coupled via the junction to the first differential output shaft (14A1) and to the transmission output shaft, a second controllable clutch device being arranged between the variator output shaft and the junction, and a third controllable clutch device being arranged between the first differential output shaft (14A1) and the junction, characterized in that the differential shaft (14A1) which is not connected to the first clutch device can be coupled by means of a fourth clutch device to one of the other differential shafts, and in that a transmission stage is connected upstream or downstream of the fourth clutch device. - a differential which has three differential shafts, namely a differential input shaft and a first and a second differential output shaft (14A1, 14A2), the differential input shaft being coupled to a transmission input shaft which can be coupled to an internal combustion engine, and the first differential output shaft (14A1) being coupled via a junction to a transmission output shaft which can be coupled to the output of the hybrid vehicle, and it being possible for two of the differential shafts (14E, 14A1, 14A2) to be coupled to one another by means of a first controllable clutch device, - a variator, the variator input shaft of which is coupled to the second differential output shaft (14A2), and the variator output shaft of which is coupled via the junction to the first differential output shaft (14A1) and to the transmission output shaft,
Method for handling (flat) items, in particular hygiene products such as nappies, sanitary napkins, or the like, wherein the items are transported on an infeed conveyor which is driven in a substantially continuous manner, and, subsequent to transportation, are subjected to compressing on the infeed conveyor, wherein a group of items by a shunting installation, in particular by a slide, is shunted from the infeed conveyor, wherein the slide during shunting at least partially runs conjointly with the items in the transportation direction of the infeed conveyor, and that the group of items by the shunting installation is infed to a first compressing installation and by the latter is at least partially (pre-) compressed, and wherein thereafter the at least partially (pre-) compressed group of items is infed to a second compressing installation, and in the latter is subjected to further (main) compressing, that the first compressing installation during (pre-) compressing at least partially runs conjointly in the transportation direction of the infeed conveyor.
A method for disabling a fluid pressurizing unit of a fluid injection system according to any one of claims 6-14, the unit including a plunger shaft, a syringe and a plunger, wherein: the plunger is retractable from a first position within the syringe to a second position within the syringe; the plunger including a mating feature operably engaging an engaging feature of the plunger shaft at the first position; the mating feature of the plunger comprising a tab formed in a radially expandable-contractible portion of a sidewall of the plunger, the tab projecting into a cavity of the plunger, the cavity being defined by the sidewall; the engaging feature of the plunger shaft comprises a groove formed at a proximal end of the terminal portion of the plunger shaft; and, an inner diameter of the syringe is larger at the second position than at the first position, so as to facilitate the disengagement of the plunger from the plunger shaft, the method comprising: isolating the syringe from all downstream flow paths of the pressurizing unit; retracting the plunger shaft from the first position to the second position such that a vacuum is created within the syringe downstream of the plunger and the expandable-contractible portion of the sidewall of the plunger expands to disengage the plunger from the plunger shaft, and the plunger moves back toward the first position upon disengagement from the plunger shaft. the plunger is retractable from a first position within the syringe to a second position within the syringe; the plunger including a mating feature operably engaging an engaging feature of the plunger shaft at the first position; the mating feature of the plunger comprising a tab formed in a radially expandable-contractible portion of a sidewall of the plunger, the tab projecting into a cavity of the plunger, the cavity being defined by the sidewall; the engaging feature of the plunger shaft comprises a groove formed at a proximal end of the terminal portion of the plunger shaft; and, an inner diameter of the syringe is larger at the second position than at the first position, so as to facilitate the disengagement of the plunger from the plunger shaft, isolating the syringe from all downstream flow paths of the pressurizing unit; retracting the plunger shaft from the first position to the second position such that a vacuum is created within the syringe downstream of the plunger and the expandable-contractible portion of the sidewall of the plunger expands to disengage the plunger from the plunger shaft, and the plunger moves back toward the first position upon disengagement from the plunger shaft.
Inflatable balloon for medical use, intended to be inserted deflated into a human or animal body cavity and then inflated once inside the cavity so as to apply pressure against it, comprising: - a balloon body, the wall of which is made from a flexible inflatable material, with a generally elongated shape having a proximal inflation end and a distal positioning end at the back of the cavity, wherein the wall further locally has an elongated portion called the sole that is stiffer than the rest of the wall, this sole extending from the proximal end to the distal end, - an inflation opening formed in the proximal end through which a fluid is introduced into the balloon body so as to inflate it under pressure, and - an endoscope opening further formed in the proximal end, this endoscope opening being designed for the introduction of an endoscope into the balloon body, characterized in that the endoscope opening leads into the inside of the balloon body at the inside of an elongated sock that has a closed distal end not fixed to the wall of the balloon body. - a balloon body, the wall of which is made from a flexible inflatable material, with a generally elongated shape having a proximal inflation end and a distal positioning end at the back of the cavity, wherein the wall further locally has an elongated portion called the sole that is stiffer than the rest of the wall, this sole extending from the proximal end to the distal end, - an inflation opening formed in the proximal end through which a fluid is introduced into the balloon body so as to inflate it under pressure, and - an endoscope opening further formed in the proximal end, this endoscope opening being designed for the introduction of an endoscope into the balloon body,
A method for wireless communication, comprising: receiving a codeword over a wireless channel, wherein the codeword is based at least in part on a plurality of information bits encoded using a polar code having a plurality of bit channels; selecting a bit index reliability sequence for the plurality of bit channels based at least in part on a length of the codeword, wherein an order of bit indices in the bit index reliability sequence is determined based at least in part on applying a universal partial order to an input search sequence to obtain a partial order, applying an analytical method to obtain calculated relative orders of bit indices not ordered in the partial order, and applying a simulation to refine an order of at least two bit indices selected based at least in part on the calculated relative orders; and decoding the codeword based at least in part on the bit index reliability sequence; and wherein decoding the codeword comprises: applying a successive cancellation list decoding algorithm to a signal that comprises the codeword; and wherein the simulation is based at least in part on a list size applied by the successive cancellation list decoding algorithm. receiving a codeword over a wireless channel, wherein the codeword is based at least in part on a plurality of information bits encoded using a polar code having a plurality of bit channels; selecting a bit index reliability sequence for the plurality of bit channels based at least in part on a length of the codeword, wherein an order of bit indices in the bit index reliability sequence is determined based at least in part on applying a universal partial order to an input search sequence to obtain a partial order, applying an analytical method to obtain calculated relative orders of bit indices not ordered in the partial order, and applying a simulation to refine an order of at least two bit indices selected based at least in part on the calculated relative orders; and decoding the codeword based at least in part on the bit index reliability sequence; and wherein decoding the codeword comprises: applying a successive cancellation list decoding algorithm to a signal that comprises the codeword; and wherein the simulation is based at least in part on a list size applied by the successive cancellation list decoding algorithm. wherein decoding the codeword comprises: applying a successive cancellation list decoding algorithm to a signal that comprises the codeword; and wherein the simulation is based at least in part on a list size applied by the successive cancellation list decoding algorithm.
A laminated molded body, comprising: laminated fiber reinforced layers in which a reinforcing fiber material is dispersed in a resin material which serves as a matrix, wherein a thickness of each of the fiber reinforced layers is set to 20 to 80 pm; the laminated molded body further comprising: a laminated portion in which a plurality of the fiber reinforced layers are laminated; and a laminated portion in which a resin layer is laminated between the fiber reinforced layers. a laminated portion in which a plurality of the fiber reinforced layers are laminated; and a laminated portion in which a resin layer is laminated between the fiber reinforced layers.