mhurhangee/patent-ind-claim-en huggingface dataset:
An extrusion device intended for producing a profile of plasticizable material, with at least one extruder head , in which the plasticizable material can be fed to a gap which is delimited by at least one roller and at least one bar which, in an operating position of the extrusion device, abuts a bearing surface in a predetermined position by means of a fixing element , wherein the fixing element has an in particular planar pressure transmission element which, in the operating position, can be made to abut a pressure surface of the bar facing the bearing surface as an abutment, wherein, in the operating position, the bar is pretensioned by a pretensioning element with a force (Fr) in a radial direction with respect to the roller in relation thereto, and the pretensioning element has a first contact surface for a carrier equipped with the pressure transmission element and a second contact surface for the bar , wherein the planes of the two contact surfaces have an inclination in relation to one another, in particular a perpendicular orientation in relation to one another, characterized in that the pretensioning element is configured as a pivoting lever which is pivotably moveable about a tension axis parallel to the roller axis , wherein the pressure transmission element is configured as a double-armed lever, which can be pivoted about at least one axis , for the purposes of compensating deviations from the desired or predetermined parallel orientation of said pressure transmission element with respect to the pressure surface of the bar .
A data sending method implemented by a forwarding device, comprising: respectively receiving , from an upstream forwarding device by using a first flexible Ethernet group, FlexE group and in multiple first timeslots, multiple first encoded data blocks, wherein the multiple first encoded data blocks are in a one-to-one correspondence with the multiple first timeslots, wherein the upstream forwarding device communicates with the forwarding device using FlexE, and the first FlexE group consists of one or more bonded PHYs between the upstream forwarding device and the forwarding device; mapping, by a FlexE shim of the forwarding device, the multiple first encoded data blocks into multiple second timeslots corresponding to a second FlexE group without performing layer 2 or layer 3 processing; respectively sending the multiple first encoded data blocks to a downstream forwarding device by using the second FlexE group and in the multiple second timeslots, wherein the multiple first encoded data blocks are in a one-to-one correspondence with the multiple second timeslots, wherein the downstream forwarding device communicates with the forwarding device using FlexE, and the second FlexE group consists of one or more bonded PHYs between the forwarding device and the downstream forwarding device. respectively receiving , from an upstream forwarding device by using a first flexible Ethernet group, FlexE group and in multiple first timeslots, multiple first encoded data blocks, wherein the multiple first encoded data blocks are in a one-to-one correspondence with the multiple first timeslots, wherein the upstream forwarding device communicates with the forwarding device using FlexE, and the first FlexE group consists of one or more bonded PHYs between the upstream forwarding device and the forwarding device; mapping, by a FlexE shim of the forwarding device, the multiple first encoded data blocks into multiple second timeslots corresponding to a second FlexE group without performing layer 2 or layer 3 processing; respectively sending the multiple first encoded data blocks to a downstream forwarding device by using the second FlexE group and in the multiple second timeslots, wherein the multiple first encoded data blocks are in a one-to-one correspondence with the multiple second timeslots, wherein the downstream forwarding device communicates with the forwarding device using FlexE, and the second FlexE group consists of one or more bonded PHYs between the forwarding device and the downstream forwarding device.
Spreader for video-photographic tripods comprising at least three arms pivoted, at one end, on a central spider , and provided, on the other end, with coupling means with the tripod , each one of the arms of said spreader being comprised of a housing or casing , within which there are slidably provided two telescopic stages (2; 3), extendable in opposite directions relative to one another, said telescopic stage extending far from said central spider providing, on its end outer with respect to said casing , said coupling means with the tripod , between said housing and said two telescopic stages being provided a mechanism for actuating the extension and retraction of said two telescopic stages , said actuating mechanism being so realized that, for the extension of said two stages , it is required an action by an operator, while the retraction of said two stages is free as a result of a simple action of compression of said two telescopic stages , characterized in that said actuating mechanism for extension and retraction provides a linear guide , inside said casing , for the sliding of said two stages , at least one actuating mechanism provided with at least one sawtooth tooth , engaging on a rack (22; 32) realized on said two stages , provided with corresponding sawtooth teeth.
A hand operated gripping tool comprising a fixed handle , a fixed jaw connected with said fixed handle, a movable handle pivotably connected with said fixed handle for pivoting movement relative to said fixed handle and a movable jaw connected with said movable handle for movement relative to said fixed jaw, characterised in that said fixed handle comprises a first portion to which said fixed jaw is fixed and second and third portions movable from a first position in which each forms a continuation of said first portion and a spread position in which said first, second and third portions define a tripod base.
A method for detecting the presence or absence of hypermethylated target DNA in a sample comprising genomic DNA, wherein said target DNA is genomic human SHOX2 DNA, including the respective promoter region, and DNA within 5 kb upstream and downstream thereof, and wherein said genomic DNA is at least partially fragmented, the method comprising the steps: (a) converting, in the DNA, cytosine unmethylated in the 5-position to uracil or another base that does not hybridize to guanine; (b) amplifying a region of the converted target DNA using methylation-unspecific primer oligonucleotides and at least one methylation-specific blocker blocking the amplification in a methylation-specific manner, wherein said region is less than 100 basepairs (bp) long and comprises at least 3 CpG sites of the genomic DNA not covered by a primer, and wherein at least one primer oligonucleotide covers at least one CpG site with a methylation-unspecific mismatch or a spacer regarding the cytosine base position of the CpG site and/or at least one SNP site with an SNP-unspecific mismatch or a spacer, wherein the at least one mismatch or spacer is/are in the middle third or 3' third of the primer oligonucleotide; and (c) detecting the presence or absence of DNA amplified in step (b), wherein the presence or absence of amplified DNA reflects the presence or absence, respectively, of hypermethylated target DNA in the sample. (a) converting, in the DNA, cytosine unmethylated in the 5-position to uracil or another base that does not hybridize to guanine; (b) amplifying a region of the converted target DNA using methylation-unspecific primer oligonucleotides and at least one methylation-specific blocker blocking the amplification in a methylation-specific manner, wherein said region is less than 100 basepairs (bp) long and comprises at least 3 CpG sites of the genomic DNA not covered by a primer, and wherein at least one primer oligonucleotide covers at least one CpG site with a methylation-unspecific mismatch or a spacer regarding the cytosine base position of the CpG site and/or at least one SNP site with an SNP-unspecific mismatch or a spacer, wherein the at least one mismatch or spacer is/are in the middle third or 3' third of the primer oligonucleotide; and (c) detecting the presence or absence of DNA amplified in step (b),
A method for performing an X-ray diffraction measurement with an X-ray diffractometer that has an X-ray beam directed at a sample, that detects X-ray energy diffracted by the sample with a two-dimensional X-ray detector and that stores a representation of the detected X-ray energy as a spatial intensity distribution relative to a detection area comprising a cylindrical segment, the method comprising: acquisition of a series of images taken at sequential positions along the scanning range by moving the detector in an angular direction along a scanning path about a location of the sample while detecting the diffracted X-ray energy; and when the detector is located at an extreme of the scanning path, maintaining the position of the detector while detecting the X-ray energy, and progressively changing, along said angular direction, a portion of the detector area that is used to contribute to said representation of the detected X-ray energy. acquisition of a series of images taken at sequential positions along the scanning range by moving the detector in an angular direction along a scanning path about a location of the sample while detecting the diffracted X-ray energy; and when the detector is located at an extreme of the scanning path, maintaining the position of the detector while detecting the X-ray energy, and progressively changing, along said angular direction, a portion of the detector area that is used to contribute to said representation of the detected X-ray energy.
A shield continuity testing device, comprising: a transmitter configured to transmit a first signal in common mode over a plurality of conductors of a cable or cabling installation having a shield , the transmitter being configured to transmit the first signal in the common mode at a first end of the plurality of conductors; a receiver configured to receive a plurality of second signals representative of the first signal at a second end of the plurality of conductors, respectively, and output data representative of the plurality of second signals; and a processor configured to: receive the data representative of the plurality of second signals; determine a common mode insertion loss for the cable or cabling installation based on the plurality of second signals; determine , based on the common mode insertion loss, whether the shield is continuous or discontinuous; and output data representative of whether the shield is continuous or discontinuous. a transmitter configured to transmit a first signal in common mode over a plurality of conductors of a cable or cabling installation having a shield , the transmitter being configured to transmit the first signal in the common mode at a first end of the plurality of conductors; a receiver configured to receive a plurality of second signals representative of the first signal at a second end of the plurality of conductors, respectively, and output data representative of the plurality of second signals; and a processor configured to: receive the data representative of the plurality of second signals; determine a common mode insertion loss for the cable or cabling installation based on the plurality of second signals; determine , based on the common mode insertion loss, whether the shield is continuous or discontinuous; and output data representative of whether the shield is continuous or discontinuous. receive the data representative of the plurality of second signals; determine a common mode insertion loss for the cable or cabling installation based on the plurality of second signals; determine , based on the common mode insertion loss, whether the shield is continuous or discontinuous; and output data representative of whether the shield is continuous or discontinuous.
An expansion device of panels constituting an inner wall of a connecting passage formed inside a hood provided between bodies of rolling stock comprising: a first constituent member constructed by a plurality of panels; and a second constituent member constructed by a plurality of panels being different from the plurality of panels constructing the first constituent member , wherein a number of panels constituting the first constituent member and a number of panels constituting the second constituent member are the same and the number of constituent panels is equal to 2 or greater, wherein adjacent panels of the first constituent member are partly overlapped each other, adjacent panels of the second constituent member are partly overlapped each other, a first link member that can be expanded and contracted is connected to the first constituent member , a second link member that can be expanded and contracted is connected to the second constituent member , each of the constituent members can be expanded and contracted by expansion and contraction of each of the link members , characterized in that the first constituent member and the second constituent member can relatively be rotated around rotation axes provided in the expansion and contraction direction of the link members and also can removably be connected, the first link member and the second link member are connected to both ends of connecting link arm members via a free joint respectively, and the first link member and the second link member can be separated from each other. a first constituent member constructed by a plurality of panels; and a second constituent member constructed by a plurality of panels being different from the plurality of panels constructing the first constituent member , wherein a number of panels constituting the first constituent member and a number of panels constituting the second constituent member are the same and the number of constituent panels is equal to 2 or greater, wherein adjacent panels of the first constituent member are partly overlapped each other, adjacent panels of the second constituent member are partly overlapped each other, a first link member that can be expanded and contracted is connected to the first constituent member , a second link member that can be expanded and contracted is connected to the second constituent member , each of the constituent members can be expanded and contracted by expansion and contraction of each of the link members , characterized in that the first constituent member and the second constituent member can relatively be rotated around rotation axes provided in the expansion and contraction direction of the link members and also can removably be connected, the first link member and the second link member are connected to both ends of connecting link arm members via a free joint respectively, and the first link member and the second link member can be separated from each other.
Heat recovery unit including a transport container comprising at least one heat exchanger arranged in the transport container , with a lower end portion facing a container floor , and an upper end portion , wherein the heat exchanger is configured to exchange heat between a medium carried within a primary circuit and a medium carried within a secondary circuit , and wherein carrying means are arranged in a lower area of the heat exchanger enabling the insertion and extraction of the heat exchanger in a predominantly horizontal direction into and from the container in a sliding manner or in a rolling manner relative to the container , characterized in that external ports (2; 3) of the primary circuit and the secondary circuit are located on one or more side walls of the transport container ; the piping of the primary circuit and the piping of the secondary circuit are provided inside of the transport container ; all piping reaching and leaving the heat exchanger is arranged vertically above the upper portion of the heat exchanger ; and in that the upper end portion has vertically upwards pointing connecting points for connecting the heat exchanger with the primary circuit and with the secondary circuit external ports (2; 3) of the primary circuit and the secondary circuit are located on one or more side walls of the transport container ; the piping of the primary circuit and the piping of the secondary circuit are provided inside of the transport container ; all piping reaching and leaving the heat exchanger is arranged vertically above the upper portion of the heat exchanger ; and in that the upper end portion has vertically upwards pointing connecting points for connecting the heat exchanger with the primary circuit and with the secondary circuit
Wheel comprising a. a rim and a wheel center interconnected to the rim ; b. wherein the wheel center comprises at least one spoke extending from a wheel hub to the rim in a radial direction, c. wherein the rim comprises per the at least one spoke a first contact area (1 2) and d. the at least one spoke comprises at its outer end a second contact area which in a mounted position is aligned to the first contact area , e. an intermediate layer is arranged between the at least one first and the at least one second contact area preventing at least partially direct contact between the at least one first and the at least one second contact area , and f. the at least one spoke comprises at least one hollow space extending in the radial direction of the spoke , wherein the at least one hollow space penetrates the second contact area forming a mouth characterized in that the intermediate layer seals the mouth of the hollow space . a. a rim and a wheel center interconnected to the rim ; b. wherein the wheel center comprises at least one spoke extending from a wheel hub to the rim in a radial direction, c. wherein the rim comprises per the at least one spoke a first contact area (1 2) and d. the at least one spoke comprises at its outer end a second contact area which in a mounted position is aligned to the first contact area , e. an intermediate layer is arranged between the at least one first and the at least one second contact area preventing at least partially direct contact between the at least one first and the at least one second contact area , and f. the at least one spoke comprises at least one hollow space extending in the radial direction of the spoke , wherein the at least one hollow space penetrates the second contact area forming a mouth
Sleeve for use in the heat-therapeutic treatment of the human foot, in particular for use in the treatment of tissue damage after surgical interventions, of injuries, of injuries, of inflammations and of chronic rheumatic diseases, and in particular in chemotherapy with cytostatic drugs in palmar-plantar erythrodysesthesia (PPE), e.g. carboplatin, capecitabine, 5-Fu, cyclophosphamide, cytarabine, docetaxel, doxorubicin, oxaliplatin, paclitaxel, sorafinide, and sunitinib, comprising a heat transfer body which can be brought into a substantially planar initial shape and comprises at least one first flexible material layer and at least one second flexible material layer which confine one or more flow spaces through which a heat-transmitting fluid can flow, and which are connected to one another by a plurality of contacting devices and comprising at least one first supply line for supplying a heat-transmitting fluid to the heat transfer body and with at least one second supply line for discharging a heat-transmitting fluid from the heat transfer body , wherein the heat transfer body is asymmetrically shaped in plan view in the planar initial shape, characterized in that the heat transfer body comprises a first section which substantially corresponds to the outline of a sole of a foot, and a second section which is connected thereto, preferably in a bonded manner, and which is designed such that, in the position of use, it extends over the forefoot region of a user, and in that furthermore a connecting device is provided, by means of which this first section is connectable or connected to this second section such that the sleeve is held on the foot of the user in the position of use, wherein at flow spaces , in particular at critical flow spaces , in which, in particular as a result of buckling and/or rotational movements of the human foot, a fold in the flow space is formed, the fluid can flow at at least one interrupted point of a linear contact between two flow spaces in order to ensure an uninterrupted flow of the fluid.
A power converting system responsive to an input signal (V IN ) to produce an output signal (V OUT )regulated with respect to the input signal, the system comprising: an input node (INPUT) for receiving the input signal, an output node (OUTPUT) for producing the output signal, a first inductive element (L1) having a first node coupled to the input node (INPUT), a second inductive element (L2) having a first node coupled to the output node (OUTPUT), a first switching element (S1) coupled to a second node of the first inductive element (L1), a first capacitive element (C1) having a first node connected to the second node of the first inductive element (L1) and a second node connected to a second node of the second inductive element (L2), a second switching element (S2) comprising a first node and a second node, wherein the first node of the second switching element (S2) is connected to the first node of the first inductive element (L1) and wherein the second node of the second switching element (S2) is connected via a wire and without any intermediate component to the second node of the second inductive element (L2), and a control circuit for controlling the first switching element (S1), the control circuit being configured to set a duty cycle of the first switching element (S1) to a first value for providing the output signal (V OUT ) of a first polarity in response to the input signal of the first polarity, and to set the duty cycle of the first switching element (S1) to a second value for providing the output signal of a second polarity in response to the input signal of the first polarity. an input node (INPUT) for receiving the input signal, an output node (OUTPUT) for producing the output signal, a first inductive element (L1) having a first node coupled to the input node (INPUT), a second inductive element (L2) having a first node coupled to the output node (OUTPUT), a first switching element (S1) coupled to a second node of the first inductive element (L1), a first capacitive element (C1) having a first node connected to the second node of the first inductive element (L1) and a second node connected to a second node of the second inductive element (L2), a second switching element (S2) comprising a first node and a second node, wherein the first node of the second switching element (S2) is connected to the first node of the first inductive element (L1) and wherein the second node of the second switching element (S2) is connected via a wire and without any intermediate component to the second node of the second inductive element (L2), and a control circuit for controlling the first switching element (S1), the control circuit being configured to set a duty cycle of the first switching element (S1) to a first value for providing the output signal (V OUT ) of a first polarity in response to the input signal of the first polarity, and to set the duty cycle of the first switching element (S1) to a second value for providing the output signal of a second polarity in response to the input signal of the first polarity.