mhurhangee/patent-ind-claim-en huggingface dataset:
An optical connector cleaning tool comprising a tool body that includes an extended part that extends from said tool body and that has a head for pressing a cleaning element against an optical connector, said extended part being provided so as to be movable with respect to said tool body , and a conversion mechanism that converts relative linear motion between said tool body and said extended part into rotary motion, wherein: said tool body further includes a take-up reel that, in accordance with the movement of said tool body with respect to said extended part , takes up said cleaning element which has been sent out from said head , and wherein the optical connector can be cleaned with said cleaning element by moving said tool body toward said extended part in a state where said cleaning element is pressed against said optical connector with said head (61, characterized in that a take-up amount adjustment mechanism which is a friction transmission mechanism that transmits rotary force of the rotary motion converted by said conversion mechanism to said take-up reel by friction force between a friction member and a friction surface , the take-up amount adjustment mechanism making constant the take-up amount of said take-up reel per single cleaning operation; slippage occurs between said friction member and said friction surface of said friction transmission mechanism in a case where predetermined tension acts upon said cleaning element when said tool body moves with respect to said extended part in a manner such that said rotary motion is in a direction that makes said take-up reel rotate in a take-up direction. said tool body further includes a take-up reel that, in accordance with the movement of said tool body with respect to said extended part , takes up said cleaning element which has been sent out from said head , and wherein the optical connector can be cleaned with said cleaning element by moving said tool body toward said extended part in a state where said cleaning element is pressed against said optical connector with said head (61, characterized in that a take-up amount adjustment mechanism which is a friction transmission mechanism that transmits rotary force of the rotary motion converted by said conversion mechanism to said take-up reel by friction force between a friction member and a friction surface , the take-up amount adjustment mechanism making constant the take-up amount of said take-up reel per single cleaning operation; slippage occurs between said friction member and said friction surface of said friction transmission mechanism in a case where predetermined tension acts upon said cleaning element when said tool body moves with respect to said extended part in a manner such that said rotary motion is in a direction that makes said take-up reel rotate in a take-up direction.
Method for obtaining a long lasting phosphorescent fabric comprising the following stages: a) Preparing a composition for dyeing comprising a base paste, a fixing agent and 10% to 15% by weight of a pigment with respect to the total weight of base paste, fixing agent and pigment, in powder form which particles of a strontium aluminate pigment doped with europium and dysprosium, are encapsulated by coating them with a translucent material in the visible-UV range, b) Coating the starting fabric with said composition by knife or rotary screen coating, c) Drying and d) Polymerizing by submitting the dried fabric obtained in c) to temperatures between 150 °C and 180 °C. a) Preparing a composition for dyeing comprising a base paste, a fixing agent and 10% to 15% by weight of a pigment with respect to the total weight of base paste, fixing agent and pigment, in powder form which particles of a strontium aluminate pigment doped with europium and dysprosium, are encapsulated by coating them with a translucent material in the visible-UV range, b) Coating the starting fabric with said composition by knife or rotary screen coating, c) Drying and d) Polymerizing by submitting the dried fabric obtained in c) to temperatures between 150 °C and 180 °C.
A seat rail for a motorcycle, the seat rail configured to be installed on a vehicle body of a motorcycle, the seat rail comprising: an upper lateral member configured to be located on a lateral side in a width direction of the vehicle body and made of a fiber reinforced resin, the upper lateral member including a lower flange that protrudes in the width direction of the vehicle body from a lower edge of the upper lateral member ; a lower lateral member located downward from the upper lateral member and made of a metal, characterized in that a lower surface of the lower flange of the upper lateral member is joined to an upper surface of the lower lateral member by an adhesive. an upper lateral member configured to be located on a lateral side in a width direction of the vehicle body and made of a fiber reinforced resin, the upper lateral member including a lower flange that protrudes in the width direction of the vehicle body from a lower edge of the upper lateral member ; a lower lateral member located downward from the upper lateral member and made of a metal, characterized in that a lower surface of the lower flange of the upper lateral member is joined to an upper surface of the lower lateral member by an adhesive.
Safety or rescue signal light, having an electronic display which has cells , more particularly LCD cells, and thus forms on the safety or rescue signal light a first, optically variable display region for displaying, more particularly safety-critical, information, and having a sensor , characterized in that of the cells of the display , first cells (6. 1) form the first display area and at least one second cell (6.2) forms a control area arranged separately from the first display area , which control area is not visually recognizable when looking at the display and whose second cell (6.2) is optically coupled to the sensor for monitoring the electronic display .
A semiconductor ceramic composition comprising: a sintered compact which contains a BaTiO 3 based compound represented by the following general formula as a main component, wherein: Ba v Bi x A y RE w m Ti u TM z O 3 in the general formula , A contains both elements of Na and K; RE is at least one element selected from the group consisting of Y, La, Ce, Pr, Nd, Sm, Gd, Dy and Er; TM is at least one element selected from the group consisting of V, Nb and Ta; and w, x, y, z and m satisfy the following formulas of ~ , 0.01 ≤ x ≤ 0.15 x ≤ y ≤ 0.3 0 ≤ w + z ≤ 0.01 v + x + y + w = 1 u + z = 1 0.950 ≤ m ≤ 1.050 the semiconductor ceramic composition further comprises Ca in the proportion of 0.001mol or more and 0.055mol or less in terms of element relative to 1mol of Ti site, wherein Ti site represents the total number of moles of Ti and TM; and the ratio of Na/(Na+K) is 0.1 or more and less than 1.
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked, a bus bar frame coupled to each of the front and rear ends of the battery cell stack , a frame member that houses a cell block including the battery cell stack and the bus bar frame , a pad part for preventing overflow of a thermal conductive resin, the pad part being located at one end of a bottom part of the frame member , and the pad part being located inside of the frame member , and a film part connected to the pad part and protruding toward the bus bar frame . a battery cell stack in which a plurality of battery cells are stacked, a bus bar frame coupled to each of the front and rear ends of the battery cell stack , a frame member that houses a cell block including the battery cell stack and the bus bar frame , a pad part for preventing overflow of a thermal conductive resin, the pad part being located at one end of a bottom part of the frame member , and the pad part being located inside of the frame member , and a film part connected to the pad part and protruding toward the bus bar frame .
A cooling system for spraying a coolant on a work piece to be cooled, comprising: - a reservoir for the coolant; - a spray unit ; - a pump for pumping coolant from the reservoir to the spray unit ; the spray unit comprising: - a chamber which has an inlet for coupling the spray unit to a pipe for the coolant coming from the reservoir , as well as an outlet; - at least a single elongated channel having an inlet and an outlet; - a flow guide whose one end is attached to the chamber at the outlet and whose other end is attached to the channel at the inlet, which flow guide comprises a cavity that widens starting from a coupling between the channel and the flow guide toward the chamber over a non-zero length in a direction perpendicular to a longitudinal direction of the channel , characterized in that an inside of the flow guide is provided with a spiral-shaped rib or groove (9; 60) extending in longitudinal direction of the channel . - a reservoir for the coolant; - a spray unit ; - a pump for pumping coolant from the reservoir to the spray unit ; - a chamber which has an inlet for coupling the spray unit to a pipe for the coolant coming from the reservoir , as well as an outlet; - at least a single elongated channel having an inlet and an outlet; - a flow guide whose one end is attached to the chamber at the outlet and whose other end is attached to the channel at the inlet, which flow guide comprises a cavity that widens starting from a coupling between the channel and the flow guide toward the chamber over a non-zero length in a direction perpendicular to a longitudinal direction of the channel ,
An inspection method of a heat flux sensor including a plurality of thermoelectric elements, the inspection method comprising the steps of: preparing the heat flux sensor ; preparing a heat flow generation device including a heating unit that has a heater plate with a heating resistor , a heat radiation measurement plate disposed on a first surface of the heater plate to measure heat leakage from the first surface, and a cooling unit that is disposed on a second surface of the heater plate; sandwiching the heat flux sensor between the heating unit and the cooling unit , heating the heat flux sensor by the heater plate and cooling the heat flux sensor by the cooling unit to generate a heat flow passing through the heat flux sensor ; wherein all the thermoelectric elements included in the heat flux sensor are laid out in such a manner as to overlap the heating resistor included in the heater plate ; measuring an output voltage from the heat flux sensor and inspecting characteristics indicating the relationship between the rate of heat flow generated by the heater plate and the output voltage from the heat flux sensor based on the measurement result, characterized in that the step of measuring the output voltage from the heat flux sensor is performed when a temperature of the heater plate is equal to an ambient temperature and the heat radiation measurement plate detects that there is no heat leakage. preparing the heat flux sensor ; preparing a heat flow generation device including a heating unit that has a heater plate with a heating resistor , a heat radiation measurement plate disposed on a first surface of the heater plate to measure heat leakage from the first surface, and a cooling unit that is disposed on a second surface of the heater plate; sandwiching the heat flux sensor between the heating unit and the cooling unit , heating the heat flux sensor by the heater plate and cooling the heat flux sensor by the cooling unit to generate a heat flow passing through the heat flux sensor ; wherein all the thermoelectric elements included in the heat flux sensor are laid out in such a manner as to overlap the heating resistor included in the heater plate ; measuring an output voltage from the heat flux sensor and inspecting characteristics indicating the relationship between the rate of heat flow generated by the heater plate and the output voltage from the heat flux sensor based on the measurement result, characterized in that the step of measuring the output voltage from the heat flux sensor is performed when a temperature of the heater plate is equal to an ambient temperature and the heat radiation measurement plate detects that there is no heat leakage.
Reformer tube for a steam reformer, comprising: (a) a pressure-bearing cylindrical jacket tube arranged to contain a catalyst as a bulk catalyst, a catalyst bed of catalyst particles, structured packing, honeycomb catalyst, or combinations thereof; (b) an inlet end of the pressure-bearing cylindrical jacket tube connectable to a reactant feed line ; (c) the reactant feed line connectable to a reactant feed system ; (d) an outlet end of the pressure-bearing cylindrical jacket tube connectable to a product discharge line ; (e) the product discharge line connectable to a product gas manifold ; wherein (f) the pressure-bearing cylindrical jacket tube is supported in the direction of its longitudinal axis by means of a fixed-floating bearing arrangement to allow thermal expansion of the pressure-bearing cylindrical jacket tube in longitudinal direction, wherein (g) the fixed bearing is located at the outlet end of the outer pressure-bearing cylindrical jacket tube and the floating bearing is located at the inlet end of the outer pressure-bearing cylindrical jacket tube . (a) a pressure-bearing cylindrical jacket tube arranged to contain a catalyst as a bulk catalyst, a catalyst bed of catalyst particles, structured packing, honeycomb catalyst, or combinations thereof; (b) an inlet end of the pressure-bearing cylindrical jacket tube connectable to a reactant feed line ; (c) the reactant feed line connectable to a reactant feed system ; (d) an outlet end of the pressure-bearing cylindrical jacket tube connectable to a product discharge line ; (e) the product discharge line connectable to a product gas manifold ; wherein (f) the pressure-bearing cylindrical jacket tube is supported in the direction of its longitudinal axis by means of a fixed-floating bearing arrangement to allow thermal expansion of the pressure-bearing cylindrical jacket tube in longitudinal direction, wherein (g) the fixed bearing is located at the outlet end of the outer pressure-bearing cylindrical jacket tube and the floating bearing is located at the inlet end of the outer pressure-bearing cylindrical jacket tube .
A sensor for detecting an analyte comprising a polymer, wherein said polymer comprise one or more residues of a luminescent dye and residues of 2-hydroxyethyl methacrylate (HEMA), wherein the luminescent dye is a compound having the formula:
Method for detecting the energy consumption of an electrical consumer controlled via a leading-edge or trailing-edge phase dimmer , characterized by the fact that the current energy consumption of the electrical consumer is determined on the basis of an effective value of the current flow within a sinusoidal half-wave which acts on the electrical consumer , in that a correction function is calculated as a function of the electrical consumer using the following formula b 1 − c 100 2 mit b = ⌡ i ( t ) dt , c = Korrekturfaktor ( Phasenwinkel ) from which values result which represent a measure for the above-mentioned effective value, wherein for the purpose of recording energy consumption, a current measurement of the current actually flowing is effected via the dimmer logic and is stored and/or displayed for a user to be recalled.
A method for managing a package in a secure element comprising an initial operating system , the method comprising a step of updating the initial operating system to generate an updated operating system , the method comprising the step of linking the package to the updated operating system , said linking step being triggered by the step of updating the initial operating system , characterized in that the package is created from a CAP file previously downloaded in the secure element , said CAP file comprising a plurality of components, in that the method comprises the step of selecting, from said plurality of components, items that are required to retrieve references to be updated during the linking step and permanently storing said items in the secure element and in that the method comprises the step of removing at least one component of the CAP file from the secure element .
A gear system for a turbofan engine assembly comprising: a sun gear rotatable about an engine centerline ; a non-rotatable ring gear ; a rotating carrier that drives a fan; a plurality of planet gears intermeshed between the sun gear and the ring gear ; a rolling element bearing assembly supporting rotation of the planet gears on the carrier , the rolling element bearing assembly including a rolling element ; a first passage for communicating lubricant through the planet gear ; and a second passage in communication with the first passage ; wherein the rolling element is between an inner race and an outer race separated by a cage ; and the inner race includes guide rails with a surface ; characterised in that : the second passage extends through the guide rails of the inner race to an interface between the surface of the guide rails and the cage ; each of the plurality of planet gears includes an inner cavity disposed about an axis of rotation of the respective planet gear ; and the carrier includes an outer scoop that receives lubricant from an outer fixed lubricant jet and feeds lubricant into the inner cavity along the axis . a sun gear rotatable about an engine centerline ; a non-rotatable ring gear ; a rotating carrier that drives a fan; a plurality of planet gears intermeshed between the sun gear and the ring gear ; a rolling element bearing assembly supporting rotation of the planet gears on the carrier , the rolling element bearing assembly including a rolling element ; a first passage for communicating lubricant through the planet gear ; and a second passage in communication with the first passage ; wherein the rolling element is between an inner race and an outer race separated by a cage ; and the inner race includes guide rails with a surface ; the second passage extends through the guide rails of the inner race to an interface between the surface of the guide rails and the cage ; each of the plurality of planet gears includes an inner cavity disposed about an axis of rotation of the respective planet gear ; and the carrier includes an outer scoop that receives lubricant from an outer fixed lubricant jet and feeds lubricant into the inner cavity along the axis .
Hydraulic bearing having: - a cylindrical main housing , - a supporting spring enclosed by the main housing , - a working chamber which is at least partially enclosed by the supporting spring and which has a working chamber volume, wherein the working chamber is filled with hydraulic liquid, - a control diaphragm which is designed for varying the working chamber volume, - an actuator which is coupled to the control diaphragm for the purposes of deflecting the control diaphragm , - a compensation chamber , and - a throttle channel which extends from the working chamber to the compensation chamber such that the working chamber and the compensation chamber are hydraulically connected, characterized by - a cylindrical chamber housing which is arranged with an associated first face side on an outer shell side section of the main housing , - wherein the compensation chamber is formed by at least a part of an interior space of the chamber housing . - a cylindrical main housing , - a supporting spring enclosed by the main housing , - a working chamber which is at least partially enclosed by the supporting spring and which has a working chamber volume, wherein the working chamber is filled with hydraulic liquid, - a control diaphragm which is designed for varying the working chamber volume, - an actuator which is coupled to the control diaphragm for the purposes of deflecting the control diaphragm , - a compensation chamber , and - a throttle channel which extends from the working chamber to the compensation chamber such that the working chamber and the compensation chamber are hydraulically connected, - a cylindrical chamber housing which is arranged with an associated first face side on an outer shell side section of the main housing , - wherein the compensation chamber is formed by at least a part of an interior space of the chamber housing .
Arrangement for picking and provision of goods in the correct sequence, in particular of cubic piece goods, such as containers, cartons or (beverage) crates, comprising an inbound-goods end for receiving collective load carriers equipped with goods of the same kind each, at least one vertically or essentially vertically running transport lane downstream of the inbound-goods end via which the collective load carriers equipped with the goods of the same kind each vertical can be moved upwards, at least one unstacking station downstream of the vertically or essentially vertically running transport lane to separate the respective goods of the same kind from the collective load carriers , a plurality of transport lanes arranged on top of and/or next to each other, from which the separated goods can be taken up and moved to an end of the transport lanes , wherein each of the transport lanes will only take up respectively goods of the same kind and wherein the transport lanes arranged on top of and/or next to each other are arranged inclined from the at least one upper level of the at least one unstacking station and/or stacking station to the level of the inbound-goods and outbound-goods ends , a plurality of removal devices at the end of each of the transport lanes , via which goods to be picked and provisioned for shipping can be released from the transport lanes controlled by a computer, at least two at least partially vertically running conveyor lanes downstream of the removal devices on/via which the picked goods provisioned for shipment can be handed over controlled by a computer and moved upwards, wherein the at least two vertically running conveyor lanes form a matrix sorter and permit picking and provision of goods in the correct sequence together with the removal devices and a control device in a control and command station, at least one stacking station downstream of the at least one partially vertically running conveyor lane for equipping the collective load carriers equipped with the picked goods provisioned for shipping, at least one vertically or essentially vertically running transport lane downstream of the stacking station via which the collective load carriers equipped with the picked goods provisioned for shipping can be moved vertically downwards, and an outbound-goods end downstream of the vertically running transport lane to hand over the collective load carriers equipped with picked goods provisioned for shipping, wherein the outbound-goods end for receiving the collective load carriers equipped with goods of the same kind each is arranged at a horizontal level below a horizontal level of the at least one unstacking station to separate the respective goods of the same kind from the collective load carriers and the outbound-goods end to hand over the collective load carriers equipped with picked goods provisioned for shipping is arranged at a horizontal level below a horizontal level of the at least one stacking station .