mhurhangee/patent-ind-claim-en huggingface dataset:
An orthopaedic prosthetic component , comprising: a base , a fixation peg extending away from the base to a distal tip , the fixation peg including a porous three-dimensional structure configured to permit bone in-growth, the porous three-dimensional structure having an outer surface boundary , characterized in that : the fixation peg includes a plurality of plates attached to the porous three-dimensional structure at the outer surface boundary , each plate including a tapered body having an outer wall that faces away from the porous three-dimensional structure and is devoid of any openings; the tapered body of each plate extends from a proximal end to a distal end , and the tapered body of each plate has a first thickness at the distal end and a second thickness greater than the first thickness between the proximal end and the distal end ; each plate extends circumferentially around the porous three-dimensional structure ; wherein adjacent plates of the plurality of plates are spaced apart from each other on the porous three-dimensional structure in a proximal-distal direction. a base , a fixation peg extending away from the base to a distal tip , the fixation peg including a porous three-dimensional structure configured to permit bone in-growth, the porous three-dimensional structure having an outer surface boundary , characterized in that : the fixation peg includes a plurality of plates attached to the porous three-dimensional structure at the outer surface boundary , each plate including a tapered body having an outer wall that faces away from the porous three-dimensional structure and is devoid of any openings; the tapered body of each plate extends from a proximal end to a distal end , and the tapered body of each plate has a first thickness at the distal end and a second thickness greater than the first thickness between the proximal end and the distal end ; each plate extends circumferentially around the porous three-dimensional structure ; wherein adjacent plates of the plurality of plates are spaced apart from each other on the porous three-dimensional structure in a proximal-distal direction. the fixation peg includes a plurality of plates attached to the porous three-dimensional structure at the outer surface boundary , each plate including a tapered body having an outer wall that faces away from the porous three-dimensional structure and is devoid of any openings; the tapered body of each plate extends from a proximal end to a distal end , and the tapered body of each plate has a first thickness at the distal end and a second thickness greater than the first thickness between the proximal end and the distal end ; each plate extends circumferentially around the porous three-dimensional structure ; wherein adjacent plates of the plurality of plates are spaced apart from each other on the porous three-dimensional structure in a proximal-distal direction.
An optical communication device (A) comprising: An optical beam transmitter configured to radiate an optical beam toward another optical communication device (B) which is a communications partner; an optical beam receiver configured to receive an optical beam coming from said another optical communication device (B) which is the communications partner; a signal demodulator configured to demodulate a received signal from said optical beam receiver to extract communication data superimposed onto said optical beam; characterized by a signal to noise ratio calculator configured to calculate a signal to noise ratio of the received signal from said optical beam receiver; and an optical beam radiation state controller configured to control a radiation state of the optical beam radiated from said optical beam transmitter according to the signal to noise ratio calculated by said signal to noise ratio calculator , and, when there occurs a state in which the signal to noise ratio calculated by said signal to noise ratio calculator temporarily becomes lower than a preset threshold and then becomes higher than said threshold, configured to enlarge a beam diameter or an angle of divergence of the beam radiated from said beam transmitter . An optical beam transmitter configured to radiate an optical beam toward another optical communication device (B) which is a communications partner; an optical beam receiver configured to receive an optical beam coming from said another optical communication device (B) which is the communications partner; a signal demodulator configured to demodulate a received signal from said optical beam receiver to extract communication data superimposed onto said optical beam; characterized by a signal to noise ratio calculator configured to calculate a signal to noise ratio of the received signal from said optical beam receiver; and an optical beam radiation state controller configured to control a radiation state of the optical beam radiated from said optical beam transmitter according to the signal to noise ratio calculated by said signal to noise ratio calculator , and, when there occurs a state in which the signal to noise ratio calculated by said signal to noise ratio calculator temporarily becomes lower than a preset threshold and then becomes higher than said threshold, configured to enlarge a beam diameter or an angle of divergence of the beam radiated from said beam transmitter .
A bone conductive hearing system including a connector configured to be attached to a part of the skin of the skull of a hearing impaired person, said connector comprising a plate structure including: - a first side provided with an abutment protruding from the first side and being configured to be detachably attached to a sound processor of a bone conducting system; - a second side opposing said first side provided with a protrusion, and, wherein said protrusion is configured to protrude from a surface of the second side in a direction away from said abutment, wherein said protrusion is configured to abut the skin of a skull when the connector is attached to the skin, characterized in that said plate structure comprises a top part and a bottom part defining a substantially longitudinal direction of said plate structure, wherein said protrusion and said abutment are arranged centrally with respect to each other in said top part of said plate structure so as to define a body portion of said plate structure and wherein a first set of one or more legs extends from said body portion towards said bottom part wherein the extension of said first set of said one of more legs defines said bottom part of said plate structure. - a first side provided with an abutment protruding from the first side and being configured to be detachably attached to a sound processor of a bone conducting system; - a second side opposing said first side provided with a protrusion, and,
A double acting positive displacement fluid pump (I, II, III) having two or more housings (3A, 20A; 36, 39; 64A, 71A), a pump fluid inlet chamber (3; 36A; 71) in fluid communication through a passage (6A, 15A, 21A; 40A) with a pump fluid outlet chamber (20; 39A; 64), said through passage (6A, 15A, 21A; 40A) being further provided with at least one combined suction-discharge valve (9; 45; 66) arranged in the through passage (6A, 15A, 21A; 40A), a reciprocatingly drivable plunger (6, 15, 21; 35, 40, 43; 60) having an inlet portion reciprocatingly positioned within the pump fluid inlet chamber (3; 36A; 71) and an outlet portion reciprocatingly positioned within the pump fluid outlet chamber (20; 39A; 64), the inlet portion (6; 43; 73) of the plunger (6, 15, 21; 35, 40, 43; 60) having an effective displacement area which is larger than the effective displacement area of the outlet portion (21; 44; 69), wherein the pump fluid inlet chamber (3; 36A; 71) and inlet portion (6; 43; 73) comprise a central pump fluid inlet chamber axis (3B; 36B) and a fluid entry (1; 38; 80) having an inlet suction valve assembly (2; 37; 75), the pump fluid outlet chamber (20; 39A; 64) and outlet portion (21; 44; 69) comprise a central pump fluid outlet chamber axis (20B; 39B) and the drive shaft comprises a drive shaft axis, wherein the central pump fluid inlet chamber axis (3B; 36B), the central pump fluid outlet chamber axis (20B; 39B) and the drive shaft axis are at least substantially coaxial and form a central double acting positive displacement fluid pump axis (IB; IIB; IIIB), the inlet portion effective displacement area of the plunger (6, 15, 21; 35, 40, 43; 60) being larger than the outlet portion effective displacement area of the plunger (6, 15, 21; 35, 40, 43; 60) and the displacement volume of the inlet portion (6; 43; 73) of the plunger (6, 15, 21; 35, 40, 43; 60) is larger than the displacement volume of the outlet portion (21; 44; 69) of the plunger (6, 15, 21; 40; 60), characterized in that a first housing (3A; 36; 71A) comprises the pump fluid inlet chamber (3; 36A; 71) and a separate second housing (20A; 39; 64A) comprises the pump fluid outlet chamber (20; 39A; 64), and in that the inlet chamber (3; 36A; 71) and outlet chamber (20; 39A; 64) each have seperate sealing arrangements where the sealing between the chamber and its reciprocating plunger (6, 15, 21; 35, 40, 43; 60) takes place by a plunger sealing arrangement which withstands internal pressure from within to the outside of its respective chamber.
A control system for a vehicle operable to implement a speed control function, the control system being operable to: receive an input of a target speed at which the vehicle is intended to travel; determine an instantaneous value of a target speed torque parameter (LSP_tq_rq) corresponding to an amount of torque that should be developed at a given position in a powertrain in order to control the vehicle to travel at the target speed; and filter by means of filter means a value of a torque parameter input thereto to generate a filtered torque parameter value (tq_cmd), the system being operable to command the powertrain to develop at said position an amount of torque corresponding to the filtered torque parameter value (tq_cmd), wherein the system is operable to input to the filter means , as said value of a torque parameter input thereto, a modified target speed torque parameter value (mod_tq) determined in dependence on the target speed torque parameter value (LSP tq_rq) and a current value of filtered torque parameter (tq_cmd) generated by the filter means . receive an input of a target speed at which the vehicle is intended to travel; determine an instantaneous value of a target speed torque parameter (LSP_tq_rq) corresponding to an amount of torque that should be developed at a given position in a powertrain in order to control the vehicle to travel at the target speed; and filter by means of filter means a value of a torque parameter input thereto to generate a filtered torque parameter value (tq_cmd), the system being operable to command the powertrain to develop at said position an amount of torque corresponding to the filtered torque parameter value (tq_cmd), wherein the system is operable to input to the filter means , as said value of a torque parameter input thereto, a modified target speed torque parameter value (mod_tq) determined in dependence on the target speed torque parameter value (LSP tq_rq) and a current value of filtered torque parameter (tq_cmd) generated by the filter means .
Multilayer flexible hose, characterized in that it has at least the following layer structure: - a single-ply or multi-ply outer layer based on at least one EPM rubber or EPDM rubber and - at least one single-ply or multi-ply textile strength member layer consisting of PVAL or a hybrid variant of PVAL and rayon or a hybrid variant of PVAL and aramid or a hybrid variant of PVAL and polyamide and - at least one single-ply or multi-ply adhesive layer, wherein the adhesive layer contains as the adhesive at least one zinc(II) salt of acrylic acid and/or at least one zinc(II) salt of methacrylic acid and/or at least one zinc(II) salt of monomethacrylic acid and - a single-ply or multi-ply inner layer based on at least one EPM rubber or EPDM rubber. - a single-ply or multi-ply outer layer based on at least one EPM rubber or EPDM rubber and - at least one single-ply or multi-ply textile strength member layer consisting of PVAL or a hybrid variant of PVAL and rayon or a hybrid variant of PVAL and aramid or a hybrid variant of PVAL and polyamide and - at least one single-ply or multi-ply adhesive layer, wherein the adhesive layer contains as the adhesive at least one zinc(II) salt of acrylic acid and/or at least one zinc(II) salt of methacrylic acid and/or at least one zinc(II) salt of monomethacrylic acid and - a single-ply or multi-ply inner layer based on at least one EPM rubber or EPDM rubber.
A fastener for securement to a target tissue site, the fastener comprising: a head ; a shank extending from the head and including a thread that extends along an outer surface of the shank , the thread configured to secure the fastener to the target tissue site; and a hinged wing secured to the head and including a shoulder , the hinged wing movable relative to head between a constrained state and an extended state, the shoulder engagable with a drive member of a delivery device while the hinged wing is disposed in the constrained state to enable the drive member to translate and rotate the fastener through the delivery device in response to movement of the drive member , the hinged wing movable toward the extended state in response to deployment of the fastener from the delivery device , characterized in that the head supports a ledge that defines a pocket therein, and wherein the hinged wing includes a boss extending therefrom, the pocket of the ledge configured to removably receive the boss of the hinged wing to maintain the hinged wing in the constrained state. a head ; a shank extending from the head and including a thread that extends along an outer surface of the shank , the thread configured to secure the fastener to the target tissue site; and a hinged wing secured to the head and including a shoulder , the hinged wing movable relative to head between a constrained state and an extended state, the shoulder engagable with a drive member of a delivery device while the hinged wing is disposed in the constrained state to enable the drive member to translate and rotate the fastener through the delivery device in response to movement of the drive member , the hinged wing movable toward the extended state in response to deployment of the fastener from the delivery device , characterized in that the head supports a ledge that defines a pocket therein, and wherein the hinged wing includes a boss extending therefrom, the pocket of the ledge configured to removably receive the boss of the hinged wing to maintain the hinged wing in the constrained state.
Container comprising on the one hand a screw-top jar or bottle and on the other hand a two-part lid consisting of a cap (A) provided with a screw thread (e) or screwing lugs, and a sealing pieces (B) positioned in the cap and comprising at least one element, at least one of its elements exhibits at least a peripheral protuberance (h), characterized in that this peripheral protuberance(h) constitutes the male part of a bayonet fitting and that cap comprises at least one groove (d) constituting the female part of this same bayonet fitting.
An outsole with an integrated toe cap comprising: - an outsole joined to a toe cap , wherein the toe cap is configured to surround a front portion of a footwear item and comprises a left side , a right side and a central area , wherein - each side comprises a tab configured to be fastened by means of gluing or sewing to a band arranged in an upper surface of an EVA midsole of the footwear, said tabs remaining concealed in an inner portion of the footwear item, wherein - the outsole with an integrated toe cap extends along the whole length of a foot of a user. - an outsole joined to a toe cap , wherein the toe cap is configured to surround a front portion of a footwear item and comprises a left side , a right side and a central area , wherein - each side comprises a tab configured to be fastened by means of gluing or sewing to a band arranged in an upper surface of an EVA midsole of the footwear, said tabs remaining concealed in an inner portion of the footwear item, - the outsole with an integrated toe cap extends along the whole length of a foot of a user.
A projection device comprising at least one light source and an array of optical channels , wherein each channel comprises: a first and a second refractive optical free-form surface and projection optics ; wherein the first and second refractive optical free-form surfaces are arranged between the at least one light source and the projection optics and cause Kohler illumination of the projection optics by an object light pattern (13, 13a, 13b, 13a', 13a"), resulting in an image to be projected on an image surface of the projection optics , wherein the images of the optical channels are superimposed, wherein the light structure being imaged by the projection optics is regarded as the object light structure, and wherein a spatial distribution of the light is regarded as the light structure, wherein, in each optical channel, the first refractive optical free-form surface and the second refractive optical free-form surface control a radiation intensity distribution and beam directions, wherein the first refractive optical free-form surface generates an output intensity pattern at the second free-form surface in such a way that the incident beams are nit collimated, wherein the second refractive optical free-form surface varies a direction of the beams so as to guide the beams onto the projection optics in a convergent manner in accordance with Köhler illumination. a first and a second refractive optical free-form surface and projection optics ; wherein the first and second refractive optical free-form surfaces are arranged between the at least one light source and the projection optics and cause Kohler illumination of the projection optics by an object light pattern (13, 13a, 13b, 13a', 13a"), resulting in an image to be projected on an image surface of the projection optics , wherein the images of the optical channels are superimposed, wherein the light structure being imaged by the projection optics is regarded as the object light structure, and wherein a spatial distribution of the light is regarded as the light structure, wherein, in each optical channel, the first refractive optical free-form surface and the second refractive optical free-form surface control a radiation intensity distribution and beam directions, wherein the first refractive optical free-form surface generates an output intensity pattern at the second free-form surface in such a way that the incident beams are nit collimated, wherein the second refractive optical free-form surface varies a direction of the beams so as to guide the beams onto the projection optics in a convergent manner in accordance with Köhler illumination.
A filter element for use in filtering intake air for engines comprising: a media pack including opposite inlet and outlet ends , the media pack defining: a set of inlet flutes open at the inlet end of the media pack to passage of air to be filtered therein; and, a set of outlet flutes closed to passage of air to be filtered therein and open to passage of filtered air therefrom at the outlet end of the media pack ; a preform positioned adjacent a first one of the inlet and outlet ends of the media pack ; and, the preform having a housing seal support section ; and an overmold formed of a sealing material having a first portion sealing at a joint or interface between the preform and a first end of the media pack at which the preform is positioned; and, a second portion oriented to form an air cleaner seal, between the filter element and an air cleaner housing, when the filter element is installed for use. a media pack including opposite inlet and outlet ends , the media pack defining: a set of inlet flutes open at the inlet end of the media pack to passage of air to be filtered therein; and, a set of outlet flutes closed to passage of air to be filtered therein and open to passage of filtered air therefrom at the outlet end of the media pack ; a preform positioned adjacent a first one of the inlet and outlet ends of the media pack ; and, the preform having a housing seal support section ; and an overmold formed of a sealing material having a first portion sealing at a joint or interface between the preform and a first end of the media pack at which the preform is positioned; and, a second portion oriented to form an air cleaner seal, between the filter element and an air cleaner housing, when the filter element is installed for use.
A terminal device that comprises a first processor and a second processor, wherein, the first processor comprises a first communication interface, the second processor is configured to acquire a firmware from a server, and transmit the firmware to the first processor by the first communication interface when the first communication interface is open, wherein the first communication interface is open when the first processor stores no firmware; the first processor is configured to receive the firmware transmitted by the second processor through the first communication interface when the first communication interface is open; the first processor is connected with a first channel , the second processor is connected with a second channel , the first channel and the second channel are connected to a switch, the second processor is configured to determine a type of an adapter when the terminal device is coupled to the adapter through a communication connection between the second channel and a third channel connected to the adapter, the third channel is connected to the switch when the terminal device is coupled to the adapter; when the second processor determines the type of the adapter is an adapter configured to charge the terminal device in a quick charging mode, the first processor controls the switch to connect the second channel to the third channel ; when the second processor determines the type of the adapter is not the adapter configured to charge the terminal device in a quick charging mode, the first processor controls the switch to disconnect the second channel from the third channel ; and the first processor is configured to read control instructions recorded in the firmware and perform the control instructions recorded in the firmware when the terminal device is coupled to the adapter, to control the adapter to charge the terminal device.
Process for lowering the sea level because of the sea level rise caused by global warming wherein water is stored permanently in the form of frozen water, especially in the form of ice or snow, in a storage place , wherein the storage place of the water to store permanently in the form of frozen water is located in polar regions, wherein the water to store permanently in the form of frozen water is coming from an ocean or a sea or from a glacier flowing into an ocean or a sea , characterised in that the storage place of the water to store permanently in the form of frozen water is on the ground.