mhurhangee/ep-ind-claims huggingface dataset:
A method for managing at least one container containing a biological product, comprising a step of providing at least one container, each container being provided with a tag, the tag being a wireless communication chip capable of communicating according to a first operating mode called UHF mode and according to a second operating mode called HF mode, the chip being capable of emitting or receiving a signal having a frequency between 300 MHz and 3000 MHz in the UHF mode and capable of emitting or receiving a signal having a frequency between 3 MHz and 30 MHz in the HF mode, the tag further comprising a memory comprising information, the chip being capable of communicating with a first reader according to the UHF mode and with a second reader according to the HF mode, the method further comprising the following steps: - UHF reading, in which the first reader having a given range reads all of the tags present within the range, the tags communicating with the first reader according to the UHF mode, and - HF reading of at least a private piece of information non reachable with UHF reading, in which the second reader reads a single tag, the tag communicating with the second reader according to the HF mode. - UHF reading, in which the first reader having a given range reads all of the tags present within the range, the tags communicating with the first reader according to the UHF mode, and - HF reading of at least a private piece of information non reachable with UHF reading, in which the second reader reads a single tag, the tag communicating with the second reader according to the HF mode.
A method for generating three-dimensional information for display to a user of a vehicle via a parallax-enabled three-dimensional display, the method comprising: generating a three-dimensional representation of a vehicle instrument cluster including a plurality of instruments; generating a three-dimensional representation of a navigation system map; outputting for display, on a three-dimensional display in the vehicle, the three-dimensional representation of the vehicle instrument cluster at a first depth level; and outputting for display, on the three-dimensional display, the three-dimensional representation of the navigation system map at a second depth level; wherein all items output for display on a three-dimensional display including the instruments in the three-dimensional representation of the vehicle instrument cluster and the elements in the three-dimensional representation of the navigation system map are displayed as three-dimensional objects with a respective depth component. generating a three-dimensional representation of a vehicle instrument cluster including a plurality of instruments; generating a three-dimensional representation of a navigation system map; outputting for display, on a three-dimensional display in the vehicle, the three-dimensional representation of the vehicle instrument cluster at a first depth level; and outputting for display, on the three-dimensional display, the three-dimensional representation of the navigation system map at a second depth level; wherein all items output for display on a three-dimensional display including the instruments in the three-dimensional representation of the vehicle instrument cluster and the elements in the three-dimensional representation of the navigation system map are displayed as three-dimensional objects with a respective depth component.
A method for processing payment through a mobile device, comprising: receiving a command; using an upper layer application program on the mobile device to generate a payment request based on the command and send the payment request to localhost address of the mobile device via a predetermined port, wherein the payment request is sent via a transmission control protocol or a user datagram protocol, and the localhost address of the mobile deice is a loopback Internet Protocol address, and wherein the payment request is a Java 2 Micro Edition (J2ME) request and includes a password; using a lower layer payment program on the mobile device to monitor the payment request sent from the localhost address of the mobile device via the predetermined port; in response to the payment request: using the lower layer payment program to provide an input interface for payment information in and receive the input payment information; and processing the password by calling an encryption application programming interface; using the lower layer payment program to connect with a payment server and pass the payment information over a network to the payment server; and using the lower layer payment program to transfer a payment processing result received from the payment server, to the upper layer application program. receiving a command; using an upper layer application program on the mobile device to generate a payment request based on the command and send the payment request to localhost address of the mobile device via a predetermined port, wherein the payment request is sent via a transmission control protocol or a user datagram protocol, and the localhost address of the mobile deice is a loopback Internet Protocol address, and wherein the payment request is a Java 2 Micro Edition (J2ME) request and includes a password; using a lower layer payment program on the mobile device to monitor the payment request sent from the localhost address of the mobile device via the predetermined port; in response to the payment request: using the lower layer payment program to provide an input interface for payment information in and receive the input payment information; and processing the password by calling an encryption application programming interface; using the lower layer payment program to provide an input interface for payment information in and receive the input payment information; and processing the password by calling an encryption application programming interface; using the lower layer payment program to connect with a payment server and pass the payment information over a network to the payment server; and using the lower layer payment program to transfer a payment processing result received from the payment server, to the upper layer application program.
A surgical instrument having a shaft section, composed of a rigid part and a movable push rod, which is connected on the proximal end section thereof to a handle, which has a rigid handle part and a handle part which is movable relative thereto, and having a release mechanism which can be actuated such that the shaft section and the handle are decoupled from each other, characterized in that the release mechanism comprises one single actuating element which, preferably by means of one single actuating movement, preferably a swiveling movement, releases a first connection between the rigid handle part and the rigid part of the shaft section and a second connection between the movable handle part and the movable push rod of the shaft section, so that the shaft section and the handle are freely movable by pulling the shaft section in a distal direction relative to the handle.
A negative stiffness structure, comprising: at least one flexible tensile member having a first end and a second end, the first end coupled to a first structure; and a first curved compressive member having a first end and a second end, the first end of the first curved compressive member coupled to a second structure, characterized in that the second end of the first curved compressive member is coupled to the second end of the tensile member defining a tip of the negative stiffness structure, wherein a length of the tensile member is greater than a length of the first curved compressive member, and the tip of the negative stiffness structure exhibits a negative stiffness mechanical response to a load applied to the tip, the negative stiffness mechanical response acting in a direction orthogonal to the length of the tensile member. at least one flexible tensile member having a first end and a second end, the first end coupled to a first structure; and a first curved compressive member having a first end and a second end, the first end of the first curved compressive member coupled to a second structure, characterized in that the second end of the first curved compressive member is coupled to the second end of the tensile member defining a tip of the negative stiffness structure, wherein a length of the tensile member is greater than a length of the first curved compressive member, and the tip of the negative stiffness structure exhibits a negative stiffness mechanical response to a load applied to the tip, the negative stiffness mechanical response acting in a direction orthogonal to the length of the tensile member. a length of the tensile member is greater than a length of the first curved compressive member, and the tip of the negative stiffness structure exhibits a negative stiffness mechanical response to a load applied to the tip, the negative stiffness mechanical response acting in a direction orthogonal to the length of the tensile member.
A remotely detectable marker for implantation in a targeted site within a patient's body from which tissue has been removed, the marker comprising: a radiopaque element having a distinguishing pattern for unique identification under x-ray imaging; and a non-palpable body coupled to the radiopaque marker, the body comprised of a substantially dehydrated material in a pre-deployment configuration, wherein the body is configured to expand between 5 and 100 percent of its pre-deployment volume in approximately 30 to 60 minutes when exposed to fluid, and to remain substantially physically stable when implanted within the targeted site for at least approximately 52 weeks; and wherein the body is configured to reflect ultrasound in a way that the body is recognizable as being artificial and is distinguishable from the radiopaque marker characterized in that the radiopaque element comprises a braided, woven or mesh structure defining an interior region, and wherein the body is contained within the interior region of the radiopaque element. a radiopaque element having a distinguishing pattern for unique identification under x-ray imaging; and a non-palpable body coupled to the radiopaque marker, the body comprised of a substantially dehydrated material in a pre-deployment configuration, wherein the body is configured to expand between 5 and 100 percent of its pre-deployment volume in approximately 30 to 60 minutes when exposed to fluid, and to remain substantially physically stable when implanted within the targeted site for at least approximately 52 weeks; and wherein the body is configured to reflect ultrasound in a way that the body is recognizable as being artificial and is distinguishable from the radiopaque marker characterized in that the radiopaque element comprises a braided, woven or mesh structure defining an interior region, and wherein the body is contained within the interior region of the radiopaque element.
Heat exchanger for an exchange of heat between at least a first fluid and a second fluid, in particular for a motor vehicle: - the heat exchanger comprising a plurality of heat exchange tubes respectively defining at least one duct for circulation of the first fluid, - the heat exchanger having at least in part a coating that is able to melt so as to join elements of the heat exchanger during assembly by brazing, characterized in that - the heat exchanger comprises a plurality of first frames for receiving the heat exchange tubes, and in that - the first frames have respectively at least one setback at an inner corner receiving a corner of a heat exchange tube, for the flow of the coating during brazing of the heat exchanger so as to prevent the coating from blocking the ducts for circulation of the first fluid of the heat exchange tubes. - the heat exchanger comprising a plurality of heat exchange tubes respectively defining at least one duct for circulation of the first fluid, - the heat exchanger having at least in part a coating that is able to melt so as to join elements of the heat exchanger during assembly by brazing, characterized in that - the heat exchanger comprises a plurality of first frames for receiving the heat exchange tubes, and in that - the first frames have respectively at least one setback at an inner corner receiving a corner of a heat exchange tube, for the flow of the coating during brazing of the heat exchanger so as to prevent the coating from blocking the ducts for circulation of the first fluid of the heat exchange tubes.
A method of perceptual 3-dimensional shape description, the method comprising: generating nodes, each node representing an ellipsoid, that respectively correspond to parts of a representation of a 3D shape model, the nodes including unary attributes of the parts; wherein the ellipsoid is parameterized by a volume, a convexity, and eccentricities; further comprising generating edges that include relational attributes between the nodes; and generating an attributed relational graph of the 3D shape model that is comprised of the nodes and the edges; characterised in that the unary attributes of each of the nodes comprise variances that correspond to the degrees of distribution of voxels approximated by the ellipsoid on 3D principal axes, the origin of the ellipsoid, and the transformation of the node in an object-oriented coordinate system. generating nodes, each node representing an ellipsoid, that respectively correspond to parts of a representation of a 3D shape model, the nodes including unary attributes of the parts; wherein the ellipsoid is parameterized by a volume, a convexity, and eccentricities; further comprising generating edges that include relational attributes between the nodes; and generating an attributed relational graph of the 3D shape model that is comprised of the nodes and the edges; characterised in that the unary attributes of each of the nodes comprise variances that correspond to the degrees of distribution of voxels approximated by the ellipsoid on 3D principal axes, the origin of the ellipsoid, and the transformation of the node in an object-oriented coordinate system.
A method for checking the plausibility of at least one message for use in determining vehicle action in an autonomous driving system, the method comprising: receiving, at a controller, at least one message from at least one first receiver of a plurality of first receivers, the at least one message determined by processing a plurality of signals received at the at least one first receiver, wherein the first receiver is a detector configured to process the plurality of signals without a priori information; and using a priori information to check the plausibility of the at least one message for use in determining vehicle action; wherein the a priori information comprises a log-likelihood ratio. receiving, at a controller, at least one message from at least one first receiver of a plurality of first receivers, the at least one message determined by processing a plurality of signals received at the at least one first receiver, wherein the first receiver is a detector configured to process the plurality of signals without a priori information; and using a priori information to check the plausibility of the at least one message for use in determining vehicle action; wherein the a priori information comprises a log-likelihood ratio.
Joint covering device for covering floor and/or wall covering joints, wherein - the joint covering device comprises a base part, - the joint covering device comprises a cover part, - the cover part comprises a cover surface and an insertion tab, wherein the insertion tab protrudes essentially at right angles from the cover surface, - the base part comprises an insertion groove, - wherein the insertion tab is at least partially inserted into the insertion groove, - wherein the insertion groove is wider over its entire cross section than the insertion tab, characterized in that - the insertion tab tapers continuously from the cover surface to a lower end of the insertion tab. - the joint covering device comprises a base part, - the joint covering device comprises a cover part, - the cover part comprises a cover surface and an insertion tab, wherein the insertion tab protrudes essentially at right angles from the cover surface, - the base part comprises an insertion groove, - wherein the insertion tab is at least partially inserted into the insertion groove, - wherein the insertion groove is wider over its entire cross section than the insertion tab, characterized in that - the insertion tab tapers continuously from the cover surface to a lower end of the insertion tab.
A manufacturing apparatus for processing a forged blank with no flash in a process of manufacturing a forged crankshaft including journals serving as an axis of rotation, pins decentered from the journals, and crank arms connecting the journals and the pins, wherein: the forged blank includes rough journals (J'), decentered rough pins (P') and rough crank arms (A') corresponding to the journals, the pins and the crank arms, respectively, of the forged crankshaft; and at least one of the rough crank arms (A') includes an excess portion protruding from an outer periphery of a side portion thereof; the manufacturing apparatus comprising: a first die and a second die paired with each other, the first die and the second die configured to bend or crush the excess portion; a retaining device configured to retain at least one of the rough journals (J') or at least one of the decentered rough pins (P'), such that a rough pin decentering direction in which the rough pins (P') are decentered from the rough journals (J') is kept perpendicular to a reducing direction when the first die and the second die apply force for reduction; and a moving device configured to support the retaining device such that the retaining device is movable along the reducing direction. the forged blank includes rough journals (J'), decentered rough pins (P') and rough crank arms (A') corresponding to the journals, the pins and the crank arms, respectively, of the forged crankshaft; and at least one of the rough crank arms (A') includes an excess portion protruding from an outer periphery of a side portion thereof; the manufacturing apparatus comprising: a first die and a second die paired with each other, the first die and the second die configured to bend or crush the excess portion; a retaining device configured to retain at least one of the rough journals (J') or at least one of the decentered rough pins (P'), such that a rough pin decentering direction in which the rough pins (P') are decentered from the rough journals (J') is kept perpendicular to a reducing direction when the first die and the second die apply force for reduction; and a moving device configured to support the retaining device such that the retaining device is movable along the reducing direction. a first die and a second die paired with each other, the first die and the second die configured to bend or crush the excess portion; a retaining device configured to retain at least one of the rough journals (J') or at least one of the decentered rough pins (P'), such that a rough pin decentering direction in which the rough pins (P') are decentered from the rough journals (J') is kept perpendicular to a reducing direction when the first die and the second die apply force for reduction; and a moving device configured to support the retaining device such that the retaining device is movable along the reducing direction.
An apparatus for generating estimates of arterial vehicular movement, comprising: a first means for generating a vehicular movement estimate from at least one vehicle signature based upon sensor readings of at least one vehicle passing at least two sensor pods each sharing a synchronized time and each comprising at least one magneto-resistive sensor, with said vehicular movement estimate for a first section between said sensor pods of a roadway upon which said vehicle travels including a travel time and a vehicle count; and a second means creating at least one traffic feedback from said vehicular movement estimate including said travel time. a first means for generating a vehicular movement estimate from at least one vehicle signature based upon sensor readings of at least one vehicle passing at least two sensor pods each sharing a synchronized time and each comprising at least one magneto-resistive sensor, with said vehicular movement estimate for a first section between said sensor pods of a roadway upon which said vehicle travels including a travel time and a vehicle count; and a second means creating at least one traffic feedback from said vehicular movement estimate including said travel time.
An incubator formed as an incubator or reactor, which is closed by a door, with a shelf arranged in the interior of the incubator, driven by means of a shaking actuator, preferably able to be moved out from the incubator along a guide-way, characterized in - that the shelf is provided with an upper support plate, - that the support plate consists of a light-permeable material, - that an electrically operated lighting device, which is fixed with respect to the incubator, protrudes under the support plate, - that this is provided with a water- or air-cooling system and - that the upper support plate is provided with spacers, which is connected as a two-tier shelf with a lower plate arranged spaced apart therefrom with the formation of an intermediate space, into which the lighting device protrudes, or directly with the shaking actuator. - that the shelf is provided with an upper support plate, - that the support plate consists of a light-permeable material, - that an electrically operated lighting device, which is fixed with respect to the incubator, protrudes under the support plate, - that this is provided with a water- or air-cooling system and - that the upper support plate is provided with spacers, which is connected as a two-tier shelf with a lower plate arranged spaced apart therefrom with the formation of an intermediate space, into which the lighting device protrudes, or directly with the shaking actuator.
Kit for the production of bone cement at least comprising one paste A and one paste B, whereby (a) paste A contains at least one monomer for radical polymerisation; at least one polymer that is insoluble in; at least one polymer that is soluble in; and at least one radical polymerisation initiator, whereby the weight ratio of the at least one polymer that is insoluble in and the at least one polymer that is soluble in is at least 2 to 1; and (b) paste B contains at least one monomer for radical polymerisation; at least one polymer that is soluble in; and at least one accelerator that is soluble in; possibly a polymer that is insoluble in; whereby the maximal content of polymer that is insoluble in is 5% by weight, relative to the total weight of paste B, and whereby the weight ratio of polymer that is insoluble in and the at least one polymer that is soluble in is at most 0.2. (a) paste A contains at least one monomer for radical polymerisation; at least one polymer that is insoluble in; at least one polymer that is soluble in; and at least one radical polymerisation initiator, whereby the weight ratio of the at least one polymer that is insoluble in and the at least one polymer that is soluble in is at least 2 to 1; and at least one monomer for radical polymerisation; at least one polymer that is insoluble in; at least one polymer that is soluble in; and at least one radical polymerisation initiator, (b) paste B contains at least one monomer for radical polymerisation; at least one polymer that is soluble in; and at least one accelerator that is soluble in; possibly a polymer that is insoluble in; whereby the maximal content of polymer that is insoluble in is 5% by weight, relative to the total weight of paste B, and whereby the weight ratio of polymer that is insoluble in and the at least one polymer that is soluble in is at most 0.2. at least one monomer for radical polymerisation; at least one polymer that is soluble in; and at least one accelerator that is soluble in; possibly a polymer that is insoluble in;