mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a process computer (ES), the process computer (ES) being connected at least intermittently to a workstation (PC), a configuration program (KFP) being set up for receiving a unique label (KEN) of the process computer (ES), the configuration program (KFP) inputting the unique label (KEN) and licensing information to an authorization program (AUT), the authorization program (AUT) being executed on the workstation (PC), an association list of one or more unique labels (KEN) and one or more associated available licenses for each is saved in a secure data container (SEC) of the workstation (PC), the authorization program (AUT) determining permissibility by checking whether the available licenses (LIV) associated with the unique identifier (KEN) of the process computer (ES) cover the licenses (LIB) required according to the licensing information, characterized in that the process computer is a real-time process computer, that the workstation (PC) executes the configuration program (KFP) that can transfer the executable binary code (APP) to the process computer (ES), wherein licensing information indicating the required licenses (LIB) is associated with the binary code, wherein the required licenses (LIB) are determined at least in part according to the requirements of the libraries (BIB) or modules used for creating the executable binary code (APP) and are independent of a label of a computer, and that the configuration program (KFP) does not transfer the executable binary code (APP) to the process computer (ES) until the authorization program (AUT) has determined permissibility prior to the transfer.
Metering valve for viscous materials, having a housing , having a material channel that runs in the housing and ends in multiple material outlet openings , and having a number of valve needles displaceably mounted in the housing , which number corresponds to the number of material outlet openings , wherein each valve needle has a valve seat assigned to it, and wherein each valve needle can be moved between a closed position in which it sits on the valve seat assigned to it and closes off one of the material outlet openings , and an open position in which the material outlet opening in question is exposed, characterized in that the valve needles are produced from carbide and are passed through feed-through openings in a guide block arranged at a distance from the valve seats , in longitudinally displaceable manner, wherein the guide block is produced from carbide, at least on the inner surfaces of the feed-through openings that face the valve needles .
A cultivated plant of the species Solanum lycopersicum comprising an acs2 allele having one or more mutations, said mutations resulting in production of a mutant acs2 protein, wherein said mutant acs2 protein has one or more amino acids changed selected from the group consisting of A101T, A101V, A103T, G112R, P118L, V147E, and C265Y in a wild type Acs2 protein, said wild type protein having at least 85% amino acid sequence identity to SEQ ID NO: 1, wherein said mutation or mutations result in reduced ethylene production and/or delayed fruit ripening and/or a longer shelf life compared to Solanum lycopersicum being homozygous for the wild type Acs2 allele encoding said wild type Acs2 protein.
An articulated element between a light source carrier frame and a leveling motor in a headlight of a motor vehicle, said articulated element being connectable to a drive shaft of the leveling motor and to the carrier frame , for translating a linear movement of the drive shaft of the leveling motor into a rotational movement of the carrier frame around a carrier frame axis (W), said articulated element comprises: - a hollow cylinder with a cylinder axis (X), whereby said hollow cylinder is adapted for insertion of a head which is fixedly attachable to the drive shaft of the leveling motor and - a hinge with a hinge axis (Y), consisting of a first hinge element , fixedly attached to the hollow cylinder , and of a second hinge element , fixedly attachable to a bayonet base or being formed as a uniform part of the carrier frame , wherein the first hinge element is fixedly connected to the hollow cylinder through a rigid linking element , characterized in that , the linking element is connected to the hollow cylinder and the first hinge element so that the cylinder axis (X) is essentially parallel to the hinge axis (Y) and wherein the first hinge element is in a form of a cylinder with a circular cross section and the second hinge element is designed as a C receiving geometry and has in a cross section a form of a letter C, with an opening in the direction of the linking element ,for enabling the rotation of the hollow cylinder relative to the head of the drive shaft around said hinge axis (Y) and wherein a height (H1) of the opening is such that, at a maximum rotation of the first hinge element and consequently of the hollow cylinder around the hinge axis (Y), edges of the side opening of the hollow cylinder are prevented from touching the drive shaft , when the articulated element is connected to the drive shaft of the leveling motor , and thus free sliding of the hollow cylinder along its axis(X) relative to a drive shaft axis (Z) is enabled. - a hollow cylinder with a cylinder axis (X), whereby said hollow cylinder is adapted for insertion of a head which is fixedly attachable to the drive shaft of the leveling motor and - a hinge with a hinge axis (Y), consisting of a first hinge element , fixedly attached to the hollow cylinder , and of a second hinge element , fixedly attachable to a bayonet base or being formed as a uniform part of the carrier frame , wherein the first hinge element is fixedly connected to the hollow cylinder through a rigid linking element , characterized in that ,
A method of increasing a width of a door opening of a crossover vehicle to accommodate a wheelchair ramp assembly or lift assembly, the vehicle including a body frame formed partially by at least an A pillar , a B pillar , and a C pillar , where the door opening is defined between the B pillar and the C pillar , the method comprising: providing a first template corresponding to the B pillar and a second template corresponding to the C pillar ; positioning the first template on the B pillar and the second template on the C pillar ; marking a first cut line with the first template on the B pillar and a second cut line with the second template on the C pillar ; cutting along the first cut line with a cutting tool to remove a portion of the B pillar ; cutting along the second cut line with the cutting tool to remove a portion of the C pillar ; assembling a B pillar cover assembly ; coupling a reinforcement plate to a remaining portion of the C pillar ; applying an adhesive to the B pillar cover assembly and to a C pillar cap ; and producing a modified B pillar by coupling the B pillar cover assembly to a remaining portion of the B pillar ; producing a modified C pillar by coupling the C pillar cap to the reinforcement plate and the remaining portion of the C pillar ; and wherein, increasing the width of the door opening between the B pillar and C pillar enables the crossover vehicle to accommodate the wheelchair ramp assembly or lift assembly. providing a first template corresponding to the B pillar and a second template corresponding to the C pillar ; positioning the first template on the B pillar and the second template on the C pillar ; marking a first cut line with the first template on the B pillar and a second cut line with the second template on the C pillar ; cutting along the first cut line with a cutting tool to remove a portion of the B pillar ; cutting along the second cut line with the cutting tool to remove a portion of the C pillar ; assembling a B pillar cover assembly ; coupling a reinforcement plate to a remaining portion of the C pillar ; applying an adhesive to the B pillar cover assembly and to a C pillar cap ; and producing a modified B pillar by coupling the B pillar cover assembly to a remaining portion of the B pillar ; producing a modified C pillar by coupling the C pillar cap to the reinforcement plate and the remaining portion of the C pillar ; and wherein, increasing the width of the door opening between the B pillar and C pillar enables the crossover vehicle to accommodate the wheelchair ramp assembly or lift assembly.
Method for randomly texturing a photofunctional surface of a semiconductor substrate of a light-emitting or light-receiving component , comprising the steps of: - depositing an etch mask on the substrate , - forming a first random rough pattern in the etch mask, said pattern comprising a plurality of cavities of random shapes, depths (d1r) and distribution, said pattern being formed by reactive ion etching, in a reactor which allows control of the energy of the ions providing the reactive ion etching independently of the control of the density of these ions, - transferring the first random rough pattern into the substrate by reactive ion etching of the substrate in order to obtain, on the surface of the substrate, a second random rough pattern consisting of cavities of random shapes, depths (d2r) and distribution, this transfer continuing to etch the mask at a slower rate than during the formation of the rough pattern, method comprising a step of adjusting the energy of the ions by increasing the energy of the ions until inhomogeneous etching of the etch mask is obtained and said plurality of cavities of random shapes, depths (d1r) and distribution are obtained. - depositing an etch mask on the substrate , - forming a first random rough pattern in the etch mask, said pattern comprising a plurality of cavities of random shapes, depths (d1r) and distribution, said pattern being formed by reactive ion etching, in a reactor which allows control of the energy of the ions providing the reactive ion etching independently of the control of the density of these ions, - transferring the first random rough pattern into the substrate by reactive ion etching of the substrate in order to obtain, on the surface of the substrate, a second random rough pattern consisting of cavities of random shapes, depths (d2r) and distribution, this transfer continuing to etch the mask at a slower rate than during the formation of the rough pattern,
A respiratory mask , comprising: a frame ; and an interfacing structure comprising: a cushioning component that comprises foam configured to seal against the patient's face to maintain therapeutic pressure in an airway of the patient; and a clip portion joined to the cushioning component and configured to removably engage the frame to secure the cushioning component to the frame, wherein the frame is more rigid than the clip portion and the clip portion is more rigid than the cushioning component, wherein the clip portion is constructed from a foam that is denser than the foam of the cushioning component, wherein the foam of the clip portion is bonded or adhered to the foam of the cushioning component. a frame ; and an interfacing structure comprising: a cushioning component that comprises foam configured to seal against the patient's face to maintain therapeutic pressure in an airway of the patient; and a clip portion joined to the cushioning component and configured to removably engage the frame to secure the cushioning component to the frame, a cushioning component that comprises foam configured to seal against the patient's face to maintain therapeutic pressure in an airway of the patient; and a clip portion joined to the cushioning component and configured to removably engage the frame to secure the cushioning component to the frame, wherein the frame is more rigid than the clip portion and the clip portion is more rigid than the cushioning component, wherein the clip portion is constructed from a foam that is denser than the foam of the cushioning component, wherein the foam of the clip portion is bonded or adhered to the foam of the cushioning component.
A fiber formed from a resin comprising a silicone-modified polyurethane resin comprising the reaction product of a polyol having a number average molecular weight of at least 500 (A), a chain extender of a polyol having a number average molecular weight of less than 500 (B), an active hydrogen-containing organopolysiloxane (C), and a polyisocyanate (D), the active hydrogen-containing organopolysiloxane (C) containing an active hydrogen-containing organopolysiloxane (C-1) having a carbinol group at only one end, wherein the fiber has a fiber diameter of 100 nm to less than 1,000 nm.
A method for determining an estimation of a topological support of a tubular based structure comprising an inner wall and a plurality of distinct regions, said method comprising: a) obtaining image data representative of the tubular based structure; b) placing an initial seed in an initial region selected from one of said distinct regions; c) performing an initial region growing until an initial resulting area comprises at least a portion of said inner wall and at least a portion of a neighboring region corresponding to one of said distinct regions; d) starting a tree comprising an initial tree node corresponding to said initial region; e) for each neighboring region: placing a subsequent seed in said neighboring region; performing a corresponding subsequent region growing until a subsequent resulting area comprises at least a portion of said inner wall and at least a portion of an additional neighboring region; and adding a tree node corresponding to said neighboring region in said tree; f) performing processing step e) for each of said additional neighboring regions; g) filtering said tree according to predetermined topological parameters to thereby determine said estimation of said topological support of the tubular based structure; and h) performing at least one of storing and displaying at least one part of the estimation of said topological support of the tubular based structure. a) obtaining image data representative of the tubular based structure; b) placing an initial seed in an initial region selected from one of said distinct regions; c) performing an initial region growing until an initial resulting area comprises at least a portion of said inner wall and at least a portion of a neighboring region corresponding to one of said distinct regions; d) starting a tree comprising an initial tree node corresponding to said initial region; e) for each neighboring region: placing a subsequent seed in said neighboring region; performing a corresponding subsequent region growing until a subsequent resulting area comprises at least a portion of said inner wall and at least a portion of an additional neighboring region; and adding a tree node corresponding to said neighboring region in said tree; placing a subsequent seed in said neighboring region; performing a corresponding subsequent region growing until a subsequent resulting area comprises at least a portion of said inner wall and at least a portion of an additional neighboring region; and adding a tree node corresponding to said neighboring region in said tree; f) performing processing step e) for each of said additional neighboring regions; g) filtering said tree according to predetermined topological parameters to thereby determine said estimation of said topological support of the tubular based structure; and h) performing at least one of storing and displaying at least one part of the estimation of said topological support of the tubular based structure.
A propulsion mechanism for a moulding die for production of bottles from thermoplastic polymers, consisting of: - upper and lower control cams, mounted one above the other and secured to a common control axis , coupled to a driving unit, whereby each of the cams is connected to one of two carriers (4 and 5), to each of which is mounted one of the half shells (1 and 2) of the moulding die, whereby the carriers (4 and 5) are coupled to the central vertical axis of the moulding die; - where the propulsion mechanism also includes a system for performing a reciprocating vertical movement of the bottom forming part of the moulding die, synchronized with the movement of the upper and lower cams, - where in the upper cam are made grooves , whose angular position is orientated and synchronized against a groove , made in the lower cam , whereby in the grooves of the upper cam are mounted bearings , to the axes of which are fastened first movable arms (20 and 21), whereby the first movable arms are connected at the other end to fixed bodies (23 and 24), and the first movable arms are connected to the movable carriers (4 and 5), - whereby a driven bearing is engaged to the bottom of the lower cam and in the groove of the lower cam is mounted a drive bearing , secured to an "r "- shaped arm , characterized in that, - the "r"-shaped arm is mounted through a bearing axis to second movable arms , connected to a guide , to which the bottom forming part of the moulding die is attached, whereby the second movable arms drive the guide in vertical axial direction. - upper and lower control cams, mounted one above the other and secured to a common control axis , coupled to a driving unit, whereby each of the cams is connected to one of two carriers (4 and 5), to each of which is mounted one of the half shells (1 and 2) of the moulding die, whereby the carriers (4 and 5) are coupled to the central vertical axis of the moulding die; - where the propulsion mechanism also includes a system for performing a reciprocating vertical movement of the bottom forming part of the moulding die, synchronized with the movement of the upper and lower cams, - where in the upper cam are made grooves , whose angular position is orientated and synchronized against a groove , made in the lower cam , whereby in the grooves of the upper cam are mounted bearings , to the axes of which are fastened first movable arms (20 and 21), whereby the first movable arms are connected at the other end to fixed bodies (23 and 24), and the first movable arms are connected to the movable carriers (4 and 5), - whereby a driven bearing is engaged to the bottom of the lower cam and in the groove of the lower cam is mounted a drive bearing , secured to an "r "- shaped arm , - the "r"-shaped arm is mounted through a bearing axis to second movable arms , connected to a guide , to which the bottom forming part of the moulding die is attached, whereby the second movable arms drive the guide in vertical axial direction.
Antibacterial decontaminating kit for hygienizing the soles of shoes, comprising at least a mat adapted to hygienizing the soles of shoes through the absorption of residues, bacteria, pollen, mites and any other contaminating substance present under the sole of the shoes of a user; said kit being reversibly engageable at an entrance of an apartment, of a store, of an office, of an airport, of a station, of a clean room, of an electronics factory, food plant and of any other premises comprised in the health field and/or any other environment where it is necessary to have maximum hygiene and sanitization, including mixed transport means such as buses, metro, trams, trains and airplanes; said decontaminating kit comprising a mat having plurality of adhesive films , one glued on top of the other and adapted to be torn from said mat, once contaminated by the tread of a user; each of said adhesive films being provided with an upper surface and a lower surface and four sides forming a rectangle; each of said adhesive films being printed on paper, plasticized on both said surfaces (15-15') and printed with removable and/or permanent glue on said lower surface ; said kit also comprising a lower adhesive film (10"), positioned below all the other said adhesive films , provided with an adhesive bottom adapted to be reversibly glued on a horizontal surface or a floor; said films being provided with at least one non-adhesive portion , placed in any one of the corners of said upper surface , adapted to allow a user to grasp the relative film and remove it after use; each film of said decontaminating kit being treated with active principle with bactericide, fungicide action and/or with liquid alcohol base, made of gel, solid, gaseous in order to ensure a protection of long duration; said decontaminating kit being characterized in that each film is adapted to be counted and recognized by means of progressive numbering from said upper film to said lower film (10"); the number of replacements of said adhesive films comprised in said decontaminating mat varying from a minimum of 10 up to 31, allowing a replacement of the entire mat that is staggered monthly; said kit comprising at least one pair of collection trays , laterally positioned with respect to said films , adapted to contain said films once used; each of said films being divided into at least one pair of portions , adapted to divide in half each of said films ; each portion being adapted to be tread by only one sole and being adapted to be rolled on itself due to the movement of the foot of the user who makes each sole slide from the interior towards the exterior of the mat; each of said portions being adapted to be collected in each of said collection trays once used, contaminated and rolled on itself.
A method for handling an overload situation in a mobile cellular network based on one of the standards 2G, 3G or 4G/LTE and which is separated into an access network , a transport network and a core network , wherein at least one blocking relevant criterion of the mobile cellular network is monitored by measuring at least one criterion related parameter and comparing the at least one measured parameter to a certain parameter threshold, and wherein at least one countermeasure for overcoming a blocking event is triggered if the at least one measured parameter falls below or exceeds the respective parameter threshold, wherein the at least one blocking relevant criterion is related to a possible blocking event at the access network and the possible blocking event is related to an overload situation, characterised in that at least one blocking relevant criterion is related to a possible blocking event in a BTS or NodeB or eNodeB of the access network wherein the at least one countermeasure is triggered if measured parameters for a combination of blocking relevant criteria exceed at least one respective parameter threshold and/or a combination of respective parameter thresholds and wherein the multiple criteria and/or thresholds are combined by at least one AND and/or OR condition, wherein the at least one countermeasure is applied depending on the combination of criteria triggering the execution of a countermeasure and wherein the at least one countermeasure performs a temporary reduction of the access classes, and/or initiates a wait timer preventing terminals from sending additional resource and/or service requests.