mhurhangee/patent-ind-claim-en huggingface dataset:
Method for production of a cooling element , in particular a microcooling element, comprising - providing at least one first metal layer and at least one second metal layer , - oxidizing the at least one first metal layer and/or the at least one second metal layer , - structuring the at least one first metal layer and/or the at least one second metal layer to form at least one recess , - joining the at least one first metal layer and the at least one second metal layer to form the cooling element , in particular by bonding, wherein in a joined state at least a partial section of a cooling channel is formed in the cooling element by the recess in the at least one first metal layer and/or the at least one second metal layer , and wherein, prior to joining , an inner side of the recess is provided at least in sections, preferably completely, freed from an oxidized surface, characterized in that an oxidized surface is removed after oxidizing. - providing at least one first metal layer and at least one second metal layer , - oxidizing the at least one first metal layer and/or the at least one second metal layer , - structuring the at least one first metal layer and/or the at least one second metal layer to form at least one recess , - joining the at least one first metal layer and the at least one second metal layer to form the cooling element , in particular by bonding, wherein in a joined state at least a partial section of a cooling channel is formed in the cooling element by the recess in the at least one first metal layer and/or the at least one second metal layer ,
An angular rate sensor comprising: first and second proof masses spaced apart from a surface of a substrate, the first and second proof masses being configured to move along a first axis and a second axis, the first axis being perpendicular to the surface of the substrate and the second axis being parallel to the surface of the substrate; first drive systems; and second drive systems, one each of the first and second drive systems being interconnected with one each of the first and second proof masses, wherein the first and second drive systems are configured to enable drive motion of the first and second proof masses along both of the first and second axes in an orbital drive direction at a drive frequency, the second proof mass being driven out-of-phase relative to the first proof mass; wherein the angular rate sensor is sensitive to angular velocity about a third axis oriented parallel to the surface of the substrate and perpendicular to the second axis; and the drive frequency of the drive motion of the first and second proof masses is configured to change in response to the angular velocity of the angular rate sensor about the third axis. first and second proof masses spaced apart from a surface of a substrate, the first and second proof masses being configured to move along a first axis and a second axis, the first axis being perpendicular to the surface of the substrate and the second axis being parallel to the surface of the substrate; first drive systems; and second drive systems, one each of the first and second drive systems being interconnected with one each of the first and second proof masses, wherein the first and second drive systems are configured to enable drive motion of the first and second proof masses along both of the first and second axes in an orbital drive direction at a drive frequency, the second proof mass being driven out-of-phase relative to the first proof mass; wherein the angular rate sensor is sensitive to angular velocity about a third axis oriented parallel to the surface of the substrate and perpendicular to the second axis; and the drive frequency of the drive motion of the first and second proof masses is configured to change in response to the angular velocity of the angular rate sensor about the third axis.
A method for terminating a first optical fiber within a proximal portion of a guidewire tubing of a pressure measurement guidewire adapted to be instrumented with an optical pressure sensor , characterised in that the method comprises: - providing the first optical fiber which is both inside the proximal portion of the guidewire tubing and not centered relative to the outside diameter of the guidewire tubing ; - centering the first optical fiber relative to the outside diameter of the guidewire tubing using an alignment centering tubing device which comprises a first ferrule or tubing having an inside diameter adapted to receive the proximal portion of the guidewire tubing and a second ferrule or tubing having an inside diameter adapted to an outside diameter of the first optical fiber; - using an adhesive for securing the first optical fiber in the center of guidewire proximal portion ; and - concentrically aligning the first ferrule or tubing and the second ferrule or tubing using a split sleeve over the first ferrule or tubing and second ferrule or tubing thereby holding the first ferrule or tubing and the second ferrule or tubing coaxially. - providing the first optical fiber which is both inside the proximal portion of the guidewire tubing and not centered relative to the outside diameter of the guidewire tubing ; - centering the first optical fiber relative to the outside diameter of the guidewire tubing using an alignment centering tubing device which comprises a first ferrule or tubing having an inside diameter adapted to receive the proximal portion of the guidewire tubing and a second ferrule or tubing having an inside diameter adapted to an outside diameter of the first optical fiber; - using an adhesive for securing the first optical fiber in the center of guidewire proximal portion ; and - concentrically aligning the first ferrule or tubing and the second ferrule or tubing using a split sleeve over the first ferrule or tubing and second ferrule or tubing thereby holding the first ferrule or tubing and the second ferrule or tubing coaxially.
An oriented apatite-type oxide ion conductor comprising a composite oxide expressed as A9.33+x[T6.00-yMy]026.0+z, where A represents one or two or more elements selected from the group consisting of La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Be, Mg, Ca, Sr, and Ba, T represents an element including Si or Ge or both, and M represents one or two or more elements selected from the group consisting of B, Zn, Sn, W, and Mo, and where x is from -1.00 to 1.00, y is from 0.40 to 0.90, and z is from -3.00 to 2.00, and wherein the ratio (A:M) of the number of moles of A to the number of moles of M is from 11.0 to 26.0.
A seal member to be used for a pipe joint structure in which a spigot that is formed at an end of one pipe to be assembled is inserted into a socket that is formed at an end of another pipe , wherein the seal member is to be provided between the socket and the spigot , wherein the seal member includes a heel section that is to be fitted to a recessed section formed in an inner circumferential section of the socket and wherein the seal member includes a bulb section that is to be compressed between an inner circumferential surface of the socket and an outer circumferential surface of the spigot , wherein a marker member is provided on a radially external surface of the heel section that is to be accommodated in the recessed section , wherein the marker member will not be observed from the external when the heel section is appropriately accommodated in the recessed section , and wherein the marker member is observed from the external and is able to be detected from the spigot-side pipe along an axial direction of the pipe in a non-contact manner when the spigot-side pipe being inserted into the socket is pulled by the spigot so that at least a part of the heel section is separated from the recessed section .
Interferometer comprising: - an optical source configured to generate a first beam (B 1 ); - a photo-detector configured to receive an interference signal (I); - a monolithic optical chip configured to intercept the first beam (B 1 ), that is a bi-reflective layer offering at least two reflective surfaces at the interfaces of the bi-reflective layer with mediums of different refractive index and comprising a first top reflective layer and a second bottom reflective layer separated by an intermediary isotropic and dielectric spacer layer , the first top reflective layer splitting the first beam (B 1 ) into a reference beam (B R ) obtained by reflection and a second beam (B 2 ) obtained by transmission, the second bottom reflective layer being an optically-resonant layer reflecting the second beam (B 2 ) to generate a signal beam (B S ) so that the signal beam (B S ) overlaps the reference beam (B R ) to create the interference signal (I); characterized in that it further comprises a controlled phase modulation means configured to induce a phase modulation in the interference signal (I) by modifying the phase difference between the signal beam (Bs) and the reference beam (B R ). - an optical source configured to generate a first beam (B 1 ); - a photo-detector configured to receive an interference signal (I); - a monolithic optical chip configured to intercept the first beam (B 1 ), that is a bi-reflective layer offering at least two reflective surfaces at the interfaces of the bi-reflective layer with mediums of different refractive index and comprising a first top reflective layer and a second bottom reflective layer separated by an intermediary isotropic and dielectric spacer layer , the first top reflective layer splitting the first beam (B 1 ) into a reference beam (B R ) obtained by reflection and a second beam (B 2 ) obtained by transmission, the second bottom reflective layer being an optically-resonant layer reflecting the second beam (B 2 ) to generate a signal beam (B S ) so that the signal beam (B S ) overlaps the reference beam (B R ) to create the interference signal (I); characterized in that it further comprises a controlled phase modulation means configured to induce a phase modulation in the interference signal (I) by modifying the phase difference between the signal beam (Bs) and the reference beam (B R ).
A computing system comprising: hardware ; a virtual machine monitor ; characterized in that the computing system further comprises: a virtual trusted runtime BIOS managed by the virtual machine monitor; a replacement portion of the virtual trusted runtime BIOS ; a privileged domain configured to host the virtual trusted runtime BIOS and the replacement portion of the virtual trusted runtime BIOS ; and a further virtual BIOS attached to a guest domain configured to send a BIOS access request to the virtual trusted runtime BIOS that contains an address for a requested resource of the virtual trusted runtime BIOS ; and a router in the virtual machine monitor configured to replace the address contained in the BIOS access request with the address to the resource of the replacement portion of the virtual trusted runtime BIOS . hardware ; a virtual machine monitor ; characterized in that the computing system further comprises: a virtual trusted runtime BIOS managed by the virtual machine monitor; a replacement portion of the virtual trusted runtime BIOS ; a privileged domain configured to host the virtual trusted runtime BIOS and the replacement portion of the virtual trusted runtime BIOS ; and a further virtual BIOS attached to a guest domain configured to send a BIOS access request to the virtual trusted runtime BIOS that contains an address for a requested resource of the virtual trusted runtime BIOS ; and a router in the virtual machine monitor configured to replace the address contained in the BIOS access request with the address to the resource of the replacement portion of the virtual trusted runtime BIOS . a virtual trusted runtime BIOS managed by the virtual machine monitor; a replacement portion of the virtual trusted runtime BIOS ; a privileged domain configured to host the virtual trusted runtime BIOS and the replacement portion of the virtual trusted runtime BIOS ; and a further virtual BIOS attached to a guest domain configured to send a BIOS access request to the virtual trusted runtime BIOS that contains an address for a requested resource of the virtual trusted runtime BIOS ; and a router in the virtual machine monitor configured to replace the address contained in the BIOS access request with the address to the resource of the replacement portion of the virtual trusted runtime BIOS .
A system for rolling planar food products for packaging, comprising: a first conveyor that extends to an end portion such that objects disposed upon the first conveyor during operation of the first conveyor are translated toward the end portion, wherein the first conveyor is configured to continuously move at a constant speed; a second conveyor, wherein the second conveyor is configured to periodically move a predetermined distance; a rotation member disposed in a first position proximate to the end portion of the first conveyor and spaced away from the first conveyor, and a motor to cause rotation of the rotation member; a movement system that is capable of moving the rotation member between the first position and a second position that is above the second conveyor; a first sensor disposed with respect to the first conveyor to identify when a leading edge of an object disposed upon the first conveyor reaches a third position that is proximate to the end portion of the first conveyor and to also identify when a trailing edge of the object disposed upon the first conveyor reaches the third position; and a controller that is configured to normally direct the rotation member to be aligned in the first position, and to direct rotation of the rotation member after a predetermined time delay after the leading edge of the object reaches the first position proximate to the end portion of the first conveyor. a first conveyor that extends to an end portion such that objects disposed upon the first conveyor during operation of the first conveyor are translated toward the end portion, wherein the first conveyor is configured to continuously move at a constant speed; a second conveyor, wherein the second conveyor is configured to periodically move a predetermined distance; a rotation member disposed in a first position proximate to the end portion of the first conveyor and spaced away from the first conveyor, and a motor to cause rotation of the rotation member; a movement system that is capable of moving the rotation member between the first position and a second position that is above the second conveyor; a first sensor disposed with respect to the first conveyor to identify when a leading edge of an object disposed upon the first conveyor reaches a third position that is proximate to the end portion of the first conveyor and to also identify when a trailing edge of the object disposed upon the first conveyor reaches the third position; and a controller that is configured to normally direct the rotation member to be aligned in the first position, and to direct rotation of the rotation member after a predetermined time delay after the leading edge of the object reaches the first position proximate to the end portion of the first conveyor.
An automatic machine for width gluing of wooden lamellas into laminated plates of optional dimensions, comprising a press and an entry glue application device , wherein the press comprises a supporting framework, a work table assembly with endless chains with pusher dogs and non-driven pressure rollers and drive rollers and further comprising a pressure shoes assembly and a segment pushers assembly , characterised in that : a/ the press is based on a modular construction, comprising an optional number in a string positioned work modules , wherein each work module consists of at least one work table assembly , at least one pressure shoes assembly and at least one segment pushers assembly , whereby the pressure shoes assembly comprises an optional number of long pressure shoes and short pressure shoes arranged in an alternating sequence; b/ ends of a pressure element of each pressure shoes assembly are movably joined, preferably via cylinders , with both ends of the carrying element , which is fixed to the framework , wherein the pressure element is guided via guide , whereas, preferably via pivots and track roller bearings in guide grooves , the pressure element is movably connected with a scissor construction of supporting bar and guide bar with a common pivot , in order to enable a vertical movement of the pressure element in the direction (F); c/ at the front end of each segment pusher , via pivot , a lifting flap with a corresponding cylinder is oscillatingly attached so that it can be lifted and lowered, whereby the lifting flap in its lowered position rests on a toothed rack and whereby they together form a contact surface , which is located in the same plane as the pressing height and in this way it is mechanically self-locking. a/ the press is based on a modular construction, comprising an optional number in a string positioned work modules , wherein each work module consists of at least one work table assembly , at least one pressure shoes assembly and at least one segment pushers assembly , whereby the pressure shoes assembly comprises an optional number of long pressure shoes and short pressure shoes arranged in an alternating sequence; b/ ends of a pressure element of each pressure shoes assembly are movably joined, preferably via cylinders , with both ends of the carrying element , which is fixed to the framework , wherein the pressure element is guided via guide , whereas, preferably via pivots and track roller bearings in guide grooves , the pressure element is movably connected with a scissor construction of supporting bar and guide bar with a common pivot , in order to enable a vertical movement of the pressure element in the direction (F); c/ at the front end of each segment pusher , via pivot , a lifting flap with a corresponding cylinder is oscillatingly attached so that it can be lifted and lowered, whereby the lifting flap in its lowered position rests on a toothed rack and whereby they together form a contact surface , which is located in the same plane as the pressing height and in this way it is mechanically self-locking.
A tissue repair device , comprising: a handle having a longitudinal axis ; an elongated needle defining an axial bore extending from the handle , the needle including a proximal end and a distal end ; a first implant and a second implant connected by a suture and disposed at least partially within the axial bore of the needle , the second implant disposed proximal to the first implant ; and a ratchet assembly comprising a pusher member configured to incrementally advance through the needle to urge the first and second implants therefrom in a predefined sequence, a proximally-biased rotatable ratchet coupled to the pusher member , and an axially translatable drive mechanism configured to provide axial and rotational driving forces, characterised in that the axial and rotational driving forces cause the ratchet to alternately engage and disengage from successively more distal teeth of a toothed surface within the handle . a handle having a longitudinal axis ; an elongated needle defining an axial bore extending from the handle , the needle including a proximal end and a distal end ; a first implant and a second implant connected by a suture and disposed at least partially within the axial bore of the needle , the second implant disposed proximal to the first implant ; and a ratchet assembly comprising a pusher member configured to incrementally advance through the needle to urge the first and second implants therefrom in a predefined sequence, a proximally-biased rotatable ratchet coupled to the pusher member , and an axially translatable drive mechanism configured to provide axial and rotational driving forces, characterised in that the axial and rotational driving forces cause the ratchet to alternately engage and disengage from successively more distal teeth of a toothed surface within the handle .
A connection module that is to be mounted on a power storage element group including power storage elements having positive and negative electrode terminals , the connection module comprising: a bus bar connecting the electrode terminals of adjacent power storage elements ; and an insulation protector including a bus bar holder holding the bus bar ; wherein the bus bar holder is constituted by connection units that are connected to each other in an arrangement direction in which the power storage elements are arranged, wherein the connection units include two end connection units at two ends of the insulation protector , and an intermediate connection unit being between the two end connection units , the two end connection units are connection units having a same structure, and one of the end connection units is relatively rotated by 180 degrees in a plan view with respect to another one of the end connection units , each of the end connection units is connected to a corresponding intermediate connection unit . a bus bar connecting the electrode terminals of adjacent power storage elements ; and an insulation protector including a bus bar holder holding the bus bar ; wherein the bus bar holder is constituted by connection units that are connected to each other in an arrangement direction in which the power storage elements are arranged, wherein the connection units include two end connection units at two ends of the insulation protector , and an intermediate connection unit being between the two end connection units , the two end connection units are connection units having a same structure, and one of the end connection units is relatively rotated by 180 degrees in a plan view with respect to another one of the end connection units , each of the end connection units is connected to a corresponding intermediate connection unit .
A displacer machine according to the spiral principle, in particular a scroll compressor or scroll expander, with a high-pressure chamber , a low-pressure chamber , and an orbiting displacer spiral , which engages into a counterspiral in such a way as to form chambers between the displacer spiral and the counterspiral , so as to accommodate a working medium, specifically CO 2 or R134a or R1234yf or butane or ethanol or cyclopentane, wherein a counterpressure chamber is formed between the low-pressure chamber and the displacer spiral , wherein a pressure regulating device fluidically connected with the counterpressure chamber sets a pressure difference between the counterpressure chamber and the low-pressure chamber by means of a setpoint preset by a computing unit , characterized in that the pressure regulating device comprises an electrically actuatable regulating valve and a throttle , and that the electrically actuatable regulating valve comprises a displaceable valve needle that is electromagnetically actuatable. the pressure regulating device comprises an electrically actuatable regulating valve and a throttle , and that the electrically actuatable regulating valve comprises a displaceable valve needle that is electromagnetically actuatable.