mhurhangee/ep-ind-claims huggingface dataset:
Device for producing core assemblies composed of a bead core and of an upright or curved apex profile for pneumatic vehicle tyres, comprising a feed device for feeding the apex profile to a bearing table with radially adjustable clamping jaws for centring and fixing the bead core, a receptacle for a separator, and the rolling-on and cutting device for the fed apex profile, characterized in that the receptacle for the separator is arranged below the bearing table and the bearing table is rotatable jointly with the receptacle about an axis of rotation running vertically through the bearing table, wherein the bearing table comprises multiple segments which are movable from an adjacent position, in which they form the bearing table, into a remote position, in which they open up the receptacle for the separator, and a stroke-imparting device is provided for lowering the clamping jaws such that the bead core fixed to the clamping jaws can be laid together with the apex profile onto a separator that is held in the receptacle.
A surgical access device, comprising: a housing having an opening configured to receive a surgical instrument therethrough; a seal (14, 24) disposed within the housing and having an opening configured to receive the surgical instrument; and a scraper disposed within the housing and having a plurality of channels extending radially outward from a central opening in the scraper, or from just radially outward but adjacent to a central opening in the scraper toward an outer perimeter of the scraper, the plurality of channels being configured to wick away fluid collected near the opening in the scraper when a surgical instrument is passed through the scraper to prevent fluid from being deposited on the seal (14, 24). a housing having an opening configured to receive a surgical instrument therethrough; a seal (14, 24) disposed within the housing and having an opening configured to receive the surgical instrument; and a scraper disposed within the housing and having a plurality of channels extending radially outward from a central opening in the scraper, or from just radially outward but adjacent to a central opening in the scraper toward an outer perimeter of the scraper, the plurality of channels being configured to wick away fluid collected near the opening in the scraper when a surgical instrument is passed through the scraper to prevent fluid from being deposited on the seal (14, 24).
A control device suitable for use in a vehicle, said control device comprising: a circuit board having a circuit element electrically connected thereat; a spring element engaged with said circuit element and biased to exert a force at said circuit element in a direction generally parallel to a surface of said circuit board; wherein said circuit element is electrically connected at said circuit board via a solder joint; wherein said spring element is biased during assembly of said control device wherein, when a temperature at said solder joint exceeds a threshold temperature, said spring element moves said circuit element along the surface of said circuit board to break the electrical connection at said solder joint; and wherein said control device is characterized by said spring element including an engaging tab that engages said circuit element and at least one biasing tab that engages a portion of a housing of said control device during assembly of said control device, and wherein, when said at least one biasing tab engages the portion of said housing during assembly of said control device, said spring element flexes so that said engaging tab exerts a force at said circuit element. a circuit board having a circuit element electrically connected thereat; a spring element engaged with said circuit element and biased to exert a force at said circuit element in a direction generally parallel to a surface of said circuit board; wherein said circuit element is electrically connected at said circuit board via a solder joint; wherein said spring element is biased during assembly of said control device wherein, when a temperature at said solder joint exceeds a threshold temperature, said spring element moves said circuit element along the surface of said circuit board to break the electrical connection at said solder joint; and wherein said control device is characterized by said spring element including an engaging tab that engages said circuit element and at least one biasing tab that engages a portion of a housing of said control device during assembly of said control device, and wherein, when said at least one biasing tab engages the portion of said housing during assembly of said control device, said spring element flexes so that said engaging tab exerts a force at said circuit element.
A switch cabinet light, having a device base for being fastened on a device carrier of a switch cabinet, the device base having at least two fastening units (15, 16) each of which has a fastener (18, 19) which is disposed at a support side of the device base, for being connected to retainers disposed in a fastening plane of the device carrier, at least one fastening unit being transferable from a release position to a locking position in order to change a fastening distance a formed between the fasteners (18, 19), characterized in that the fastening unit has a fastening lever which is pivotably mounted at the device base in a first pivot bearing about a first pivot axis formed parallel to the support side of the device base, said fastening lever having a first lever end projecting from the support side and being formed as a fastener, and in that the fastening unit has an actuating lever which is pivotably mounted in a second pivot bearing about a second pivot axis parallel to the first pivot axis and which is realized as an eccentric lever, said actuating lever acting on the fastening lever with an eccentric extension in such a manner that a forward motion of the eccentric extension directed toward the fastening lever causes, as a result of a pivoting movement of the actuating lever, a pivoting movement of the fastening lever and that the fastening distance a of the fasteners (18, 19) is reduced.
A high carbon steel sheet characterized by having a chemical composition consisting of C: 0.20% to 0.50%, Si: 0.1 % or more and 1.0% or less, Mn: 0.2% or more and 2,0% or less, P: 0.03% or less, S: 0.02% or less, sol.Al: 0.08% or less, N: 0.02% or less, optionally at least one selected from the group consisting of Cr: 0.1% to 1.5%, Mo: 0.1% to 0.5%, Ni: 0.1 % to 1.0%, Ti: 0.01% to 0.05%, Nb: 0.01% to 0.05%, V: 0.01% to 0.05%, and B: 0.0005% to 0.0050% on a percent by mass basis, and the remainder composed of Fe and incidental impurities, on a percent by mass basis, a microstructure composed of ferrite and spheroidized cementite, wherein the fraction of pro-eutectoid ferrite, among the ferrite, in the whole steel microstructure is 20% or more and less than 50%, the average grain size dc of the spheroidized cementite in the region from the position at one-quarter of the sheet thickness of the steel sheet to the sheet thickness center is 0.50 to 1.5 μm, and the average grain size ds of the spheroidized cementite in the region from the surface of the steel sheet to the position at one-quarter of the sheet thickness satisfies ds/dc ≤ 0.8, and wherein the Rockwell hardness after annealing is 85 or less and the Rockwell hardness after induction hardening is 40 or more.
A power source apparatus for a hydraulic actuator, comprising: a hydraulic pump which drives the hydraulic actuator; a generator-motor capable of operating as an electric generator and an electric motor; an engine to which the hydraulic pump and the generator-motor are connected; an electric storage device which is charged by operation of the generator-motor as an electric generator, and which is capable of supplying charged electric power to the generator-motor in order to cause the generator-motor to operate as an electric motor so as to assist driving of the hydraulic pump; a pump pressure detector which detects a discharge pressure of the hydraulic pump as a load pressure of the hydraulic pump; and a controller which implements horsepower control for determining a flow rate for the hydraulic pump on the basis of flow rate-pressure characteristics that define a maximum input setting for the hydraulic pump by the discharge pressure of the hydraulic pump and the flow rate of the hydraulic pump, and the discharge pressure detected by the pump pressure detector, characterised in that the flow rate-pressure characteristics are set in such a manner that the maximum input setting for the hydraulic pump is greater than the maximum output of the engine when the discharge pressure is at a predetermined reference pressure, gradually becomes smaller as the discharge pressure changes from the reference pressure towards higher pressure, and becomes smaller than the maximum output of the engine when the discharge pressure is at maximum pressure being higher than the reference pressure. a hydraulic pump which drives the hydraulic actuator; a generator-motor capable of operating as an electric generator and an electric motor; an engine to which the hydraulic pump and the generator-motor are connected; an electric storage device which is charged by operation of the generator-motor as an electric generator, and which is capable of supplying charged electric power to the generator-motor in order to cause the generator-motor to operate as an electric motor so as to assist driving of the hydraulic pump; a pump pressure detector which detects a discharge pressure of the hydraulic pump as a load pressure of the hydraulic pump; and a controller which implements horsepower control for determining a flow rate for the hydraulic pump on the basis of flow rate-pressure characteristics that define a maximum input setting for the hydraulic pump by the discharge pressure of the hydraulic pump and the flow rate of the hydraulic pump, and the discharge pressure detected by the pump pressure detector, characterised in that the flow rate-pressure characteristics are set in such a manner that the maximum input setting for the hydraulic pump is greater than the maximum output of the engine when the discharge pressure is at a predetermined reference pressure, gradually becomes smaller as the discharge pressure changes from the reference pressure towards higher pressure, and becomes smaller than the maximum output of the engine when the discharge pressure is at maximum pressure being higher than the reference pressure.
Method for securing a component, in particular an insulating material, to a substrate, in particular to a wall or ceiling of a building, the method comprising: - providing a nail having a nail shank and a nail head, wherein the nail head has a head diameter which projects beyond the nail shank, - providing a fastening element having a plate for holding the component, a hollow shaft which projects from the plate and has a shaft bottom, and a sleeve, wherein the sleeve projects from the shaft bottom, - disposing the nail shank in the sleeve, - providing a driving-in element and a guide channel, wherein the guide channel has an internal diameter which exceeds the head diameter, - introducing the guide channel into the hollow shaft until the guide channel rests against the shaft bottom and the nail head and the sleeve are arranged in the guide channel in such a way that an encircling gap is formed between the nail head and the guide channel, - driving the driving-in element through the guide channel onto the nail head in order to move the nail in a driving direction to the substrate, - compressing the sleeve between the nail shank, the guide channel and the nail head while the nail moves toward the substrate, and - pushing part of the sleeve into the encircling gap between the nail head and the guide channel, - wherein the sleeve completely fills a cavity between the nail shank, the guide channel and the nail head during compression between the nail shank, the guide channel and the nail head. - providing a nail having a nail shank and a nail head, wherein the nail head has a head diameter which projects beyond the nail shank, - providing a fastening element having a plate for holding the component, a hollow shaft which projects from the plate and has a shaft bottom, and a sleeve, wherein the sleeve projects from the shaft bottom, - disposing the nail shank in the sleeve, - providing a driving-in element and a guide channel, wherein the guide channel has an internal diameter which exceeds the head diameter, - introducing the guide channel into the hollow shaft until the guide channel rests against the shaft bottom and the nail head and the sleeve are arranged in the guide channel in such a way that an encircling gap is formed between the nail head and the guide channel, - driving the driving-in element through the guide channel onto the nail head in order to move the nail in a driving direction to the substrate, - compressing the sleeve between the nail shank, the guide channel and the nail head while the nail moves toward the substrate, and - pushing part of the sleeve into the encircling gap between the nail head and the guide channel, - wherein the sleeve completely fills a cavity between the nail shank, the guide channel and the nail head during compression between the nail shank, the guide channel and the nail head.
A hopper for rod-shaped articles having a longitudinal axis, the hopper comprising a plurality of guiding vanes defining adjacent guiding channels in between the guiding vanes, the guiding channels provided for guiding rod-shaped articles through the hopper in a transport direction transverse to the longitudinal axis of the articles, wherein the guiding channels comprise substantially vertical inner walls formed by the guiding vanes and are open along at least a front side such that articles may extend out of the guiding channels and beyond guiding vane front surfaces; a deflector arranged at a front surface of at least one guiding vane, the deflector for removing a rod-shaped article from the hopper, which article extends across the front surface of the at least one guiding vane.
A flush device for use in a sanitary-ware product, the device comprising: a female part for receiving a fluid; and a male part comprising an end receivable by the female part, the male part comprising at least one passage arranged in use to communicate fluid through the male part and in use laterally directed holes and a downwardly directed hole for distributing the fluid, wherein the male part and female part are connected by at least one resilient member for applying a restorative force, and wherein the male part is movable relative to the female part between a closed position in which the male part is inserted in the female part and an open position in which the male part is at least partially withdrawn from the female part, wherein in the open position, the at least one resilient member is in tension. a female part for receiving a fluid; and a male part comprising an end receivable by the female part, the male part comprising at least one passage arranged in use to communicate fluid through the male part and in use laterally directed holes and a downwardly directed hole for distributing the fluid, wherein the male part and female part are connected by at least one resilient member for applying a restorative force, and wherein the male part is movable relative to the female part between a closed position in which the male part is inserted in the female part and an open position in which the male part is at least partially withdrawn from the female part, wherein in the open position, the at least one resilient member is in tension. wherein the male part and female part are connected by at least one resilient member for applying a restorative force, and wherein the male part is movable relative to the female part between a closed position in which the male part is inserted in the female part and an open position in which the male part is at least partially withdrawn from the female part, wherein in the open position, the at least one resilient member is in tension.
A process for producing polycarbonate comprising contacting a dihydroxy capped carbonate and a diaryl carbonate in a reaction zone in the presence of a polymerization catalyst under polymerization conditions to produce polycarbonate, wherein the dihydroxy capped carbonate is a carbonate with a dihydroxy compound on each end, the dihydroxy capped carbonate is formed by the reaction of a dihydroxy compound with a dialkyl carbonate, and the dihydroxy compound is a dihydroxy aromatic compound.
The use of a composition for synchronizing ovulation in swine without heat detection, the composition comprising a hormone selected from the group consisting of (a) a gonadotropin releasing hormone (GnRH), (b) a luteinizing hormone, and (c) a human chorionic gonadotropin (hCG), or (d) a GnRH analog, wherein the composition is used to cause ovulation at a defined time following administration to a postpartum sow after weaning of the piglets and wherein the use is administration of a single hormone selected from (a) to (d), without any other administration of a hormone and wherein the sow is to be bred after administration of the hormone using a single artificial insemination step. (a) a gonadotropin releasing hormone (GnRH), (b) a luteinizing hormone, and (c) a human chorionic gonadotropin (hCG), or (d) a GnRH analog,
A graft suspension device comprising: a suspension means for suspending a ligament in a bone hole, the suspension means comprising: an anchoring means at one end thereof, the anchoring means comprising an anchor having a proximal end, a distal end, and a longitudinal axis extending between the proximal and distal ends, the anchor further comprising an outer pair (1,8) and a first central pair (3,5) of apertures configured for passage of a suture; a cradling means at the other end thereof; and an adjustable length of suture therebetween; wherein the cradling means, which is formed on said length of suture, comprises a sleeve portion; characterized in that the anchor further comprises an intermediate pair (2,7) and second central pair (4,6) of apertures configured for passage of the suture, the outer pair (1,8) and the intermediate pair (2,7) of apertures being aligned along the longitudinal axis and the two central pairs (3,5, 4,6) of apertures being offset from the longitudinal axis but aligned with each other transverse to the longitudinal axis; wherein the suture is formed into at least two loops (12,14) engaging the two central pairs (3,5, 4,6) of apertures of the anchor; wherein first and second ends (30,32) of at least a first of the at least two loops (12,14) are threaded in opposite directions through the sleeve portion to cross over in the sleeve portion and emerge at opposite ends of the sleeve portion; and wherein the first and second ends (30,32) of the suture are passed through separate ones of the intermediate pair (2,7) of apertures and joined together to form a single tail. an anchoring means at one end thereof, the anchoring means comprising an anchor having a proximal end, a distal end, and a longitudinal axis extending between the proximal and distal ends, the anchor further comprising an outer pair (1,8) and a first central pair (3,5) of apertures configured for passage of a suture; a cradling means at the other end thereof; and an adjustable length of suture therebetween; wherein the cradling means, which is formed on said length of suture, comprises a sleeve portion; characterized in that the anchor further comprises an intermediate pair (2,7) and second central pair (4,6) of apertures configured for passage of the suture, the outer pair (1,8) and the intermediate pair (2,7) of apertures being aligned along the longitudinal axis and the two central pairs (3,5, 4,6) of apertures being offset from the longitudinal axis but aligned with each other transverse to the longitudinal axis; wherein the suture is formed into at least two loops (12,14) engaging the two central pairs (3,5, 4,6) of apertures of the anchor; wherein first and second ends (30,32) of at least a first of the at least two loops (12,14) are threaded in opposite directions through the sleeve portion to cross over in the sleeve portion and emerge at opposite ends of the sleeve portion; and wherein the first and second ends (30,32) of the suture are passed through separate ones of the intermediate pair (2,7) of apertures and joined together to form a single tail.
A resin mixture, comprising: a binder resin; and carbon black dispersed in the binder resin, the binder resin containing a polyethylene terephthalate having an imide bond in its molecule and having a density of 1.3345 g/cm 3 or less measured in accordance with the description. a binder resin; and carbon black dispersed in the binder resin, the binder resin containing a polyethylene terephthalate having an imide bond in its molecule and having a density of 1.3345 g/cm 3 or less measured in accordance with the description.
A communication method, comprising: obtaining (201, 301, 701), by a network node from a user equipment, UE, a fixed part of an Internet protocol, IP, header which is bound to the UE, wherein the network node comprises a mobility management entity or a packet data network gateway; establishing (202, 302, 702), by the network node, an IP header replacement mapping according to the fixed part of the IP header, wherein the IP header replacement mapping is correspondence between the fixed part of the IP header and an index; performing (203, 303, 703), by the network node, data transmission with the UE according to the IP header replacement mapping. obtaining (201, 301, 701), by a network node from a user equipment, UE, a fixed part of an Internet protocol, IP, header which is bound to the UE, wherein the network node comprises a mobility management entity or a packet data network gateway; establishing (202, 302, 702), by the network node, an IP header replacement mapping according to the fixed part of the IP header, wherein the IP header replacement mapping is correspondence between the fixed part of the IP header and an index; performing (203, 303, 703), by the network node, data transmission with the UE according to the IP header replacement mapping.
A process for producing a solubilized ibuprofen, preferably in the form of a granulate, the process comprising the steps of: providing a mixture comprising solid ibuprofen and a first base, and reacting the ibuprofen and the first base in essentially dry state to result in solubilized ibuprofen, wherein a) the first base is sodium carbonate, b) the mixture comprises from 0.8 to 1.5 mole per mole ibuprofen of the first base, c) the mixture comprises less than 2.5 moles of water per mole of ibuprofen, and d) the term "solubilized ibuprofen" means water-soluble forms of ibuprofen wherein at least part of the ibuprofen is present in salt form. a) the first base is sodium carbonate, b) the mixture comprises from 0.8 to 1.5 mole per mole ibuprofen of the first base, c) the mixture comprises less than 2.5 moles of water per mole of ibuprofen, and d) the term "solubilized ibuprofen" means water-soluble forms of ibuprofen wherein at least part of the ibuprofen is present in salt form.