mhurhangee/patent-ind-claim-en huggingface dataset:
A hinge assembly for an electronic device , said hinge assembly being moveable between an unfolded position (P1) and at least a first folded end position (P2a), said hinge assembly comprising a row of interconnected and abutting hinge blades and at least one linear actuator , said hinge blades being aligned in a common plane when said hinge assembly is in said unfolded position (P1), each hinge blade being rotated relative to neighboring hinge blades around a first hinge assembly rotation axis (A1a), when said hinge assembly is moved to said first folded end position (P2a), said linear actuator comprising a rotation shaft and a plurality of linear drive arrangements having different lengths , said rotation shaft extending in parallel with said first hinge assembly rotation axis (Ala) and comprising sections having different diameters , a first end of each linear drive arrangement being interconnected with a section of said rotation shaft having one diameter , a second, opposite end of each linear drive arrangement being connected to one hinge blade , an actuator axis (A2) extending between said first and second ends of each linear drive arrangement and perpendicular to said first hinge assembly rotation axis (Ala), wherein actuation of said linear actuator along said actuator axis (A2) is configured to urge each hinge blade to rotate relative neighboring hinge blades around said first hinge assembly rotation axis (Ala). said hinge assembly comprising a row of interconnected and abutting hinge blades and at least one linear actuator , said hinge blades being aligned in a common plane when said hinge assembly is in said unfolded position (P1), each hinge blade being rotated relative to neighboring hinge blades around a first hinge assembly rotation axis (A1a), when said hinge assembly is moved to said first folded end position (P2a), said linear actuator comprising a rotation shaft and a plurality of linear drive arrangements having different lengths , said rotation shaft extending in parallel with said first hinge assembly rotation axis (Ala) and comprising sections having different diameters , a first end of each linear drive arrangement being interconnected with a section of said rotation shaft having one diameter , a second, opposite end of each linear drive arrangement being connected to one hinge blade , an actuator axis (A2) extending between said first and second ends of each linear drive arrangement and perpendicular to said first hinge assembly rotation axis (Ala), wherein actuation of said linear actuator along said actuator axis (A2) is configured to urge each hinge blade to rotate relative neighboring hinge blades around said first hinge assembly rotation axis (Ala).
A method of accessing a resource , the method being performed by a client side application executed on a primary client device , the method comprising: transmitting a request to an authorization service executing on a network server for access to a resource ; receiving from the authorization service an indication that the primary client device must comply with a distribution rule associated with the resource ;determining that the primary client device complies with the distribution rule ; and in response to determining that the primary client device complies with the distribution rule , accessing the resource ; characterised in that: the distribution rule requires a specified secondary client device to be in communication with the primary client device through a direct wireless network as a prerequisite to accessing the resource; and accessing the resource comprises communicating with the specified secondary client device to gain access to the resource using an authorization credential which has been received from the authorization service at the specified secondary client device . transmitting a request to an authorization service executing on a network server for access to a resource ; receiving from the authorization service an indication that the primary client device must comply with a distribution rule associated with the resource ;determining that the primary client device complies with the distribution rule ; and in response to determining that the primary client device complies with the distribution rule , accessing the resource ; characterised in that: the distribution rule requires a specified secondary client device to be in communication with the primary client device through a direct wireless network as a prerequisite to accessing the resource; and accessing the resource comprises communicating with the specified secondary client device to gain access to the resource using an authorization credential which has been received from the authorization service at the specified secondary client device . the distribution rule requires a specified secondary client device to be in communication with the primary client device through a direct wireless network as a prerequisite to accessing the resource; and accessing the resource comprises communicating with the specified secondary client device to gain access to the resource using an authorization credential which has been received from the authorization service at the specified secondary client device .
A system for treating a patient with general hypertension by treating hypotension in the renal artery, comprising a hypotension treatment device comprising at least one heating surface adapted to be placed on an outer wall portion of the renal artery and adapted to dilate said renal artery, thereby increasing the blood pressure distal to said dilated renal artery; a control device for controlling the temperature of said heating surface; and a sensor for sensing a systemic blood pressure of the patient; wherein the control unit is adapted to control said heating surface in response to signals from said sensor. a hypotension treatment device comprising at least one heating surface adapted to be placed on an outer wall portion of the renal artery and adapted to dilate said renal artery, thereby increasing the blood pressure distal to said dilated renal artery; a control device for controlling the temperature of said heating surface; and a sensor for sensing a systemic blood pressure of the patient;
A terminal comprising: a receiving section configured to receive higher layer signaling; and a control section configured to, if a DMRS-add-pos configuration value notified by the higher layer signaling is set to a value greater than 1, and an intra-slot frequency hopping of an uplink shared channel after radio resource control, RRC, connection is enabled, assume that the DMRS-add-pos configuration value is equal to 1, and determine a position of a demodulation reference signal, for the uplink shared channel, in a first hop and a second hop based on a duration of the uplink shared channel, a mapping type of the uplink shared channel, and the assumed value 1; and a transmitting section configured to transmit the uplink shared channel and the demodulation reference signal. a receiving section configured to receive higher layer signaling; and a control section configured to, if a DMRS-add-pos configuration value notified by the higher layer signaling is set to a value greater than 1, and an intra-slot frequency hopping of an uplink shared channel after radio resource control, RRC, connection is enabled, assume that the DMRS-add-pos configuration value is equal to 1, and determine a position of a demodulation reference signal, for the uplink shared channel, in a first hop and a second hop based on a duration of the uplink shared channel, a mapping type of the uplink shared channel, and the assumed value 1; and a transmitting section configured to transmit the uplink shared channel and the demodulation reference signal.
Method of making a three-dimensional preform of reinforcing fibres for the manufacture of a component from a fibre-reinforced plastic, comprising the steps: - Introducing at least one fibre layer comprising binder into a drape mould ; - Forming of the at least one fibre layer by at least one forming element which can be moved along the drapery mould ; - Application of an airtight film to the at least one fibre layer during or immediately after forming ; - Applying a vacuum to the space between the airtight film and the drape form ; - Activating the binder; and - Removing the vacuum after the binder has cured, characterised in that the drapery mould is divided into two halves which are movable relative to one another to form a gap, wherein the introduction of the at least one fibre layer comprises opening the gap to a first gap dimension (S1), introducing the at least one fibre layer into the gap between the two halves of the drape mould , and reducing the gap dimension to a second gap dimension (S2) which determines the thickness of a web of the preform . - Introducing at least one fibre layer comprising binder into a drape mould ; - Forming of the at least one fibre layer by at least one forming element which can be moved along the drapery mould ; - Application of an airtight film to the at least one fibre layer during or immediately after forming ; - Applying a vacuum to the space between the airtight film and the drape form ; - Activating the binder; and - Removing the vacuum after the binder has cured,
Device for being used when freezing or thawing an aqueous biological solution and for reducing and/or preventing ice-crust formation on the liquid and air interface, the device being shaped to fit the top of a container of fixed shape, comprising: an external wall and an internal wall each comprising a thermal insulating material ; an internal cavity comprising a phase change material; wherein the cavity is between the internal and the external wall; a recess configured for receiving a container; wherein the freezing-temperature of the phase change material is substantially close to the freezing point of the aqueous biological solution, reducing and/or preventing ice-crust formation on the liquid and air interface; wherein the internal wall further comprises a moldable thermal insulating material ; wherein the thermal insulating material of the internal wall is moldable to form an air-tight seal over the container top. an external wall and an internal wall each comprising a thermal insulating material ; an internal cavity comprising a phase change material; wherein the cavity is between the internal and the external wall; a recess configured for receiving a container; wherein the freezing-temperature of the phase change material is substantially close to the freezing point of the aqueous biological solution, reducing and/or preventing ice-crust formation on the liquid and air interface; wherein the internal wall further comprises a moldable thermal insulating material ; wherein the thermal insulating material of the internal wall is moldable to form an air-tight seal over the container top.
A bulkhead unit for a wind turbine blade , the wind turbine blade comprising a blade shell defining a blade root portion having an inner blade surface , wherein the bulkhead unit comprises a bulkhead element substantially extending in a radial direction, the bulkhead element having a first side surface and a second side surface facing in opposite longitudinal directions and a first peripheral edge facing the inner blade surface of the wind turbine blade when installed, wherein outer dimensions of the bulkhead element substantially corresponds to inner dimensions of the blade root portion , the bulkhead unit further comprises a supporting frame structure extending in the radial direction, the supporting frame structure is configured to be attached to at least the bulkhead element and to be arranged relative to said first or second side surface , wherein said supporting frame structure is configured to provide support for mounting of additional components, characterised in that the supporting frame structure comprises at least one set of frame elements extending in at least one direction, wherein said at least one set of frame elements is arranged relative to at least one opening formed in the bulkhead element , said at least one set of frame elements comprises a number of first frame elements and, optionally, a number of second frame elements, wherein the first frame elements and, optionally the second frame elements, are interconnected to divide a surface area of the bulkhead element into a plurality of enclosed areas and/or open ended areas.
A stylus holder for a stylus comprising a measuring machine adapter, a shaft and a stylus tip, having a body configured to receive the stylus and comprising a movable securing means thereon, characterized in that the body comprises a base plate configured to receive the measuring machine adapter in a base plate plane and the securing means comprises abutment surfaces (1b1) and interaction areas (1c1, 1c2, 1c3), wherein the abutment surfaces are movable relative to the base plate plane into a securing position in which they come into contact with the measuring machine adapter of a stylus positioned in the stylus holder and are provided on arms which extend away from the base plate plane generally parallel to the shaft axis of a stylus to be positioned in the body, and the interaction areas are configured such that the securing means is released by intervention with the interaction areas from the securing position in which the abutment surfaces are in contact with the measuring machine adapter and/or the securing position of the securing means can be guaranteed by means of a hood and/or a carrier . for a stylus comprising a measuring machine adapter, a shaft and a stylus tip, having a body configured to receive the stylus and comprising a movable securing means thereon, configured to receive the stylus and comprising a movable securing means thereon, characterized in that the body comprises a base plate configured to receive the measuring machine adapter in a base plate plane and the securing means comprises abutment surfaces (1b1) and interaction areas (1c1, 1c2, 1c3), the body comprises a base plate configured to receive the measuring machine adapter in a base plate plane and the securing means comprises abutment surfaces (1b1) and interaction areas (1c1, 1c2, 1c3), wherein the abutment surfaces are movable relative to the base plate plane into a securing position in which they come into contact with the measuring machine adapter of a stylus positioned in the stylus holder and are provided on arms which extend away from the base plate plane generally parallel to the shaft axis of a stylus to be positioned in the body, and are movable relative to the base plate plane into a securing position in which they come into contact with the measuring machine adapter of a stylus positioned in the stylus holder and are provided on arms which extend away from the base plate plane generally parallel to the shaft axis of a stylus to be positioned in the body, and the interaction areas are configured such that the securing means is released by intervention with the interaction areas from the securing position in which the abutment surfaces are in contact with the measuring machine adapter and/or the securing position of the securing means can be guaranteed by means of a hood and/or a carrier . the securing means is released by intervention with the interaction areas from the securing position in which the abutment surfaces are in contact with the measuring machine adapter and/or the securing position of the securing means can be guaranteed by means of a hood and/or a carrier .
A foot operated safety gate , comprising: a frame including a first vertical side member and a second vertical side member; a door pivotally mounted to said second vertical side member , wherein said door includes a pole extending between an upper door crossbar and a lower door crossbar , and said door pivots between an open position and a closed position; a foot actuator mounted to said door , wherein said foot actuator is vertically slidable between a raised position and a lowered position; a first channel provided in said foot actuator , wherein said first channel aligns with said pole ; a drive passing through said pole and received in said first channel , characterized in that said drive is moveable in said first channel by said foot actuator between an upper position in which the door is unlatched, and a lower position in which the door is latched; a retractable bar is slidably provided in said upper door crossbar , wherein said drive engages said retractable bar when said drive is raised, sliding it away from the first vertical member ; an upper retracting pin extending from said retractable bar , wherein said upper retracting pin is receivable in a upper catch provided on said first vertical member ; and wherein when the foot actuator is in the raised position, the drive is in the upper position, and the upper retracting pin is removed from the upper catch , and when the foot actuator is in the lowered position, the drive is in the lower position. a frame including a first vertical side member and a second vertical side member; a door pivotally mounted to said second vertical side member , wherein said door includes a pole extending between an upper door crossbar and a lower door crossbar , and said door pivots between an open position and a closed position; a foot actuator mounted to said door , wherein said foot actuator is vertically slidable between a raised position and a lowered position; a first channel provided in said foot actuator , wherein said first channel aligns with said pole ; a drive passing through said pole and received in said first channel , characterized in that said drive is moveable in said first channel by said foot actuator between an upper position in which the door is unlatched, and a lower position in which the door is latched; a retractable bar is slidably provided in said upper door crossbar , wherein said drive engages said retractable bar when said drive is raised, sliding it away from the first vertical member ; an upper retracting pin extending from said retractable bar , wherein said upper retracting pin is receivable in a upper catch provided on said first vertical member ; and wherein when the foot actuator is in the raised position, the drive is in the upper position, and the upper retracting pin is removed from the upper catch , and when the foot actuator is in the lowered position, the drive is in the lower position.
A lid comprising: a body having a top wall having a central channel with an opening for pouring the contents from a container wherein the central channel is located in the top wall, at least one port for venting, and a side wall configured to secure the lid to the container, a pair of pins and a pair of slots forming a hinge; a flip closure configured to rotate on the hinge from an opened position to a closed position, the flip closure comprising a stopper configured to selectively seal the opening ; characterized in that : the stopper is configured to be inserted into the opening , and fits within the opening , and is larger than the opening, wherein a sealing-interference fit is formed between the stopper and the opening ; the pair of pins extends from the central channel ; the flip closure further comprises the pair of slots , wherein a pair of gaskets is formed in the pair of slots and the gaskets receive the pair of pins of the body ; and the flip closure further comprises a cam configured to engage the body to maintain the flip closure in the opened position. a body having a top wall having a central channel with an opening for pouring the contents from a container wherein the central channel is located in the top wall, at least one port for venting, and a side wall configured to secure the lid to the container, a pair of pins and a pair of slots forming a hinge; a flip closure configured to rotate on the hinge from an opened position to a closed position, the flip closure comprising a stopper configured to selectively seal the opening ; characterized in that : the stopper is configured to be inserted into the opening , and fits within the opening , and is larger than the opening, wherein a sealing-interference fit is formed between the stopper and the opening ; the pair of pins extends from the central channel ; the flip closure further comprises the pair of slots , wherein a pair of gaskets is formed in the pair of slots and the gaskets receive the pair of pins of the body ; and the flip closure further comprises a cam configured to engage the body to maintain the flip closure in the opened position. the stopper is configured to be inserted into the opening , and fits within the opening , and is larger than the opening, wherein a sealing-interference fit is formed between the stopper and the opening ; the pair of pins extends from the central channel ; the flip closure further comprises the pair of slots , wherein a pair of gaskets is formed in the pair of slots and the gaskets receive the pair of pins of the body ; and the flip closure further comprises a cam configured to engage the body to maintain the flip closure in the opened position.
A circuit board comprising: a metal circuit plate ; a metallic heat diffusing plate below the metal circuit plate ; a metallic heat dissipating plate below the heat diffusing plate ; a first insulating substrate disposed between the metal circuit plate and the heat diffusing plate and comprising an upper surface bonded to a lower surface of the metal circuit plate and a lower surface bonded to an upper surface of the heat diffusing plate ; and a second insulating substrate disposed between the heat diffusing plate and the heat dissipating plate and comprising an upper surface bonded to a lower surface of the heat diffusing plate and a lower surface bonded to an upper surface of the heat dissipating plate , wherein a grain diameter of metal grains contained in the heat diffusing plate decreases from each of the upper surface and the lower surface of the heat diffusing plate toward a center portion of the heat diffusing plate in a thickness direction, and a size of the heat diffusing plate is smaller than sizes of the first insulating substrate and the second insulating substrate , which are bonded to the heat diffusing plate in a plan view, and an alloy layer containing a component of the heat diffusing plate and a component of a brazing material is disposed on an entire side surface of the heat diffusing plate . a metal circuit plate ; a metallic heat diffusing plate below the metal circuit plate ; a metallic heat dissipating plate below the heat diffusing plate ; a first insulating substrate disposed between the metal circuit plate and the heat diffusing plate and comprising an upper surface bonded to a lower surface of the metal circuit plate and a lower surface bonded to an upper surface of the heat diffusing plate ; and a second insulating substrate disposed between the heat diffusing plate and the heat dissipating plate and comprising an upper surface bonded to a lower surface of the heat diffusing plate and a lower surface bonded to an upper surface of the heat dissipating plate , wherein a grain diameter of metal grains contained in the heat diffusing plate decreases from each of the upper surface and the lower surface of the heat diffusing plate toward a center portion of the heat diffusing plate in a thickness direction, and a size of the heat diffusing plate is smaller than sizes of the first insulating substrate and the second insulating substrate , which are bonded to the heat diffusing plate in a plan view, and an alloy layer containing a component of the heat diffusing plate and a component of a brazing material is disposed on an entire side surface of the heat diffusing plate .