mhurhangee/ep-ind-claims huggingface dataset:
A socket for use in an aircraft cabin, the socket comprising a connector for connecting a piece of user equipment to a central system of an aircraft, and a non-emergency illumination apparatus configured to illuminate the socket to mark a location of the connector in an aircraft cabin, the non-emergency illumination apparatus including: an emitting layer including a photoluminescent material, the photoluminescent material emitting visible light in a first region of the electromagnetic spectrum in response to excitation by light from a second region of the electromagnetic spectrum, different to the first region; and a protective layer overlying the emitting layer, the protective layer transmitting light from the first and second regions of the electromagnetic spectrum, wherein the non-emergency illumination apparatus is constructed and arranged to be such that the apparatus marks the location of the connector when excited by light from the second region of the electromagnetic spectrum characterised in that the light from the second region of the excitation spectrum is visible light from the violet or blue region of the visible spectrum between 400nm wavelength and 500nm wavelength and wherein the photoluminescent material emits a range of wavelengths encompassing wavelengths which are close to wavelengths of maximum sensitivity of scotopic vision, with a maximum intensity at approximately 520nm.
A pharmaceutical or dietary composition suitable for oral administration in the treatment of obese or overweight subjects suffering from hyperglycaemia and/or from hyperlipidaemia, comprising as active principle activated cellulose obtained by hot alkaline treatment of granular cellulose, followed by cooling and pH neutralization, possibly derivatised to form a conjugate selected from the group consisting of cellulose-oleylamine-glucosamine, alone or in combination with further active principles.
A method for producing a drinkable mixture from a carrier liquid and at least one cereal and/or other small-sized admixtures under aseptic conditions, in which the carrier liquid undergoes a pre-warming, in which the at least one cereal is dispensed into and evenly distributed in the pre-warmed carrier liquid, in which a mix of carrier liquid and the at least one cereal, up to its filling as a drinkable mixture, is put through a heat treatment in the following sequence: through a pre-heating, a high-heating, a heat maintaining and a cooling, in which, over the course of the pre-heating and the high-heating, a pre-swelling of the at least one cereal occurs, in which, during the heat maintaining, a final swelling of the cereal and a sterilization of the mix occurs, in which the mix, over the course of its heat treatment up to the drinkable mixture, is continually forcibly guided as an unbranched tubular flow, in which, in the respective sections of the heat treatment (W; VE, HE, HH, K), the unbranched tubular flow is broken down into a group of tubular flow segments (rs1; rs2) strung together in a meandering shape and thereby remains unbranched as a pipe flow, and in which - with the goal of preventing a sedimentation of the at least one cereal and/or of the admixtures in the region of the pre-swelling, - in the region of the pre-swelling an average first holding time of the mix is shorter in respective assigned first tubular flow segments - than an average second holding time in respective assigned second tubular flow segments in the region of the final swelling and the subsequent cooling. - with the goal of preventing a sedimentation of the at least one cereal and/or of the admixtures in the region of the pre-swelling, - in the region of the pre-swelling an average first holding time of the mix is shorter in respective assigned first tubular flow segments - than an average second holding time in respective assigned second tubular flow segments in the region of the final swelling and the subsequent cooling.
A wiper device, comprising: a wiper blade tightly contacted to a windshield and configured to wipe a foreign substance; and an adaptor connecting the wiper blade to a wiper arm, wherein the adaptor comprises: a body rotatably connected to the wiper blade about an axle formed in a traverse direction of the wiper blade; and a connector extended in a lengthwise direction of the wiper blade and having one end that is connected to the wiper arm and the other end that is hinge-connected to the body, wherein the one end of the connector is formed to be protruded in such a way that a hook-type wiper arm can be inserted into the one end of the connector, characterized by further comprising a removable cover covering the body and the hook-type wiper arm so that the hook-type wiper arm inserted into the connector is prevented from being separated. a wiper blade tightly contacted to a windshield and configured to wipe a foreign substance; and an adaptor connecting the wiper blade to a wiper arm, wherein the adaptor comprises: a body rotatably connected to the wiper blade about an axle formed in a traverse direction of the wiper blade; and a connector extended in a lengthwise direction of the wiper blade and having one end that is connected to the wiper arm and the other end that is hinge-connected to the body, wherein the one end of the connector is formed to be protruded in such a way that a hook-type wiper arm can be inserted into the one end of the connector, a body rotatably connected to the wiper blade about an axle formed in a traverse direction of the wiper blade; and a connector extended in a lengthwise direction of the wiper blade and having one end that is connected to the wiper arm and the other end that is hinge-connected to the body, wherein the one end of the connector is formed to be protruded in such a way that a hook-type wiper arm can be inserted into the one end of the connector,
Tape, comprising: i. a body comprising grains of inorganic material sintered to one another, the body extending between first and second major surfaces, wherein the body has a thickness defined as distance between the first and second major surfaces, a width defined as a first dimension of the first major surface orthogonal to the thickness, and a length defined as a second dimension of the first major surface orthogonal to both the thickness and the width, ii. wherein the tape is long, having a length of about 300 cm or greater; iii. wherein the tape is thin, having a thickness in a range from about 3 μm to about 1 mm; and iv. wherein the tape is particularly wide, having a width of about 5 mm or greater, wherein geometric consistency of the tape is such that a difference in width of the tape, when measured at locations lengthwise separated by 1 m, is less than 100 μm; and a difference in thickness of the tape, when measured at locations lengthwise separated by 1 m along a widthwise center of the tape, is less than 10 μm. i. a body comprising grains of inorganic material sintered to one another, the body extending between first and second major surfaces, wherein the body has a thickness defined as distance between the first and second major surfaces, a width defined as a first dimension of the first major surface orthogonal to the thickness, and a length defined as a second dimension of the first major surface orthogonal to both the thickness and the width, ii. wherein the tape is long, having a length of about 300 cm or greater; iii. wherein the tape is thin, having a thickness in a range from about 3 μm to about 1 mm; and iv. wherein the tape is particularly wide, having a width of about 5 mm or greater,
A method for controlling uplink transmission power in a wireless communication system, the method performed by a wireless device and the method comprising: receiving transmit power command, TPC, monitoring information to adjust an uplink transmission power for a first physical uplink control channel, PUCCH, cell and a second PUCCH cell, the TPC monitoring information including a first TPC index assigned to the first PUCCH cell and a second TPC index assigned to the second PUCCH cell; receiving a TPC payload on a downlink control channel, the TPC payload including a plurality of TPCs, acquiring a first TPC for the first PUCCH cell and a second TPC for the second PUCCH cell from the plurality of TPCs based on the first TPC index and the second TPC index; and applying the first TPC and the second TPC to PUCCH transmissions on the first PUCCH cell and the second PUCCH cell, wherein the wireless device is configured with a first set of serving cells and a second set of serving cells, wherein the first PUCCH cell is a cell which is capable of receiving a first PUCCH in the first set of serving cells, and wherein the second PUCCH cell is a cell which is capable of receiving a second PUCCH in the second set of serving cells. receiving transmit power command, TPC, monitoring information to adjust an uplink transmission power for a first physical uplink control channel, PUCCH, cell and a second PUCCH cell, the TPC monitoring information including a first TPC index assigned to the first PUCCH cell and a second TPC index assigned to the second PUCCH cell; receiving a TPC payload on a downlink control channel, the TPC payload including a plurality of TPCs, acquiring a first TPC for the first PUCCH cell and a second TPC for the second PUCCH cell from the plurality of TPCs based on the first TPC index and the second TPC index; and applying the first TPC and the second TPC to PUCCH transmissions on the first PUCCH cell and the second PUCCH cell, wherein the wireless device is configured with a first set of serving cells and a second set of serving cells, wherein the first PUCCH cell is a cell which is capable of receiving a first PUCCH in the first set of serving cells, and wherein the second PUCCH cell is a cell which is capable of receiving a second PUCCH in the second set of serving cells.
An assembly of fiber optic components for incorporation into a laminated composite structure, the assembly of fiber optic components comprising: a sheath with an inside diameter and an outside diameter, the outside diameter being less than 2.54 mm (0.1 inches), the sheath further comprising a resin dam mounted within a first end of the sheath, an alignment sleeve comprising a first and second ends and configured to fit within the sheath, an internal connector ferrule mounted on an optical fiber, the internal connector ferrule configured to snugly fit within the second end of the alignment sleeve, and wherein the alignment sleeve and the internal connector ferrule are configured to cooperate and concentrically align the optical fiber within the alignment sleeve to within 0.001016 mm (0.00004 inches). a sheath with an inside diameter and an outside diameter, the outside diameter being less than 2.54 mm (0.1 inches), the sheath further comprising a resin dam mounted within a first end of the sheath, an alignment sleeve comprising a first and second ends and configured to fit within the sheath, an internal connector ferrule mounted on an optical fiber, the internal connector ferrule configured to snugly fit within the second end of the alignment sleeve, and wherein the alignment sleeve and the internal connector ferrule are configured to cooperate and concentrically align the optical fiber within the alignment sleeve to within 0.001016 mm (0.00004 inches).
Brake actuator for a brake system of a vehicle, in particular a rail vehicle, - with a setpoint value control device which regulates at least one setpoint value (Sv) of a deceleration variable (Fv; Mv) to an output setpoint value, - with a setpoint power conversion device which converts the output setpoint value into an actual value (Ip) of a contact variable (Cp; Fp), and - with braking means (9, 10, 11) which convert the actual value (Ip) of the contact variable (Cp; Fp) for braking the vehicle into an actual value (Iv) of the deceleration variable (Fv; Mv), - in which a sensor determines the actual value (Ip) of the contact variable (Cp; Fp); - in which a further sensor determines the actual value (Iv) of the deceleration variable (Fv; Mv) and - in which the setpoint value control device is suitably designed to set the output setpoint value in predetermined operating conditions of the vehicle to control the deceleration variable (Fv; Mv), such that the detected actual value (Iv) of the deceleration variable (Fv; Mv) corresponds to the at least one setpoint value (Sv) of the deceleration variable (Fv; Mv), characterised in that the setpoint control device is suitably designed to set the output setpoint value in further predetermined operating conditions of the vehicle to control the contact variable (Cp; Fp), such that the detected actual value (Ip) of the contact variable (Cp; Fp) corresponds to a setpoint value of the contact variable (Cp; Fp). - with a setpoint value control device which regulates at least one setpoint value (Sv) of a deceleration variable (Fv; Mv) to an output setpoint value, - with a setpoint power conversion device which converts the output setpoint value into an actual value (Ip) of a contact variable (Cp; Fp), and - with braking means (9, 10, 11) which convert the actual value (Ip) of the contact variable (Cp; Fp) for braking the vehicle into an actual value (Iv) of the deceleration variable (Fv; Mv), - in which a sensor determines the actual value (Ip) of the contact variable (Cp; Fp); - in which a further sensor determines the actual value (Iv) of the deceleration variable (Fv; Mv) and - in which the setpoint value control device is suitably designed to set the output setpoint value in predetermined operating conditions of the vehicle to control the deceleration variable (Fv; Mv), such that the detected actual value (Iv) of the deceleration variable (Fv; Mv) corresponds to the at least one setpoint value (Sv) of the deceleration variable (Fv; Mv),
Device for relieving pressure in hydraulic pipes, particularly in connecting pipes comprising junctions (6, 8) between attachments comprising hydraulically actuatable actuators and work equipment supplying said attachments, having a control block connected to the pipe to be relieved, said control block containing an unlockable non-return valve as a relief valve, having a pressure accumulator receiving a relief volume when the non-return valve is unlocked and having an actuating element that can be moved manually to unlock the non-return valve, said actuating element being arranged on the housing of the pressure accumulator such that it can move, characterised in that the pressure accumulator is provided with a housing extending along a longitudinal axis and in that the actuating element in the form of an actuating rod is guided coaxially through the housing to the closing mechanism of the non-return valve, which can be moved against a closing force into the unlocked position by means of the actuating rod.
A construction element for producing a wall, in particular made from wood, comprising a block comprising an internal face and an external face connected together by connection and bracing means comprising at least two U-shaped braces, each brace comprising two arms and a base, said arms of each brace being designed to cooperate with holes provided in each of the faces (14, 16) respectively, characterised in that each arm is provided at the end with vertical holding bolts, these bolts projecting in the direction perpendicular to each arm.
A twist drill comprising a shank and a drill body having a drill tip, and having a length and an outer diameter, and comprising a cemented carbide or high speed steel substrate, and a coating comprising at least one layer, wherein the quota L/D is at least 16, the twist drill having two cutting segments at the tip and two chip flutes, the twist drill 10 being provided with holes for fluid opening in the tip, wherein the twist drill has an axial web thinning angle, wherein the axial web thinning angle is 40 to 50°, preferably 42 to 46°, and most preferably about 44° and characterised in that the twist drill has a web which back tapers such that a web diameter gets smaller in direction away from the tip towards the shank within an axial distance.
A therapeutic gas delivery device comprising: an inlet to connect to a source of therapeutic gas; an outlet to connect to a device that introduces the therapeutic gas to a patient; at least one binary control valve (209, 210) in fluid communication with the inlet and outlet that delivers a constant flow of the therapeutic gas; at least one proportional control valve in fluid communication with the inlet and outlet that delivers a variable flow of the therapeutic gas, wherein the binary control valve (209,210) and the proportional control valve are in parallel flow paths; a control system that delivers the therapeutic gas through one or more of the binary control valve (209, 210) and the proportional control valve; and characterized in that the therapeutic gas delivery device further comprises a flow sensor configured for measuring in an inspiratory limb a flow of breathing gas from a ventilator through the inspiratory limb, the flow sensor communicating with the control system, wherein the control system is configured to deliver the therapeutic gas to a patient in an amount proportional to the flow of breathing gas. an inlet to connect to a source of therapeutic gas; an outlet to connect to a device that introduces the therapeutic gas to a patient; at least one binary control valve (209, 210) in fluid communication with the inlet and outlet that delivers a constant flow of the therapeutic gas; at least one proportional control valve in fluid communication with the inlet and outlet that delivers a variable flow of the therapeutic gas, wherein the binary control valve (209,210) and the proportional control valve are in parallel flow paths; a control system that delivers the therapeutic gas through one or more of the binary control valve (209, 210) and the proportional control valve; and characterized in that the therapeutic gas delivery device further comprises a flow sensor configured for measuring in an inspiratory limb a flow of breathing gas from a ventilator through the inspiratory limb, the flow sensor communicating with the control system, wherein the control system is configured to deliver the therapeutic gas to a patient in an amount proportional to the flow of breathing gas.
A method to control an exhaust gas after-treatment system for an exhaust system of an internal combustion engine having an exhaust duct; the system comprises at least one catalytic converter (15, 17) arranged along the exhaust duct; a burner, which is suited to introduce exhaust gases into the exhaust duct, is arranged along the exhaust duct upstream of the said at least one catalytic converter (15, 17) and is designed to speed up the heating of said at least one catalytic converter (15, 17), wherein inside the burner there is defined a combustion chamber, which receives fresh air through an air feeding circuit, which is provided with a pumping device housed along a duct, and fuel from an injector, which is designed to inject fuel into the combustion chamber; a spark plug coupled to the burner so as to determine the ignition of the mixture present inside the combustion chamber; and an indicator, which is housed in a dashboard of a vehicle provided with the internal combustion engine and is designed to provide a driver of the vehicle with indications concerning the burner; the method comprises: a starting step, during which the internal combustion engine is turned off, the burner is turned on and the indicator is turned on; wherein said starting step starts when the presence of the key is detected or when the doors of the vehicle are unlocked through a command of the driver; and it ends when the temperature of said at least one catalytic converter (15, 17) is higher than or equal to an activation temperature; once the starting step has ended, an electronic control unit is suited to turn off the indicator and the driver can turn on the internal combustion engine; a normal operation step of the internal combustion engine, which is subsequent to the starting step and during which the internal combustion engine is turned on; and keeping the indicator turned on until the internal combustion engine is turned off, in case the internal combustion engine is started before the temperature of said at least one catalytic converter (15, 17) is higher than the activation temperature. a starting step, during which the internal combustion engine is turned off, the burner is turned on and the indicator is turned on; wherein said starting step starts when the presence of the key is detected or when the doors of the vehicle are unlocked through a command of the driver; and it ends when the temperature of said at least one catalytic converter (15, 17) is higher than or equal to an activation temperature; once the starting step has ended, an electronic control unit is suited to turn off the indicator and the driver can turn on the internal combustion engine; a normal operation step of the internal combustion engine, which is subsequent to the starting step and during which the internal combustion engine is turned on; and keeping the indicator turned on until the internal combustion engine is turned off, in case the internal combustion engine is started before the temperature of said at least one catalytic converter (15, 17) is higher than the activation temperature.
A multi-arm polyethylene glycol-azido derivative having a structure of a general formula I: wherein: R is a central molecule selected from the group consisting of a polyhydroxy structure, a polyamino structure and a polycarboxyl structure; n is the number of branches or the number of arms, n ≧ 3; PEG is the same or different-(CH 2 CH 2 O) m -, m is an integer of average value of 3-250; X is a linking group of an azido end group, selected from the group consisting of C 1-12 alkyl, aryl alkyl, ester group, carbonate group, amide group, amide ester group, ether group, urethane group; k is the number of the branches having the azido end group, 2 ≦ k < n; F is an active end group different from the azido, selected from the group consisting of amino, carboxyl, sulfhydryl, ester group, maleic imide group and acrylic group; Y is a linking group of an end group F, selected from the group consisting of (CH 2) i, (CH 2) i NH, (CH 2) i OCOO-, (CH 2) i OCONH-, (CH 2) i NHCOO-, (CH 2) i NHCONH-, OC(CH 2) i COO-, (CH 2) i COO-, (CH 2) i CONH; i is an integer of 1-10. R is a central molecule selected from the group consisting of a polyhydroxy structure, a polyamino structure and a polycarboxyl structure; n is the number of branches or the number of arms, n ≧ 3; PEG is the same or different-(CH 2 CH 2 O) m -, m is an integer of average value of 3-250; X is a linking group of an azido end group, selected from the group consisting of C 1-12 alkyl, aryl alkyl, ester group, carbonate group, amide group, amide ester group, ether group, urethane group; k is the number of the branches having the azido end group, 2 ≦ k < n; F is an active end group different from the azido, selected from the group consisting of amino, carboxyl, sulfhydryl, ester group, maleic imide group and acrylic group; Y is a linking group of an end group F, selected from the group consisting of (CH 2) i, (CH 2) i NH, (CH 2) i OCOO-, (CH 2) i OCONH-, (CH 2) i NHCOO-, (CH 2) i NHCONH-, OC(CH 2) i COO-, (CH 2) i COO-, (CH 2) i CONH; i is an integer of 1-10.