mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for presenting a teat cup for attaching to a teat of an animal to be milked, the apparatus comprising: a support means adapted for mounting beneath an upwardly facing major surface of a platform on which an animal stands during milking thereof, and a teat cup carrier for holding the teat cup , the teat cup carrier being mounted on the support means and being selectively operable in a first state for holding the teat cup in a protected state, and a second state for holding the teat cup beneath the animal in a ready state with the teat cup ready to be urged upwardly from the teat cup carrier for attaching to the teat of the animal, characterised in that the teat cup carrier is selectively operable in a third state with the teat cup in a flushing state inclined downwardly towards an open mouth of the teat cup . a support means adapted for mounting beneath an upwardly facing major surface of a platform on which an animal stands during milking thereof, and a teat cup carrier for holding the teat cup , the teat cup carrier being mounted on the support means and being selectively operable in a first state for holding the teat cup in a protected state, and a second state for holding the teat cup beneath the animal in a ready state with the teat cup ready to be urged upwardly from the teat cup carrier for attaching to the teat of the animal, characterised in that the teat cup carrier is selectively operable in a third state with the teat cup in a flushing state inclined downwardly towards an open mouth of the teat cup .
A preform production apparatus for shaping a reinforcing fiber base material into a specified shape prior to main molding thereof in order to obtain a fiber-reinforced resin molding of a desired shape, the apparatus comprising: a stationary mold with a surface shape corresponding to the specified shape; an end effector for pressing the reinforcing fiber base material on a surface of the stationary mold ; and a control unit for moving the end effector , wherein the end effector includes a pressure-contact element holding portion and a plurality of pressure-contact elements which are held by the pressure-contact element holding portion such that each of some pressure-contact elements projects from the pressure-contact element holding portion , the pressure-contact elements have a rod shape, and at least some of the plurality of pressure-contact elements are held by the pressure-contact element holding portion such that a projection length is changeable due to a reaction force from the stationary mold . a stationary mold with a surface shape corresponding to the specified shape; an end effector for pressing the reinforcing fiber base material on a surface of the stationary mold ; and a control unit for moving the end effector , wherein the end effector includes a pressure-contact element holding portion and a plurality of pressure-contact elements which are held by the pressure-contact element holding portion such that each of some pressure-contact elements projects from the pressure-contact element holding portion , the pressure-contact elements have a rod shape, and at least some of the plurality of pressure-contact elements are held by the pressure-contact element holding portion such that a projection length is changeable due to a reaction force from the stationary mold .
A food composition comprising a dairy ingredient and a waxy cassava acetyl substituted adipate-cross-linked starch or a waxy cassava propylene oxide-substituted di-starch phosphate in an amount of 1% to 4% by weight of the food composition, wherein said waxy cassava acetyl substituted adipate cross-linked starch has from 0.10% to 0.18% adipate groups by weight of the starch, and wherein the waxy cassava propylene oxide-substituted di-starch phosphate has greater than 0.12% by weight phosphate groups by weight of the starch.
Method for determining the current position of a saddle placed on a mount and, where applicable, correcting that position, comprising the following steps: a) determining a reproducible reference value of the position for a specifically designed saddle in a position assumed to be optimal when the saddle is placed on a specific mount; b) determining deviations of the saddle position from the previously determined reference value at a later point in time; c) modifying at least one parameter relating to a constructive feature of the specific saddle if a previously determined tolerance of deviation from the reference value has been established at step b) until the reference value of the position of the position for this specific saddle is again reached in the position of the saddle on the specific mount, which is assumed to be optimal, characterized in that d) the reference value is an angular position relative to the horizontal of an elongated device that is approximately rod-shaped at least in sections, which device is placed on two defined support points, preferably on the pommel and the cantle of the saddle placed on the mount. a) determining a reproducible reference value of the position for a specifically designed saddle in a position assumed to be optimal when the saddle is placed on a specific mount; b) determining deviations of the saddle position from the previously determined reference value at a later point in time; c) modifying at least one parameter relating to a constructive feature of the specific saddle if a previously determined tolerance of deviation from the reference value has been established at step b) until the reference value of the position of the position for this specific saddle is again reached in the position of the saddle on the specific mount, which is assumed to be optimal, characterized in that d) the reference value is an angular position relative to the horizontal of an elongated device that is approximately rod-shaped at least in sections, which device is placed on two defined support points, preferably on the pommel and the cantle of the saddle placed on the mount.
A wireless network gateway for redirecting a wireless connection of a wireless client device from the wireless network gateway to a wireless network hotspot device , the wireless network gateway comprising: a hotspot location determining component, operable to determine a location of the wireless network hotspot device, the wireless network hotspot device being separate to the wireless network gateway; a client location determining component, operable to determine a location of the wireless client device; a redirecting component, operable to generate a redirection instruction for redirecting the wireless connection from the wireless network gateway to the wireless network hotspot device based on the location of the wireless network hotspot device and the location of the wireless client device; and a communication component, operable to transmit the redirection instruction to the wireless client device to instruct the wireless client device to redirect the wireless connection from the wireless network gateway and establish the wireless connection to the wireless network hotspot device. a hotspot location determining component, operable to determine a location of the wireless network hotspot device, the wireless network hotspot device being separate to the wireless network gateway; a client location determining component, operable to determine a location of the wireless client device; a redirecting component, operable to generate a redirection instruction for redirecting the wireless connection from the wireless network gateway to the wireless network hotspot device based on the location of the wireless network hotspot device and the location of the wireless client device; and a communication component, operable to transmit the redirection instruction to the wireless client device to instruct the wireless client device to redirect the wireless connection from the wireless network gateway and establish the wireless connection to the wireless network hotspot device.
A battery including: a battery casing defining a chamber therein; at least one compressed electrolyte powder ring disposed in the chamber and being configured to surround a zinc material that is separated from the electrolyte powder by a permeable separator sheet ; a conductive member having a first end configured for electrical communication with an anode terminal of the battery, and, a second end configured for electrical communication with the zinc material ; a conductive layer disposed between an inner surface of the casing and the electrolyte powder , the conductive layer being configured for electrical communication with a cathode terminal of the battery; and a liquid release mechanism configured for allowing release of a liquid in the chamber to activate an ion flow between the electrolyte powder and the zinc material via the permeable separator sheet whereby a potential difference is generated between the conductive layer and the conductive member in response to said activated ion flow; wherein said battery is characterized in the at least one compressed electrolyte powder ring extends substantially along an elongate axis of the casing . a battery casing defining a chamber therein; at least one compressed electrolyte powder ring disposed in the chamber and being configured to surround a zinc material that is separated from the electrolyte powder by a permeable separator sheet ; a conductive member having a first end configured for electrical communication with an anode terminal of the battery, and, a second end configured for electrical communication with the zinc material ; a conductive layer disposed between an inner surface of the casing and the electrolyte powder , the conductive layer being configured for electrical communication with a cathode terminal of the battery; and a liquid release mechanism configured for allowing release of a liquid in the chamber to activate an ion flow between the electrolyte powder and the zinc material via the permeable separator sheet whereby a potential difference is generated between the conductive layer and the conductive member in response to said activated ion flow; wherein said battery is characterized in the at least one compressed electrolyte powder ring extends substantially along an elongate axis of the casing .
An apparatus comprising: memory management circuitry to control access to a memory system based or access control information defined in table entries of a table structure comprising a plurality of levels of access control table; and table accessing circuitry to access the table structure to obtain the access control information corresponding to a target address; characterized in that : for a given access control table at a given level of the table structure other than a starting level: the table accessing circuitry is configured to select a selected table entry of the given access control table corresponding to the target address, based on an offset portion of the target address, the selected table entry providing either a pointer to an access control table at a next lowest level of the table structure or the access control information corresponding to the target address; and the table accessing circuitry is configured to determine a size of the offset portion of the target address based on a variable nesting control parameter specified in a table entry of a higher-level access control table at a higher level of the table structure than the given access control table. memory management circuitry to control access to a memory system based or access control information defined in table entries of a table structure comprising a plurality of levels of access control table; and table accessing circuitry to access the table structure to obtain the access control information corresponding to a target address; characterized in that : for a given access control table at a given level of the table structure other than a starting level: the table accessing circuitry is configured to select a selected table entry of the given access control table corresponding to the target address, based on an offset portion of the target address, the selected table entry providing either a pointer to an access control table at a next lowest level of the table structure or the access control information corresponding to the target address; and the table accessing circuitry is configured to determine a size of the offset portion of the target address based on a variable nesting control parameter specified in a table entry of a higher-level access control table at a higher level of the table structure than the given access control table. the table accessing circuitry is configured to select a selected table entry of the given access control table corresponding to the target address, based on an offset portion of the target address, the selected table entry providing either a pointer to an access control table at a next lowest level of the table structure or the access control information corresponding to the target address; and the table accessing circuitry is configured to determine a size of the offset portion of the target address based on a variable nesting control parameter specified in a table entry of a higher-level access control table at a higher level of the table structure than the given access control table.
A method of creating a fragmentation pattern on the interior surface of a warhead , the method characterized by : inserting a 3-D printer through an opening to an interior cavity of the warhead ; and with the 3-D printer applying a protective material selectively to portions of the interior surface corresponding to positive portions of the fragmentation pattern, thus to create stress raisers in the presence of an explosive blast wave. inserting a 3-D printer through an opening to an interior cavity of the warhead ; and with the 3-D printer applying a protective material selectively to portions of the interior surface corresponding to positive portions of the fragmentation pattern, thus to create stress raisers in the presence of an explosive blast wave.
A method for the detection of acidic glial fiber protein (GFAP) in the blood of a premature or fullterm mammal, in which the presence of GFAP is detected by means of PCR-amplified immunoassay (I-PCR) and partial pressure of nitrogen monoxide is further continuously determined in the breath gas of the mammal.
A drawer-type circuit breaker comprising: a drawer frame ; a circuit breaker body which is mountable to the drawer frame ; a circuit-breaker-side conductor provided so as to protrude from the circuit breaker body ; and a terminal unit detachably provided in the drawer frame , wherein the terminal unit includes an insulation base , a drawer-frame-side conductor inserted into the insulation base and fixed in a detachable manner, a connector engaged with an end of the drawer-frame-side conductor, the connector being connected to the circuit-breaker-side conductor in an extractable manner, and a terminal provided to another end of the drawer-frame-side wherein an individual terminal unit is provided for each phase, the terminal unit being detachably provided in the drawer frame on a phase-by-phase basis; characterized in that the circuit breaker body is movable via an extendable guide provided to the drawer frame ; one single one-piece insulation base hosting both the drawer-frame-side conductor and the terminal is provided for each terminal unit , the drawer-frame-side conductor includes a terminal conductor having a terminal , and a relay terminal conductor having a Y shape at a tip end thereof, wherein the relay terminal conductor and the terminal conductor are integrally formed and inserted into the insulation base so as to be fixed. a drawer frame ; a circuit breaker body which is mountable to the drawer frame ; a circuit-breaker-side conductor provided so as to protrude from the circuit breaker body ; and a terminal unit detachably provided in the drawer frame , wherein an insulation base , a drawer-frame-side conductor inserted into the insulation base and fixed in a detachable manner, a connector engaged with an end of the drawer-frame-side conductor, the connector being connected to the circuit-breaker-side conductor in an extractable manner, and a terminal provided to another end of the drawer-frame-side wherein an individual terminal unit is provided for each phase, the terminal unit being detachably provided in the drawer frame on a phase-by-phase basis; characterized in that the circuit breaker body is movable via an extendable guide provided to the drawer frame ; one single one-piece insulation base hosting both the drawer-frame-side conductor and the terminal is provided for each terminal unit , the drawer-frame-side conductor includes a terminal conductor having a terminal , and a relay terminal conductor having a Y shape at a tip end thereof, wherein the relay terminal conductor and the terminal conductor are integrally formed and inserted into the insulation base so as to be fixed.
Integrated circuit sensor package comprising a package body moulded at least in part around a substrate and a plurality of lead frame members , wherein the substrate comprises a first sensor element on a first side surface of the substrate and wherein the package body comprises an aperture exposing a sensitive surface of the first sensor element , and wherein the integrated circuit sensor package further comprises an electrically conductive glue connection between contact terminals of the first sensor element and one or more of the plurality of lead frame members , characterised in that the substrate further comprises a second side surface provided with one or more electronic components , and wherein the one or more electronic components are electrically connected by means of bonding wires to further ones of the plurality of lead frame members .
Valve assembly for an injection valve , comprising - a valve body having a longitudinal axis (L) comprising a cavity with a fluid inlet portion and a fluid outlet portion , - a valve needle axially moveable in the cavity , the valve needle preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in further positions, the valve assembly comprising a preloaded calibration spring for biasing the valve needle , the calibration spring comprising an axially compliant spring element , the spring element having a lower part which is allocated near one end of the needle and an upper part which is allocated at a distance from the needle , characterized in that the calibration spring is preloaded by press-fitting a fixing region of the calibration spring with a fixing element of the valve assembly , thereby establishing a press-fit connection between the fixing region and the fixing element, wherein the fixing region extends laterally around the upper part of the spring element and/or from the upper part of the spring element downwards towards the lower part , wherein - the axially compliant spring element is a coil spring, - the calibration spring comprises an adjustment cap which is arranged around the upper part of the spring element and press-fitted with the fixing element, a circumferential side wall of the adjustment cap constituting the fixing region , and - the adjustment cap comprises an end cover with a central opening . - a valve body having a longitudinal axis (L) comprising a cavity with a fluid inlet portion and a fluid outlet portion , - a valve needle axially moveable in the cavity , the valve needle preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in further positions, the valve assembly comprising a preloaded calibration spring for biasing the valve needle , the calibration spring comprising an axially compliant spring element , the spring element having a lower part which is allocated near one end of the needle and an upper part which is allocated at a distance from the needle , characterized in that the calibration spring is preloaded by press-fitting a fixing region of the calibration spring with a fixing element of the valve assembly , thereby establishing a press-fit connection between the fixing region and the fixing element, wherein the fixing region extends laterally around the upper part of the spring element and/or from the upper part of the spring element downwards towards the lower part , wherein - the axially compliant spring element is a coil spring, - the calibration spring comprises an adjustment cap which is arranged around the upper part of the spring element and press-fitted with the fixing element, a circumferential side wall of the adjustment cap constituting the fixing region , and - the adjustment cap comprises an end cover with a central opening .
Use of a coating composition for forming a lubricating layer on an inner surface of a container so as to exhibit improved sliding property to a fluid substance constituting a content in the container, the coating composition containing, as a dispersion medium, a liquid that is a component constituting the lubricating layer, and the dispersion medium containing solid particles dispersed therein as a component constituting the lubricating layer, and wherein the solid particles are capable of rolling in the lubricating layer.