mhurhangee/ep-ind-claims huggingface dataset:
A surgical tissue cutting device, comprising: an elongated hollow member, having a distal open end; a burr bit, distally protruding from the distal open end of said hollow member, the burr bit comprising: a proximal bit end, configured to be mechanically connected to a target end of a rotary shaft; a cylindrical burr body having circumferential cutting/abrasive characteristics, and a distal bit front end; and a burr shield extending from the distal open end of said hollow member beyond said distal bit front end, characterized in that the shield is shaped for achieving separation between layers of tissue and wherein said shield at least partially covers a circumference of the cylindrical burr body and wherein said shield bends upwardly to at least partially covers said distal bit front end, wherein said burr bit is configured to rotate axially in an axis extending from said proximal bit end to said distal bit front end, and to affect abrasive grinding/cutting of tissue by contact with said burr body at areas not covered by said burr shield. an elongated hollow member, having a distal open end; a burr bit, distally protruding from the distal open end of said hollow member, the burr bit comprising: a proximal bit end, configured to be mechanically connected to a target end of a rotary shaft; a cylindrical burr body having circumferential cutting/abrasive characteristics, and a distal bit front end; and a proximal bit end, configured to be mechanically connected to a target end of a rotary shaft; a cylindrical burr body having circumferential cutting/abrasive characteristics, and a distal bit front end; and a burr shield extending from the distal open end of said hollow member beyond said distal bit front end, characterized in that the shield is shaped for achieving separation between layers of tissue and wherein said shield at least partially covers a circumference of the cylindrical burr body and wherein said shield bends upwardly to at least partially covers said distal bit front end, wherein said burr bit is configured to rotate axially in an axis extending from said proximal bit end to said distal bit front end, and to affect abrasive grinding/cutting of tissue by contact with said burr body at areas not covered by said burr shield.
A handgun converter comprising: a cocker attachable to a slide of a handgun and arranged to allow cocking the handgun by operating the cocker; a housing comprising a hinged side and a body side arranged, in an operational state, to enclose the handgun while allowing a user to operate the handgun, and to have an open state for inserting and removing the handgun, wherein a transition from the open state to the operational state is carried out by pivotly closing the hinged side of the housing upon the body side and securing the hinged side onto the body side, the housing further comprising: a cocker opening arranged to accommodate the cocker in its full course needed to cock the handgun, wherein the cocker and the cocker opening are arranged to be operable from either a left side or a right side of the handgun converter; and a grip opening arranged to accommodate a grip of the handgun. a cocker attachable to a slide of a handgun and arranged to allow cocking the handgun by operating the cocker; a housing comprising a hinged side and a body side arranged, in an operational state, to enclose the handgun while allowing a user to operate the handgun, and to have an open state for inserting and removing the handgun, wherein a transition from the open state to the operational state is carried out by pivotly closing the hinged side of the housing upon the body side and securing the hinged side onto the body side, the housing further comprising: a cocker opening arranged to accommodate the cocker in its full course needed to cock the handgun, wherein the cocker and the cocker opening are arranged to be operable from either a left side or a right side of the handgun converter; and a grip opening arranged to accommodate a grip of the handgun. a cocker opening arranged to accommodate the cocker in its full course needed to cock the handgun, wherein the cocker and the cocker opening are arranged to be operable from either a left side or a right side of the handgun converter; and a grip opening arranged to accommodate a grip of the handgun.
A therapeutic or bioaffecting film delivery system comprising: (a) one or more film matrices comprising at least one polymer; (b) a plurality of nanoparticles incorporated in at least one of said film matrices, said nanoparticles comprising: (i) a core comprising a metal; (ii) a corona comprising a plurality of ligands covalently linked to the core, wherein at least one of said ligands comprises a carbohydrate moiety; and (iii) at least one peptide bound to the corona. (a) one or more film matrices comprising at least one polymer; (b) a plurality of nanoparticles incorporated in at least one of said film matrices, said nanoparticles comprising: (i) a core comprising a metal; (ii) a corona comprising a plurality of ligands covalently linked to the core, wherein at least one of said ligands comprises a carbohydrate moiety; and (iii) at least one peptide bound to the corona. (i) a core comprising a metal; (ii) a corona comprising a plurality of ligands covalently linked to the core, wherein at least one of said ligands comprises a carbohydrate moiety; and (iii) at least one peptide bound to the corona.
Motor vehicle latch having a latch housing, an electrical power supply, and at least one lamp, it being possible to connect the lamp to the electrical power supply, and the lamp emitting light into a light-conducting element, it being possible to arrange the lamp directly on a circuit board arranged inside the latch housing, the light-conducting element ending with an end opposite the lamp in a region that allows light to be emitted into the surroundings of the motor vehicle when the motor vehicle latch is installed, the circuit board having means for control, in particular control electronics (14, 15), for the lamp, characterized in that when a door is opened, a signal can be generated by a switching element that queries, for example, the position of a catch, so that the electronic components (14, 15) in the motor vehicle door latch generate a signal that supplies the lamp with voltage.
A method of determining an approximate peak signal to noise ratio, PSNR, for a processed video signal generated from an original video signal, the method comprising the steps of: determining a standard deviation for a value for a set of pixels of the original video signal; determining the standard deviation for the value for a corresponding set of pixels of the processed video signal; and determining the approximate PSNR for the processed video signal by using the difference between the standard deviation for the original video signal and the standard deviation for the processed video signal. determining a standard deviation for a value for a set of pixels of the original video signal; determining the standard deviation for the value for a corresponding set of pixels of the processed video signal; and determining the approximate PSNR for the processed video signal by using the difference between the standard deviation for the original video signal and the standard deviation for the processed video signal.
A method in a user node, the method comprising: transmitting a first message from the user node to a tunnel service support server, the first message requesting at least one tunnel router address of at least one tunnel router providing a tunneling function, wherein the tunneling function is provided to encapsulate an IPv6 packet generated by the user node (110, 300) on a first IPv6 network into an IPv4 packet and to transmit the IPv4 packet through an IPv4 network; receiving a second message at the user node from the tunnel service support server as a response to said first message, said second message including said tunnel router address of said tunnel router; and storing the received tunnel router address included in the received second message at the user node thereby setting the address of the tunnel router used by the user node to provide the tunneling function. transmitting a first message from the user node to a tunnel service support server, the first message requesting at least one tunnel router address of at least one tunnel router providing a tunneling function, wherein the tunneling function is provided to encapsulate an IPv6 packet generated by the user node (110, 300) on a first IPv6 network into an IPv4 packet and to transmit the IPv4 packet through an IPv4 network; receiving a second message at the user node from the tunnel service support server as a response to said first message, said second message including said tunnel router address of said tunnel router; and storing the received tunnel router address included in the received second message at the user node thereby setting the address of the tunnel router used by the user node to provide the tunneling function.
A catalyst composition for catalytically cracking hydrocarbons to maximize light olefins production, which composition comprises a zeolite having catalytic cracking activity under catalytic cracking conditions, said zeolite being exchanged with yttrium and at least one rare earth metal, wherein the amount of yttrium exchanged on the zeolite ranges from 1.75 wt% to 0.175 wt% of the zeolite, and the ratio of yttrium to rare earth metal exchanged on the zeolite ranges from 3 to 50, and the yttrium to rare earth metal ratio is defined as wt% Y 2 O 3 /wt% Rare Earth Oxide.
Metal composite cylinder contains a cylindrical metal liner with profiled bottoms and neck flange with a choke fixed in a pole hole of the pressure overwrap, made of composite material formed by a group of layers of reinforcing filaments orientated in the spiral and circumferential directions, with different reinforcing capacity; characterised in that the neck flange of the liner is equipped with a collar on the side of the open end of the choke, with an outer diameter greater than the sum of the pole hole diameter of the composite overwrap and two widths of wound filaments of reinforcing material, wherein concentric annular cavity is formed between the outer surface of the composite overwrap and the flange, where an annular band is located filling the entire volume of the cavity; the band is made of the material of the composite overwrap, and the choke of neck flange is fixed in the annular band with grooves of non-circular shape, in which a combination of reinforcing capacity and thickness-wise distribution of groups of reinforcing material layers of the pressure overwrap provides the deformation intensity in each point of the liner material meeting the following condition: 1 2 ε a = 1 2 ln 1 1 − ψ 0.6 N − 0.6 + 1.75 σ b E N − 0.12, where N is a required number of trouble-free operation cycles of the cylinder loaded at working pressure; ε a is a deformations amplitude, σ b is a temporary resistance; ψ is a limit of contraction in area; and E is a modulus of elasticity of the liner material.
A load platform for a vehicle transporter comprising: - a carrying arrangement on which at least one at least two-axle vehicle can be arranged, - at least one lifting device by which in the assembled state of the load platform on a vehicle transporter the at least one at least two-axle vehicle can be lifted and lowered and/or pivoted, wherein the at least one lifting device has a lifting column, - at least one displacement device by which in the assembled state of the load platform on a vehicle transporter the at least one at least two-axle vehicle can be displaced in a longitudinal direction of the vehicle transporter relative to the lifting column, wherein - the carrying arrangement can be lifted and lowered by the lifting device, and - the carrying arrangement can be displaced as a whole by the displacement device, characterised in that the displacement device has at least one longitudinal bearer and a third drive device for displacement of the carrying arrangement along the at least one longitudinal bearer. - a carrying arrangement on which at least one at least two-axle vehicle can be arranged, - at least one lifting device by which in the assembled state of the load platform on a vehicle transporter the at least one at least two-axle vehicle can be lifted and lowered and/or pivoted, wherein the at least one lifting device has a lifting column, - at least one displacement device by which in the assembled state of the load platform on a vehicle transporter the at least one at least two-axle vehicle can be displaced in a longitudinal direction of the vehicle transporter relative to the lifting column, - the carrying arrangement can be lifted and lowered by the lifting device, and - the carrying arrangement can be displaced as a whole by the displacement device, characterised in that
A method in a touch-sensing apparatus, said apparatus comprising a light transmissive panel that defines a touch surface and an opposite surface, a light source arrangement (2; 8) for providing sheets of light inside the panel, wherein each sheet comprises light that propagates by internal reflection between the touch surface and the opposite surface from one incoupling point to a set of outcoupling points, wherein the touch surface and/or the opposite surface are configured to provide a known amount of scattering, and wherein a portion of the scattered light of a beam continues to propagate by internal reflection between the touch surface and the opposite surface in a direction away from the main direction of the beam, said apparatus further comprising a light sensor arrangement (3; 9) for generating one or more output signals (S1, S2, S3) that represent light reaching the outcoupling points, wherein the touch-sensing apparatus is configured such that an object touching the touch surface locally attenuates at least two sheets of light, said method comprising: identifying, in said output signal(s) (S1, S2, S3), a set of signal profiles (P1, P2, P3; P1a, P1b, P2a, P2b) originating from said object, determining at least part of an attenuated light path across the panel based on each signal profile (P1, P2, P3; P1a, P1b, P2a, P2b), and identifying the position of the object on the touch surface based on the thus-determined attenuated light paths, wherein said determining comprises applying a predetermined width function which is representative of a dependence of signal profile width on distance from the object on the touch surface to the incoupling point due to light scattering caused by at least one of the touch surface and the opposite surface. identifying, in said output signal(s) (S1, S2, S3), a set of signal profiles (P1, P2, P3; P1a, P1b, P2a, P2b) originating from said object, determining at least part of an attenuated light path across the panel based on each signal profile (P1, P2, P3; P1a, P1b, P2a, P2b), and identifying the position of the object on the touch surface based on the thus-determined attenuated light paths, wherein said determining comprises applying a predetermined width function which is representative of a dependence of signal profile width on distance from the object on the touch surface to the incoupling point due to light scattering caused by at least one of the touch surface and the opposite surface.
A method of automatically washing a well casing of a progressing cavity pump system, characterised in that the method comprises: disabling, via a controller, a normal speed control of a progressing cavity pump of the PC pump system; closing, via the controller, a gas flow valve to stop upward fluid flow in an annulus of the well casing; initiating, via the controller, a wash fluid volume calculation process; opening, via the controller, a wash valve to allow fluid from the wash fluid source into the well casing; upon wash fluid accumulation within the annulus, increasing the speed of the pump, via the controller, to begin flushing the well casing; and closing, via the controller, the wash valve. disabling, via a controller, a normal speed control of a progressing cavity pump of the PC pump system; closing, via the controller, a gas flow valve to stop upward fluid flow in an annulus of the well casing; initiating, via the controller, a wash fluid volume calculation process; opening, via the controller, a wash valve to allow fluid from the wash fluid source into the well casing; upon wash fluid accumulation within the annulus, increasing the speed of the pump, via the controller, to begin flushing the well casing; and closing, via the controller, the wash valve.
A method of stabilising a video signal, the method comprising: capturing a plurality of frames of the video signal using a camera; determining a pixel displacement representing motion in the video signal between first and second frames of the video signal caused by motion of the camera; and shifting an image of at least one of the first and second frames in accordance with the pixel displacement to thereby stabilise the video signal, wherein the image comprises a stride value indicating a memory space of the image, a plurality of pixel values, a pointer indicating the position of a first pixel of the image, and a width value indicating the width of the image, wherein the method is characterised in that said shifting of the image comprises shifting and resizing the image by adjusting the pointer and the width value without adjusting the stride value. capturing a plurality of frames of the video signal using a camera; determining a pixel displacement representing motion in the video signal between first and second frames of the video signal caused by motion of the camera; and shifting an image of at least one of the first and second frames in accordance with the pixel displacement to thereby stabilise the video signal, wherein the image comprises a stride value indicating a memory space of the image, a plurality of pixel values, a pointer indicating the position of a first pixel of the image, and a width value indicating the width of the image, wherein the method is characterised in that said shifting of the image comprises shifting and resizing the image by adjusting the pointer and the width value without adjusting the stride value.
A method to be performed by a playback device, comprising: storing in memory an active volume state variable that corresponds to a current volume configuration of the playback device; storing in memory a volume limit state variable that corresponds to a playback volume limit of the playback device; detecting a command to begin playback of media from a given source; and playing back media at a particular playback volume that is one of: the current volume configuration of the playback device; and the playback volume limit, characterized in that the particular playback volume is selected based on the given source of the command to begin playback. storing in memory an active volume state variable that corresponds to a current volume configuration of the playback device; storing in memory a volume limit state variable that corresponds to a playback volume limit of the playback device; detecting a command to begin playback of media from a given source; and playing back media at a particular playback volume that is one of: the current volume configuration of the playback device; and the playback volume limit, the current volume configuration of the playback device; and the playback volume limit, characterized in that the particular playback volume is selected based on the given source of the command to begin playback.
An actuator, comprising: a first side; a second side that is configured to move relative to the first side; a first ferromagnetic element having poles aligned to generate a first magnetic field and configured to be connected to a device body on the first side; an electromagnetic element having poles aligned to generate a second magnetic field as a response to an electric current passing through the electromagnetic element, wherein the second magnetic field is configured to interact with the first magnetic field; a first slider element configured between the first ferromagnetic element and the electromagnetic element; a second ferromagnetic element having poles aligned to generate a third magnetic field and configured to be connected to an optical element on the second side, wherein the third magnetic field is configured to interact with the second magnetic field; and a second slider element configured between the second ferromagnetic element and the electromagnetic element, having a movement aligned with the first slider element; wherein the electric current in the electromagnetic element causes the electromagnetic element to move along the first slider element and the second ferromagnetic element to move along the second slider element, whereby the electromagnetic element and the second ferromagnetic element are adapted to move to the same direction simultaneously, the movements causing a dual stage action that moves the first side relative to the second side. a first side; a second side that is configured to move relative to the first side; a first ferromagnetic element having poles aligned to generate a first magnetic field and configured to be connected to a device body on the first side; an electromagnetic element having poles aligned to generate a second magnetic field as a response to an electric current passing through the electromagnetic element, wherein the second magnetic field is configured to interact with the first magnetic field; a first slider element configured between the first ferromagnetic element and the electromagnetic element; a second ferromagnetic element having poles aligned to generate a third magnetic field and configured to be connected to an optical element on the second side, wherein the third magnetic field is configured to interact with the second magnetic field; and a second slider element configured between the second ferromagnetic element and the electromagnetic element, having a movement aligned with the first slider element; wherein the electric current in the electromagnetic element causes the electromagnetic element to move along the first slider element and the second ferromagnetic element to move along the second slider element, whereby the electromagnetic element and the second ferromagnetic element are adapted to move to the same direction simultaneously, the movements causing a dual stage action that moves the first side relative to the second side.