mhurhangee/patent-ind-claim-en huggingface dataset:
Projection tool comprising at least one projection lance configured to project a product according to a projection direction (L) and a triggering member capable of being actuated manually by an operator (OP), the projection tool being configured to trigger the projection of the product during an actuation of the triggering member by the operator (OP), the projection tool comprising, in addition, a projection device which comprises: - a surveillance unit configured to monitor the projection direction (L) of the projection tool with respect to at least a projection-enabling beam (F), said projection-enabling beam (F) being defined about a reference axis (R) starting at a reference point (P) fixed on the projection tool , the surveillance unit being configured to emit an alert signal as soon as the projection direction (L) is outside of the projection-enabling beam (F); - a cut-off unit configured to prevent a projection by the projection tool during the actuation of the triggering member , as soon as an alert signal is emitted; characterised in that the protective device in addition comprises: - an adjustment unit making it possible for an operator (OP) to provide features to define the projection-enabling beam (F) and at least said reference axis (R), said reference axis (R) having a given orientation in the space; and - a processing unit configured to define said projection-enabling beam (F) from said features, said projection-enabling beam (F) being used by the surveillance unit , the adjustment unit comprising the triggering member , said adjustment unit being configured to record, as reference axis (R), the projection direction (L) of the projection tool at an instant where an operator (OP) actuates the triggering member . - a surveillance unit configured to monitor the projection direction (L) of the projection tool with respect to at least a projection-enabling beam (F), said projection-enabling beam (F) being defined about a reference axis (R) starting at a reference point (P) fixed on the projection tool , the surveillance unit being configured to emit an alert signal as soon as the projection direction (L) is outside of the projection-enabling beam (F); - a cut-off unit configured to prevent a projection by the projection tool during the actuation of the triggering member , as soon as an alert signal is emitted; - an adjustment unit making it possible for an operator (OP) to provide features to define the projection-enabling beam (F) and at least said reference axis (R), said reference axis (R) having a given orientation in the space; and - a processing unit configured to define said projection-enabling beam (F) from said features, said projection-enabling beam (F) being used by the surveillance unit ,
Maintenance vehicle , consisting of a vehicle frame , supported at the ends on on-track undercarriages , and having side walls for creating a work space , delimited by the same, for working personnel situated on a track , the side walls being arranged on the vehicle frame , characterized in that, for treatment of a track section located within the work space , an industrial robot is arranged on the vehicle , the robot having at least three motion axes , media couplings for energy supply as well as a tool coupling for selective connection to a track treatment tool .
Offshore wind power plant comprising: - at least one hollow structural element , - at least one flow opening arranged in the shell surface of the hollow structural element and breaking through the shell surface, wherein - at least one active control element is flow-connected to the flow opening and influences a media exchange between the interior of the hollow structural element and the exterior of the hollow structural element wherein - the flow opening is flow-connected to the interior of the hollow structural element below the platform via a ventilation tube characterized in - that at least one cable entry is arranged, in an installed state, in a bottom region of the hollow structural element below sea water level, and - that a first substantially airtight platform is arranged inside the hollow structural element , above the bottom region. - at least one hollow structural element , - at least one flow opening arranged in the shell surface of the hollow structural element and breaking through the shell surface, wherein - at least one active control element is flow-connected to the flow opening and influences a media exchange between the interior of the hollow structural element and the exterior of the hollow structural element wherein - the flow opening is flow-connected to the interior of the hollow structural element below the platform via a ventilation tube - that at least one cable entry is arranged, in an installed state, in a bottom region of the hollow structural element below sea water level, and - that a first substantially airtight platform is arranged inside the hollow structural element , above the bottom region.
A fluoropolymer composition [composition (C)] comprising: - at least one semi-crystalline polymer comprising recurring units derived from ethylene and at least one of chlorotrifluoroethylene (CTFE) and tetrafluoroethylene (TFE), said polymer having a heat of fusion of at most 35 J/g, as determined by Differential Scanning Calorimetry (DSC) at a heating rate of 10° C/min, according to ASTM D 3418 [polymer (A)]; and - from 0.05 to 15 % by weight, based on weight of polymer (A), of at least one ethylene copolymer with at least one long chain α-olefin having a number of carbon atoms of 6 or more, and possessing a density of less than 0.900 g/cm 3 , as determined according to ASTM D792 [polymer (O)]. - at least one semi-crystalline polymer comprising recurring units derived from ethylene and at least one of chlorotrifluoroethylene (CTFE) and tetrafluoroethylene (TFE), said polymer having a heat of fusion of at most 35 J/g, as determined by Differential Scanning Calorimetry (DSC) at a heating rate of 10° C/min, according to ASTM D 3418 [polymer (A)]; and - from 0.05 to 15 % by weight, based on weight of polymer (A), of at least one ethylene copolymer with at least one long chain α-olefin having a number of carbon atoms of 6 or more, and possessing a density of less than 0.900 g/cm 3 , as determined according to ASTM D792 [polymer (O)].
An article of luggage comprising a first portion and a second portion connected by a hinge arrangement, each of the first and second portions including a lower structural assembly comprising a shell and an upper structural assembly comprising a framework provided with a covering, the lower structural assembly and the upper structural assembly being secured together by stitching, wherein each shell defines a base having a first end and a second end, end walls extending upwards from the first and second ends of the base , and a connecting wall joining an edge of the base to each of the end walls wherein each upper structural assembly comprises a framework comprising: a first rectangular element that corresponds to a section of the article of luggage and being dimensioned such that its lower end matches the shell of the lower structural assembly, wherein the lower end of the rectangular element fits to and is joined with free edges of the end walls and a free edge of the base ; and a second and a third element , wherein each of the second and third elements are generally L-shaped, having a shorter limb defining a depth of the portion and a longer limb depending from the shorter limb, wherein a free end of each shorter limb is connected to an upper part of the rectangular element , and a free end of each longer limb are connected to an upper part of the shell in a region where the connecting wall 26 joins the respective end walls ; and wherein each upper structural assembly is provided with a covering. a first rectangular element that corresponds to a section of the article of luggage and being dimensioned such that its lower end matches the shell of the lower structural assembly, wherein the lower end of the rectangular element fits to and is joined with free edges of the end walls and a free edge of the base ; and a second and a third element , wherein each of the second and third elements are generally L-shaped, having a shorter limb defining a depth of the portion and a longer limb depending from the shorter limb, wherein a free end of each shorter limb is connected to an upper part of the rectangular element , and a free end of each longer limb are connected to an upper part of the shell in a region where the connecting wall 26 joins the respective end walls ; and wherein each upper structural assembly is provided with a covering.
Household appliance for treatment of laundry, comprising: a housing , with a housing upper side and a housing lower side , an outer tub , which is arranged in the housing , a receiving container , which is arranged in the outer tub , an opening , which is embodied on the housing and through which the receiving container can be loaded and unloaded, an appliance door for closing off the opening , wherein the appliance door comprises a window element , a sealing ring , which is embodied on the housing and is arranged in a substantially encircling manner on an opening edge , wherein the appliance door in a closed state rests against the sealing ring in a sealing manner and wherein the sealing ring has at least one sealing opening , through which fluids flow, wherein at least one receiving element is arranged in the region of the window element , which can be coupled to the window element in a detachable manner via at least one connection unit , characterised in that the window element has a partially funnel-like shape in the direction of the receiving container and wherein the window element has an upper region and the upper region of the window element is facing towards the housing upper side , wherein the receiving element is arranged in the upper region of the window element , whereby there is a rebounding or repelling on the receiving element which is gentle for laundry. a housing , with a housing upper side and a housing lower side , an outer tub , which is arranged in the housing , a receiving container , which is arranged in the outer tub , an opening , which is embodied on the housing and through which the receiving container can be loaded and unloaded, an appliance door for closing off the opening , wherein the appliance door comprises a window element , a sealing ring , which is embodied on the housing and is arranged in a substantially encircling manner on an opening edge , wherein the appliance door in a closed state rests against the sealing ring in a sealing manner and wherein the sealing ring has at least one sealing opening , through which fluids flow, wherein at least one receiving element is arranged in the region of the window element , which can be coupled to the window element in a detachable manner via at least one connection unit , characterised in that the window element has a partially funnel-like shape in the direction of the receiving container and wherein the window element has an upper region and the upper region of the window element is facing towards the housing upper side , wherein the receiving element is arranged in the upper region of the window element , whereby there is a rebounding or repelling on the receiving element which is gentle for laundry.
Hoxb5, a nucleic acid molecule encoding Hoxb5, or a construct comprising the nucleic acid molecule for use in the prevention or treatment of T cell immunodeficiency, wherein B lymphoid cells are transdifferentiated into functional T cells.
A plastic body, comprising: a first layer comprising a rotomouldable plastic; a second layer, within the first layer, comprising a rotomouldable plastic, a coupling agent and a filler; and, a core comprising a plastic foam; wherein the coupling agent acts to form a bond between the rotomouldable plastic, the filler and the plastic foam, and wherein the coupling agent is maleic anhydride, acrylic acid, or vinyl acetate. a first layer comprising a rotomouldable plastic; a second layer, within the first layer, comprising a rotomouldable plastic, a coupling agent and a filler; and, a core comprising a plastic foam; wherein the coupling agent acts to form a bond between the rotomouldable plastic, the filler and the plastic foam, and wherein the coupling agent is maleic anhydride, acrylic acid, or vinyl acetate.
A support for heating elements of floors and of radiating claddings, comprising a base (11; 211) from which bosses (12, 13, 14, 15; 212, 213, 214, 215) protrude which form between them interspaces for laying pipes or electric heating cables, each one of said bosses having a concave portion comprising a frustum-shaped surface , with the concavity directed outward in a laid configuration, on the surface of said concave portion there being at least one anchoring low-relief characterized in that said anchoring low-relief forms an extraction-preventing undercut adapted to be filled with material for laying an element of a cladding or a floor, for preventing an extraction of said material, said undercut being an undercut with respect to a plane (P) parallel to said base and passing through an upper point of an outer edge of the corresponding low-relief .
A reflow soldering system comprising a plurality of individually heatable soldering process zones comprising at least one condensation process zone and at least one convection process zone , characterized by a conveyor comprising a plurality of segments , and a control unit that is able to control the segments of the conveyor individually for conveying the workpiece through the soldering process zones and from one soldering process zone to the next, and to control the reflow soldering system such that it selectively allows the following modes of operation: mode 1: mere convection soldering system with the condensation process zone switched off, mode 2: mere condensation soldering system with the convection process zone switched off, and mode 3: combined soldering system with an arbitrary combination of components of the convection process zone and the condensation process zone , so as to implement complex soldering profiles, so that the reflow soldering system is configured to supply heat to a workpiece selectively through condensation or through convection or as a combination of convection and condensation. a conveyor comprising a plurality of segments , and a control unit that is able to control the segments of the conveyor individually for conveying the workpiece through the soldering process zones and from one soldering process zone to the next, and to control the reflow soldering system such that it selectively allows the following modes of operation: mode 1: mere convection soldering system with the condensation process zone switched off, mode 2: mere condensation soldering system with the convection process zone switched off, and mode 3: combined soldering system with an arbitrary combination of components of the convection process zone and the condensation process zone , so as to implement complex soldering profiles, mode 1: mere convection soldering system with the condensation process zone switched off, mode 2: mere condensation soldering system with the convection process zone switched off, and mode 3: combined soldering system with an arbitrary combination of components of the convection process zone and the condensation process zone , so as to implement complex soldering profiles, so that the reflow soldering system is configured to supply heat to a workpiece selectively through condensation or through convection or as a combination of convection and condensation.
A computer-implemented method comprising: a step of predicting a state of ketosis in postpartum dairy cows for a dairy cow using a concentration value of Albumin (ALB) in the blood of the dairy cow before parturition.
A method for calibrating a display device for quantitative imaging, said display device having a colour gamut, the method comprising: - selecting at least one trajectory in a colour space; - defining a first transformation which primarily increases perceptual linearity of consecutive colour points belonging to the at least one trajectory; - applying the first transformation to colour points of an image belonging to the at least one trajectory; characterized in that: - there are colour points of the display's colour gamut not in the at least one trajectory but which are used to visualize a part of the image; - a first subset of the colour points of the display's colour gamut, not in the at least one trajectory but which are used to visualize a part of the image, remains unchanged; - a second transformation is applied to a second subset of the colour points of the display's colour gamut, not in the at least one trajectory but which are used to visualize a part of the image; - wherein the second transformation redistributes colour points of the second subset between the colour points belonging to the at least one trajectory and the colour points belonging to the first subset; - wherein the second transformation reduces the discontinuity between the colour points of the second subset and the colour points belonging to the at least one trajectory, the colour points belonging to the at least one trajectory having undergone the first transformation; - wherein the first subset is chosen such that at least 70% of the colour gammut and/or contrast and/or luminance of said display device and/or said image are preserved. - selecting at least one trajectory in a colour space; - defining a first transformation which primarily increases perceptual linearity of consecutive colour points belonging to the at least one trajectory; - applying the first transformation to colour points of an image belonging to the at least one trajectory; - there are colour points of the display's colour gamut not in the at least one trajectory but which are used to visualize a part of the image; - a first subset of the colour points of the display's colour gamut, not in the at least one trajectory but which are used to visualize a part of the image, remains unchanged; - a second transformation is applied to a second subset of the colour points of the display's colour gamut, not in the at least one trajectory but which are used to visualize a part of the image; - wherein the second transformation redistributes colour points of the second subset between the colour points belonging to the at least one trajectory and the colour points belonging to the first subset; - wherein the second transformation reduces the discontinuity between the colour points of the second subset and the colour points belonging to the at least one trajectory, the colour points belonging to the at least one trajectory having undergone the first transformation; - wherein the first subset is chosen such that at least 70% of the colour gammut and/or contrast and/or luminance of said display device and/or said image are preserved.
A cylinder lock comprising first and second housing sides, an actuator which is positioned in a space between the first and second housing sides, and a connecting portion which extends completely across the space and connects the first and second housing sides; wherein, the connecting portion is fixed with respect to the first and second housing sides and the actuator is rotatably mounted on the connecting portion in order to cause operation of locking means.
A cooling system with a temperature-maintaining container , which has a latent heat store for maintaining a non-ambient temperature (T L ) for a certain period of time in a storage space for storing temperature-sensitive goods , and a refrigeration unit which can be coupled to the latent heat store in a heat-transferring manner, wherein the storage space is separated from the external surroundings by a wall which, in at least one wall section, forms a cavity between an inner wall section separating the cavity from the storage space and an outer wall section separating the cavity from the external surroundings , wherein passing through the cavity there is a heat transfer medium duct that occupies only a part of the cavity volume and serves for conveying a heat transfer medium, and the rest of the cavity volume can be filled with a phase-change material forming a heat-transferring operative connection with the heat transfer medium duct , wherein the heat transfer medium duct is arranged in the cavity in such a way that the phase-change material completely surrounds the heat transfer medium duct and is in material contact with the entire inner wall section , characterised in that the cavity is partially filled with a super-absorbent and the cavity is partially filled with graphene.
An implant for insertion into a human or animal body, comprising at least one substrate made of a metallic material and a surface formed on the substrate, the surface being provided in whole or in part with a hard material coating, characterized in that the hard material coating comprises a basic layer of TiN or TiNbN applied to the surface by a PVD process and an outer layer of TiAIN applied to the basic layer by a PVD process, the basic layer having a layer thickness in a range of from 1 to 5 μm and the TiAIN outer layer having a layer thickness of from 1 to 6 μm.
A connecting element for a shape memory alloy wire of an actuator for an adjustable component, in particular of a motor vehicle, comprising: a clamping wedge having a receiving opening for the wire extending in an axial direction (A) and a peripheral surface provided with at least one clamping portion , and a sleeve which can be fitted onto the clamping wedge and which has a through-opening extending in the axial direction (A) and an inner surface provided with at least one clamping portion ; characterised by a press bush coupled to the clamping wedge and having a cavity receiving the wire and a wall plastically deformable in the radial direction (R) and provided with an inner surface ; wherein a first clamping force (F K1 ) can be generated on the wire at a least one holding section formed by the inner surface by plastic deformation of the wall , which clamping force connects the wire and the press bushing to one another in a force-locking manner, and wherein the clamping wedge and the sleeve can be braced against one another by a tensile force (F Z ) produced in the wire in the axial direction (A) in such a way that a second clamping force (F K2 ) can be produced on the wire in the receiving opening of the clamping wedge , which additionally connects the wire and the clamping wedge to one another in a force-locking manner. a clamping wedge having a receiving opening for the wire extending in an axial direction (A) and a peripheral surface provided with at least one clamping portion , and a sleeve which can be fitted onto the clamping wedge and which has a through-opening extending in the axial direction (A) and an inner surface provided with at least one clamping portion ; characterised by a press bush coupled to the clamping wedge and having a cavity receiving the wire and a wall plastically deformable in the radial direction (R) and provided with an inner surface ; wherein a first clamping force (F K1 ) can be generated on the wire at a least one holding section formed by the inner surface by plastic deformation of the wall , which clamping force connects the wire and the press bushing to one another in a force-locking manner, and wherein the clamping wedge and the sleeve can be braced against one another by a tensile force (F Z ) produced in the wire in the axial direction (A) in such a way that a second clamping force (F K2 ) can be produced on the wire in the receiving opening of the clamping wedge , which additionally connects the wire and the clamping wedge to one another in a force-locking manner.