mhurhangee/patent-ind-claim-en huggingface dataset:
Mobile vehicle barrier (100; 100'; 100") for setting up on flat ground ,at least containing a lower part (10; 10'; 10") and an upper part (20; 20'), wherein: - between a lower part (10; 10'; 10") and an upper part (20; 20') a sliding plane (G) rising from a vehicle impact side to a rear side or a curved sliding surface (G') is provided which is formed between adjacent contact surfaces and/or sliding elements on the upper and lower part (10, 20; 10'; 20'; 10"), wherein the upper part (20; 20') is displaceable in relation to the lower part ; - an offset section (V) of the upper part (20; 20') in relation to the lower part (10; 10'; 10"), is defined by a positive connection of the lower part (10; 10'; 10") and the upper part (20; 20'), and - the lower part (10; 10'; 10") and the upper part (20; 20') are made of concrete characterized - in that the lower part and the upper part are connected in a positive connection via at least one deformable traction element which extends beyond the sliding plane (G) or the sliding surface (G'), and - that, in the initial state of the mobile vehicle barrier (100; 100'; 100"), the traction element is received by and therefore connected to at least one recess in the lower part (10; 10'; 10") and/or the upper part (20; 20'), said recess opening towards the sliding pane (G) or the sliding surface (G'). - between a lower part (10; 10'; 10") and an upper part (20; 20') a sliding plane (G) rising from a vehicle impact side to a rear side or a curved sliding surface (G') is provided which is formed between adjacent contact surfaces and/or sliding elements on the upper and lower part (10, 20; 10'; 20'; 10"), wherein the upper part (20; 20') is displaceable in relation to the lower part ; - an offset section (V) of the upper part (20; 20') in relation to the lower part (10; 10'; 10"), is defined by a positive connection of the lower part (10; 10'; 10") and the upper part (20; 20'), and - the lower part (10; 10'; 10") and the upper part (20; 20') are made of concrete characterized - in that the lower part and the upper part are connected in a positive connection via at least one deformable traction element which extends beyond the sliding plane (G) or the sliding surface (G'), and - that, in the initial state of the mobile vehicle barrier (100; 100'; 100"), the traction element is received by and therefore connected to at least one recess in the lower part (10; 10'; 10") and/or the upper part (20; 20'), said recess opening towards the sliding pane (G) or the sliding surface (G').
A computer implemented method for document collaboration, comprising: issuing in an email a reference to a document to a plurality of entities that have permission to access the document; generating collaboration context data for the document accessible by the plurality of entities, the collaboration context data comprising at least one of information regarding one or more edits made to the document, and information indicative of entities that accessed the document; receiving a request for information regarding the document from an email application of an entity, wherein the request is made when the entity views the email comprising the reference; and providing at least a portion of the collaboration context data to the email application based at least in part upon the request for display to the entity associated with the email application, without the entity having to access the document. issuing in an email a reference to a document to a plurality of entities that have permission to access the document; generating collaboration context data for the document accessible by the plurality of entities, the collaboration context data comprising at least one of information regarding one or more edits made to the document, and information indicative of entities that accessed the document; receiving a request for information regarding the document from an email application of an entity, wherein the request is made when the entity views the email comprising the reference; and providing at least a portion of the collaboration context data to the email application based at least in part upon the request for display to the entity associated with the email application, without the entity having to access the document.
Removal aid for removal of liquid and solid mix (M) from a stirring bowl for a food processor, the stirring bowl comprising an opening , an inner wall , a bottom , as well as a rotatable stirring unit which reaches into the interior of the stirring bowl through the bottom and which has at least one functional element for mixing and/or crushing the mix, wherein the removal aid comprises a handle and a work element and is intended for a rotation in a working direction (A), characterized in that the working element - has a centering aid which is designed to cooperate with a stirring unit's end of the stirring unit , said end pointing towards the opening , and - has a convex reception region with a spatula-like working edge that points towards the working direction (A), so that the removal aid can be centred onto said stirring unit's end and can be rotated in working direction (A) inside the stirring bowl . - has a centering aid which is designed to cooperate with a stirring unit's end of the stirring unit , said end pointing towards the opening , and - has a convex reception region with a spatula-like working edge that points towards the working direction (A),
A machine for the sizing and colouring of holes in leather or leatherette products, comprising - a structure having a supporting surface for a leather or leatherette product having a plurality of holes, - a movable base supporting a plurality of heads , each equipped with a respective tool adapted to size and colour the holes, - a movement unit configured to move said movable base , characterized in that said movable base is located below the supporting surface and in that said movement unit is configured to move said movable base between a colour dipping position, in which said heads interact with a containment volume (V) containing the colour, and a hole sizing and colouring position, in which the tools protrude from the supporting surface for engaging, sizing and colouring the holes, wherein said movement unit is configured to rotate said movable base about an axis of rotation (R) parallel to said supporting surface between a first intermediate position, in which said tools face the containment volume (V), and a second intermediate position, in which said tools are arranged below the supporting surface and face said supporting surface . - a structure having a supporting surface for a leather or leatherette product having a plurality of holes, - a movable base supporting a plurality of heads , each equipped with a respective tool adapted to size and colour the holes, - a movement unit configured to move said movable base , characterized in that said movable base is located below the supporting surface and in that said movement unit is configured to move said movable base between a colour dipping position, in which said heads interact with a containment volume (V) containing the colour, and a hole sizing and colouring position, in which the tools protrude from the supporting surface for engaging, sizing and colouring the holes, wherein said movement unit is configured to rotate said movable base about an axis of rotation (R) parallel to said supporting surface between a first intermediate position, in which said tools face the containment volume (V), and a second intermediate position, in which said tools are arranged below the supporting surface and face said supporting surface .
A method of reprogramming primate somatic cells, the method comprising the steps of: exposing potency-determining factors to the primate somatic cells under conditions sufficient to reprogram the cells by introducing a vector encoding the potency-determining factors into the cells, wherein the potency-determining factors consist of Oct-4, Sox2 and Nanog; Oct-4, Sox2 and Lin28; or Oct-4, Sox2, Nanog and Lin28, and wherein the primate somatic cells have been obtained from a post-natal individual; and culturing the exposed cells to obtain reprogrammed cells having a higher potency level than the primate somatic cells and substantially genetically identical to the post-natal individual. exposing potency-determining factors to the primate somatic cells under conditions sufficient to reprogram the cells by introducing a vector encoding the potency-determining factors into the cells, wherein the potency-determining factors consist of Oct-4, Sox2 and Nanog; Oct-4, Sox2 and Lin28; or Oct-4, Sox2, Nanog and Lin28, and wherein the primate somatic cells have been obtained from a post-natal individual; and culturing the exposed cells to obtain reprogrammed cells having a higher potency level than the primate somatic cells and substantially genetically identical to the post-natal individual.
A working Channel, CH, tuning method, comprising: providing, by an Optical Network Unit, ONU, for an Optical Line Terminal, OLT, at least one of the following information: a working CH corresponding to minimum power consumption or power consumption information corresponding to the ONU in different CHs (S302); receiving, by the ONU, a tuning message which indicates a first working CH and is provided by the OLT according to the provided information (S304); and tuning, by the ONU, a working CH to the first working CH indicated by the tuning message (S306); or, acquiring power consumption information corresponding to an Optical Network Unit, ONU, in different CHs (S402); and selecting a working CH corresponding to minimum power consumption for activation (S404); wherein in a process of providing the information for the OLT (S302), the information is provided for the OLT in a following manner: under a condition that the ONU is in a working state, the information is provided for the OLT through at least one of: a Serial_Number_ONU working message, a Physical Layer Operation Administration and Maintenance, PLOAM, message or an ONU Management Control Interface, OMCI, message. providing, by an Optical Network Unit, ONU, for an Optical Line Terminal, OLT, at least one of the following information: a working CH corresponding to minimum power consumption or power consumption information corresponding to the ONU in different CHs (S302); receiving, by the ONU, a tuning message which indicates a first working CH and is provided by the OLT according to the provided information (S304); and tuning, by the ONU, a working CH to the first working CH indicated by the tuning message (S306); or, acquiring power consumption information corresponding to an Optical Network Unit, ONU, in different CHs (S402); and selecting a working CH corresponding to minimum power consumption for activation (S404); wherein in a process of providing the information for the OLT (S302), the information is provided for the OLT in a following manner: under a condition that the ONU is in a working state, the information is provided for the OLT through at least one of: a Serial_Number_ONU working message, a Physical Layer Operation Administration and Maintenance, PLOAM, message or an ONU Management Control Interface, OMCI, message.
A control apparatus for an ablation catheter system for performing an ablation procedure on target cardiac tissue of a patient , the control apparatus comprising a timing system including an automated timer configured to receive time settings defining a duration of part of an ablation phase of the ablation procedure as a function of an actual detected time to isolation, TTI, of the target tissue, wherein the ablation phase is defined by a start of ablation and an end of ablation; wherein: the timing system is further configured to receive a TTI setting (T x ), the time settings include a first time setting and a second time setting different than the first time setting; and the first time setting defines a first duration of a post-isolation phase (T p ) of the ablation phase, and the second time setting defines a second duration of the post-isolation phase (T p ) of the ablation phase, and the automated timer automatically switches from the first time setting to the second time setting if the TTI has not occurred prior to the TTI setting. the timing system is further configured to receive a TTI setting (T x ), the time settings include a first time setting and a second time setting different than the first time setting; and the first time setting defines a first duration of a post-isolation phase (T p ) of the ablation phase, and the second time setting defines a second duration of the post-isolation phase (T p ) of the ablation phase, and the automated timer automatically switches from the first time setting to the second time setting if the TTI has not occurred prior to the TTI setting.
An electrode comprising a current collector, an active material layer comprising a sulfur-based active material, a primer layer for protecting the current collector and a crosslinking agent layer comprising a compound being capable of crosslinking an aqueous binder contained in the primer layer, wherein the primer layer and the crosslinking agent layer are disposed between the current collector and the active material layer, wherein the crosslinking agent layer is an oxide layer resulting from decomposition of the crosslinking agent, wherein an oxide layer resulting from decomposition of the crosslinking agent is interposed between the primer layer and the active material layer, and wherein the compound being capable of crosslinking the aqueous binder contained in the primer layer is one or more compounds selected from the group consisting of a zirconium compound, a titanium compound and a boron compound. wherein the crosslinking agent layer is an oxide layer resulting from decomposition of the crosslinking agent, wherein an oxide layer resulting from decomposition of the crosslinking agent is interposed between the primer layer and the active material layer, and wherein the compound being capable of crosslinking the aqueous binder contained in the primer layer is one or more compounds selected from the group consisting of a zirconium compound, a titanium compound and a boron compound.
A system , comprising: a data processing system comprising memory and one or more processors to: receive, from an application developer , an application that is configured to perform a plurality of voice assistant-compatible actions responsive to voice input; identify said plurality of actions the application is configured to perform responsive to voice input; identify a plurality of content items provided by a plurality of third-party content providing computing devices ; generate, via a machine learning model and performance data for the plurality of content items, a plurality of bit vectors corresponding to the plurality of actions, each of the plurality of bit vectors indicating a subset plurality of highest relevance ranking content items for a respective action, wherein the plurality of bit vectors are comprised by a data structure, wherein the plurality of bit vectors in the data structure indicate identifiers of the plurality of content items, and wherein the performance data indicates how well each of the plurality of content items performed when provided; and select, responsive to a request for content for a computing device that executes an action of the application , a content item from the subset plurality of content items by scoring the content items and selecting the content item with the highest score, wherein scoring the content items is based on matching the content items with the bit vector that corresponds to the action based on performance data of the content item or a sponsor match of the content item. receive, from an application developer , an application that is configured to perform a plurality of voice assistant-compatible actions responsive to voice input; identify said plurality of actions the application is configured to perform responsive to voice input; identify a plurality of content items provided by a plurality of third-party content providing computing devices ; generate, via a machine learning model and performance data for the plurality of content items, a plurality of bit vectors corresponding to the plurality of actions, each of the plurality of bit vectors indicating a subset plurality of highest relevance ranking content items for a respective action, wherein the plurality of bit vectors are comprised by a data structure, wherein the plurality of bit vectors in the data structure indicate identifiers of the plurality of content items, and wherein the performance data indicates how well each of the plurality of content items performed when provided; and select, responsive to a request for content for a computing device that executes an action of the application , a content item from the subset plurality of content items by scoring the content items and selecting the content item with the highest score, wherein scoring the content items is based on matching the content items with the bit vector that corresponds to the action based on performance data of the content item or a sponsor match of the content item.
A loudspeaker (100; 200; 300; 400) comprising: a driver (105; 205; 305; 410); a housing structure (115; 215; 315; 405); and a positioning element configured to position the driver (105; 205; 305; 410) in at least one of a first position relative to the housing structure (115; 215; 315; 405), and a second position relative to the housing structure (115; 215; 315; 405); characterised by an acoustic interface (110; 210; 310) surrounding the driver (105; 205; 305; 410), wherein an outer portion of the acoustic interface is supported by and secured to the housing structure (115; 215; 315; 405), wherein the first position relative to the housing structure (115; 215; 315; 405) is a baffle configuration for the acoustic interface (110; 210; 310), and the second position relative to the housing structure (115; 215; 315; 405) is a horn configuration for the acoustic interface (110; 210; 310). a driver (105; 205; 305; 410); a housing structure (115; 215; 315; 405); and a positioning element configured to position the driver (105; 205; 305; 410) in at least one of a first position relative to the housing structure (115; 215; 315; 405), and a second position relative to the housing structure (115; 215; 315; 405); characterised by an acoustic interface (110; 210; 310) surrounding the driver (105; 205; 305; 410), wherein an outer portion of the acoustic interface is supported by and secured to the housing structure (115; 215; 315; 405), a first position relative to the housing structure (115; 215; 315; 405), and a second position relative to the housing structure (115; 215; 315; 405); characterised by an acoustic interface (110; 210; 310) surrounding the driver (105; 205; 305; 410), wherein an outer portion of the acoustic interface is supported by and secured to the housing structure (115; 215; 315; 405), wherein the first position relative to the housing structure (115; 215; 315; 405) is a baffle configuration for the acoustic interface (110; 210; 310), and the second position relative to the housing structure (115; 215; 315; 405) is a horn configuration for the acoustic interface (110; 210; 310).
A method for corrosion protection in a marine construction , such as a marine surface vessel or a marine structure, the marine construction comprising at least one metal element (M, A, R) and a sacrificial anode (P) adapted to be at least partly immersed in an electrolyte (W) in the form of water, in which the marine construction is at least partly immersed, and that at least one of the metal elements (M, A, R) is a metal part (M) to be corrosion protected by the sacrificial anode (P), characterized in said method comprising - measuring an electrical potential (VRP) of the sacrificial anode (P) with a reference electrode (R) as a ground reference; - determining, based on said measured electrical potential (VRP), that a passivation layer has formed on the sacrificial anode (P); - disconnecting the metal part (M) from the sacrificial anode (P); and - connecting a metal element in the form of a further anode (A) and the sacrificial anode (P) to a DC electrical power outlet to apply an electrical de-passivation current through an electrical circuit comprising the sacrificial anode (P), the anode (A) and the electrolyte (W), thereby removing the passivation layer on the sacrificial anode (P). - measuring an electrical potential (VRP) of the sacrificial anode (P) with a reference electrode (R) as a ground reference; - determining, based on said measured electrical potential (VRP), that a passivation layer has formed on the sacrificial anode (P); - disconnecting the metal part (M) from the sacrificial anode (P); and - connecting a metal element in the form of a further anode (A) and the sacrificial anode (P) to a DC electrical power outlet to apply an electrical de-passivation current through an electrical circuit comprising the sacrificial anode (P), the anode (A) and the electrolyte (W), thereby removing the passivation layer on the sacrificial anode (P).
A one-way valve comprising: a semi-annular, relatively rigid valve seat defining axially-extending, opposing first marginal portions , and an axially-extending first mid-portion angularly extending between the opposing first marginal portions ; and a flexible valve cover superimposed on the valve seat and defining axially-extending, opposing second marginal portions fixedly secured on or adjacent to respective first marginal portions of the valve seat , and an axially-extending second mid-portion angularly extending between the opposing first marginal portions and superimposed on the first mid-portion of the valve seat , wherein the valve cover forms a normally closed axially and angularly extending valve seam therebetween, wherein the valve seam defines an inlet at approximately one end thereof and an outlet axially spaced relative to the inlet at approximately another end thereof, and the valve cover is movable in response to fluid at the inlet exceeding a valve opening pressure between (i) a normally closed position with the first and second mid-portions in contact with each other and defining the normally closed seam , and (ii) a second position with at least a portion of the valve cover spaced away from the valve seat to allow the fluid to pass through the seam from the inlet through the outlet , characterised in that the valve cover and valve seat define a first degree of interference therebetween at the inlet of the valve and a second degree of interference therebetween at the outlet of the valve that is less than the first degree of interference. a semi-annular, relatively rigid valve seat defining axially-extending, opposing first marginal portions , and an axially-extending first mid-portion angularly extending between the opposing first marginal portions ; and a flexible valve cover superimposed on the valve seat and defining axially-extending, opposing second marginal portions fixedly secured on or adjacent to respective first marginal portions of the valve seat , and an axially-extending second mid-portion angularly extending between the opposing first marginal portions and superimposed on the first mid-portion of the valve seat , wherein the valve cover forms a normally closed axially and angularly extending valve seam therebetween, wherein the valve seam defines an inlet at approximately one end thereof and an outlet axially spaced relative to the inlet at approximately another end thereof, and the valve cover is movable in response to fluid at the inlet exceeding a valve opening pressure between (i) a normally closed position with the first and second mid-portions in contact with each other and defining the normally closed seam , and (ii) a second position with at least a portion of the valve cover spaced away from the valve seat to allow the fluid to pass through the seam from the inlet through the outlet , characterised in that the valve cover and valve seat define a first degree of interference therebetween at the inlet of the valve and a second degree of interference therebetween at the outlet of the valve that is less than the first degree of interference.