mhurhangee/patent-ind-claim-en huggingface dataset:
A method for forming a lightweight cavity filter structure, comprising: providing a mold having a contoured surface inversely shaped to that of a cavity filter structure; depositing one or more layers of metal onto the mold, the one or more layers of the metal having a total thickness of one skin depth associated with the operating radio frequency of the cavity filter structure; depositing multiple layers of laminate onto the layer of metal, wherein the layers of laminate comprise an insulating material and are adapted for providing mechanical support to the cavity filter structure, wherein each layer of laminate has a thermal expansion coefficient opposite to that of an adjacent layer of laminate; and, separating the one or more layers of metal from the mold to provide the cavity filter structure. providing a mold having a contoured surface inversely shaped to that of a cavity filter structure; depositing one or more layers of metal onto the mold, the one or more layers of the metal having a total thickness of one skin depth associated with the operating radio frequency of the cavity filter structure; depositing multiple layers of laminate onto the layer of metal, wherein the layers of laminate comprise an insulating material and are adapted for providing mechanical support to the cavity filter structure, wherein each layer of laminate has a thermal expansion coefficient opposite to that of an adjacent layer of laminate; and, separating the one or more layers of metal from the mold to provide the cavity filter structure.
Pane for separating an interior from an external environment, at least comprising - a substrate , - a thermal-radiation-reflecting coating on the interior-side surface (i) of the substrate , which has at least one functional layer containing a transparent conductive oxide (TCO) and whose topmost layer contains silicon dioxide (SiO 2 ), and - a polymeric fastening or sealing element on the thermal-radiation-reflecting coating , wherein an opaque masking print that is applied directly on the thermal-radiation-reflecting coating is arranged between the thermal-radiation-reflecting coating and the fastening or sealing element . - a substrate , - a thermal-radiation-reflecting coating on the interior-side surface (i) of the substrate , which has at least one functional layer containing a transparent conductive oxide (TCO) and whose topmost layer contains silicon dioxide (SiO 2 ), and - a polymeric fastening or sealing element on the thermal-radiation-reflecting coating , wherein an opaque masking print that is applied directly on the thermal-radiation-reflecting coating is arranged between the thermal-radiation-reflecting coating and the fastening or sealing element .
Jaw implant (1;101;201;301) for oral, subperiosteal placement over the alveolar ridge of the maxilla or of the mandible, wherein the implant forms a body (2;102;202;302) which in cross-section, in the condition in which it can be placed on the alveolar ridge transverse to the alveolar ridge, has been formed concave towards the alveolar ridge, such as J-shaped, L-shaped or U-shaped, wherein in or near a first portion forming the base of the body, in particular forming the base of the J, L or U, the body has been provided with one or more supporting areas (8;108;208;308) for support members (9;109;209;309), such as pillars, for extending through the gingiva, in particular passing through it, said supporting areas being integrally formed with the body, said support members forming a support for an exo-prosthesis, such as a dental prosthesis or dentures, wherein, at least at the location of the supporting areas (8;108;208;308), the body has an open structure such as a framework or grid, with bars or strips (6;106;306) between the holes of the open structure, characterized in that the supporting areas have been connected to the rest of the body via relatively weakened areas (7;107;207;307) of the body only, - wherein each supporting area (8;108;208;308) has been connected to the rest of the body via its own relatively weakened areas (7;107;207;307), - wherein the relatively weakened areas are formed either by - areas having a relatively reduced wall thickness; or by - areas having perforations in the material of the body, wherein the perforations have a cross-section that is smaller than the thickness of the body at that location.. - wherein each supporting area (8;108;208;308) has been connected to the rest of the body via its own relatively weakened areas (7;107;207;307), - wherein the relatively weakened areas are formed either by - areas having a relatively reduced wall thickness; or by - areas having perforations in the material of the body, wherein the perforations have a cross-section that is smaller than the thickness of the body at that location..
A therapeutic agent comprising an interleukin 6 (IL-6) inhibitor as an active ingredient for use in the treatment of mental illness of a patient having attenuation of a prepulse inhibitory effect, wherein the IL-6 inhibitor is an anti-IL-6 receptor antibody or an anti-IL-6 antibody which suppresses the attenuation of a prepulse inhibitory effect and wherein the mental illness is schizophrenia, Tourette syndrome, and/or obsessive compulsive neurosis.
A communication device comprising: a communication subsystem configured to receive a message from a communication network; and an application processor ; wherein the communication subsystem further comprises an interface to the application processor configured to forward the message to the application processor ; and wherein the communication subsystem comprises - an IP header sniffer implemented in an entity of the communication device which is configured to perform MAC transport block header analysis and deciphering and configured to determine, for the message received by the communication subsystem , whether a reception of the message is to be acknowledged by the application processor by determining whether a TCP packet is included in a MAC downlink packet included in the received message; and - a requester configured to request radio uplink communication resources from the communication network to send an acknowledgement of a reception of the message by the application processor responsive to the IP header sniffer determining that the reception of the message is to be acknowledged by the application processor ; wherein the requester is configured to request the communication resources before the interface forwards the message to the application processor ; wherein the communication subsystem is configured to receive the message in the form of a sequence of data packets and the IP header sniffer is configured to determine whether a reception of the message is to be acknowledged by the application processor by means of a packet inspection of the first data packet of the sequence of data packets; and wherein the communication subsystem is configured to avoid bundling the first data packet with other data packets of the sequence of data packets in the data link layer before performing the packet inspection of the first data packet. - an IP header sniffer implemented in an entity of the communication device which is configured to perform MAC transport block header analysis and deciphering and configured to determine, for the message received by the communication subsystem , whether a reception of the message is to be acknowledged by the application processor by determining whether a TCP packet is included in a MAC downlink packet included in the received message; and - a requester configured to request radio uplink communication resources from the communication network to send an acknowledgement of a reception of the message by the application processor responsive to the IP header sniffer determining that the reception of the message is to be acknowledged by the application processor ;
Measurement system for the estimation of a number of similar objects randomly arranged in a storage space , comprising - a 3D scan measurement unit for the acquisition of 3D scan data, - a database including object data concerning the objects , and - an evaluation unit , which is configured to ∘ approximate a volume of the content of the storage space with the aid of the 3D scan data acquired with the 3D scan measurement unit , and ∘ with the aid ▪ of the approximated volume of the content of the storage space and ▪ of the object data included by the database concerning the objects to estimate the number of objects in the storage space . - a 3D scan measurement unit for the acquisition of 3D scan data, - a database including object data concerning the objects , and - an evaluation unit , which is configured to ∘ approximate a volume of the content of the storage space with the aid of the 3D scan data acquired with the 3D scan measurement unit , and ∘ with the aid ▪ of the approximated volume of the content of the storage space and ▪ of the object data included by the database concerning the objects to estimate the number of objects in the storage space . ∘ approximate a volume of the content of the storage space with the aid of the 3D scan data acquired with the 3D scan measurement unit , and ∘ with the aid ▪ of the approximated volume of the content of the storage space and ▪ of the object data included by the database concerning the objects to estimate the number of objects in the storage space . ▪ of the approximated volume of the content of the storage space and ▪ of the object data included by the database concerning the objects to estimate the number of objects in the storage space .
A bone anchor inserter tool , comprising: an outer shaft having proximal and distal ends and an inner lumen extending at least partially therethrough, the distal end having first and second prongs extending distally therefrom; and an inner shaft extending through the inner lumen of the outer shaft , at least a portion of the inner shaft being non-rotatably and freely slidably coupled to the outer shaft , the inner shaft having a distal end with a distally-extending central protrusion and at least first and second distally-extending side protrusions positioned on opposite sides of the central protrusion . an outer shaft having proximal and distal ends and an inner lumen extending at least partially therethrough, the distal end having first and second prongs extending distally therefrom; and an inner shaft extending through the inner lumen of the outer shaft , at least a portion of the inner shaft being non-rotatably and freely slidably coupled to the outer shaft , the inner shaft having a distal end with a distally-extending central protrusion and at least first and second distally-extending side protrusions positioned on opposite sides of the central protrusion .
A circuit breaker comprising: an enclosure having an inner region; a contact housed within the inner region of the enclosure , a first side of the contact electrically coupled to a first electrical conductor of the circuit breaker , a second side of the contact electrically coupled to a second electrical conductor of the circuit breaker ; and a capacitor assembly housed within the inner region of the enclosure and connected in parallel across the contact , the capacitor assembly including a transient recovery voltage capacitor, characterised in that the capacitor assembly further includes an insulator tube , a first end cap and a second end cap , the first and second end caps comprising an electrically conductive material and are attached to opposing ends of the insulator tube , the transient recovery voltage capacitor being housed within the insulator tube , and the capacitor assembly further includes a first mounting bracket and a second mounting bracket , the first and second mounting brackets comprising an electrically conductive material, the first mounting bracket being attached to the first end cap and electrically coupled to a first side of the contact , the second mounting bracket being attached to the second end cap and electrically coupled to a second side of the contact . an enclosure having an inner region; a contact housed within the inner region of the enclosure , a first side of the contact electrically coupled to a first electrical conductor of the circuit breaker , a second side of the contact electrically coupled to a second electrical conductor of the circuit breaker ; and a capacitor assembly housed within the inner region of the enclosure and connected in parallel across the contact , the capacitor assembly including a transient recovery voltage capacitor, characterised in that the capacitor assembly further includes an insulator tube , a first end cap and a second end cap , the first and second end caps comprising an electrically conductive material and are attached to opposing ends of the insulator tube , the transient recovery voltage capacitor being housed within the insulator tube , and the capacitor assembly further includes a first mounting bracket and a second mounting bracket , the first and second mounting brackets comprising an electrically conductive material, the first mounting bracket being attached to the first end cap and electrically coupled to a first side of the contact , the second mounting bracket being attached to the second end cap and electrically coupled to a second side of the contact .
An optical coupling device for coupling a waveguide with an optical fibre, the optical coupling device comprising in sequence, along a direction XX', a focusing lens and an optical grating coupler , the optical coupling device being symmetrical with respect to a plane H, and wherein: - the focusing lens is formed in a core layer having a refractive index nc and a thickness Ec, and comprising two faces, respectively called a front face and a rear face , which are essentially parallel, and in contact with media with refractive indices lower than the refractive index nc, the plane H is perpendicular to the core layer , and its intersection with the core layer comprises the direction XX', the focusing lens is for focusing a light radiation, propagating along the direction XX', at a focusing point F, - the optical grating coupler comprises a plurality of trenches , formed on the front face , parallel to each other, the device being characterized in that , the trenches are with a convex shape along the direction XX', the optical grating coupler comprises, in sequence, along the direction XX', a first sub-grating and a second sub-grating , which are contiguous, delimited, respectively, by a first contour and a second contour , said first and second contours extend, along the direction XX', respectively, in a divergent way and in a convergent way, the focusing point F is included in the optical grating coupler . - the focusing lens is formed in a core layer having a refractive index nc and a thickness Ec, and comprising two faces, respectively called a front face and a rear face , which are essentially parallel, and in contact with media with refractive indices lower than the refractive index nc, the plane H is perpendicular to the core layer , and its intersection with the core layer comprises the direction XX', the focusing lens is for focusing a light radiation, propagating along the direction XX', at a focusing point F, - the optical grating coupler comprises a plurality of trenches , formed on the front face , parallel to each other,
A separating device for removing solid particles from fluids, comprising: a stack of at least three annular discs defining a central annular region along a central axis, each annular disc having an upper side and an underside , wherein the upper side of each annular disc each has one or more spacers , and wherein the upper side of each annular disc contacts the underside of the adjacent annular disc defining a separating gap , and wherein the one or more spacers have a planar contact area with the adjacent annular disc, and wherein the upper side of each annular disc has an elevation at the separating gap , and wherein the elevation is along the circumference of the annular disc .
A dart point , the dart point having a distal end, a middle portion and a proximal end; wherein: the distal end is tapered to a point ; the middle portion is substantially cylindrical; and the proximal end comprises a generally incompressible tapered retaining portion having a substantially continuous tapered retaining surface, being generally frusto-conical, wherein the taper becomes narrower in the direction passing from the distal end to the proximal end of the dart point , characterized in that the proximal end further comprises a joining part which, in use, fits into a dart barrel, the joining part further comprising a thread, useable to screw the dart point to a dart barrel, and wherein the tapered retaining surface is between the middle part and the joining part , or the joining part is between the middle part and the tapered retaining surface. the distal end is tapered to a point ; the middle portion is substantially cylindrical; and the proximal end comprises a generally incompressible tapered retaining portion having a substantially continuous tapered retaining surface, being generally frusto-conical, wherein the taper becomes narrower in the direction passing from the distal end to the proximal end of the dart point , characterized in that the proximal end further comprises a joining part which, in use, fits into a dart barrel, the joining part further comprising a thread, useable to screw the dart point to a dart barrel, and wherein the tapered retaining surface is between the middle part and the joining part , or the joining part is between the middle part and the tapered retaining surface.
A tablet terminal comprising: a touch panel that allows for displaying and inputting; a receiving unit that receives a triggering indication to enable a detection result of eye gaze; a setting unit that sets a target area which corresponds to a part of an image displayed on a screen of the touch panel using a detection position of eye gaze; a display controller that displays a partial image displayed in the target area out of the image displayed on the screen in an aiming area in which a touch operation to the target area is received in place of the target area, whereby said aiming area is different from the target area and arranged on a corner of the image on the screen; a recording unit that records a correspondence relation between coordinates of the aiming area and coordinates of the target area in a storage unit; a converter that converts coordinates of the aiming area in which a touch operation is received into coordinates projected to the target area using the correspondence relation stored in the storage unit when the touch operation is received in the aiming area; and an output unit that outputs the coordinates converted by the converter to a program executed by the tablet terminal. a touch panel that allows for displaying and inputting; a receiving unit that receives a triggering indication to enable a detection result of eye gaze; a setting unit that sets a target area which corresponds to a part of an image displayed on a screen of the touch panel using a detection position of eye gaze; a display controller that displays a partial image displayed in the target area out of the image displayed on the screen in an aiming area in which a touch operation to the target area is received in place of the target area, whereby said aiming area is different from the target area and arranged on a corner of the image on the screen; a recording unit that records a correspondence relation between coordinates of the aiming area and coordinates of the target area in a storage unit; a converter that converts coordinates of the aiming area in which a touch operation is received into coordinates projected to the target area using the correspondence relation stored in the storage unit when the touch operation is received in the aiming area; and an output unit that outputs the coordinates converted by the converter to a program executed by the tablet terminal.
Clutch actuator comprising: a housing ; a driving motor coupled to one side of the housing; a hydraulic pressure generator coupled to the other side of the housing; a ball screw connected to the driving motor so as to be rotated by the driving motor; a nut slider engaged with the ball screw and which moves along a longitudinal direction of the ball screw by means of the rotation of the ball screw , characterized in that , a cam slider moving linearly along an operating direction of the hydraulic pressure generator by means of the movement of the nut slider ; a roller unit provided at the nut slider so as to come into rolling contact with the cam slider; and a push rod provided at the cam slider to press a piston of the hydraulic pressure generator , wherein the housing comprises a first guide portion for guiding the movement of the cam slider , and the first guide portion is disposed between the driving motor and the hydraulic pressure generator . a housing ; a driving motor coupled to one side of the housing; a hydraulic pressure generator coupled to the other side of the housing; a ball screw connected to the driving motor so as to be rotated by the driving motor; a nut slider engaged with the ball screw and which moves along a longitudinal direction of the ball screw by means of the rotation of the ball screw , characterized in that , a cam slider moving linearly along an operating direction of the hydraulic pressure generator by means of the movement of the nut slider ; a roller unit provided at the nut slider so as to come into rolling contact with the cam slider; and a push rod provided at the cam slider to press a piston of the hydraulic pressure generator , wherein the housing comprises a first guide portion for guiding the movement of the cam slider , and the first guide portion is disposed between the driving motor and the hydraulic pressure generator .
An aqueous liquid fabric care composition comprising acetic acid; and one or more fragrance materials, wherein the one or more fragrance materials is characterized by a logP of no greater than 2.5, wherein the logP is determined as described herein; wherein the fabric care composition is characterized by a neat pH of from 2 to 4. acetic acid; and one or more fragrance materials, wherein the one or more fragrance materials is characterized by a logP of no greater than 2.5, wherein the logP is determined as described herein; wherein the fabric care composition is characterized by a neat pH of from 2 to 4.