mhurhangee/ep-ind-claims huggingface dataset:
Method of producing a writing, drawing, marking and/or colouring implement or cosmetic implement or input implement for touch-sensitive surfaces, wherein the implement comprises at least one shank element of plastic or of wood substitute containing plastic, wherein the at least one shank element is present as a start strand, wherein the start strand is formed by extrusion, wherein the at least one shank element has a surface which is encased by a material layer having a cover surface, wherein the cover surface of the material layer is formed as a tactile and/or slip-resisting layer, wherein the tactile and/or slip-resisting layer has a structure, wherein the structure is formed integrally with the material layer and wherein the structure is of corrugated construction, characterised in that the method comprises the following steps: - cascaded extrusion, wherein a raw shaft consisting of a core, optionally an adhesion promotor, and a shank element is extruded to form a start strand, - freezing the geometry of the start strand by means of cooling, - coating of a deformable or corrugatable material layer on the start strand by means of a second, transverse extrusion, - expansion of the deformable material layer into the cavities of the mould blocks of the corrugator. wherein the at least one shank element is present as a start strand, wherein the start strand is formed by extrusion, wherein the at least one shank element has a surface which is encased by a material layer having a cover surface, wherein the cover surface of the material layer is formed as a tactile and/or slip-resisting layer, wherein the tactile and/or slip-resisting layer has a structure, wherein the structure is formed integrally with the material layer and wherein the structure is of corrugated construction, characterised in that the method comprises the following steps: - cascaded extrusion, wherein a raw shaft consisting of a core, optionally an adhesion promotor, and a shank element is extruded to form a start strand, - freezing the geometry of the start strand by means of cooling, - coating of a deformable or corrugatable material layer on the start strand by means of a second, transverse extrusion, - expansion of the deformable material layer into the cavities of the mould blocks of the corrugator. - cascaded extrusion, wherein a raw shaft consisting of a core, optionally an adhesion promotor, and a shank element is extruded to form a start strand, - freezing the geometry of the start strand by means of cooling, - coating of a deformable or corrugatable material layer on the start strand by means of a second, transverse extrusion, - expansion of the deformable material layer into the cavities of the mould blocks of the corrugator.
A display device with a retractable blade comprising a housing intended to be installed on the dashboard of a motor vehicle, as well as a blade mounted on a mobile support so as to be able to be moved, via a motorised gear mechanism housed in the said housing and comprising two pinions, between a storage position and at least one display position, so that said blade is retracted inside said case when said mobile support occupies its storage position and is deployed out of said case when said mobile support occupies its display position; characterised in that it comprises means for manually controlling said mechanism comprising at least one wheel rotationally linked with one of said pinions and accessible from the outside of said case, and in that said mechanism comprises two lateral toothed wheels each articulated to a corresponding lateral end of said support and being fixed in rotation to each other by means of a transverse synchronisation rod carrying fixedly at its two opposite ends the two said pinions each engrained on one of said lateral toothed wheels, said transverse synchronisation rod extending between two rear lower corners of two lateral frames on which it is mounted to rotate freely.
A composition for amplifying a polynucleotide, the composition comprising: a substrate comprising a first region and a second region; a first plurality of capture primers coupled to the first region of the substrate; a second plurality of capture primers coupled to the second region of the substrate, the capture primers of the second plurality of capture primers being longer than the capture primers of the first plurality of capture primers; a first plurality of orthogonal capture primers coupled to the first region of the substrate; and a second plurality of orthogonal capture primers coupled to the second region of the substrate, the orthogonal capture primers of the second plurality of orthogonal capture primers being shorter than the orthogonal capture primers of the first plurality of orthogonal capture primers, the composition further comprising a fluid comprising target polynucleotides, each of the target polynucleotides comprising a first adapter that is complementary to the orthogonal capture primers of the first and second pluralities of orthogonal capture primers, and a second adapter that is complementary to the capture primers of the first and second pluralities of capture primers. a substrate comprising a first region and a second region; a first plurality of capture primers coupled to the first region of the substrate; a second plurality of capture primers coupled to the second region of the substrate, the capture primers of the second plurality of capture primers being longer than the capture primers of the first plurality of capture primers; a first plurality of orthogonal capture primers coupled to the first region of the substrate; and a second plurality of orthogonal capture primers coupled to the second region of the substrate, the orthogonal capture primers of the second plurality of orthogonal capture primers being shorter than the orthogonal capture primers of the first plurality of orthogonal capture primers, the composition further comprising a fluid comprising target polynucleotides, each of the target polynucleotides comprising a first adapter that is complementary to the orthogonal capture primers of the first and second pluralities of orthogonal capture primers, and a second adapter that is complementary to the capture primers of the first and second pluralities of capture primers.
An implantable medical device comprising: an electrical sensing module configured to acquire first cardiac signal via a first sense electrode configuration, and acquire a second cardiac signal via a second sense electrode configuration; a stimulation module configured to deliver cardiac electrical stimulation therapy to a patient via stimulation electrodes; and a processor configured to detect cardiac events in the first cardiac signal, identify at least some of the cardiac events detected in the first cardiac signal as oversensed events based on whether one or more characteristics of the second cardiac signal confirm the cardiac events; characterized by the processor being configured to determine time intervals between the detected cardiac events, determine repaired time intervals, each of the repaired time intervals being determined based on a sum of time intervals between a first detected cardiac event not identified as an oversensed event, one or more detected cardiac events identified as oversensed events, and a second detected cardiac event not identified as an oversensed event, and control the stimulation module to deliver the cardiac electrical stimulation therapy to the patient based on the repaired time intervals. an electrical sensing module configured to acquire first cardiac signal via a first sense electrode configuration, and acquire a second cardiac signal via a second sense electrode configuration; a stimulation module configured to deliver cardiac electrical stimulation therapy to a patient via stimulation electrodes; and a processor configured to detect cardiac events in the first cardiac signal, identify at least some of the cardiac events detected in the first cardiac signal as oversensed events based on whether one or more characteristics of the second cardiac signal confirm the cardiac events; characterized by the processor being configured to determine time intervals between the detected cardiac events, determine repaired time intervals, each of the repaired time intervals being determined based on a sum of time intervals between a first detected cardiac event not identified as an oversensed event, one or more detected cardiac events identified as oversensed events, and a second detected cardiac event not identified as an oversensed event, and control the stimulation module to deliver the cardiac electrical stimulation therapy to the patient based on the repaired time intervals.
A method of preparing a mixed liquid flow having predetermined characteristics, including a predetermined value of a first property and a predetermined value of a second property, comprising the steps of: a) providing a first liquid flow having a first value of the first property; b) providing a second liquid flow having a second value of the first property, different from said first value; c) providing a third liquid flow of solvent; d) combining the provided liquid flows; and e) varying at least one of the first and second liquid flows and the third liquid flow to adjust the first property and the second property to their respective predetermined values in the resulting mixed liquid flow, characterised in that the method further comprises controlling the different liquid flows by flow feedback according to a formula and then fine-adjusting the different liquid flows by measuring the properties of the mixed liquid flow while varying the different flows to adjust the respective properties to their predetermined values. a) providing a first liquid flow having a first value of the first property; b) providing a second liquid flow having a second value of the first property, different from said first value; c) providing a third liquid flow of solvent; d) combining the provided liquid flows; and e) varying at least one of the first and second liquid flows and the third liquid flow to adjust the first property and the second property to their respective predetermined values in the resulting mixed liquid flow,
A stacker crane, comprising: a mast including an elevation surface forming portion having an elevation surface extending in a first direction in which an elevation portion moves up and down and in a second direction orthogonal to the first direction and a pair of side surface portions extending in a third direction orthogonal to the first direction and the second direction from both edges of the elevation surface forming portion in the second direction toward an opposite side to a side at which the elevation portion is arranged, the pair of side surface portions is arranged such that a covering member covering an elevation area of the elevation portion can be attached integrally to said pair of side surface portions, and wherein the stacker crane is characterized in that the mast includes: a reinforcement portion arranged between the pair of side surface portions in the second direction, extending in the third direction from the elevation surface forming portion toward the opposite side to the side at which the elevation portion is arranged, and having a higher stiffness than that of the pair of side surface portions; and an adjusting member arranged so as to leave clearance with the elevation surface forming portion in the third direction, the adjusting member being capable of extending in the second direction, and provided so that both edges thereof contact with the reinforcement portion and the pair of side surface portions. the pair of side surface portions is arranged such that a covering member covering an elevation area of the elevation portion can be attached integrally to said pair of side surface portions, and wherein the stacker crane is characterized in that the mast includes: a reinforcement portion arranged between the pair of side surface portions in the second direction, extending in the third direction from the elevation surface forming portion toward the opposite side to the side at which the elevation portion is arranged, and having a higher stiffness than that of the pair of side surface portions; and an adjusting member arranged so as to leave clearance with the elevation surface forming portion in the third direction, the adjusting member being capable of extending in the second direction, and provided so that both edges thereof contact with the reinforcement portion and the pair of side surface portions. a reinforcement portion arranged between the pair of side surface portions in the second direction, extending in the third direction from the elevation surface forming portion toward the opposite side to the side at which the elevation portion is arranged, and having a higher stiffness than that of the pair of side surface portions; and an adjusting member arranged so as to leave clearance with the elevation surface forming portion in the third direction, the adjusting member being capable of extending in the second direction, and provided so that both edges thereof contact with the reinforcement portion and the pair of side surface portions.
A recovery panel for an agricultural spraying system, the recovery panel overall extending along a vertical direction upwardly between a bottom and a top, and comprising: - an air duct comprising an air inlet port through which the air duct is supplied with air, - a recovery tray forming the bottom of the recovery panel and including a recovery opening through which the recovery tray is to recover surplus sprayed treatment liquid on the plants to be treated, the recovery opening extending about an overall vertical axis and being oriented upwards, the recovery opening being further occupied, at least partly, by a filter grid designed to allow circulation of surplus sprayed treatment liquid to the recovery tray and to retain plant waste on an upper surface of the filter grid, which is vertically opposite to the recovery tray, the recovery panel being characterised in that it further comprises at least one blow-out port communicating with the air duct or an additional air duct and designed to produce an air jet sweeping across the upper surface of the filter grid, so as to blow on the plant waste retained on the upper surface of the filter grid. - an air duct comprising an air inlet port through which the air duct is supplied with air, - a recovery tray forming the bottom of the recovery panel and including a recovery opening through which the recovery tray is to recover surplus sprayed treatment liquid on the plants to be treated, the recovery opening extending about an overall vertical axis and being oriented upwards, the recovery opening being further occupied, at least partly, by a filter grid designed to allow circulation of surplus sprayed treatment liquid to the recovery tray and to retain plant waste on an upper surface of the filter grid, which is vertically opposite to the recovery tray, the recovery panel being characterised in that it further comprises at least one blow-out port communicating with the air duct or an additional air duct and designed to produce an air jet sweeping across the upper surface of the filter grid, so as to blow on the plant waste retained on the upper surface of the filter grid.
A belt for an elevator system, the belt comprising: a plurality of tension members arranged along a belt width and extending longitudinally along a length of the belt; a jacket at least partially enclosing the plurality of tension members, the jacket defining a traction side of the belt configured to interface with a traction sheave of an elevator system, the jacket including: a base material layer; and a coating layer disposed over the base material layer formed from a self-extinguishing fluoroelastomer material; characterized in that the fluoroelastomer material is an ethylene chlorotrifluoroethylene. a plurality of tension members arranged along a belt width and extending longitudinally along a length of the belt; a jacket at least partially enclosing the plurality of tension members, the jacket defining a traction side of the belt configured to interface with a traction sheave of an elevator system, the jacket including: a base material layer; and a coating layer disposed over the base material layer formed from a self-extinguishing fluoroelastomer material; characterized in that the fluoroelastomer material is an ethylene chlorotrifluoroethylene. a base material layer; and a coating layer disposed over the base material layer formed from a self-extinguishing fluoroelastomer material; characterized in that the fluoroelastomer material is an ethylene chlorotrifluoroethylene.
A monitoring device configured to monitor whether a look of a target person is in a proper state suitable for a working environment or a working content, the monitoring device comprising: an image input unit configured to input an image of the target person; a detector configured to analyze the image input by the image input unit and detect a predetermined region of a human body of the target person; a state estimator configured to estimate a state of the predetermined region detected by the detector; a proper state acquisition unit configured to acquire proper state information, the proper state information expressing a proper state of the predetermined region according to the working environment or the working content; and a controller configured to determine whether a present state of the predetermined region of the target person is proper by comparing an estimation result of the state estimator to the proper state information, and perform control according to a determination result, wherein the proper state acquisition unit is configured to analyze the image input by the image input unit, estimate the working environment or the working content of the target person, and decide the proper state of the predetermined region based on the estimation result. an image input unit configured to input an image of the target person; a detector configured to analyze the image input by the image input unit and detect a predetermined region of a human body of the target person; a state estimator configured to estimate a state of the predetermined region detected by the detector; a proper state acquisition unit configured to acquire proper state information, the proper state information expressing a proper state of the predetermined region according to the working environment or the working content; and a controller configured to determine whether a present state of the predetermined region of the target person is proper by comparing an estimation result of the state estimator to the proper state information, and perform control according to a determination result, wherein the proper state acquisition unit is configured to analyze the image input by the image input unit, estimate the working environment or the working content of the target person, and decide the proper state of the predetermined region based on the estimation result.
A fluid collection system comprising: a canister having a cavity, an open end and an interstitial vacuum port; a lid, the lid sealed with the open end of the canister when the fluid collection system is in a closed position; and a fluid receptacle comprising a liner and a fitment assembly, the liner and the fitment assembly together defining a fluid chamber, wherein the fitment assembly is sealed with the lid around an opening in the lid when the fluid collection system is in the closed position; wherein the fitment assembly includes a fluid chamber vacuum port, which is an opening in a base of a fitment; wherein the canister, the lid, and the fluid receptacle together define an interstitial chamber; and wherein a vacuum applied to the interstitial chamber passes through to the fluid chamber via the fluid chamber vacuum port. a canister having a cavity, an open end and an interstitial vacuum port; a lid, the lid sealed with the open end of the canister when the fluid collection system is in a closed position; and a fluid receptacle comprising a liner and a fitment assembly, the liner and the fitment assembly together defining a fluid chamber, wherein the fitment assembly is sealed with the lid around an opening in the lid when the fluid collection system is in the closed position; wherein the fitment assembly includes a fluid chamber vacuum port, which is an opening in a base of a fitment; wherein the canister, the lid, and the fluid receptacle together define an interstitial chamber; and wherein a vacuum applied to the interstitial chamber passes through to the fluid chamber via the fluid chamber vacuum port.
Apparatus for a drive train of a hybrid vehicle, having a planetary gear mechanism which has the elements spider, sun gear and internal gear, and having a first shifting element and a second shifting element, - a first element of the said elements (9, 10, 11) of the planetary gear mechanism serving to fixedly attach a transmission input shaft of a first component transmission of a transmission, - a second element of the said elements (9, 10, 11) of the planetary gear mechanism serving to fixedly attach an electric machine of a hybrid drive, - it being possible for the transmission input shaft of the first component transmission and a transmission input shaft of a second component transmission of the transmission to be coupled to one another or disconnected from one another by way of the second shifting element, - it being possible for an internal combustion engine of the hybrid drive to be coupled to the transmission input shaft of the second component transmission, - characterized in that, by way of the first shifting element, a third element of the said elements (9, 10, 11) of the planetary gear mechanism can be coupled to the transmission input shaft of the second component transmission in a first shifting position of the first shifting element and can be attached on the housing side or stator side in a second shifting position of the first shifting element. - a first element of the said elements (9, 10, 11) of the planetary gear mechanism serving to fixedly attach a transmission input shaft of a first component transmission of a transmission, - a second element of the said elements (9, 10, 11) of the planetary gear mechanism serving to fixedly attach an electric machine of a hybrid drive, - it being possible for the transmission input shaft of the first component transmission and a transmission input shaft of a second component transmission of the transmission to be coupled to one another or disconnected from one another by way of the second shifting element, - it being possible for an internal combustion engine of the hybrid drive to be coupled to the transmission input shaft of the second component transmission, - characterized in that, by way of the first shifting element, a third element of the said elements (9, 10, 11) of the planetary gear mechanism can be coupled to the transmission input shaft of the second component transmission in a first shifting position of the first shifting element and can be attached on the housing side or stator side in a second shifting position of the first shifting element.