mhurhangee/patent-ind-claim-en huggingface dataset:
A processing system comprising an automatic lathe (M) and a bar feeder (B), wherein a lengthy work (W) such as a bar or a lengthy rod member is pushed by the bar feeder (B) having a feed rod having a finger chuck for holding the work at a rear extremity thereof in order to sequentially feed the work (W) to the automatic lathe (M), characterised in that the processing system can also process work (W) in the form of a raw blank, wherein a raw blank is a work formed into a predetermined shape in advance as a short-length work, wherein the feed rod of the bar feeder (B) also serves as a work pushing means for pushing a work (W) in the form of a raw blank into a hollow spindle of the automatic lathe (M) having a chuck (H) at a front extremity thereof from a rear extremity thereof; wherein the processing system further comprises a work supplying means located between the automatic lathe (M) and the bar feeder (B) for individually supplying the work (W) in the form of a raw blank to the work pushing means; wherein the work (W) in the form of a raw blank supplied from said work supplying means can be pushed into said spindle by said work pushing means; wherein said work pushing means is provided with a holding means in the form of the finger chuck of the feed rod for holding the work (W) in the form of a raw blank at a rear edge thereof; said work supplying means is provided with a work moving means for moving the work (W) in the form of a raw blank so that said holding means holds the work; and the work (W) in the form of a raw blank is supplied to said spindle while being held by said holding means; wherein the work supplying means comprises a reciprocating table provided to be movable forward and backward in a horizontal direction orthogonal to an axial line of the spindle , wherein said reciprocating table is provided with a work receiver for receiving work (W) in the form of a raw blank, a work moving means in the form of a pusher for pushing a work in the form of a raw blank out of the work receiver and into the finger chuck , and a guide member for guiding the feed rod along the axial direction of the spindle .
An electronic apparatus comprising: a communication unit configured to communicate with a terminal apparatus ; a first storage unit configured to store a first program; a second storage unit configured to store, for each section, a patch program for the first program, the patch program being received from the terminal apparatus via the communication unit ; and a controller configured to apply, in a case of executing the first program, a latest patch program stored in the sections in the second storage unit , characterized in that the second storage unit is configured to store a section management table which stores information for managing each of the sections including information indicating presence or absence of the patch program and validity or invalidity of the patch program for each of the sections, the information indicating the presence or absence of the patch program and the validity or invalidity of the patch program being respectively changeable by a command from the terminal apparatus , and the controller is configured to specify an appropriate section, in the section management table , which stores a patch program whose presence and validity are indicated as a valid patch program, to be applied to the first program. a communication unit configured to communicate with a terminal apparatus ; a first storage unit configured to store a first program; a second storage unit configured to store, for each section, a patch program for the first program, the patch program being received from the terminal apparatus via the communication unit ; and a controller configured to apply, in a case of executing the first program, a latest patch program stored in the sections in the second storage unit , characterized in that the second storage unit is configured to store a section management table which stores information for managing each of the sections including information indicating presence or absence of the patch program and validity or invalidity of the patch program for each of the sections, the information indicating the presence or absence of the patch program and the validity or invalidity of the patch program being respectively changeable by a command from the terminal apparatus , and the controller is configured to specify an appropriate section, in the section management table , which stores a patch program whose presence and validity are indicated as a valid patch program, to be applied to the first program.
Method for connecting a terminal into a region , assigned to a user , of a networkable computer infrastructure which is configured for a plurality of users , wherein a user certificate is created for the region assigned to the user and is made available to the user and/or to the networkable computer infrastructure , wherein a terminal certificate compatible with the user certificate is created, wherein the terminal certificate is created on the basis of the user certificate - by the user and/or - within that region of the networkable computer infrastructure which is assigned to the user by means of an appropriate application, wherein the terminal certificate is input to the terminal , wherein the terminal is registered in the networkable computer infrastructure via a data connection , wherein, for the registration, the terminal certificate and/or a password encrypted on the basis of the terminal certificate is/are transmitted from the terminal to the networkable computer infrastructure via the data connection , wherein the terminal is authenticated in the networkable computer infrastructure on the basis of a check of compatibility of the transmitted terminal certificate and/or the transmitted password encrypted on the basis of the terminal certificate with the user certificate , and wherein, in the event of successful authentication, use of the networkable computer infrastructure in the region assigned to the user is enabled for the terminal . wherein a user certificate is created for the region assigned to the user and is made available to the user and/or to the networkable computer infrastructure , wherein a terminal certificate compatible with the user certificate is created, wherein the terminal certificate is created on the basis of the user certificate - by the user and/or - within that region of the networkable computer infrastructure which is assigned to the user by means of an appropriate application, - by the user and/or - within that region of the networkable computer infrastructure which is assigned to the user by means of an appropriate application, wherein the terminal certificate is input to the terminal , wherein the terminal is registered in the networkable computer infrastructure via a data connection , wherein, for the registration, the terminal certificate and/or a password encrypted on the basis of the terminal certificate is/are transmitted from the terminal to the networkable computer infrastructure via the data connection , wherein the terminal is authenticated in the networkable computer infrastructure on the basis of a check of compatibility of the transmitted terminal certificate and/or the transmitted password encrypted on the basis of the terminal certificate with the user certificate , and wherein, in the event of successful authentication, use of the networkable computer infrastructure in the region assigned to the user is enabled for the terminal .
An exchangeable equipment for a work machine , wherein the equipment is adapted to be coupled to the work machine , characterized in that a sensor is attached to the exchangeable equipment such that, when the equipment is attached to the work machine , the sensor captures an area , which is located in the viewing direction of a driver and/or an operator of the work machine behind the equipment , and wherein the sensor , during coupling of the equipment , is adapted to be coupled to a reproduction unit , which outputs a signal for the driver and/or the operator of the work machine. characterized in that a sensor is attached to the exchangeable equipment such that, when the equipment is attached to the work machine , the sensor captures an area , which is located in the viewing direction of a driver and/or an operator of the work machine behind the equipment , and wherein the sensor , during coupling of the equipment , is adapted to be coupled to a reproduction unit , which outputs a signal for the driver and/or the operator of the work machine.
Container designed to store used tyres and to dump them by gravity into a skip, the container comprising a vessel (Cv) with an open bottom, a chassis (Ch) comprising an openable floor for the vessel (Cv), said floor comprising a frame (Cd), under which two flaps (Vt1, Vt2) are mounted in an articulated manner, the two flaps being mounted in an opposed manner between a closed position forming the floor for said vessel and an open position in which they are oriented towards the bottom, each flap (Vt) comprising a support frame (Cs) covered by a plate (Pq), characterized in that the chassis (Ch) is provided with a pair of locks (Vr) designed to block a flap (Vt1 or Vt2) in its closed position, each lock (Vr) comprising a lever (Lv) which is mounted at one of its ends in an articulated manner, by a pin (X2), on a front or dorsal longitudinal member (L) making up the frame (Cd) and which projects by its other end beyond a lateral side of the container , the two levers (Lv) being connected by an operating bar (Bm), each log (Vr) comprising, on the articulation pin (X2) side, a cam (Cm) followed by a housing (Lg) configured to receive and block a locking pin (Gt) secured to a front or dorsal longitudinal member (L2') making up said support frame (Cs) of said flap, the two flaps (Vt1, Vt2) being provided with a mechanical connection means active only in their closed position and comprising two end pieces (Bt) which are respectively mounted in the two ends of the two front and dorsal longitudinal members (L2') of the support frame (Cs) of a flap and which are dimensioned so as to fit into the two ends of the two front and dorsal longitudinal members (L2') of the support frame (Cs) of the other flap, during the closure of the two flaps (Vt), and in that the two flaps (Vt1, Vt2) are respectively mounted in an articulated manner under the two lateral longitudinal members (L) making up the frame (Cd) by means of at least one pin (X), each pin (X) being mounted through a first pair of clevises (Cp1) fastened under the lower face of said lateral longitudinal member (L) of the frame (Cd) and through a second pair of clevises (Cp2) fastened laterally on a lateral longitudinal member (L2) making up the support frame (Cs), wherein the second pair of clevises (Cp2) is nested in the first pair of clevises (Cp1), and in that a torsion spring (Mr) is mounted on the pin (X) between each second pair of clevises (Cp2).
Central mount for a streamlined flat windscreen wiper , in particular of a vehicle, the mount having an elongate form and comprising, at each of its longitudinal ends, means for linking to an end cap of the wiper, the linking means being articulation means, the mount comprising means for fixing to a stiffening spine of the wiper or to a member for holding this spine, characterized in that it further comprises longitudinal locking means for said spine situated substantially in the middle of the mount.
A method of operating a server in an infrastructure service to reroute a packet flow sent from the server to an end point over an outbound path , the method comprising: detecting a failure of the outbound path based on at least a measure of forward progress made on a connection between the server and the end point while sending packets from the server to the end point , where the measure of forward progress is related to an amount of time elapsed after sending a first packet from the server to the end point without receiving an acknowledgment from the end point ; and characterised by : in response to the failure, generating a hash value based at least on an identifying value of the connection and a failure counter associated with the measure of forward progress made on the connection; selecting a next outbound path for the packet flow based on at least the hash value generated in response to the failure; and sending the packet flow over the next outbound path to the end point . detecting a failure of the outbound path based on at least a measure of forward progress made on a connection between the server and the end point while sending packets from the server to the end point , where the measure of forward progress is related to an amount of time elapsed after sending a first packet from the server to the end point without receiving an acknowledgment from the end point ; and characterised by : in response to the failure, generating a hash value based at least on an identifying value of the connection and a failure counter associated with the measure of forward progress made on the connection; selecting a next outbound path for the packet flow based on at least the hash value generated in response to the failure; and sending the packet flow over the next outbound path to the end point . in response to the failure, generating a hash value based at least on an identifying value of the connection and a failure counter associated with the measure of forward progress made on the connection; selecting a next outbound path for the packet flow based on at least the hash value generated in response to the failure; and sending the packet flow over the next outbound path to the end point .
Cardan shaft for a hydraulic machine comprising a shaft section having an axis , a tooth geometry at least at one end of said shaft section, said tooth geometry having a first end opposite said shaft section and a second end adjacent said shaft section , a number of teeth distributed in circumferential direction around said axis , a bottom curve between adjacent teeth , and an outer tooth curve , said bottom curve having a positive slope from said first end towards said shaft section and a negative slope at said second end , characterized in that said bottom curve comprises a section having a concave bottom curvature between said positive slope and said negative slope, said concave bottom curvature forming an indentation of said bottom curve .
A sustained-release composition in which a physiologically active substance comprised of a water-soluble physiologically active peptide is substantially uniformly dispersed in a microcapsule comprised of a lactic acid polymer, or a salt thereof, wherein the physiologically active substance is contained in an amount of 15 to 35 (weight/weight) % to the total microcapsules, weight-average molecular weight (Mw) of the lactic acid polymer is 19,000 to 27,000 (g/mol), wherein the physiologically active peptide is a LH-RH agonist represented by a general formula[II]: 5-oxo-Pro-His-Trp-Ser-Tyr-Y-Leu-Arg-Pro-Z wherein, Y represents DLeu, DAla, DTrp, DSer (tBu), D2Nal or DHis (ImBzl) and Z represents NH-C 2 H 5 or Gly-NH 2 , or a salt thereof, wherein the sustained-release composition further contains stearic acid, or a salt thereof, in a ratio of 0.5 to 1.5 moles to 1 mole of the physiologically active peptide, and wherein the lactic acid polymer is a polymer consisting only of lactic acid. 5-oxo-Pro-His-Trp-Ser-Tyr-Y-Leu-Arg-Pro-Z wherein, Y represents DLeu, DAla, DTrp, DSer (tBu), D2Nal or DHis (ImBzl) and Z represents NH-C 2 H 5 or Gly-NH 2 , or a salt thereof, wherein the sustained-release composition further contains stearic acid, or a salt thereof, in a ratio of 0.5 to 1.5 moles to 1 mole of the physiologically active peptide, and wherein the lactic acid polymer is a polymer consisting only of lactic acid.
An exhaust gas purifying device of a work machine, including: - a reduction catalyst that is placed in an exhaust flow passage of an exhaust gas of an engine and is configured to use a reducing agent to reduce and purify nitrogen oxides in the exhaust gas, - a reducing agent injector configured to inject the reducing agent into the exhaust flow passage, - a storage unit configured to store the reducing agent ; - a concentration sensor that has a sensing part placed within the storage unit to detect a concentration of the reducing agent ; - an air-bubble removal device configured to inject the reducing agent toward the sensing part ; - a reducing agent pump configured to supply the reducing agent in the storage unit to the air-bubble removal device , characterised in that the exhaust gas purifying device of the work machine is further comprising: - a pressure sensor configured to detect a discharge pressure of the reducing agent pump ; and - an air-bubble removal control device configured to control, based on a value detected by the concentration sensor and a value detected by the pressure sensor , injection of the reducing agent performed by the air-bubble removal device . - a reduction catalyst that is placed in an exhaust flow passage of an exhaust gas of an engine and is configured to use a reducing agent to reduce and purify nitrogen oxides in the exhaust gas, - a reducing agent injector configured to inject the reducing agent into the exhaust flow passage, - a storage unit configured to store the reducing agent ; - a concentration sensor that has a sensing part placed within the storage unit to detect a concentration of the reducing agent ; - an air-bubble removal device configured to inject the reducing agent toward the sensing part ; - a reducing agent pump configured to supply the reducing agent in the storage unit to the air-bubble removal device , characterised in that the exhaust gas purifying device of the work machine is further comprising: - a pressure sensor configured to detect a discharge pressure of the reducing agent pump ; and - an air-bubble removal control device configured to control, based on a value detected by the concentration sensor and a value detected by the pressure sensor , injection of the reducing agent performed by the air-bubble removal device . - a pressure sensor configured to detect a discharge pressure of the reducing agent pump ; and - an air-bubble removal control device configured to control, based on a value detected by the concentration sensor and a value detected by the pressure sensor , injection of the reducing agent performed by the air-bubble removal device .
A culture plate having a culture well, wherein the plate is made of a polymer incorporating a culture component releasable into culture media in the well, and wherein (a) the plate consists essentially of the polymer incorporating the culture component; or (b) the culture well consists essentially of the polymer incorporating the culture component; or (c) the plate is a unitary piece formed from the polymer incorporating the culture component, wherein the polymer is formed by polymerization of a monomer in a mold. (a) the plate consists essentially of the polymer incorporating the culture component; or (b) the culture well consists essentially of the polymer incorporating the culture component; or (c) the plate is a unitary piece formed from the polymer incorporating the culture component, wherein the polymer is formed by polymerization of a monomer in a mold.
A heat insulating glass unit for vehicle comprising: a laminated glass in which a first glass plate and a second glass plate are bonded to each other via an intermediate film; a color tone compensation film arranged on at least one surface of the laminated glass; a transparent conductive layer including 50 mass% or more of an indium tin oxide (ITO) arranged on the color tone compensation film; and an upper part layer arranged on the transparent conductive layer, a refraction index of the upper part layer for a light with a wavelength of 630 nm being 1.7 or less, wherein the color tone compensation film has at least a first layer and a second layer, wherein the first layer is arranged at a position closer to the laminated glass than the second layer, wherein a refraction index of the first layer for a light with a wavelength of 630 nm is greater than a refraction index of the second layer for a light with a wavelength of 630 nm, and wherein the first layer includes 50 mass% or more of silica-doped titania. a laminated glass in which a first glass plate and a second glass plate are bonded to each other via an intermediate film; a color tone compensation film arranged on at least one surface of the laminated glass; a transparent conductive layer including 50 mass% or more of an indium tin oxide (ITO) arranged on the color tone compensation film; and an upper part layer arranged on the transparent conductive layer, a refraction index of the upper part layer for a light with a wavelength of 630 nm being 1.7 or less, wherein the color tone compensation film has at least a first layer and a second layer, wherein the first layer is arranged at a position closer to the laminated glass than the second layer, wherein a refraction index of the first layer for a light with a wavelength of 630 nm is greater than a refraction index of the second layer for a light with a wavelength of 630 nm, and wherein the first layer includes 50 mass% or more of silica-doped titania.
A method in a Service Capability Exposure Function, SCEF , the method comprising: receiving (S210) a message indicating that non-IP data is to be delivered to a user equipment, UE; retrieving (S220) information associated with a Mobility Management Entity, MME , serving the UE; and transmitting (S230) a Connection-Management-Request, CMR, message to the MME , the CMR message triggering establishment of a connection between the SCEF and the MME for delivering the non-IP data, wherein there is no existing connection between the MME and the SCEF. receiving (S210) a message indicating that non-IP data is to be delivered to a user equipment, UE; retrieving (S220) information associated with a Mobility Management Entity, MME , serving the UE; and transmitting (S230) a Connection-Management-Request, CMR, message to the MME , the CMR message triggering establishment of a connection between the SCEF and the MME for delivering the non-IP data, wherein there is no existing connection between the MME and the SCEF.
Hanger for connecting an exhaust line of a vehicle to the body of said vehicle, the hanger comprising: - a frame ; - a damper body made of elastomer material and having an oscillating part intended to receive an attachment of an exhaust line and to move elastically relative to the frame to dampen movements of the exhaust line; - means for fixing the hanger to the body of the vehicle; the frame is overmolded on a part of the fixing means , and the damper body is overmolded on the frame , characterized in that the damper body has a sleeve surrounding a part of the frame . - a frame ; - a damper body made of elastomer material and having an oscillating part intended to receive an attachment of an exhaust line and to move elastically relative to the frame to dampen movements of the exhaust line; - means for fixing the hanger to the body of the vehicle;
Set comprising a plurality of covering elements for floors and/or walls, wherein each covering element comprises a backing of ceramic material, an upper surface having a printed pattern , and at least one distressed upper edge , wherein at least two covering elements of the set comprises substantially the same printed pattern characterized in that the shape of the distressed upper edge differs in each covering element of the set in that said printed pattern is present in a central portion of the upper faces that is not affected by the distressed edges and on at least, one distressed edge of each covering element in that each covering element of the set comprises a base coat on the upper surface of the backing , in that the base coat covers the colour of the backing while also making the backing impermeable, in that the printed pattern is provided on said base coat, in that said base coat comprises a glaze and in that said base coat covers the at least one distressed upper edge of the covering elements .