mhurhangee/patent-ind-claim-en huggingface dataset:
Door opener having a housing and a latch element , wherein the latch element is mounted in the housing so as to be movable between a closed position and an open position , the door opener further comprising a force transmission lever , a blocking body and a switching element , wherein the force transmission lever is mounted in the housing between a base position and a transfer position , and the switching element is movably mounted in the housing so as to switchable by a switching unit between a locking position and an unlocking position , characterized in that the blocking body is mounted within the housing in a positionally fixed housing receptor which defines a displacement direction for the blocking body , and the blocking body is movable within the positionally fixed housing receptor in a displacement direction between a blocking position and a release position , wherein the force transmission lever moves the blocking body from the blocking position into the release position, and the switching element moves the blocking body from the release position into the blocking position . characterized in that the blocking body is mounted within the housing in a positionally fixed housing receptor which defines a displacement direction for the blocking body , and the blocking body is movable within the positionally fixed housing receptor in a displacement direction between a blocking position and a release position , wherein the force transmission lever moves the blocking body from the blocking position into the release position, and the switching element moves the blocking body from the release position into the blocking position .
An image processing apparatus , comprising: an acquiring unit configured to acquire a background image and a captured image containing a predetermined object not present in an image-capturing region of the background image; an extraction unit configured to extract, from the captured image, an object region corresponding to the predetermined object from a difference between the captured image and the background image; and a processing unit configured to set masking image information, and to mask the extracted object region based on the masking image information, wherein the processing unit includes a generation unit configured to generate a mask image for masking the object region based on the masking image information such that presence and motion of the predetermined object are recognizable, and generate a composite image by combining the generated mask image and the background image, characterized in that the generation unit is configured to extract image information from the background image, and the processing unit is configured to set the masking image information to be different from the extracted image information such that presence and motion of the predetermined object are recognizable. an acquiring unit configured to acquire a background image and a captured image containing a predetermined object not present in an image-capturing region of the background image; an extraction unit configured to extract, from the captured image, an object region corresponding to the predetermined object from a difference between the captured image and the background image; and a processing unit configured to set masking image information, and to mask the extracted object region based on the masking image information, wherein the processing unit includes a generation unit configured to generate a mask image for masking the object region based on the masking image information such that presence and motion of the predetermined object are recognizable, and generate a composite image by combining the generated mask image and the background image, characterized in that the generation unit is configured to extract image information from the background image, and the processing unit is configured to set the masking image information to be different from the extracted image information such that presence and motion of the predetermined object are recognizable.
A calibration unit for bottle cork muselets, a muselet (G) comprising a plurality of legs (Gm) that extend between a top ring member (Ga) and a bottom belt ring (Gc) comprising a bottom belt ring (Gc) and a top ring member (Ga) mutually distanced and coaxial along a muselet own axis (X') and joined by a plurality of equally spaced legs (Gm) which engage with said belt ring through end eyelets (Gb), the unit comprising a calibration device and a cup-shaped anvil , distanced at opposite sides with respect to a feeding path (Y) of single muselets to be calibrated in succession, said device comprising a movable carriage provided with a base integrally carrying a shaped puncheon adapted to fit inside the single muselet to be calibrated, said puncheon and said anvil being mutually coaxial along a device longitudinal axis (X) which crosses said trajectory (Y) and in coincidence with which said muselet own axis (X') of the single muselet is adapted to stay, said base of said carriage and said anvil being also movable in a reciprocating fashion along said device longitudinal axis (X) starting from a mutually spaced rest position which lets the single muselet enter therebetween according to said feeding path (Y), towards a work position in which said anvil and said puncheon become mutually close, clamping between them at least said top ring member (Ga) of the muselet, the device also comprising, integrally with said base as far as the displacement along said device longitudinal axis (X) is concerned, but movable relative to the same base according to respective different degrees of freedom: a plurality of external levers able to operate in radial abutment on the outside of at least one segment of respective legs (Gm) adjacent to the belt ring (Gc) of the muselet; characterised in that the device further comprises, integrally with said base as far as the displacement along said device longitudinal axis (X) is concerned, but movable relative to the same base according to respective different degrees of freedom: a plurality of internal levers associated with said puncheon and adapted to operate in radial abutment on the inside of substantially the same leg segment; an upper slide adapted to operate in abutment on the outside of an upper segment of said belt ring (Gc); a lower slide able to operate in abutment on the inside of a lower bulging segment (Gca) of said belt ring; and a drive member , movable in an advancement stroke relative to said base along said longitudinal axis (X) and adapted to drive in sequence, following such relative motion, said external levers , said internal levers , said upper slide and said lower slide from a rest position to a work position in abutment with said muselet.
Inhibitors of sphingomyelin synthase, wherein the inhibitors of sphingomyelin synthase are 2-alkoxy benzene formyl arylamine compounds of formula (I), and their pharmaceutically acceptable salts; wherein, both Y and Z are carbon atoms, and X is a nitrogen atom; G is selected from substituted phenyl groups and naphthyl group; wherein the substituted phenyl groups are substituted with one or two substituents selected from oF, m-F, o-Cl, m-Cl, o-Br, m-Br, C 1-7 alkyl, and C 1-7 alkoxy but not just only one o-Cl group; R is a hydrogen atom. both Y and Z are carbon atoms, and X is a nitrogen atom; G is selected from substituted phenyl groups and naphthyl group; wherein the substituted phenyl groups are substituted with one or two substituents selected from oF, m-F, o-Cl, m-Cl, o-Br, m-Br, C 1-7 alkyl, and C 1-7 alkoxy but not just only one o-Cl group; R is a hydrogen atom.
A tool for producing a blank from a cardboard sheet, with a first tool part with at least one cutting line contour , by means of which at least one waste part is separable from the blank, and with a second tool part , which cooperates with the first tool part for separating the blank from the at least one waste part, wherein at least one suction channel of a suction device, via which the at least one waste part can be sucked off, is provided in the first tool part , characterized in that the suction channel is formed by respective partial suction channels over a length area.
Busbar system, comprising a profile rail having a longitudinal slot , and at least one 2-phase contact element , wherein contact strips are arranged at opposite sides of the longitudinal slot and are positioned at a distance from each other, against which electrically separated contacts of the at least one 2-phase contact element rest in function, characterized in that the contact strips , which are of convex design in cross-section in the direction facing one another, rest in each case against the base, which is matched in its contour to the contour of the contact strip , of a groove provided in the associated wall of the profile rail and are held in a form-fitting manner or by adhesion, and/or the resilient contacts held on at least one connecting part of the contact element are curved in a spherical manner in the direction facing away from one another.
Thermocouple for temperature measurements, comprising: a first wire of a first metallic material and a second wire of a second metallic material different from the first metallic material; a first section that is configured to bend elastically and wherein the first wire and the second wire run electrically isolated from each other; a second section wherein the first wire and the second wire are connected to each other to form a measuring junction ; a first layer of a thermally conductive and electrically isolating first material enclosing the second section ; and a second layer of an ultrasonic-weldable second material enclosing at least part of the first layer and being configured to be ultrasonic welded to a target surface. a first wire of a first metallic material and a second wire of a second metallic material different from the first metallic material; a first section that is configured to bend elastically and wherein the first wire and the second wire run electrically isolated from each other; a second section wherein the first wire and the second wire are connected to each other to form a measuring junction ; a first layer of a thermally conductive and electrically isolating first material enclosing the second section ; and a second layer of an ultrasonic-weldable second material enclosing at least part of the first layer and being configured to be ultrasonic welded to a target surface.
A hitching system including: - two connection arms able to be attached to the side members of a body of a motor vehicle, - a cross member including a beam , connected to the body by said arms; the cross member including at each end of the beam at least one plate for attaching said cross member to an attachment plate of a connection arm by means of a spacer , such that the cross member further comprises a second attachment plate extending at the end of the cross member and suitable for coming to be attached against a transverse rear wall of the underbody of a vehicle, characterized in that an end of the plate constituting the attachment plate on the connection arm by means of a spacer and the opposite end of the plate bearing the second attachment plate extending principally parallel to the principal axis of the cross member . - two connection arms able to be attached to the side members of a body of a motor vehicle, - a cross member including a beam , connected to the body by said arms;
Method for managing resources of a fixed-access and mobile radio convergent telecommunications network, at least some of said resources being implemented in a virtualized and remote form in said network, optical resources of said network being allocated between at least one optical router and a plurality of optical modems of said network, characterized in that a centralized management module for managing the mobile radio resources of said network: - receives (E210) at least one performance indicator in relation to said mobile radio part of said network, referred to as mobile radio performance indicator, transmitted by at least one base station of said network that is connected to one of said optical modems and/or by a virtualized radio functions module for virtualized radio functions that are remote in said network and dedicated to said mobile radio part of said network; - estimates (E211) optical resource requirements of said mobile radio part of said network based at least on said at least one mobile radio performance indicator, delivering information representative of said optical resource requirements, referred to as mobile radio optical requirements information; and - transmits (E212) said mobile radio optical requirements information to a centralized management module for managing the optical and fixed-access resources of said network in order to manage said optical resources of said network. - receives (E210) at least one performance indicator in relation to said mobile radio part of said network, referred to as mobile radio performance indicator, transmitted by at least one base station of said network that is connected to one of said optical modems and/or by a virtualized radio functions module for virtualized radio functions that are remote in said network and dedicated to said mobile radio part of said network; - estimates (E211) optical resource requirements of said mobile radio part of said network based at least on said at least one mobile radio performance indicator, delivering information representative of said optical resource requirements, referred to as mobile radio optical requirements information; and - transmits (E212) said mobile radio optical requirements information to a centralized management module for managing the optical and fixed-access resources of said network in order to manage said optical resources of said network.
An integrated circuit comprising: an unalterable storage configured for storing a first security key; a memory configured for storing a second security key; a comparator unit configured for comparing the first security key and the second security key; and an access control unit connected to the comparator unit and configured for checking a validity of the second security key, and for: if the second security key is valid, providing access to the integrated circuit, and if the second security key is invalid, restricting memory access to an erase operation checking the erase operation, and storing, after checking the erase operation, a new second security key in the memory, wherein the new second security key corresponds to the first security key, and wherein storing the new second security key in the memory is only permitted if the erase operation was successful. an unalterable storage configured for storing a first security key; a memory configured for storing a second security key; a comparator unit configured for comparing the first security key and the second security key; and an access control unit connected to the comparator unit and configured for checking a validity of the second security key, and for: if the second security key is valid, providing access to the integrated circuit, and if the second security key is invalid, restricting memory access to an erase operation checking the erase operation, and storing, after checking the erase operation, a new second security key in the memory, wherein the new second security key corresponds to the first security key, and wherein storing the new second security key in the memory is only permitted if the erase operation was successful. if the second security key is valid, providing access to the integrated circuit, and if the second security key is invalid, restricting memory access to an erase operation checking the erase operation, and storing, after checking the erase operation, a new second security key in the memory, wherein the new second security key corresponds to the first security key, and wherein storing the new second security key in the memory is only permitted if the erase operation was successful. restricting memory access to an erase operation checking the erase operation, and storing, after checking the erase operation, a new second security key in the memory, wherein the new second security key corresponds to the first security key, and wherein storing the new second security key in the memory is only permitted if the erase operation was successful.
An electric power tool comprising: a motor ; a transmission mechanism that transmits a rotational output of the motor to a front-end tool; and a rotation detector that detects an angle of rotation of the motor, wherein the rotation detector includes a rotating body attached to a motor shaft of the motor and a position detector that outputs a rotational position signal corresponding to a rotational position of the rotating body, characterized in that the rotating body includes an opening , and an end of the motor shaft is press fitted and fixed to the opening of the rotating body, and a press fitting restriction part that restricts a depth of press fitting of the motor shaft is provided in at least one of the motor shaft and the opening . a motor ; a transmission mechanism that transmits a rotational output of the motor to a front-end tool; and a rotation detector that detects an angle of rotation of the motor, wherein the rotation detector includes a rotating body attached to a motor shaft of the motor and a position detector that outputs a rotational position signal corresponding to a rotational position of the rotating body, characterized in that the rotating body includes an opening , and an end of the motor shaft is press fitted and fixed to the opening of the rotating body, and a press fitting restriction part that restricts a depth of press fitting of the motor shaft is provided in at least one of the motor shaft and the opening .
An electric hand-held machine tool comprising: a housing having at least two housing parts , in which a drive unit for driving a tool spindle of the electric hand-held machine tool is at least partially accommodated, a receiving section which is designed for detachably receiving a battery pack (A) and has a structure for mechanically fastening the battery pack (A), the receiving section being formed integrally with at least one housing part characterized in that the power hand tool further comprises a receiving module formed separately from the housing and having at least one receiving device adapted to detachably receive a battery pack (A) and to electrically connect a received battery pack (A) to the drive unit, wherein the receiving module has a specific fastening contour which is matched to the design of the receiving section of the housing, and is non-detachably connected electrically to the drive unit and mechanically to the housing for the user in the assembled state of the electric hand-held machine tool. a housing having at least two housing parts , in which a drive unit for driving a tool spindle of the electric hand-held machine tool is at least partially accommodated, a receiving section which is designed for detachably receiving a battery pack (A) and has a structure for mechanically fastening the battery pack (A), the receiving section being formed integrally with at least one housing part characterized in that the power hand tool further comprises a receiving module formed separately from the housing and having at least one receiving device adapted to detachably receive a battery pack (A) and to electrically connect a received battery pack (A) to the drive unit, wherein the receiving module has a specific fastening contour which is matched to the design of the receiving section of the housing, and is non-detachably connected electrically to the drive unit and mechanically to the housing for the user in the assembled state of the electric hand-held machine tool.
A method of at least partially assembling a carton from a blank , the method comprising: obtaining a blank comprising at least one fold line , the blank comprising a layer of paperboard having an exterior surface having a coating and an uncoated interior surface free from the coating, the at least one fold line comprising a line of weakening in the layer of paperboard; heating the interior surface of the blank comprising heating along the at least one fold line to form an at least one heated fold line ; and folding the blank about the at least one heated fold line . obtaining a blank comprising at least one fold line , the blank comprising a layer of paperboard having an exterior surface having a coating and an uncoated interior surface free from the coating, the at least one fold line comprising a line of weakening in the layer of paperboard; heating the interior surface of the blank comprising heating along the at least one fold line to form an at least one heated fold line ; and folding the blank about the at least one heated fold line .
Pad for a bicycle disc brake, the pad comprising a support frame having a first portion for fastening the pad to a caliper of the bicycle disc brake and a second portion , wherein an element made of friction-wearing material is associated with said support frame at said second portion , wherein the pad comprises a vibration damping element associated with said support frame , wherein said element made of friction-wearing material is associated with a first face of said support frame and said vibration damping element is associated with a second face of said support frame opposite to said first face ; said vibration damping element comprises a first end portion projecting with respect to said support frame , wherein said first end portion comprises a part folded over said first face ; characterised in that , when the pad is mounted on the caliper of the bicycle disc brake and the caliper is mounted on the frame of the bicycle, said first end portion is provided at a lower portion of said vibration damping element and said second portion is arranged below the first portion .
A pharmaceutical composition comprising an anti-CD38 antibody and a hyaluronidase, wherein: a) the antibody comprises a heavy chain variable region (VH) of SEQ ID NO: 4 and a light chain variable region (VL) of SEQ ID NO: 5; and b) the composition comprises about 1,800 mg of the anti-CD38 antibody and about 30,000 U of the hyaluronidase. a) the antibody comprises a heavy chain variable region (VH) of SEQ ID NO: 4 and a light chain variable region (VL) of SEQ ID NO: 5; and b) the composition comprises about 1,800 mg of the anti-CD38 antibody and about 30,000 U of the hyaluronidase.