mhurhangee/ep-ind-claims huggingface dataset:
A spinal bone graft (100, 400, 600) for implantation into a host, the spinal bone graft (400, 600) comprising: one or more cortical bone portions forming a first unit, the first unit comprising a first bone engagement surface for contacting a bone of the host, and a first mating surface opposite the first bone engagement surface, the first mating surface forming at least one first undercut; and one or more cortical bone portions forming a second unit, the second unit comprising a second bone engagement surface for contacting a bone of the host, and a second mating surface opposite the second bone engagement surface, the second unit comprising at least one connector (150, 450, 650, 650'); the at least one connector (150, 450, 650, 650') having a cross section, the cross section comprising a first end comprising one or more lateral projections, and the at least one first undercut having a cross section configured to mate with the cross section of the first end of the at least one connector (150, 450, 650, 650') to receive the first end of the at least one connector (150, 450, 650, 650') in an interlocking fit, to interconnect the first unit and the second unit together, characterized in that, the at least one connector (150, 450, 650, 650') has an end face (453, 455) that is recessed inside a socket (160, 460), forming an indent for engagement with a surgical instrument or clamping element. one or more cortical bone portions forming a first unit, the first unit comprising a first bone engagement surface for contacting a bone of the host, and a first mating surface opposite the first bone engagement surface, the first mating surface forming at least one first undercut; and one or more cortical bone portions forming a second unit, the second unit comprising a second bone engagement surface for contacting a bone of the host, and a second mating surface opposite the second bone engagement surface, the second unit comprising at least one connector (150, 450, 650, 650'); the at least one connector (150, 450, 650, 650') having a cross section, the cross section comprising a first end comprising one or more lateral projections, and the at least one first undercut having a cross section configured to mate with the cross section of the first end of the at least one connector (150, 450, 650, 650') to receive the first end of the at least one connector (150, 450, 650, 650') in an interlocking fit, to interconnect the first unit and the second unit together, characterized in that, the at least one connector (150, 450, 650, 650') has an end face (453, 455) that is recessed inside a socket (160, 460), forming an indent for engagement with a surgical instrument or clamping element.
A system to withstand a common mode noise disturbance, comprising: a processor; common mode extraction circuitry (204, 404) configured to: extract a common mode voltage from an input signal for an input/output, I/O, communication device; compare the common mode voltage with a reference voltage range; and determine, based on the comparison, that the common mode voltage is outside of the reference voltage range; and processing circuitry (208, 600) coupled to the processor, the processing circuitry (208, 600) being configured to adjust the common mode voltage to within the reference voltage range, wherein the processing circuitry is further configured to mask error signals generated by a physical layer of the I/O communication device in response to the determination that the common mode voltage is outside of the reference voltage range by replacing the error signals with signals indicating that there is not an error, wherein the I/O communication device is a universal serial bus, USB, device. a processor; common mode extraction circuitry (204, 404) configured to: extract a common mode voltage from an input signal for an input/output, I/O, communication device; compare the common mode voltage with a reference voltage range; and determine, based on the comparison, that the common mode voltage is outside of the reference voltage range; and extract a common mode voltage from an input signal for an input/output, I/O, communication device; compare the common mode voltage with a reference voltage range; and determine, based on the comparison, that the common mode voltage is outside of the reference voltage range; and processing circuitry (208, 600) coupled to the processor, the processing circuitry (208, 600) being configured to adjust the common mode voltage to within the reference voltage range, wherein the processing circuitry is further configured to mask error signals generated by a physical layer of the I/O communication device in response to the determination that the common mode voltage is outside of the reference voltage range by replacing the error signals with signals indicating that there is not an error, wherein the I/O communication device is a universal serial bus, USB, device.
A mixing apparatus (201; 401; 501; 601; 701; 801; 901) comprising a mixer (50; 250; 450; 550; 650) configured to mix a material including a rubber or a resin in the presence of a working fluid that is in a supercritical state or a subcritical state, wherein the mixer (50; 250; 450; 550; 650) comprises: a chamber (51; 451; 551) that forms a flow passage for the working fluid and the material; and a mixing blade (53; 553; 653) disposed in the chamber (51; 451; 551) and fixed to the chamber (51; 451; 551), the mixing blade (53; 553; 653) being a static blade, characterized in that the mixer (50; 250; 450; 550; 650) is inclined with respect to the mixing apparatus so that the material goes down from an upstream side to a downstream side of the material. a chamber (51; 451; 551) that forms a flow passage for the working fluid and the material; and a mixing blade (53; 553; 653) disposed in the chamber (51; 451; 551) and fixed to the chamber (51; 451; 551), the mixing blade (53; 553; 653) being a static blade, characterized in that the mixer (50; 250; 450; 550; 650) is inclined with respect to the mixing apparatus so that the material goes down from an upstream side to a downstream side of the material.
A method of initiating communication to a recipient via a graphical user interface on a touchscreen display, the method comprising: displaying to a user on a touchscreen display a graphical user interface concurrently displaying an electronic message composition area and a plurality of icons (315, 320, 325, 330, 335), each icon being associated with one of a plurality of recipients; receiving from the user via the electronic message composition area a composition of a message for delivery; detecting from the user an associating command from the identified message to one of the plurality of icons (315, 320, 325, 330, 335) and selecting the recipient associated with said one of the plurality of icons (315, 320, 325, 330, 335), wherein the associating command is a drag-and-drop motion or a pop-and-hop motion; displaying to the user indications of delivery methods by which the message is deliverable to the selected recipient; detecting from the user a selection of a displayed delivery method; determining an identity of the user and associating the determined identity of the user with the message; and transmitting the message to the selected recipient via the selected delivery method, including notifying the selected recipient of the identity of the user. displaying to a user on a touchscreen display a graphical user interface concurrently displaying an electronic message composition area and a plurality of icons (315, 320, 325, 330, 335), each icon being associated with one of a plurality of recipients; receiving from the user via the electronic message composition area a composition of a message for delivery; detecting from the user an associating command from the identified message to one of the plurality of icons (315, 320, 325, 330, 335) and selecting the recipient associated with said one of the plurality of icons (315, 320, 325, 330, 335), wherein the associating command is a drag-and-drop motion or a pop-and-hop motion; displaying to the user indications of delivery methods by which the message is deliverable to the selected recipient; detecting from the user a selection of a displayed delivery method; determining an identity of the user and associating the determined identity of the user with the message; and transmitting the message to the selected recipient via the selected delivery method, including notifying the selected recipient of the identity of the user.
Vessel closure made of metal or plastic for a vessel for holding food or beverages, with a sealing insert made of a sealing material which comprises at least one polymer in a mixture with further substances, wherein - the vessel closure is embodies as a screw cap for a bottle, a glass or the like, - and in the closed state demonstrates vacuum retention, - the sealing material contains no PVC and essentially no cross-linked polymers; - relative to the total weight of the sealing material, the sealing material comprises between 20% and 50% SEES and up to 25% LLDPE; between 10% and 50% PP, and/or between 10% and 50% PP-based polymer, and at least one oil component, - the oil component content is up to 35%, and - the sealing insert is sterilisable. - the vessel closure is embodies as a screw cap for a bottle, a glass or the like, - and in the closed state demonstrates vacuum retention, - the sealing material contains no PVC and essentially no cross-linked polymers; - relative to the total weight of the sealing material, the sealing material comprises between 20% and 50% SEES and up to 25% LLDPE; between 10% and 50% PP, and/or between 10% and 50% PP-based polymer, and at least one oil component, - the oil component content is up to 35%, and - the sealing insert is sterilisable.
A surgical stapling and cutting instrument comprising a motor speed control system comprising: a brushless motor having a housing and an output shaft, the brushless motor comprising electromagnetic field coils (7062, 7064) arrayed radially around a central magnetic shaft; a gear reduction assembly operably coupled to the output shaft; and at least one inductance sensor placed in proximity to the brushless motor and adjacent to at least some of the electromagnetic field coils (7062, 7064) to sense the activation/deactivation cycles of those electromagnetic field coils (7062, 7064) to determine the number of times the central magnetic shaft has been rotated, the at least one inductance sensor in data communication with a controller configured to receive a signal from the at least one inductance sensor and to control the speed of the output shaft. a brushless motor having a housing and an output shaft, the brushless motor comprising electromagnetic field coils (7062, 7064) arrayed radially around a central magnetic shaft; a gear reduction assembly operably coupled to the output shaft; and at least one inductance sensor placed in proximity to the brushless motor and adjacent to at least some of the electromagnetic field coils (7062, 7064) to sense the activation/deactivation cycles of those electromagnetic field coils (7062, 7064) to determine the number of times the central magnetic shaft has been rotated, the at least one inductance sensor in data communication with a controller configured to receive a signal from the at least one inductance sensor and to control the speed of the output shaft.
A method, comprising: leaching, by thiosulfate, a gold and/or silver-containing material in at least one of a resin-in-leach and resin-in-pulp circuit, the circuit comprising a co-current portion where the gold and/or silver-containing material and a gold and/or silver-collecting resin flow co-currently and a counter-current portion where the gold and/or silver-containing material and gold and/or silver-collecting resin flow counter-currently.
A fixing structure configured to fix a reflector to a photosensitive detecting assembly, wherein the fixing structure comprises at least one clamping unit configured to clamp and fix the reflector, and each clamping unit comprises: a first support, comprising a first clamping arm configured to support a first surface of the reflector; and a second support, comprising a second clamping arm configured to press on a second surface of the reflector opposite to the first surface; wherein the second clamping arm is movable relative to the first clamping arm between a first position and a second position; such that in the case that the second clamping arm is moved to the first position, the second clamping arm is laminated and pressed on the first clamping arm, to cooperate with the first clamping arm to clamp and fix the reflector; and in the case that the second clamping arm is moved to the second position away from the first clamping arm, the reflector is released. a first support, comprising a first clamping arm configured to support a first surface of the reflector; and a second support, comprising a second clamping arm configured to press on a second surface of the reflector opposite to the first surface; wherein the second clamping arm is movable relative to the first clamping arm between a first position and a second position; such that in the case that the second clamping arm is moved to the first position, the second clamping arm is laminated and pressed on the first clamping arm, to cooperate with the first clamping arm to clamp and fix the reflector; and in the case that the second clamping arm is moved to the second position away from the first clamping arm, the reflector is released.
Thermodynamic circuit process device, comprising: a working medium with a lubricant additive; an expansion machine for converting enthalpy in the working medium into mechanical energy; a multi-stage pressure-increasing apparatus for the step-by-step pressurization of the working medium; a means for branching off a part of the working medium between two stages of the multi-stage pressure-increasing apparatus; and a means for feeding the branched off part of the working medium to one or a plurality of bearing points of the expansion machine; characterized in that said multi-stage pressure-increasing apparatus comprises a multi-stage pump. a working medium with a lubricant additive; an expansion machine for converting enthalpy in the working medium into mechanical energy; a multi-stage pressure-increasing apparatus for the step-by-step pressurization of the working medium; a means for branching off a part of the working medium between two stages of the multi-stage pressure-increasing apparatus; and a means for feeding the branched off part of the working medium to one or a plurality of bearing points of the expansion machine; characterized in that said multi-stage pressure-increasing apparatus comprises a multi-stage pump.
A method of transmitting a transport stream having duplicate packets, the method comprising the steps of: generating a transport stream having a plurality of PCR-bearing packets, wherein a PCR value contained in a PCR-bearing packet is obtained from a system clock; transmitting the transport stream; duplicating an original packet of the transport stream, wherein the original packet comprises a first PCR value; and characterised in that it further comprises the step of interpolating a valid PCR value for the original packet, wherein the duplicated packet contains the first PCR value. generating a transport stream having a plurality of PCR-bearing packets, wherein a PCR value contained in a PCR-bearing packet is obtained from a system clock; transmitting the transport stream; duplicating an original packet of the transport stream, wherein the original packet comprises a first PCR value; and characterised in that it further comprises the step of interpolating a valid PCR value for the original packet, wherein the duplicated packet contains the first PCR value.
A wafer construction for applying a collecting system around an ostomy, the wafer construction comprising: a. a central through-going aperture for bringing the ostomy in fluid communication with a collecting reservoir, b. an inner radially extending layer for attaching the wafer to the peri-stomal skin; said inner layer comprising: i. a skin contacting surface; ii. a moist vapour permeable layer; iii. an outer surface; c. an outer radially extending layer; said outer layer comprising: i. a substantially moist vapour impermeable film; ii. an outer surface; iii. an inner surface; iv. a bag element for engaging the wafer to a collecting reservoir; d. a central stoma-adjacent-area comprising a first area of both the inner layer and the outer layer; said central stoma-adjacent-area defined radially as the area of the wafer construction closer to the central through-going aperture than the bag element of the outer layer; e. an encircling area comprising a second area of at least the inner layer; f. at least one radial space in fluid communication with the atmosphere; said radial space being located between the outer surface of the inner layer and the inner surface of the outer layer; and g. at least one attachment point; said attachment point attaching the outer layer to the inner layer; wherein at least a portion of the radial space is located in the central stoma-adjacent-area. a. a central through-going aperture for bringing the ostomy in fluid communication with a collecting reservoir, b. an inner radially extending layer for attaching the wafer to the peri-stomal skin; said inner layer comprising: i. a skin contacting surface; ii. a moist vapour permeable layer; iii. an outer surface; i. a skin contacting surface; ii. a moist vapour permeable layer; iii. an outer surface; c. an outer radially extending layer; said outer layer comprising: i. a substantially moist vapour impermeable film; ii. an outer surface; iii. an inner surface; iv. a bag element for engaging the wafer to a collecting reservoir; i. a substantially moist vapour impermeable film; ii. an outer surface; iii. an inner surface; iv. a bag element for engaging the wafer to a collecting reservoir; d. a central stoma-adjacent-area comprising a first area of both the inner layer and the outer layer; said central stoma-adjacent-area defined radially as the area of the wafer construction closer to the central through-going aperture than the bag element of the outer layer; e. an encircling area comprising a second area of at least the inner layer; f. at least one radial space in fluid communication with the atmosphere; said radial space being located between the outer surface of the inner layer and the inner surface of the outer layer; and g. at least one attachment point; said attachment point attaching the outer layer to the inner layer;
A skirt member (20;120) for use in a flashing for a roof penetrating structure, comprising a first edge (31;131) intended to be arranged at the roof penetrating structure, a second edge (32;132) opposite the first edge (31; 131) and intended to rest on a roof surface and two end edges (34;134) extending between the first and second edges (31;131,32;132), and comprising a first cover layer (21;121) and a second cover layer (23;123), said first and second cover (21;121, 23;123) layers being interconnected by a first adhesive layer (22;122), said first cover layer (21;121) being intended to face the exterior of a building in the mounted state of the flashing, and said first adhesive layer (22; 122) having a density of at least 2.5 g/ml, the skirt member (20;120) further comprising a second adhesive layer (24;124) interconnecting a third cover layer (25;125) to the second cover layer (23;123), wherein at least one of the adhesive layers (22;122,24;124) is made from a plastic material, characterized in that the first and second cover layers (21;121,23;123) define the extent of the skirt member (20;120) in a direction from the first edge (31;131) to the second edge (32;132), whereas the widths of the third cover layer (25;125), the first adhesive layer (22;122) and the second adhesive layer (24;124) in this direction are smaller, the first adhesive layer (22;122), being isolated from the exterior by the outer edges (1211, 1212, 1231, 1232) of the first and second cover layers (21;121,23;123) being given a bend (135,136) wherein said first adhesive layer (22;122) ends at a distance from said bends (135,136), so that the material of the first and second cover layers (21;121,23;123) come together substantially without compressing or deforming the first adhesive layer (22;122).
A contact body for a weapon barrel breech, comprising a housing, at least one contact needle, a guide body which is axially movably supported within the housing for receiving the at least one contact needle, wherein the at least one of the contact needles is axially movably supported within the guide body, wherein the contact body comprises rotation means (22, 40) for each contact needle, which are configured such that the contact needle rotates upon an axial movement relative to the guide body, wherein the contact body has, as rotation means, for each contact needle a contact pin fixed in or on the guide body, and the at least one contact needle has a recess as rotation means cooperating with the contact pin, the recess being shaped such that the contact needle rotates upon an axial movement relative to the guide body in operative connection with the contact pin, characterized in that the guide body has a contact sleeve in which the contact needle is axially movably supported and which acts as an intermediate electrical element between the contact pin and the contact needle
A linear low density polyethylene composition suitable for injection molding applications, the composition comprising: less than or equal to 100 percent by weight of the units derived from ethylene; less than 35 percent by weight of units derived from one or more α-olefin comonomers; wherein said linear low density polyethylene composition is characterized by a density in the range of 0.912 to 0.925 g/cm 3, a molecular weight distribution (M w /M n) in the range of 2.5 to 4.5, a melt index (I 2) in the range of 15 to 30 g/10 minutes, a molecular weight distribution (M z /M w) in the range of from 1.9 to 3, vinyl unsaturation of less than 0.1 vinyls per one thousand carbon atoms present in the linear low density polyethylene composition, and a zero shear viscosity ratio (ZSVR) in the range from 1 to 1.2. less than or equal to 100 percent by weight of the units derived from ethylene; less than 35 percent by weight of units derived from one or more α-olefin comonomers; wherein said linear low density polyethylene composition is characterized by a density in the range of 0.912 to 0.925 g/cm 3, a molecular weight distribution (M w /M n) in the range of 2.5 to 4.5, a melt index (I 2) in the range of 15 to 30 g/10 minutes, a molecular weight distribution (M z /M w) in the range of from 1.9 to 3, vinyl unsaturation of less than 0.1 vinyls per one thousand carbon atoms present in the linear low density polyethylene composition, and a zero shear viscosity ratio (ZSVR) in the range from 1 to 1.2.