mhurhangee/ep-ind-claims huggingface dataset:
Picking device for piece goods, comprising at least one rack row having at least one rack with a plurality of shelves situated one above the other, at least one storage device (20, 30) having a support area (21, 31) for receiving piece goods to be stored, an operator unit, which is coupled to a control unit, having a support table for receiving one or more piece goods, the support table having an end-face edge, and at least one gripping apparatus by means of which piece goods may be grasped in a removal area (25, 35) of a storage device (20, 30) and moved from the storage device (20, 30), over the end-face edge, onto the support table, a release device (22, 32) that is coupled to the control unit for initiating storage of piece goods after a last piece good has been placed, and at least one sensor system (80, 81, 81b, 200, 300, 250, 260), coupled to the control unit, with which piece goods data are detectable and transmittable to the control unit, characterized in that the control unit is designed in such a way that the number of identical piece goods situated in the support area (21, 31) is determinable based on the piece goods data and based on the size data of the piece goods known to the control unit. at least one rack row having at least one rack with a plurality of shelves situated one above the other, at least one storage device (20, 30) having a support area (21, 31) for receiving piece goods to be stored, an operator unit, which is coupled to a control unit, having a support table for receiving one or more piece goods, the support table having an end-face edge, and at least one gripping apparatus by means of which piece goods may be grasped in a removal area (25, 35) of a storage device (20, 30) and moved from the storage device (20, 30), over the end-face edge, onto the support table, a release device (22, 32) that is coupled to the control unit for initiating storage of piece goods after a last piece good has been placed, and at least one sensor system (80, 81, 81b, 200, 300, 250, 260), coupled to the control unit, with which piece goods data are detectable and transmittable to the control unit, characterized in that the control unit is designed in such a way that the number of identical piece goods situated in the support area (21, 31) is determinable based on the piece goods data and based on the size data of the piece goods known to the control unit.
A pressure relief assembly comprising: a plurality of valve components; a cap configured to house the valve components; and a sensor apparatus configured to sense whether a predetermined pressure threshold is reached; wherein the valve components operate to relieve pressure when the predetermined pressure threshold is reached; characterized in that the cap includes a ring having a retaining portion; the sensor apparatus is coupled to the cap via the ring; and the sensor apparatus includes a retaining portion engaging the retaining portion of the ring. a plurality of valve components; a cap configured to house the valve components; and a sensor apparatus configured to sense whether a predetermined pressure threshold is reached; wherein the valve components operate to relieve pressure when the predetermined pressure threshold is reached; characterized in that the cap includes a ring having a retaining portion; the sensor apparatus is coupled to the cap via the ring; and the sensor apparatus includes a retaining portion engaging the retaining portion of the ring.
A gearbox (40R, 40L) for a tiltrotor aircraft, the gearbox (40R, 40L) comprising: a housing (42R, 42L); the housing (42R, 42L) including a gear (48R, 48L) rotatably fixed within housing (42R, 42L), the gear (48R, 48L) being configured to rotate in opposite first and second directions of rotation; the housing (42R, 42L) further including a lubrication system (46R, 46L), the lubrication system (46R, 46L) having a reversely rotatable lubrication pump (50R, 50L); wherein the rotation of the gear (48R, 48L) controls rotation of the pump (50R, 50L) in either the first or the second direction of rotation, wherein the lubrication system (46R, 46L) includes a filter manifold (54R, 54L), and the housing (42R, 42L) includes a first attachment interface (60R, 60L) and a second attachment interface (62R, 62L), and wherein the filter manifold (54R, 54L) is configured to be coupled to the first attachment interface (60R, 60L) when the gear (48R, 48L) is rotating in the first direction, and wherein the filter manifold (54R, 54L) is configured to be coupled to the second attachment interface (62R, 62L) when the gear (48R, 48L) is rotating in the second direction. a housing (42R, 42L); the housing (42R, 42L) including a gear (48R, 48L) rotatably fixed within housing (42R, 42L), the gear (48R, 48L) being configured to rotate in opposite first and second directions of rotation; the housing (42R, 42L) further including a lubrication system (46R, 46L), the lubrication system (46R, 46L) having a reversely rotatable lubrication pump (50R, 50L); wherein the rotation of the gear (48R, 48L) controls rotation of the pump (50R, 50L) in either the first or the second direction of rotation, wherein the lubrication system (46R, 46L) includes a filter manifold (54R, 54L), and the housing (42R, 42L) includes a first attachment interface (60R, 60L) and a second attachment interface (62R, 62L), and wherein the filter manifold (54R, 54L) is configured to be coupled to the first attachment interface (60R, 60L) when the gear (48R, 48L) is rotating in the first direction, and wherein the filter manifold (54R, 54L) is configured to be coupled to the second attachment interface (62R, 62L) when the gear (48R, 48L) is rotating in the second direction.
A control apparatus configured to wirelessly communicate with a terminal apparatus, the control apparatus comprising: control means (301, 302) configured to, in a case where each of the control apparatus and another control apparatus notifies the terminal apparatus of information including a setting regarding a random access preamble and when the control apparatus receives the random access preamble from the terminal apparatus, if the random access preamble is not based on a setting notified by the control apparatus, use a scrambling sequence that is based on second identification information different from first identification information corresponding to the control apparatus to scramble communication with the terminal apparatus after receiving the random access preamble.
A workstation of an air-jet spinning machine having a spinning nozzle, wherein the spinning nozzle comprises a twist element, - wherein the twist element comprises a base body and a fiber guide element, and - wherein the base body and/or the fiber guide element comprise a fiber guide channel having an inlet opening and an outlet opening for a fiber strand, - wherein the fiber guide channel being implemented for guiding the fiber strand in a transport direction from the inlet opening to the outlet opening during a spinning process, and - the fiber guide channel being implemented for guiding a yarn opposite the transport direction through the inlet opening out of the spinning nozzle during a piecing process, - the workstation having an intermediate storage being implemented for picking up the yarn, characterized in that the base body and/or the fiber guide element comprises at least one curve at the inlet opening, wherein the intermediate storage being implemented for gently deflecting the yarn during the piecing process in a storage direction via the at least one curve. - wherein the twist element comprises a base body and a fiber guide element, and - wherein the base body and/or the fiber guide element comprise a fiber guide channel having an inlet opening and an outlet opening for a fiber strand, - wherein the fiber guide channel being implemented for guiding the fiber strand in a transport direction from the inlet opening to the outlet opening during a spinning process, and - the fiber guide channel being implemented for guiding a yarn opposite the transport direction through the inlet opening out of the spinning nozzle during a piecing process, - the workstation having an intermediate storage being implemented for picking up the yarn,
A method for determining the adhesive strength of a hemostatic tissue sealant patch, said hemostatic tissue sealant patch comprising at least one tissue sealing surface and a hemostatic agent, wherein said method comprises: attaching a first hemostatic tissue sealant patch to a first surface such that said tissue sealing surface of said first hemostatic tissue sealant patch remains exposed; attaching a second hemostatic tissue sealant patch to a second surface such that said tissue sealing surface of said second hemostatic tissue sealant patch remains exposed; activating said hemostatic agent on at least one of said hemostatic tissue sealant patches (100a, 100b); pressing together said tissue sealing surfaces of said hemostatic sealant patches (100a, 100b) for a first predetermined time, thereby causing said hemostatic sealant patches (100a, 100b) to adhere one to the other; after said first predetermined time, applying a force to said hemostatic patches (100a, 100b) opposite in direction from that applied in said step of pressing together said tissue sealing surfaces; and, measuring the force required to detach fully said hemostatic sealant patches (100a, 100b) one from the other, thereby determining the adhesive strength of said hemostatic tissue patch. attaching a first hemostatic tissue sealant patch to a first surface such that said tissue sealing surface of said first hemostatic tissue sealant patch remains exposed; attaching a second hemostatic tissue sealant patch to a second surface such that said tissue sealing surface of said second hemostatic tissue sealant patch remains exposed; activating said hemostatic agent on at least one of said hemostatic tissue sealant patches (100a, 100b); pressing together said tissue sealing surfaces of said hemostatic sealant patches (100a, 100b) for a first predetermined time, thereby causing said hemostatic sealant patches (100a, 100b) to adhere one to the other; after said first predetermined time, applying a force to said hemostatic patches (100a, 100b) opposite in direction from that applied in said step of pressing together said tissue sealing surfaces; and, measuring the force required to detach fully said hemostatic sealant patches (100a, 100b) one from the other, thereby determining the adhesive strength of said hemostatic tissue patch.
A system comprising: a distributed network of filters (205, 210, 215, 220, 315, 320) having a topology corresponding to an interconnection map of a process to be controlled, each filter modeling a sub-process of the process; each filter (205, 210, 215, 220, 315, 320) interconnected (240, 242, 245, 250, 255, 717) with other filters to receive input vectors of process measurements from other filters corresponding to their local state of the process; wherein the filters (205, 210, 215, 220, 315, 320) are adapted to determine a communication failure and responsive to the communication failure, correlations of the local state with the state of subsystems estimated by filters that are not accessible due to the communication failure are set to zero and wherein a local state covariance is increased; and in further response to the communication failure, when a mean value prediction of a particular interconnection input cannot be obtained from an upstream neighbor, the filters are adapted to use an unknown observer model to replace interconnection inputs. a distributed network of filters (205, 210, 215, 220, 315, 320) having a topology corresponding to an interconnection map of a process to be controlled, each filter modeling a sub-process of the process; each filter (205, 210, 215, 220, 315, 320) interconnected (240, 242, 245, 250, 255, 717) with other filters to receive input vectors of process measurements from other filters corresponding to their local state of the process; wherein the filters (205, 210, 215, 220, 315, 320) are adapted to determine a communication failure and responsive to the communication failure, correlations of the local state with the state of subsystems estimated by filters that are not accessible due to the communication failure are set to zero and wherein a local state covariance is increased; and in further response to the communication failure, when a mean value prediction of a particular interconnection input cannot be obtained from an upstream neighbor, the filters are adapted to use an unknown observer model to replace interconnection inputs.
A method of preparing the scopine ester of formula I, characterized in that it consists of the following steps: a) reaction of scopine of formula III with derivatives of oxalic acid of formula XIII wherein X means F, Cl, Br, or I, and R is X or O - tert -butyl, O -methyl, N- pyrrolidinyl, N -morpholinyl or N -imidazolyl, in the presence of a weak base and a catalyst in an inert organic solvent, producing a derivative of formula XIV b) reaction of the derivative of formula XIV with at least 2 equivalents of 2-thienylmagnesium bromide of formula XV c) isolation of the resulting scopine ester of formula I and crystallization from a crystallization solvent. a) reaction of scopine of formula III with derivatives of oxalic acid of formula XIII wherein X means F, Cl, Br, or I, and R is X or O - tert -butyl, O -methyl, N- pyrrolidinyl, N -morpholinyl or N -imidazolyl, in the presence of a weak base and a catalyst in an inert organic solvent, producing a derivative of formula XIV b) reaction of the derivative of formula XIV with at least 2 equivalents of 2-thienylmagnesium bromide of formula XV c) isolation of the resulting scopine ester of formula I and crystallization from a crystallization solvent.
Palletizing apparatus comprising a set-down band which has a circulating conveyor belt which defines a transport surface for transporting article layers, and a compressing apparatus which has at least one front stop and one rear stop, wherein the set-down band is movable relative to the compressing apparatus in a longitudinal direction between a first longitudinal position, in which the transport surface is arranged offset from the compressing apparatus in the longitudinal direction, and a second longitudinal position, in which an article layer situated on the transport surface is arranged between the stops (81, 82) in the longitudinal direction, wherein the set-down band comprises a first deflecting roller which is rotatable about a first axis of rotation, wherein provision is made of a control device for controlling the set-down band, characterized in that a diameter of the first deflecting roller is at most 2% of the width of the conveyor belt, and in that the control device is configured to drive the circulating conveyor belt at speeds which vary in such a way that, during a movement of the set-down band from the second longitudinal position into the first longitudinal position, the article layer situated on the transport surface is pushed temporally in succession against the front stop and against the rear stop. a set-down band which has a circulating conveyor belt which defines a transport surface for transporting article layers, and a compressing apparatus which has at least one front stop and one rear stop, wherein the set-down band is movable relative to the compressing apparatus in a longitudinal direction between a first longitudinal position, in which the transport surface is arranged offset from the compressing apparatus in the longitudinal direction, and a second longitudinal position, in which an article layer situated on the transport surface is arranged between the stops (81, 82) in the longitudinal direction, wherein the set-down band comprises a first deflecting roller which is rotatable about a first axis of rotation, wherein provision is made of a control device for controlling the set-down band, characterized in that a diameter of the first deflecting roller is at most 2% of the width of the conveyor belt, and in that the control device is configured to drive the circulating conveyor belt at speeds which vary in such a way that, during a movement of the set-down band from the second longitudinal position into the first longitudinal position, the article layer situated on the transport surface is pushed temporally in succession against the front stop and against the rear stop.
A method for providing portable delivery of television programs to a portable wireless device, comprising: transmitting a request from the PWD to a television receiver system, the television receiver system comprising a television set, a personal video recorder or a television set top box, the request comprising a request for electronic program guide information relating to a television program currently being received and displayed by the television receiver system; receiving a response from the television receiver system, wherein the response delivers EPG information to the PWD; identifying a source other than the television receiver system compatible with the PWD for receipt of the television program currently being received and displayed by the television receiver system using identifying information from the EPG; transmitting an order for that television program from the PWD to the identified source via a cellular telephone infrastructure; and receiving a wireless transmission of that television program from the source to the PWD as a high speed data transmission via the cellular telephone infrastructure. transmitting a request from the PWD to a television receiver system, the television receiver system comprising a television set, a personal video recorder or a television set top box, the request comprising a request for electronic program guide information relating to a television program currently being received and displayed by the television receiver system; receiving a response from the television receiver system, wherein the response delivers EPG information to the PWD; identifying a source other than the television receiver system compatible with the PWD for receipt of the television program currently being received and displayed by the television receiver system using identifying information from the EPG; transmitting an order for that television program from the PWD to the identified source via a cellular telephone infrastructure; and receiving a wireless transmission of that television program from the source to the PWD as a high speed data transmission via the cellular telephone infrastructure.
Locking device of padlock type, comprising a body and a shackle mounted movably with respect to translation and rotation relative to said body, in which said body is provided with an aperture and a bore formed within said aperture, said shackle comprises a thinned end portion mounted in said aperture of said body, and said device further comprises a mounting member mechanically connected to said thinned end portion of said shackle and accommodated in said bore, said mounting member being configured to enable the rotation of said shackle relative to said body and also the translation of said shackle in said aperture of said body, between a first position in which said device is in an open state and a second position in which said device is in a closed state, and said mounting member forms a stop on said thinned end portion of said shackle; said mounting member has a predetermined height and said bore has a height at least equal to or greater than the predetermined height of said mounting member; said device is configured such that said mounting member is translated with said thinned end portion of said shackle within said aperture and said bore of said body, between said first and second positions; and said thinned end portion of said shackle has a length approximately equal to said predetermined height of said mounting member, and said bore has a height considerably greater than said length of said thinned end portion.
An x-ray housing comprising: a tubular unitary body having an external fin array, the external fin array extending from a first end of the tubular unitary body to a second end of the tubular unitary body; and an internal fluid passageway recess formed into a lumen wall through a heat exchanger portion of the unitary body, the external fin array and internal fluid passageway recess circumferentially extending partially around the tubular unitary body such that corresponding side edges of the external fin array and the internal fluid passageway recess are radially proximal; characterised by: a manifold recess in the lumen wall at the second end of the tubular unitary body; and a manifold in the manifold recess, the manifold having at least one manifold port that fluidly couples the lumen to the internal fluid passageway. a tubular unitary body having an external fin array, the external fin array extending from a first end of the tubular unitary body to a second end of the tubular unitary body; and an internal fluid passageway recess formed into a lumen wall through a heat exchanger portion of the unitary body, the external fin array and internal fluid passageway recess circumferentially extending partially around the tubular unitary body such that corresponding side edges of the external fin array and the internal fluid passageway recess are radially proximal; characterised by: a manifold recess in the lumen wall at the second end of the tubular unitary body; and a manifold in the manifold recess, the manifold having at least one manifold port that fluidly couples the lumen to the internal fluid passageway. a manifold recess in the lumen wall at the second end of the tubular unitary body; and a manifold in the manifold recess, the manifold having at least one manifold port that fluidly couples the lumen to the internal fluid passageway.
A hybrid succinic anhydride copolymer obtainable by the process which comprises reacting a copolymer of an (i) an unsaturated acidic reagent; and (ii) a mono-olefin, with at least one linking hydrocarbyl di-primary amine, thereby producing a hybrid succinic anhydride copolymer having unreacted anhydride groups.
Receiver apparatus for receiving data units over at least a channel, wherein said receiver apparatus comprises a lower layer and a higher layer with at least a higher layer protocol entity (52, 53, 54, 55), said higher layer protocol entity is assigned to said lower layer, said lower layer comprises a reordering buffer to buffer data units input to said lower layer as a protocol data unit, and said lower layer is adapted to output at least a part of said data units at least indirectly to said higher layer as service data units, when said lower layer detects one of said data units as a next expected protocol data unit; characterized in that said lower layer is adapted to detect a sequence number for said higher layer protocol entity, which sequence number is included in said data units buffered in the reordering buffer, and said lower layer is adapted to output at least a part of said data units buffered in said reordering buffer at least indirectly to said higher layer protocol entity as service data units, when said lower layer detects that said sequence number for said higher layer protocol entity is regarded as a next expected sequence number for said higher layer protocol entity.