mhurhangee/patent-ind-claim-en huggingface dataset:
Cooling jacket for cooling by means of a fluid flowing in the cooling jacket comprising - a jacket that has an inner jacket and an outer jacket , wherein the jacket has an opening arranged between the inner jacket and the outer jacket at an axial end , - a sealing means arranged in the opening and - a radial deformation which connects the jacket to the sealing means , characterised in that the inner jacket of the jacket has the radial deformation , wherein the radial deformation extends into the opening in such a way that the opening of the jacket has a section with a wedge-shaped cross section which is formed by the radial deformation of the jacket , wherein the opening tapers in the section towards the axial end of the jacket . - a jacket that has an inner jacket and an outer jacket , wherein the jacket has an opening arranged between the inner jacket and the outer jacket at an axial end , - a sealing means arranged in the opening and - a radial deformation which connects the jacket to the sealing means ,
A cross-connector system for use during a spinal fixation procedure comprising: a bridge system defining a coupling bore and having a pair of downwardly extending arms adapted to be coupled to a first bone engaging member ; a first bar having a first end and a second end , the first end defining a bore having a central axis (A), and the second end defining a slot , wherein the first end is offset from the second end relative to a longitudinal axis (L) defined by the first bar ; a second bar having a first end and a second end , wherein the bar is planar, and wherein the second end is coupled to the slot of the first bar to enable relative movement between the first bar and the second bar ; an expansion ring received within the bore of the first bar , the expansion ring including a slot to enable the expansion ring to be expanded; and a locking device received through the expansion ring and the coupling bore for coupling the bridge system to the first bar , the locking device operable in a first state in which the first bar is movable about the central axis (A) of the bore and in a second state in which the first bar is fixed relative to the central axis (A) of the bore so as to fixedly couple the first bar to the bridge system . a bridge system defining a coupling bore and having a pair of downwardly extending arms adapted to be coupled to a first bone engaging member ; a first bar having a first end and a second end , the first end defining a bore having a central axis (A), and the second end defining a slot , wherein the first end is offset from the second end relative to a longitudinal axis (L) defined by the first bar ; a second bar having a first end and a second end , wherein the bar is planar, and wherein the second end is coupled to the slot of the first bar to enable relative movement between the first bar and the second bar ; an expansion ring received within the bore of the first bar , the expansion ring including a slot to enable the expansion ring to be expanded; and a locking device received through the expansion ring and the coupling bore for coupling the bridge system to the first bar , the locking device operable in a first state in which the first bar is movable about the central axis (A) of the bore and in a second state in which the first bar is fixed relative to the central axis (A) of the bore so as to fixedly couple the first bar to the bridge system .
A method for communication, comprising: defining an antenna switching function of a central node in a wireless communication system, wherein the antenna switching function is a fixed function that is known to one or more remote nodes in the wireless communication system, wherein the antenna switching function defines an association between antenna numbers of a plurality of antennas of the central node and time-slot numbers of time-slots within a frame, the association specifying respective time slots during which each of the plurality of antennas of the central node is to receive uplink messages from the one or more remote nodes ; selecting, at a remote node in the wireless communication system, an antenna of the central node as a favored antenna for receiving transmissions from the remote node ; and transmitting a message from the remote node to the central node in a time slot selected responsively to the antenna switching function so that the message will be received by the favored antenna at the central node , wherein selecting the favored antenna comprises evaluating respective scores of the plurality of antennas of the central node , and evaluating the respective scores comprises evaluating a quality of a respective propagation channel between the remote node and each of the plurality of antennas, and evaluating the quality of the respective propagation channel comprises evaluating signal quality parameters measured by the remote node when receiving an acknowledgment transmitted via each of the plurality of antennas. defining an antenna switching function of a central node in a wireless communication system, wherein the antenna switching function is a fixed function that is known to one or more remote nodes in the wireless communication system, wherein the antenna switching function defines an association between antenna numbers of a plurality of antennas of the central node and time-slot numbers of time-slots within a frame, the association specifying respective time slots during which each of the plurality of antennas of the central node is to receive uplink messages from the one or more remote nodes ; selecting, at a remote node in the wireless communication system, an antenna of the central node as a favored antenna for receiving transmissions from the remote node ; and transmitting a message from the remote node to the central node in a time slot selected responsively to the antenna switching function so that the message will be received by the favored antenna at the central node , wherein selecting the favored antenna comprises evaluating respective scores of the plurality of antennas of the central node , and evaluating the respective scores comprises evaluating a quality of a respective propagation channel between the remote node and each of the plurality of antennas, and evaluating the quality of the respective propagation channel comprises evaluating signal quality parameters measured by the remote node when receiving an acknowledgment transmitted via each of the plurality of antennas.
A spunbond nonwoven fabric comprising a plurality of filaments that are bonded to each other to form a coherent web, wherein the filaments comprise a blend of a polylactic acid (PLA) and at least one secondary alkane sulfonate, and wherein the fabric exhibits at least one of the following: an increase in tensile strength in at least one of the machine direction or cross direction in comparison to an identical fabric that does not include the at least one secondary alkane sulfonate, and an increase in elongation in at least one of the machine direction or cross direction in comparison to an identical fabric that does not include the at least one secondary alkane sulfonate.
A clock synchronization method comprising: in a case where a Precision Time Protocol, PTP, message is received by a system, determining (S1010) attribute information of a PTP port of the received PTP message, wherein the attribute information comprises at least one of the following: high-precision mode or non-high-precision mode, non-high-precision ingress correction field, cf, modification mark or non-high-precision egress cf modification mark; and performing (S1020) clock synchronization on the PTP message according to the attribute information of the PTP port; wherein performing (S1020) the clock synchronization on the PTP message according to the attribute information of the PTP port comprises: in a case where an ingress PTP port of the PTP message is in a high-precision mode, modifying a sending time field of the PTP message; in a case where an egress PTP port of the PTP message is in the non-high-precision mode and the non-high-precision egress cf modification mark of the egress PTP port is enabled, modifying a cf field of the PTP message; and in a case where the egress PTP port is in the non-high-precision mode and the non-high-precision egress cf modification mark of the egress PTP port is not enabled, not modifying the PTP message. in a case where a Precision Time Protocol, PTP, message is received by a system, determining (S1010) attribute information of a PTP port of the received PTP message, wherein the attribute information comprises at least one of the following: high-precision mode or non-high-precision mode, non-high-precision ingress correction field, cf, modification mark or non-high-precision egress cf modification mark; and performing (S1020) clock synchronization on the PTP message according to the attribute information of the PTP port; wherein performing (S1020) the clock synchronization on the PTP message according to the attribute information of the PTP port comprises: in a case where an ingress PTP port of the PTP message is in a high-precision mode, modifying a sending time field of the PTP message; in a case where an egress PTP port of the PTP message is in the non-high-precision mode and the non-high-precision egress cf modification mark of the egress PTP port is enabled, modifying a cf field of the PTP message; and in a case where the egress PTP port is in the non-high-precision mode and the non-high-precision egress cf modification mark of the egress PTP port is not enabled, not modifying the PTP message. in a case where an ingress PTP port of the PTP message is in a high-precision mode, modifying a sending time field of the PTP message; in a case where an egress PTP port of the PTP message is in the non-high-precision mode and the non-high-precision egress cf modification mark of the egress PTP port is enabled, modifying a cf field of the PTP message; and in a case where the egress PTP port is in the non-high-precision mode and the non-high-precision egress cf modification mark of the egress PTP port is not enabled, not modifying the PTP message.
A hot water supply system comprising: a hot water supply apparatus including a heating apparatus configured to heat water, a tank configured to store the water heated by the heating apparatus , and a water circuit through which the water in the tank circulates; a plurality of supply paths each coupled to a corresponding one of a plurality of hot water supply targets and each configured to supply the water from the tank ; and an estimation unit configured to predict a total amount of hot water supply demand, based on time-series data of a first index that indicates an amount of heat of water used in each of the plurality of hot water supply targets , characterized in that the estimation unit is configured to predict the total amount of hot water supply demand, based on the time-series data and at least one of types of the hot water supply targets and specifications of faucets of the hot water supply targets . a hot water supply apparatus including a heating apparatus configured to heat water, a tank configured to store the water heated by the heating apparatus , and a water circuit through which the water in the tank circulates; a plurality of supply paths each coupled to a corresponding one of a plurality of hot water supply targets and each configured to supply the water from the tank ; and an estimation unit configured to predict a total amount of hot water supply demand, based on time-series data of a first index that indicates an amount of heat of water used in each of the plurality of hot water supply targets , characterized in that the estimation unit is configured to predict the total amount of hot water supply demand, based on the time-series data and at least one of types of the hot water supply targets and specifications of faucets of the hot water supply targets .
A collision or reaction device for a mass spectrometer comprising: a first device arranged and adapted to cause first ions to collide or react with charged particles and/or neutral particles or otherwise dissociate so as to form second ions; and a second device arranged and adapted to apply a broadband excitation with one or more frequency notches to said first device so as to cause said second ions and/or ions derived from said second ions to be substantially ejected from said first device without causing said first ions to be substantially ejected from said first device ; wherein said collision or reaction device is arranged and adapted to transfer said second ions and/or ions derived from said second ions out of said collision or reaction device for subsequent analysis or further reaction. a first device arranged and adapted to cause first ions to collide or react with charged particles and/or neutral particles or otherwise dissociate so as to form second ions; and a second device arranged and adapted to apply a broadband excitation with one or more frequency notches to said first device so as to cause said second ions and/or ions derived from said second ions to be substantially ejected from said first device without causing said first ions to be substantially ejected from said first device ; wherein said collision or reaction device is arranged and adapted to transfer said second ions and/or ions derived from said second ions out of said collision or reaction device for subsequent analysis or further reaction.
A method for managing the status of a connected device by publishing assertions in an immutable distributed database composed of a plurality of compute nodes, a pair of keys comprising a public key and a private key being associated with the connected device, the method comprising the steps of: - receiving by the connected device from a first terminal associated to a first user an instruction message comprising an identifier of said first user and at least a status information to be taken into account for the connected device, said status information being used to manage the ownership of the connected device; - verifying by the connected device that the first user is allowed to modify the status of the connected device and in case of a positive verification, preparing an assertion request comprising the status information, the assertion request being signed by the connected device using its private key; - sending by the connected device the assertion request to the immutable distributed database for publishing an assertion comprising the status information, the assertion being published once the signature is positively verified by a compute node of the immutable distributed immutable database using the public key associated to the connected device. - receiving by the connected device from a first terminal associated to a first user an instruction message comprising an identifier of said first user and at least a status information to be taken into account for the connected device, said status information being used to manage the ownership of the connected device; - verifying by the connected device that the first user is allowed to modify the status of the connected device and in case of a positive verification, preparing an assertion request comprising the status information, the assertion request being signed by the connected device using its private key; - sending by the connected device the assertion request to the immutable distributed database for publishing an assertion comprising the status information, the assertion being published once the signature is positively verified by a compute node of the immutable distributed immutable database using the public key associated to the connected device.
A scroll compressor comprising: a rotating shaft body that is installed in a housing and rotates around an axis of the housing; a movable scroll revolving around an eccentric shaft separate from the rotating shaft body and connected to the rotating shaft body to revolve around the axis at a position eccentric to an axis of the rotating shaft body; a fixed scroll fixed to the housing; and bearings that slidably support the rotating shaft body and the eccentric shaft, the bearings being installed within the housing, wherein at least one of the bearings is a sliding bearing including a back metal , and a sliding layer formed on the back metal by baking, the sliding layer includes 5 to 60 wt% of graphite including particles, with a balance of at least one of polyamide-imide resin and polyimide resin, characterised in that the particles have an average diameter of 5 to 50 μm, a graphitization degree of 0.6 or more, and 50 % or more of the particles in a number ratio have a particle ratio more than or equal to 0.5, wherein the particle ratio is the ratio between a graphite minor axis and major axis. a rotating shaft body that is installed in a housing and rotates around an axis of the housing; a movable scroll revolving around an eccentric shaft separate from the rotating shaft body and connected to the rotating shaft body to revolve around the axis at a position eccentric to an axis of the rotating shaft body; a fixed scroll fixed to the housing; and bearings that slidably support the rotating shaft body and the eccentric shaft, the bearings being installed within the housing, wherein at least one of the bearings is a sliding bearing including a back metal , and a sliding layer formed on the back metal by baking, a back metal , and a sliding layer formed on the back metal by baking, the sliding layer includes 5 to 60 wt% of graphite including particles, with a balance of at least one of polyamide-imide resin and polyimide resin, characterised in that the particles have an average diameter of 5 to 50 μm, a graphitization degree of 0.6 or more, and 5 to 60 wt% of graphite including particles, with a balance of at least one of polyamide-imide resin and polyimide resin, characterised in that the particles have an average diameter of 5 to 50 μm, a graphitization degree of 0.6 or more, and 50 % or more of the particles in a number ratio have a particle ratio more than or equal to 0.5, wherein the particle ratio is the ratio between a graphite minor axis and major axis.
Package support for installing a wire package in a component in the form of a stator or rotor of an electric motor, the package support comprising the following: a press-in mandrel for pressing a wire package into the component , which press-in mandrel extends along an axis, a number of blades , which are radially adjustable, the blades protruding radially from the press-in mandrel at least in an extended state and defining a respective seat for a part of the wire package between two circumferentially adjacent blades , respectively, an actuating device designed to radially extend and retract the blades , and a displacing device designed to displace the blades along the axis. a press-in mandrel for pressing a wire package into the component , which press-in mandrel extends along an axis, a number of blades , which are radially adjustable, the blades protruding radially from the press-in mandrel at least in an extended state and defining a respective seat for a part of the wire package between two circumferentially adjacent blades , respectively, an actuating device designed to radially extend and retract the blades , and a displacing device designed to displace the blades along the axis.
A flow straightening device through which a gas stream passes before being introduced into a hydrolysis reaction vessel that causes a hydrolysis reaction of urea water, said flow straightening device comprising: an outer tube into which the gas stream flows through one end of the outer tube toward the other end of the outer tube which is opposite to the one end; a control wall positioned inside the outer tube or at the other end of the outer tube , the control wall reversing at least a portion of the gas stream flowing into the outer tube through the one end toward the other end; and at least one tube part which is at least partially positioned at a location that is inside the outer tube and that is between the one end and the control wall , said at least one tube part constituting a flow passage of the gas stream flowing from an inside of the outer tube toward an outside of the outer tube through a side wall of the outer tube so as to introduce the gas stream inside the outer tube into the hydrolysis reaction vessel , said at least one tube part having an inlet part and an outlet part for the gas stream. an outer tube into which the gas stream flows through one end of the outer tube toward the other end of the outer tube which is opposite to the one end; a control wall positioned inside the outer tube or at the other end of the outer tube , the control wall reversing at least a portion of the gas stream flowing into the outer tube through the one end toward the other end; and at least one tube part which is at least partially positioned at a location that is inside the outer tube and that is between the one end and the control wall , said at least one tube part constituting a flow passage of the gas stream flowing from an inside of the outer tube toward an outside of the outer tube through a side wall of the outer tube so as to introduce the gas stream inside the outer tube into the hydrolysis reaction vessel , said at least one tube part having an inlet part and an outlet part for the gas stream.
A sleep aiding device, comprising: a physical-sign detecting part , configured to detect physical sign data associated with a user; a brainwave detecting part , configured to detect brainwave signal data associated with the user; and a display and play part , configured to: receive a display and play instruction, wherein the display and play instruction is generated according to at least one of the physical sign data and the brainwave signal data; and adjust at least one of a display mode and a play mode of the sleep aiding device according to the display and play instruction, characterized by that, the display and play part comprises a display device comprising a projecting device, and the display and play part is configured to automatically rotate and detect a surrounding environment when activating the display mode, and display image content on a flat surface when detecting the flat surface in the surrounding environment. a physical-sign detecting part , configured to detect physical sign data associated with a user; a brainwave detecting part , configured to detect brainwave signal data associated with the user; and a display and play part , configured to: receive a display and play instruction, wherein the display and play instruction is generated according to at least one of the physical sign data and the brainwave signal data; and adjust at least one of a display mode and a play mode of the sleep aiding device according to the display and play instruction, characterized by that, the display and play part comprises a display device comprising a projecting device, and the display and play part is configured to automatically rotate and detect a surrounding environment when activating the display mode, and display image content on a flat surface when detecting the flat surface in the surrounding environment. receive a display and play instruction, wherein the display and play instruction is generated according to at least one of the physical sign data and the brainwave signal data; and adjust at least one of a display mode and a play mode of the sleep aiding device according to the display and play instruction, characterized by that, the display and play part comprises a display device comprising a projecting device, and the display and play part is configured to automatically rotate and detect a surrounding environment when activating the display mode, and display image content on a flat surface when detecting the flat surface in the surrounding environment.