mhurhangee/patent-ind-claim-en huggingface dataset:
Process of producing a sports shoe by injection-moulding thermoplastics material, said sports shoe comprising a rigid external shell (12; 112) defining a cavity adapted to accommodate a foot of a user, at least one internal portion of said cavity being covered with a soft material, said process including the use of a mould comprising a matrix , a first semi-mould comprising a first cavity and a second semi-mould comprising a second cavity counter-shaped to said matrix to reproduce a respective semi-shell of said rigid external shell (12; 112), characterised in that it comprises the following phases: a. positioning at least one insert (14; 114) made of said soft material on said matrix , said insert (14; 114) being adapted to cover said at least one internal portion of said cavity ; b. covering said at least one insert (14; 114) with a connecting layer (15; 115) formed by a thin sock fitted onto said matrix ; c. hermetically sealing said first and second semi-moulds onto said matrix along the edges of said first and second cavity ; d. injecting into the space existing between said first and second cavity and said connecting layer (15; 115) a thermoplastics material destined to form said rigid external shell (12; 112) in order to create a permanent connection of said at least one soft insert (14; 114) to said rigid external shell (12; 112), said connecting layer (15; 115) protecting and maintaining the position of said at least one soft insert (14; 114) onto said matrix and substantially retaining the characteristics of said at least one soft insert (14; 114) unchanged; e. opening said first and second semi-moulds when the injection of said thermoplastics material is completed and removing said sports shoe from said matrix . a. positioning at least one insert (14; 114) made of said soft material on said matrix , said insert (14; 114) being adapted to cover said at least one internal portion of said cavity ; b. covering said at least one insert (14; 114) with a connecting layer (15; 115) formed by a thin sock fitted onto said matrix ; c. hermetically sealing said first and second semi-moulds onto said matrix along the edges of said first and second cavity ; d. injecting into the space existing between said first and second cavity and said connecting layer (15; 115) a thermoplastics material destined to form said rigid external shell (12; 112) in order to create a permanent connection of said at least one soft insert (14; 114) to said rigid external shell (12; 112), said connecting layer (15; 115) protecting and maintaining the position of said at least one soft insert (14; 114) onto said matrix and substantially retaining the characteristics of said at least one soft insert (14; 114) unchanged; e. opening said first and second semi-moulds when the injection of said thermoplastics material is completed and removing said sports shoe from said matrix .
An engine device comprising a cylinder block pivotally supporting a crankshaft so that the crankshaft is rotatable, wherein opposite side portions of the cylinder block along a crankshaft axial direction have, on one of their ends relative to the crankshaft axial direction, projecting portions protruding in a direction away from the crankshaft , and reinforcing ribs provided between side walls and the projecting portions of the opposite side portions so that the reinforcing ribs are flared at their sides close to the corresponding projecting portions , the projecting portions and the reinforcing ribs being integrally formed with the cylinder block , two mount attachment pedestals for mounting an engine mount are provided on each of the opposite side portions of the cylinder block , and each of the reinforcing ribs extends along the crankshaft axial direction to a position close to another end opposite to the one end relative to the crankshaft axial direction, wherein first reinforcing ribs 2. of said reinforcing ribs are coupled with each of the mount attachment pedestals ; characterized in that a part of a lubricating oil passage provided in the cylinder block is disposed in a position relatively close to one side portion out of the opposite side portions , wherein a second reinforcing rib of said reinforcing ribs is arranged so as to overlap the position where the part of the lubricating oil passage is disposed in a side view. wherein opposite side portions of the cylinder block along a crankshaft axial direction have, on one of their ends relative to the crankshaft axial direction, projecting portions protruding in a direction away from the crankshaft , and reinforcing ribs provided between side walls and the projecting portions of the opposite side portions so that the reinforcing ribs are flared at their sides close to the corresponding projecting portions , the projecting portions and the reinforcing ribs being integrally formed with the cylinder block , two mount attachment pedestals for mounting an engine mount are provided on each of the opposite side portions of the cylinder block , and each of the reinforcing ribs extends along the crankshaft axial direction to a position close to another end opposite to the one end relative to the crankshaft axial direction, wherein first reinforcing ribs 2. of said reinforcing ribs are coupled with each of the mount attachment pedestals ; characterized in that a part of a lubricating oil passage provided in the cylinder block is disposed in a position relatively close to one side portion out of the opposite side portions , wherein a second reinforcing rib of said reinforcing ribs is arranged so as to overlap the position where the part of the lubricating oil passage is disposed in a side view.
Rubber-sprung rail vehicle wheel comprising a current bridge made of metal and an elastic layer between the wheel tire made of metal and the wheel disc made of metal, characterized in that the elastic layer is constructed from a rubber mixture containing at least the following constituents: - 80 to 100 phr of at least one natural rubber (NR) and - at least one silica and - at least one silane and - 20 to 90 phr of zinc oxide (ZnO). - 80 to 100 phr of at least one natural rubber (NR) and - at least one silica and - at least one silane and - 20 to 90 phr of zinc oxide (ZnO).
An imaging apparatus comprising: a tilt control unit that performs tilt control by driving at least one of an imaging device and an imaging optical system; a focus lens driving unit that drives a focus lens; and a control unit that selects one of a plurality of control modes for performing focus control using at least one of the tilt control unit and the focus lens driving unit in accordance with the number of subject areas in an image, characterized in that in a case in which the number of subject areas in the image is one, the control unit selects a first control mode in which focus control is performed using one of the tilt control unit and the focus lens driving unit , and in a case in which the number of subject areas in the image is equal to or larger than two, the control unit selects a second control mode in which focus control is performed using the tilt control unit and the focus lens driving unit . a tilt control unit that performs tilt control by driving at least one of an imaging device and an imaging optical system; a focus lens driving unit that drives a focus lens; and a control unit that selects one of a plurality of control modes for performing focus control using at least one of the tilt control unit and the focus lens driving unit in accordance with the number of subject areas in an image, characterized in that in a case in which the number of subject areas in the image is one, the control unit selects a first control mode in which focus control is performed using one of the tilt control unit and the focus lens driving unit , and in a case in which the number of subject areas in the image is equal to or larger than two, the control unit selects a second control mode in which focus control is performed using the tilt control unit and the focus lens driving unit .
An insulated pipe structure comprising: a. a pipe having an outer surface; b. an insulating material including aerogel wrapped over the outer surface to form an insulating layer ; and c. at least one cover layer that covers the insulating layer , characterized in that a flexible container enclosing granular aerogel is positioned or wrapped over the outer surface of the pipe to form the insulating layer and the container is notched or in the form of bubble wrap and wherein the at least one cover layer is a polymeric layer, e.g. an elastomer, or a thin metal film, and compresses the insulating layer such that the insulating properties of the insulating layer are increased. a. a pipe having an outer surface; b. an insulating material including aerogel wrapped over the outer surface to form an insulating layer ; and c. at least one cover layer that covers the insulating layer , characterized in that a flexible container enclosing granular aerogel is positioned or wrapped over the outer surface of the pipe to form the insulating layer and the container is notched or in the form of bubble wrap and wherein the at least one cover layer is a polymeric layer, e.g. an elastomer, or a thin metal film, and compresses the insulating layer such that the insulating properties of the insulating layer are increased.
An apparatus (10; 30), comprising: means (12; 14; 16) for selecting first content for pasting in response to user input on a touch sensitive display ; and means for controlling the touch sensitive display , while a hovering input is provided by a user a distance from the touch sensitive display, to display a transient indication of the first content for pasting, wherein the transient indication of the first content is moveably displayed at a position that corresponds with a position of the hovering input if the user subsequently ceases to provide the hovering input such that the hovering input is no longer detected, the transient indication of the first content for pasting is removed from display on the touch sensitive display; means for initiating in response to a touch input being detected at the touch sensitive display, a paste operation using the first content, wherein the paste operation comprises controlling the touch sensitive display to display a representation of the first content; and means for controlling the touch sensitive display to continue to display the representation of the first content after the user ceases to provide touch input at the touch sensitive display. means (12; 14; 16) for selecting first content for pasting in response to user input on a touch sensitive display ; and means for controlling the touch sensitive display , while a hovering input is provided by a user a distance from the touch sensitive display, to display a transient indication of the first content for pasting, wherein the transient indication of the first content is moveably displayed at a position that corresponds with a position of the hovering input if the user subsequently ceases to provide the hovering input such that the hovering input is no longer detected, the transient indication of the first content for pasting is removed from display on the touch sensitive display; means for initiating in response to a touch input being detected at the touch sensitive display, a paste operation using the first content, wherein the paste operation comprises controlling the touch sensitive display to display a representation of the first content; and means for controlling the touch sensitive display to continue to display the representation of the first content after the user ceases to provide touch input at the touch sensitive display.
A refrigerator door, comprising a rotatable storage rack , the rotatable storage rack comprising a drawer , a storage rack body for slidingly receiving the drawer , and a sliding assembly disposed between the drawer and the storage rack body ; wherein the sliding assembly comprises a curved slide rail and a first pulley moving along the curved slide rail , the curved slide rail comprises a horizontal section and a bent section , and the bent section is tangent to the horizontal section and arranged at an angle; when the first pulley moves along the horizontal section , the drawer is pulled out; when the first pulley moves along the bent section , the drawer rotates downward; characterized in that the curved slide rail is disposed near a top of the drawer , the sliding assembly further comprises a second slide rail disposed away from the top of the drawer and a second pulley moving along the second slide rail , the second slide rail extends from a start point to an end point in a horizontal direction, and the bent section is configured as a circular arc with the end point of the second slide rail as a center of a circle and with a vertical distance from the horizontal section to the second slide rail as a radius.
An anomaly detection device (110a - 110f) in an in-vehicle network that includes a plurality of electronic control units, ECUs, (101a - 101f), a network , and the anomaly detection device (110a-110f), the anomaly detection device being located between the network included in the in-vehcile network and a first ECU included in the plurality of ECUs, the anomaly detection device comprising: a communication section that receives a message from the first ECU and transmits the message to the network , and receives a message from the network and transmits the message to the first ECU ; a received ID list holder that holds a received ID list which is a list of IDs of messages that the communication section has received from the network and transmitted to the first ECU ; and a controller that controls the communication section and the received ID list holder , wherein the controller : in the case where an ID of the message received by the communication section from the network is not included in the received ID list, adds the ID to the received ID list; and in the case where an ID of the message received by the communication section from the first ECU is included in the received ID list, causes the communication section not to transmit the message to the network . a communication section that receives a message from the first ECU and transmits the message to the network , and receives a message from the network and transmits the message to the first ECU ; a received ID list holder that holds a received ID list which is a list of IDs of messages that the communication section has received from the network and transmitted to the first ECU ; and a controller that controls the communication section and the received ID list holder , wherein the controller : in the case where an ID of the message received by the communication section from the network is not included in the received ID list, adds the ID to the received ID list; and in the case where an ID of the message received by the communication section from the first ECU is included in the received ID list, causes the communication section not to transmit the message to the network . in the case where an ID of the message received by the communication section from the network is not included in the received ID list, adds the ID to the received ID list; and in the case where an ID of the message received by the communication section from the first ECU is included in the received ID list, causes the communication section not to transmit the message to the network .
A non-therapeutic method of operating an electrosurgical system comprising an electrosurgical instrument having at least one instrument data memory, and an electrosurgical generator to which the electrosurgical instrument is connected during operation, the electrosurgical generator having a processor and at least one generator data memory connected to the processor , wherein the processor executes an operating program stored in the generator data memory to control the electrosurgical generator a data set is or will be stored in the instrument data memory of the electrosurgical instrument, and during start-up or operation of the electrosurgical generator , the data set stored in the instrument data memory of the electrosurgical instrument is read out by the electrosurgical generator characterized in that the data set includes structured data, wherein the structured data is implemented as a plurality of parameterized references referring to operating specifications stored in the generator data memory of the electrosurgical generator , which comprise potentially applicable control commands and may additionally comprise operating parameter values, and the parameterized references stored in the structured data are called up under control of the operating program in order to execute the control commands stored in the electrosurgery generator , so as to control the electrosurgery generator in dependence on the operating program, the operating specifications stored in the generator data memory and the parameterized references to individual ones of the control commands stored in the generator data memory, that are comprised in the structured data. a data set is or will be stored in the instrument data memory of the electrosurgical instrument, and during start-up or operation of the electrosurgical generator , the data set stored in the instrument data memory of the electrosurgical instrument is read out by the electrosurgical generator the data set includes structured data, wherein the structured data is implemented as a plurality of parameterized references referring to operating specifications stored in the generator data memory of the electrosurgical generator , which comprise potentially applicable control commands and may additionally comprise operating parameter values, and the parameterized references stored in the structured data are called up under control of the operating program in order to execute the control commands stored in the electrosurgery generator , so as to control the electrosurgery generator in dependence on the operating program, the operating specifications stored in the generator data memory and the parameterized references to individual ones of the control commands stored in the generator data memory, that are comprised in the structured data.
A control method for a circuit, wherein the circuit comprises a bus capacitance comprising a positive terminal, a negative terminal and a neutral point, at least two bridge arms connected between the positive terminal and the negative terminal of the bus capacitance, wherein each bridge arm is an NPC bridge arm, that comprises a first main switch, a second main switch, a third main switch, and a fourth main switch connected in series between the positive and the negative terminals of the bus capacitance and a first diode and a second diode connected respectively between the connection point of the first switch and the second switch and the neutral point of the bus capacitance and between the connection point of the third switch and the fourth switch and the neutral point of the bus capacitance, an auxiliary switch (Up.Auxl, Down.Auxl) assisting in switching of main switches (R.upl, R.up2, R.downl, R.down2, S.upl, S.up2, S.downl, S.down2, T.upl, T.up2, T.down1, T.down2) provided in the bridge arms, auxiliary diodes and an inductor (Tx.up.Aux, Tx.down.Aux), the auxiliary switch is connected on one side to the positive terminal of the bus capacitance and on the other side to a connection point of the inductor and a first auxiliary diode, the inductor is connected at one side to the neutral point of the bus capacitance through the first auxiliary diode, and at the other side is connected through auxiliary diodes to the connection points between the first switch and the second switch of the bridge arm, characterized in that the control method comprises steps of: S1. after controlling the auxiliary switch (Up.Auxl, Down.Auxl) to be turned on for a first period of time, controlling the main switches (R.upl, R.downl, S.upl, S.downl, T.upl, T.down1) set at a same position of the bridge arms and connected with the bus capacitance to be simultaneously turned on; and S2. after a second period of time following the time when the main switches (R.upl, R.downl, S.upl, S.downl, T.upl, T.down1) set at the same position of the bridge arms and connected with the bus capacitance are simultaneously turned on, turning off the auxiliary switch (Up.Auxl, Down.Aux1). S1. after controlling the auxiliary switch (Up.Auxl, Down.Auxl) to be turned on for a first period of time, controlling the main switches (R.upl, R.downl, S.upl, S.downl, T.upl, T.down1) set at a same position of the bridge arms and connected with the bus capacitance to be simultaneously turned on; and S2. after a second period of time following the time when the main switches (R.upl, R.downl, S.upl, S.downl, T.upl, T.down1) set at the same position of the bridge arms and connected with the bus capacitance are simultaneously turned on, turning off the auxiliary switch (Up.Auxl, Down.Aux1).
A film stack (205; 410), comprising: a first film (112; 212) having first transmissive facets formed thereon that define a plurality of first Fresnel lenses, each of the first Fresnel lenses extending generally parallel to a first in-plane axis ; and a second film (162; 262) having second transmissive facets formed thereon that define a plurality of second Fresnel lenses, each of the second Fresnel lenses extending generally parallel to a second in-plane axis , the second film being disposed to intercept light transmitted by the first Fresnel lenses; wherein the second in-plane axis is disposed to be non-parallel to the first in-plane axis , characterized in that at least some of the first Fresnel lenses (417; 517; 617b; 1217b), and at least some of the second Fresnel lenses (417; 517; 617b; 1217b), are configured as a negative Fresnel lens to defocus incident parallel light. a first film (112; 212) having first transmissive facets formed thereon that define a plurality of first Fresnel lenses, each of the first Fresnel lenses extending generally parallel to a first in-plane axis ; and a second film (162; 262) having second transmissive facets formed thereon that define a plurality of second Fresnel lenses, each of the second Fresnel lenses extending generally parallel to a second in-plane axis , the second film being disposed to intercept light transmitted by the first Fresnel lenses; wherein the second in-plane axis is disposed to be non-parallel to the first in-plane axis , characterized in that at least some of the first Fresnel lenses (417; 517; 617b; 1217b), and at least some of the second Fresnel lenses (417; 517; 617b; 1217b), are configured as a negative Fresnel lens to defocus incident parallel light.