mhurhangee/patent-ind-claim-en huggingface dataset:
A gripping device for kitchen applications, comprising at least one gripping element , - which comprises a circumferential ring element , on which a finger receptacle comprising a receiving opening is provided at an end region and on which a profile for supporting the gripping element on a dish is provided at another end region , - and which is formed in two parts, with an upper part comprising the finger receptacle and a lower part comprising the profile for supporting the gripping element on the dish, the upper and the lower part being detachably interconnected, characterized in that the lower part is formed in one piece with a disk-like supporting element , which forms a stop for the relevant finger that is inserted into the ring element through the finger receptacle, and in that the receiving opening in the finger receptacle is formed to be at least substantially star-shaped, with respective opening lines which extend radially outward from a midpoint. - which comprises a circumferential ring element , on which a finger receptacle comprising a receiving opening is provided at an end region and on which a profile for supporting the gripping element on a dish is provided at another end region , - and which is formed in two parts, with an upper part comprising the finger receptacle and a lower part comprising the profile for supporting the gripping element on the dish, the upper and the lower part being detachably interconnected,
A drill that drills at least one of a composite material and a metal, wherein a web thickness (W) at least at a tip of the drill is not less than 5 % and less than 25 % of at least one diameter of the drill ; and a body of the drill is made of a cemented carbide or a material having at least a hardness and a toughness equal to a hardness and a toughness of the cemented carbide, wherein the drill is a step drill having at least two diameters (D1, D2) and web thicknesses (W1, W2) corresponding to the at least two diameters (D1, D2), wherein each of the web thicknesses (W1, W2) is not less than 5 % and less than 25 % of its corresponding one of the at least two diameters (D1, D2) respectively.
Method for detecting at least one proportion of a measurement gas component having bound oxygen in a gas mixture, in particular in exhaust gas of an internal combustion engine, in a measuring gas space by sensing a proportion of oxygen which is generated by reducing the measuring gas component having the bound oxygen, when molecular oxygen is present in a device which has at least one first pump cell , one reference cell and one second pump cell , comprising the steps: a) generating a first pump current in the first pump cell in such a way that a first proportion of oxygen ions is transported between the measuring gas space and the surroundings of the device ; b) applying a reference pump current to the reference cell in such a way that a second portion of oxygen ions is transported into a reference gas space ; c) decomposing the measuring gas component having the bound oxygen by means of catalysis at an electrode of the second pump cell , as a result of which further molecular oxygen is generated from the measuring gas component; d) applying a second pump current to the second pump cell in such a way that a proportion of further oxygen ions which are formed from the further molecular oxygen is transported into the reference gas space ; wherein e) a sum of currents which is formed from the reference pump current and the second pump current is kept constant, and in that a value of the reference pump current is set in such a way that the sum of the currents is kept constant, and the proportion of the measuring gas component having the bound oxygen in the gas mixture is determined from a value of the second pump current . a) generating a first pump current in the first pump cell in such a way that a first proportion of oxygen ions is transported between the measuring gas space and the surroundings of the device ; b) applying a reference pump current to the reference cell in such a way that a second portion of oxygen ions is transported into a reference gas space ; c) decomposing the measuring gas component having the bound oxygen by means of catalysis at an electrode of the second pump cell , as a result of which further molecular oxygen is generated from the measuring gas component; d) applying a second pump current to the second pump cell in such a way that a proportion of further oxygen ions which are formed from the further molecular oxygen is transported into the reference gas space ; wherein e) a sum of currents which is formed from the reference pump current and the second pump current is kept constant, and in that a value of the reference pump current is set in such a way that the sum of the currents is kept constant, and the proportion of the measuring gas component having the bound oxygen in the gas mixture is determined from a value of the second pump current .
An insert for vehicle wheels, comprising an insert body and fastening means that enable said insert to be fastened to a rim of a wheel, said fastening means comprising at least one retaining element and at least one fastening element , - said at least one retaining element being provided with a step ; - the or each fastening element comprising at least one tab that is coupled to said step ; characterised in that said at least one fastening element covers the or each retaining element ; - the or each retaining element has a frustoconical-shaped tip ; and - the or each fastening element comprises a fastening projection for fastening thereof to the rim of the wheel. - said at least one retaining element being provided with a step ; - the or each fastening element comprising at least one tab that is coupled to said step ; characterised in that said at least one fastening element covers the or each retaining element ; - the or each retaining element has a frustoconical-shaped tip ; and - the or each fastening element comprises a fastening projection for fastening thereof to the rim of the wheel.
Method for establishing a connection between a carrier metal layer and a graphite layer , comprising the following steps: - providing a carrier metal layer ; - providing a graphite layer to be connected to the carrier metal layer ; - arranging an adhesive layer , which contains at least one metal , between the carrier metal layer and the graphite layer ; - connecting the carrier metal layer to the graphite layer , the connection involving a heat-induced diffusion step in which the metal is stimulated so as to at least partially penetrate the graphite layer and the carrier metal layer , the metal remaining in the solid phase, characterised in that the adhesive layer contains silver as the metal . - providing a carrier metal layer ; - providing a graphite layer to be connected to the carrier metal layer ; - arranging an adhesive layer , which contains at least one metal , between the carrier metal layer and the graphite layer ; - connecting the carrier metal layer to the graphite layer , the connection involving a heat-induced diffusion step in which the metal is stimulated so as to at least partially penetrate the graphite layer and the carrier metal layer , the metal remaining in the solid phase, characterised in that the adhesive layer contains silver as the metal .
A method of treating an animal carcass comprising providing an animal carcass in a containment with one or more acoustic wave applicators operatively coupled to the containment, characterized in that the one or more acoustic wave applicators are acoustic pressure shock wave devices applicators that each have a reflector adjacent a shock wave generating device in a cavity containing liquid and covered by a membrane , wherein the reflector is selected from the group consisting of an ellipsoidal reflector , parabolic reflector , spherical reflector and segmental reflector , applying, at an angle of from 20° to 70° relative to the surface of the carcass , shock waves having a compressive phase producing high compressive pressure and a tensile phase producing cavitation bubbles that collapse from the one or more acoustic pressure shock wave applicators to the carcass sufficient to reduce contaminants on the carcass, and processing the carcass following application of shock waves into meat for consumption. providing an animal carcass in a containment with one or more acoustic wave applicators operatively coupled to the containment, characterized in that the one or more acoustic wave applicators are acoustic pressure shock wave devices applicators that each have a reflector adjacent a shock wave generating device in a cavity containing liquid and covered by a membrane , wherein the reflector is selected from the group consisting of an ellipsoidal reflector , parabolic reflector , spherical reflector and segmental reflector , applying, at an angle of from 20° to 70° relative to the surface of the carcass , shock waves having a compressive phase producing high compressive pressure and a tensile phase producing cavitation bubbles that collapse from the one or more acoustic pressure shock wave applicators to the carcass sufficient to reduce contaminants on the carcass, and processing the carcass following application of shock waves into meat for consumption.
A filter comprising: a seamless frame having a proximal end and a longitudinal axis, a seamless support member circumscribing the longitudinal axis and distally spaced from the proximal end, and at least one attachment strut, and a filter media attached to the frame , the filter media having an open end and a closed end defining an end of said filter, the filter comprising a pharmacological agent and being configured such that fluid flowing through the filter media elutes the pharmacological agent when the filter is deployed in a host vessel, wherein either the filter media comprises a plurality of filter layers and the pharmacological agent is located between layers of filter media , or the pharmacological agent is imbibed into the filter media . a seamless frame having a proximal end and a longitudinal axis, a seamless support member circumscribing the longitudinal axis and distally spaced from the proximal end, and at least one attachment strut, and a filter media attached to the frame , the filter media having an open end and a closed end defining an end of said filter, the filter comprising a pharmacological agent and being configured such that fluid flowing through the filter media elutes the pharmacological agent when the filter is deployed in a host vessel, wherein either the filter media comprises a plurality of filter layers and the pharmacological agent is located between layers of filter media , or the pharmacological agent is imbibed into the filter media .
A system for fastening a rivet in a work piece with a rivet driver , the system comprising: a workpiece having a work surface , the rivet having a manufactured head , shank , and a shank end , the installed shank and shank end nominally projecting from the work surface, an anvil having an anvil face ; a plunger slidably engaged with said anvil, said plunger having a distal end, the distal end nominally extending beyond said anvil face; a load source that is operative to nominally urge said plunger distal end forward relative to said anvil face to maintain contact with the work surface; characterized in that the system further comprises a sensor that is operative to sense the distance between the plunger distal end, being in contact with the work surface, and the anvil face and produce an input signal related to said distance; a control subsystem comprising a controller, said control subsystem operative to enable and disable the rivet driver; and receive the input signal from the sensor and send an output signal to the controller, and disable the rivet driver when said distance is substantially equal to a desired rivet head height. a workpiece having a work surface , the rivet having a manufactured head , shank , and a shank end , the installed shank and shank end nominally projecting from the work surface, an anvil having an anvil face ; a plunger slidably engaged with said anvil, said plunger having a distal end, the distal end nominally extending beyond said anvil face; a load source that is operative to nominally urge said plunger distal end forward relative to said anvil face to maintain contact with the work surface; characterized in that the system further comprises a sensor that is operative to sense the distance between the plunger distal end, being in contact with the work surface, and the anvil face and produce an input signal related to said distance; a control subsystem comprising a controller, said control subsystem operative to enable and disable the rivet driver; and receive the input signal from the sensor and send an output signal to the controller, and disable the rivet driver when said distance is substantially equal to a desired rivet head height. enable and disable the rivet driver; and receive the input signal from the sensor and send an output signal to the controller, and disable the rivet driver when said distance is substantially equal to a desired rivet head height.
A packet for french fries comprising a bottom , side walls, a front- and a back-wall and a closable lid , which packet has a total surface area and is provided with perforations that collectively have an open area which is set at a preselected ratio of the total surface area, wherein said perforations are at least provided in the lid , the perforations are further provided in the front- and back-wall , characterised in that the perforations in the front- and back-wall are restricted to an area in the bottom's vicinity, wherein the bottom's vicinity extends from the bottom up to a third of the total height of the front- and back-wall .
A gas addition device for oxygenating a liquid blood product depleted of oxygen, or oxygen and carbon dioxide, comprising: a. an enclosure ; b. one or more liquid chambers , wherein the one or more liquid chambers comprise one or more flow control features configured to disrupt laminar flow, and wherein the one or more flow control features are half the height of the one or more liquid chambers ; c. two or more gas addition chambers ; d. one or more gas addition ports in fluid communication with the two or more gas addition chambers ; e. at least one gas permeable barrier separating at least one of the one or more liquid chambers from the two or more gas addition chambers , wherein the at least one gas permeable barrier is permeable to oxygen or both oxygen and carbon dioxide; f. at least one liquid inlet in fluid communication with the one or more liquid chambers ; and g. at least one liquid outlet in fluid communication with the one or more liquid chambers . a. an enclosure ; b. one or more liquid chambers , wherein the one or more liquid chambers comprise one or more flow control features configured to disrupt laminar flow, and wherein the one or more flow control features are half the height of the one or more liquid chambers ; c. two or more gas addition chambers ; d. one or more gas addition ports in fluid communication with the two or more gas addition chambers ; e. at least one gas permeable barrier separating at least one of the one or more liquid chambers from the two or more gas addition chambers , wherein the at least one gas permeable barrier is permeable to oxygen or both oxygen and carbon dioxide; f. at least one liquid inlet in fluid communication with the one or more liquid chambers ; and g. at least one liquid outlet in fluid communication with the one or more liquid chambers .
A helmet comprising a shell to at least partially protect the head of a user, and a camcorder integrated in the helmet, provided with at least one lens arranged to frame at least a portion of the ambient around the helm, the camcorder being provided with a recording activation/interruption switch , wherein said switch is positioned on the helmet so as to activate the recording when the helmet is worn by the user, and to deactivate the recording when the helmet is unworn by the user, characterized in that the switch is integrated into a throat-lash , and when the throat-lash is properly fastened, the switch activates the recording, while when the throat-lash is unfastened, the registration is stopped.
An optoelectronic semiconductor component , comprising - a semiconductor body , which comprises a semiconductor layer sequence having a p-type semiconductor region , an n-type semiconductor region and an active layer arranged between the p-type semiconductor region and the n-type semiconductor region , - a carrier , which comprises a plastic and a first via and a second via , - a p-contact layer and an n-contact layer , which are arranged between the carrier and the semiconductor body at least in some regions, wherein the p-contact layer is electrically joined to the first via and the p-type semiconductor region , and the n-contact layer is electrically joined to the second via and the n-type semiconductor region , - a metallic reinforcing layer , which is arranged at least in some regions between the n-contact layer and the carrier , wherein the metallic reinforcing layer is at least 5 μm thick, and - at least one p-contact feed-through , which is arranged between the first via and the p-contact layer , wherein the p-contact feed-through is at least 5 μm thick and is surrounded in a lateral direction by the reinforcing layer at least in some regions, wherein - the optoelectronic semiconductor component comprises oblique side walls , which are formed at least in some regions by external sides of the carrier , and wherein the side walls run obliquely in such a way that a cross-section of the optoelectronic semiconductor component tapers from the carrier towards a radiation exit surface . - a semiconductor body , which comprises a semiconductor layer sequence having a p-type semiconductor region , an n-type semiconductor region and an active layer arranged between the p-type semiconductor region and the n-type semiconductor region , - a carrier , which comprises a plastic and a first via and a second via , - a p-contact layer and an n-contact layer , which are arranged between the carrier and the semiconductor body at least in some regions, wherein the p-contact layer is electrically joined to the first via and the p-type semiconductor region , and the n-contact layer is electrically joined to the second via and the n-type semiconductor region , - a metallic reinforcing layer , which is arranged at least in some regions between the n-contact layer and the carrier , wherein the metallic reinforcing layer is at least 5 μm thick, and - at least one p-contact feed-through , which is arranged between the first via and the p-contact layer , wherein the p-contact feed-through is at least 5 μm thick and is surrounded in a lateral direction by the reinforcing layer at least in some regions, wherein - the optoelectronic semiconductor component comprises oblique side walls , which are formed at least in some regions by external sides of the carrier , and wherein the side walls run obliquely in such a way that a cross-section of the optoelectronic semiconductor component tapers from the carrier towards a radiation exit surface .
An exercise monitoring device , comprising: a display configured to display exercise data with respect to a plurality of exercisers during a group exercise session; and processing means for receiving of a signal wirelessly from each of a plurality of exercise sensors (S1-S4), wherein each exercise sensor (S1-S4) measures the exercise data with respect to an exerciser carrying the respective exercise sensor (S1-S4); processing means for determining distances between each exercise sensor and the exercise monitoring device; processing means for performing sorting of the plurality of exercise sensors (S1-S4) on the basis of the determined distances during the group exercise session; and processing means for displaying the exercise data on the display on the basis of the sorting during the group exercise session. a display configured to display exercise data with respect to a plurality of exercisers during a group exercise session; and processing means for receiving of a signal wirelessly from each of a plurality of exercise sensors (S1-S4), wherein each exercise sensor (S1-S4) measures the exercise data with respect to an exerciser carrying the respective exercise sensor (S1-S4); processing means for determining distances between each exercise sensor and the exercise monitoring device; processing means for performing sorting of the plurality of exercise sensors (S1-S4) on the basis of the determined distances during the group exercise session; and processing means for displaying the exercise data on the display on the basis of the sorting during the group exercise session.
An air-conditioning apparatus comprising: a body ; a decorative panel defining a lower surface of the body ; an air-inlet grille that is attached to an air inlet of the decorative panel and can rotate to open and close; and a shaft disposed on the decorative panel , the shaft being movable along an axis of rotation of the air-inlet grille , wherein the shaft includes a shaft body , the air conditioning apparatus characterized in that the shaft further includes a pivot protruding from one end face of the shaft body in a moving direction of the shaft , and a rib extending parallel to the pivot , wherein the air-inlet grille has a mating hole into which the pivot is inserted to support rotation of the air-inlet grille , wherein the pivot is fitted in the mating hole at a first limit of a movable range of the shaft , wherein the rib engages the decorative panel while the pivot is fitted in the mating hole , wherein the shaft body includes a shaft protrusion on a face of the shaft body that extends in the moving direction, wherein the decorative panel includes a panel protrusion located on a path along which the shaft protrusion moves, and wherein the panel protrusion is disposed between a position of the shaft protrusion at the first limit of the movable range of the shaft and a position of the shaft protrusion at a second limit of the movable range of the shaft . a body ; a decorative panel defining a lower surface of the body ; an air-inlet grille that is attached to an air inlet of the decorative panel and can rotate to open and close; and a shaft disposed on the decorative panel , the shaft being movable along an axis of rotation of the air-inlet grille , wherein the shaft includes a shaft body , the air conditioning apparatus characterized in that the shaft further includes a pivot protruding from one end face of the shaft body in a moving direction of the shaft , and a rib extending parallel to the pivot , a shaft body , the air conditioning apparatus characterized in that the shaft further includes a pivot protruding from one end face of the shaft body in a moving direction of the shaft , and a rib extending parallel to the pivot , wherein the air-inlet grille has a mating hole into which the pivot is inserted to support rotation of the air-inlet grille , wherein the pivot is fitted in the mating hole at a first limit of a movable range of the shaft , wherein the rib engages the decorative panel while the pivot is fitted in the mating hole , wherein the shaft body includes a shaft protrusion on a face of the shaft body that extends in the moving direction, wherein the decorative panel includes a panel protrusion located on a path along which the shaft protrusion moves, and wherein the panel protrusion is disposed between a position of the shaft protrusion at the first limit of the movable range of the shaft and a position of the shaft protrusion at a second limit of the movable range of the shaft .