mhurhangee/ep-ind-claims huggingface dataset:
Method for the production of a sole having at least one cleat, wherein the cleat is arranged at the bottom side of the sole, wherein the method comprises the steps: a) Production of at least on cleat, wherein the cleat has a cleat base body which can be connected with the sole, wherein at least one extension is arranged at the cleat base body which extents toward the ground during intended use and wherein the vertical projected area (A F) of the end of the extension which is facing the ground is arranged at least partially, preferably completely, outside of the vertical projected area (A G) of the cleat base body; b) Inserting of the cleat in a holding part, wherein the holding part has a congruent receiving space for at least a part of the cleat base body and for the extension; c) Placing of the cleat together with the holding part in a recess in an at least two-part injection moulding tool (9, 10), so that a part of the cleat projects into the cavity which is formed between the parts of the injection moulding tool; d) Injection moulding of at least a part of the sole, preferably of the complete sole, by injecting of plastic melt into the cavity of the injection moulding tool (9, 10), so that a part of the cleat is coated by the plastic melt; e) Demoulding of the injection-moulded sole together with the coated cleat and the holding part; f) Removing of the holding part from the cleat. a) Production of at least on cleat, wherein the cleat has a cleat base body which can be connected with the sole, wherein at least one extension is arranged at the cleat base body which extents toward the ground during intended use and wherein the vertical projected area (A F) of the end of the extension which is facing the ground is arranged at least partially, preferably completely, outside of the vertical projected area (A G) of the cleat base body; b) Inserting of the cleat in a holding part, wherein the holding part has a congruent receiving space for at least a part of the cleat base body and for the extension; c) Placing of the cleat together with the holding part in a recess in an at least two-part injection moulding tool (9, 10), so that a part of the cleat projects into the cavity which is formed between the parts of the injection moulding tool; d) Injection moulding of at least a part of the sole, preferably of the complete sole, by injecting of plastic melt into the cavity of the injection moulding tool (9, 10), so that a part of the cleat is coated by the plastic melt; e) Demoulding of the injection-moulded sole together with the coated cleat and the holding part; f) Removing of the holding part from the cleat.
A method of comparing athletic information relating to a user performing an athletic activity, the method comprising: receiving athletic information corresponding to athletic activity performed by a user in a first athletic activity session; generating, during the first athletic activity session, a first set of athletic data corresponding to the athletic information received; providing a second set of athletic data, wherein the second set of athletic data includes a baseline data set corresponding to the first set of athletic data, the baseline data set being selected from a plurality of data sets generated for athletic activity performed by the user at various times during a second athletic activity session different from the first athletic activity session and performed prior to the first athletic activity session; determining whether a first athletic data value of the first set of athletic data is within a specified proximity of a corresponding second athletic data value of the second set of athletic data by comparing the first set of athletic data to the second set of athletic data, wherein the specified proximity varies based on whether the first athletic data value is above the corresponding second athletic data value or below the corresponding second athletic data value; selecting musical content to be provided to the user based on the determination of whether the first athletic data value of the first set of athletic data is within the specified proximity of the corresponding second athletic data value of the second set of athletic data; and communicating the selected musical content to the user. receiving athletic information corresponding to athletic activity performed by a user in a first athletic activity session; generating, during the first athletic activity session, a first set of athletic data corresponding to the athletic information received; providing a second set of athletic data, wherein the second set of athletic data includes a baseline data set corresponding to the first set of athletic data, the baseline data set being selected from a plurality of data sets generated for athletic activity performed by the user at various times during a second athletic activity session different from the first athletic activity session and performed prior to the first athletic activity session; determining whether a first athletic data value of the first set of athletic data is within a specified proximity of a corresponding second athletic data value of the second set of athletic data by comparing the first set of athletic data to the second set of athletic data, wherein the specified proximity varies based on whether the first athletic data value is above the corresponding second athletic data value or below the corresponding second athletic data value; selecting musical content to be provided to the user based on the determination of whether the first athletic data value of the first set of athletic data is within the specified proximity of the corresponding second athletic data value of the second set of athletic data; and communicating the selected musical content to the user.
A data transmission method, comprising: generating, by a first device, a scrambling code seed according to a specific sequence of an operator to which the first device belongs; generating, by the first device, a scrambling code sequence according to the scrambling code seed; scrambling (102, 303), by the first device, data according to the scrambling code sequence; and sending, by the first device, scrambled data to a second device; wherein the generating, by the first device, a scrambling code seed according to the specific sequence of the operator to which the first device belongs comprises: representing, by the first device, the specific sequence of the operator to which the first device belongs as a k-bit binary number to be used as k bits of the scrambling code seed, wherein remaining bits of the scrambling code seed are 0, the scrambling code seed comprises 31 bits in total, and k is an integer falling within a range of (0, 31]; or generating, by the first device, the scrambling code seed according to formula c init = R ID ⊕ N ID, where c init is the scrambling code seed, R ID is the specific sequence of the operator to which the first device belongs, N ID is a cell-specific sequence or an original seed, and ⊕ represents an exclusive OR operation. generating, by a first device, a scrambling code seed according to a specific sequence of an operator to which the first device belongs; generating, by the first device, a scrambling code sequence according to the scrambling code seed; scrambling (102, 303), by the first device, data according to the scrambling code sequence; and sending, by the first device, scrambled data to a second device; wherein the generating, by the first device, a scrambling code seed according to the specific sequence of the operator to which the first device belongs comprises: representing, by the first device, the specific sequence of the operator to which the first device belongs as a k-bit binary number to be used as k bits of the scrambling code seed, wherein remaining bits of the scrambling code seed are 0, the scrambling code seed comprises 31 bits in total, and k is an integer falling within a range of (0, 31]; or generating, by the first device, the scrambling code seed according to formula c init = R ID ⊕ N ID, where c init is the scrambling code seed, R ID is the specific sequence of the operator to which the first device belongs, N ID is a cell-specific sequence or an original seed, and ⊕ represents an exclusive OR operation. representing, by the first device, the specific sequence of the operator to which the first device belongs as a k-bit binary number to be used as k bits of the scrambling code seed, wherein remaining bits of the scrambling code seed are 0, the scrambling code seed comprises 31 bits in total, and k is an integer falling within a range of (0, 31]; or generating, by the first device, the scrambling code seed according to formula c init = R ID ⊕ N ID, where c init is the scrambling code seed, R ID is the specific sequence of the operator to which the first device belongs, N ID is a cell-specific sequence or an original seed, and ⊕ represents an exclusive OR operation.
An air conditioning control system comprising: an air conditioner; an operating capacity setting means capable of setting the operating capacity of the air conditioner within a first range; an operating capacity range changing means capable of changing the first range to a second range which is a range within the first range and narrower than the first range; a first authentication information inputting means capable of inputting a first authentication information; and an operating capacity range change allowability determining means configured to determine whether or not to allow a change from the first range to the second range based on the first authentication information, characterized in that the air conditioner control system, the second range being set, is arranged to enable users to use the air conditioner only within the second range. an air conditioner; an operating capacity setting means capable of setting the operating capacity of the air conditioner within a first range; an operating capacity range changing means capable of changing the first range to a second range which is a range within the first range and narrower than the first range; a first authentication information inputting means capable of inputting a first authentication information; and an operating capacity range change allowability determining means configured to determine whether or not to allow a change from the first range to the second range based on the first authentication information, characterized in that the air conditioner control system, the second range being set, is arranged to enable users to use the air conditioner only within the second range.
A security paper including a plurality of planchettes (1, 100), each planchette being a sheet having a first face and a second face, the sheet is at least partially transparent, and characterised in that the planchette has a first fluorescent layer on the first face of the sheet; a layer of UV absorbent material on the first fluorescent layer, the UV absorbent material being at least partially transparent to visible light; and a second fluorescent layer on the layer of UV absorbent material; and wherein the first fluorescent layer fluoresces in a different colour to the second fluorescent layer; and and wherein the absorbance of the UV absorbent material is such that substantially no UV light can pass through so that when the first face of the sheet is illuminated in reflected UV light, there is substantially no fluorescence from the first fluorescent layer and when the second face of the sheet is illuminated in reflected UV light, there is substantially no fluorescence from the second fluorescent layer; and when the first face of the sheet is illuminated in transmitted UV light, the fluorescence from the first fluorescent layer is at least partially visible through the UV absorbent layer and, when the second face of the sheet is illuminated in transmitted UV light, the fluorescence from the second fluorescent layer is at least partially visible through the UV absorbent layer and the sheet, thus the first face has a first colour and the second face has a second, different, colour also in transmitted light. a first fluorescent layer on the first face of the sheet; a layer of UV absorbent material on the first fluorescent layer, the UV absorbent material being at least partially transparent to visible light; and a second fluorescent layer on the layer of UV absorbent material; and wherein the first fluorescent layer fluoresces in a different colour to the second fluorescent layer; and and wherein the absorbance of the UV absorbent material is such that substantially no UV light can pass through so that when the first face of the sheet is illuminated in reflected UV light, there is substantially no fluorescence from the first fluorescent layer and when the second face of the sheet is illuminated in reflected UV light, there is substantially no fluorescence from the second fluorescent layer; and when the first face of the sheet is illuminated in transmitted UV light, the fluorescence from the first fluorescent layer is at least partially visible through the UV absorbent layer and, when the second face of the sheet is illuminated in transmitted UV light, the fluorescence from the second fluorescent layer is at least partially visible through the UV absorbent layer and the sheet, thus the first face has a first colour and the second face has a second, different, colour also in transmitted light.
A method for detecting Norovirus using a Norovirus animal model, the method comprising: (a) administering Norovirus to zebrafish ( Danio rerio); and (b) detecting the expression level of a gene or protein selected from the group consisting of heat shock protein 90α (HSP90α), heat shock cognate 71, and transferrin receptor-1b (Tfr-1b), from the zebrafish in step (a). (a) administering Norovirus to zebrafish ( Danio rerio); and (b) detecting the expression level of a gene or protein selected from the group consisting of heat shock protein 90α (HSP90α), heat shock cognate 71, and transferrin receptor-1b (Tfr-1b), from the zebrafish in step (a).
A glucagon-GLP-1 dual agonist for use in a method of treatment of myocardial infarction, cardiogenic shock or heart failure, wherein said glucagon-GLP-1 dual agonist is administered for use as a positive inotropic agent, and wherein said glucagon-GLP-1 dual agonist is a glucagon or oxyntomodulin analogue.
A device for enabling the spoilage or age of a foodstuff to be detected, including a container (10,40) containing a material that undergoes a phase transition resulting in a tactile change either over time or when it comes into contact with a substance which causes the foodstuff to spoil, and a textured surface, wherein said material forms a layer over at least a part of said surface, whereby said phase transition enables a user to detect said textured surface through said layer, whereby the tactile change indicates that the foodstuff has reached a certain age or has been spoiled.
Gripping body for gripping a means of transport, comprising: at least one lateral support surface which supports the means of transport towards one side of the means of transport; a vertically extending first receiving groove open towards the side of the means of transport for accommodating a first rib of the means of transport; and a first cylindrical cavity for accommodating a first locking element, which is open towards the side of the means of transport and is inclined relative to an extension plane of the first receiving groove. at least one lateral support surface which supports the means of transport towards one side of the means of transport; a vertically extending first receiving groove open towards the side of the means of transport for accommodating a first rib of the means of transport; and a first cylindrical cavity for accommodating a first locking element, which is open towards the side of the means of transport and is inclined relative to an extension plane of the first receiving groove.
A non-structural lost formwork panel for making a concrete compression slab forming a floor, said panel constituting, the bottom portion of said slab once the slab has been cast, the panel presenting: - a so-called adhesion top face comprising attachment means to the slab, these so-called attachment means being sockets of undercut shape, such as sockets of dovetail shape, - a bottom face forming a facing, - on at least one of its edge faces, connection means for connection to an adjacent panel in the form of means for mutual engagement and/or of a recess housing connection elements, characterized in that the lower face includes chamfered edges or thinned edges, constituting housings for applying a jointing coating and possibly an anti-cracking strip between two adjacent panels. - a so-called adhesion top face comprising attachment means to the slab, these so-called attachment means being sockets of undercut shape, such as sockets of dovetail shape, - a bottom face forming a facing, - on at least one of its edge faces, connection means for connection to an adjacent panel in the form of means for mutual engagement and/or of a recess housing connection elements,
A method of accelerating the curing process in resin overflow systems for the use in casting processes, comprising the step of adding a curing accelerator for a resin into the resin overflow system.
An autoinjector system comprising an autoinjector device having a housing for receiving a disposable syringe assembly comprising a syringe having a syringe barrel, a needle at the forward end, and a plunger, the disposable syringe assembly having a safety shield arrangement, the safety shield arrangement comprising: a syringe housing configured to receive said syringe barrel and restrained against longitudinal movement with respect thereto, a shield portion mounted for generally telescopic movement relative to said syringe housing between a retracted position and an extended position in which in use it shields said syringe needle, and a lock out arrangement (38, 43) configured to, once said shield portion has moved to its extended position in use, prevent retraction of said shield portion from its extended position, characterised in that said autoinjector device comprises a drive mechanism (56, 60, 64, 68) configured to, in use, advance said disposable syringe assembly to an injection position, drive said plunger to expel a dose, and move said shield portion to its locked out extended position, whereby, on completion of an injection operation, said disposable syringe assembly may be removed from said autoinjector device in a shielded condition for subsequent disposal. a syringe housing configured to receive said syringe barrel and restrained against longitudinal movement with respect thereto, a shield portion mounted for generally telescopic movement relative to said syringe housing between a retracted position and an extended position in which in use it shields said syringe needle, and a lock out arrangement (38, 43) configured to, once said shield portion has moved to its extended position in use, prevent retraction of said shield portion from its extended position, characterised in that said autoinjector device comprises a drive mechanism (56, 60, 64, 68) configured to, in use, advance said disposable syringe assembly to an injection position, drive said plunger to expel a dose, and move said shield portion to its locked out extended position, whereby, on completion of an injection operation, said disposable syringe assembly may be removed from said autoinjector device in a shielded condition for subsequent disposal.
A bean grinder, comprising a bean grinding chamber part, a dynamic grinding wheel, a static grinding wheel, and a residue removing plate, wherein, said bean grinding chamber part comprises a bean grinding chamber and a powder discharge channel, a powder discharge port is defined on an inner wall of said bean grinding chamber, said powder discharge channel is located at one side of said bean grinding chamber, and a leading end of said powder discharge channel is in connection with said powder discharge port; said dynamic grinding wheel and said residue removing plate are installed successively, from top to bottom, to a rotor shaft disposed in the bean grinding chamber; and said static grinding wheel is fixed in said bean grinding chamber and engaged with said dynamic grinding wheel; said inner wall of said bean grinding chamber is provided with a first inner wall that is planar, said first inner wall is disposed close to said powder discharge port and located at a rear side of said powder discharge port in a rotation direction of said dynamic grinding wheel, and said first inner wall is tangent to a circle of said inner wall of said bean grinding chamber; an inner wall of said powder discharge channel comprises a second inner wall located at a same side of said powder discharge port with said first inner wall, and said second inner wall is inclined outwards at a given angle α with respect to said first inner wall, 0° < α < 180°, characterized in that: a top inner wall of said powder discharge channel is arc-shaped, an opening is defined at a top of said powder discharge channel, said opening is provided with a powder slot cover, and an inner surface of said powder slot cover is arc-shaped.
Method for operating an apparatus, which comprises a measurement system for determining the 3D coordinates of an object with a projector for projecting a pattern onto the object, a camera, securely connected to the projector in terms of position and orientation, for recording the object and at least one reference camera, securely connected to the projector and the camera in terms of position and orientation, for recording one or more reference marks (6, 24) of a field of reference marks, an evaluation device for establishing the position and orientation of the measurement system from one or more recordings of the reference camera and an industrial robot for positioning the measurement system, wherein, according to the method, - the field of reference marks is calibrated at least once by photogrammetry and - the measurement system is used to calibrate the industrial robot by virtue of the position of the industrial robot being captured with the aid of the field of reference marks and the measurement system. - the field of reference marks is calibrated at least once by photogrammetry and - the measurement system is used to calibrate the industrial robot by virtue of the position of the industrial robot being captured with the aid of the field of reference marks and the measurement system.