mhurhangee/ep-ind-claims huggingface dataset:
A substrate which is a second electronic circuit board used for the second electronic circuit laminated on the side of a first electronic circuit including a power semiconductor element, on which said power semiconductor element is disposed, via said power semiconductor element, wherein: said substrate comprises a base material which comprises a dielectric layer, inner layer electrode(s) embedded inside of said base material, first surface electrode(s) formed at a first surface that is the surface on the side of said first electronic circuit of said substrate, and at least one level difference(s) prepared at said first surface, the thickness of at least a part of said inner layer electrode(s) and said first surface electrode(s) is not less than 50 micrometers in a direction perpendicular to said first surface, and said level difference(s) are formed so that each terminal(s) of said power semiconductor element and each of said first surface electrode(s) may be opposed to each other, when said power semiconductor element and said substrate are in the relative positional relationship specified by contact of the power semiconductor element lateral face(s) and the first surface lateral face(s) at the time of lamination of said first electronic circuit and said second electronic circuit, wherein: said power semiconductor element lateral face(s) intersects the power semiconductor element surface opposed to said first surface, and is formed at the lateral extremity/extremities of said power semiconductor element, and said level difference(s) provides said first surface lateral face(s) which intersects said first surface. said substrate comprises a base material which comprises a dielectric layer, inner layer electrode(s) embedded inside of said base material, first surface electrode(s) formed at a first surface that is the surface on the side of said first electronic circuit of said substrate, and at least one level difference(s) prepared at said first surface, the thickness of at least a part of said inner layer electrode(s) and said first surface electrode(s) is not less than 50 micrometers in a direction perpendicular to said first surface, and said level difference(s) are formed so that each terminal(s) of said power semiconductor element and each of said first surface electrode(s) may be opposed to each other, when said power semiconductor element and said substrate are in the relative positional relationship specified by contact of the power semiconductor element lateral face(s) and the first surface lateral face(s) at the time of lamination of said first electronic circuit and said second electronic circuit, said power semiconductor element lateral face(s) intersects the power semiconductor element surface opposed to said first surface, and is formed at the lateral extremity/extremities of said power semiconductor element, and said level difference(s) provides said first surface lateral face(s) which intersects said first surface.
A recording medium case configured to accommodate a recording medium device having a recording disk and configured to be removably disposed in an accommodating section of an electronic device, wherein the recording medium device has a substantially rectangular shape, the recording medium case comprising: a pair of side sections located parallel to slot-in/pull-out directions in which the recording medium case is slotted into the accommodating section and is pulled out from the accommodating section; and at least one protruding section formed on each side section such that at least one part of each side section is protruded to an outside of the recording medium case so as to make contact with one of side surfaces of the accommodating section to enhance the vibration resistance when the recording medium case is accommodated in the accommodating section; characterized in that the at least one protruding section is divided into a plurality of small flexible protrusions (121A, 121B, 121C) in a direction perpendicular to the longitudinal direction of the side sections. a pair of side sections located parallel to slot-in/pull-out directions in which the recording medium case is slotted into the accommodating section and is pulled out from the accommodating section; and at least one protruding section formed on each side section such that at least one part of each side section is protruded to an outside of the recording medium case so as to make contact with one of side surfaces of the accommodating section to enhance the vibration resistance when the recording medium case is accommodated in the accommodating section; characterized in that the at least one protruding section is divided into a plurality of small flexible protrusions (121A, 121B, 121C) in a direction perpendicular to the longitudinal direction of the side sections.
A light therapy device comprising a light emitting pad that is alternately shapeable into a plurality of retained configurations so as to be positionable adjacent to different body portions of a human or animal subject; a plurality of light emitters (23,25) positioned on a flexible circuitry layer and operative to deliver pre-programmed light therapy sessions by casting light from the pad onto or into a body portion adjacent to which the pad is positioned; a controller programmed to cause the light emitters to alternatively deliver a plurality of user-selected preprogrammed light therapy sessions; a user interface in communication with the controller whereby a user may select which of the preprogrammed light therapy sessions is to be delivered and whether the light is to be pulsed or non-pulsed; wherein the pad comprises a deformable material that has shape retention properties such that, as the pad is shaped into and one of said plurality of retained configurations, said shape retention properties will cause the pad to retain that configuration during a subsequent light therapy session without the need for a strap or other restraining apparatus; wherein said light emitters (23,25) include red and blue LEDs and infrared LEDs which are configured to emit invisible infrared light at a wavelength of approximately about 880nm and wherein the light emitters (23,25) further include one or more indicator LEDs comprising LEDs which are configured to emit visible light of a color other than red or blue only at times when the infrared LEDs are emitting invisible infrared light; and wherein said indicator LEDs and said infrared LEDs are positioned on the same flexible circuitry layer.
A thrombectomy device, the device including a profiled member of a mesh material, the profiled member having an axial cross-section in a relaxed condition which provides a generally circular outer profile to define a circle, a profiled cross part extending across the circle, with respective side parts extending from respective ends of the cross part circumferentially around the circle to provide free ends substantially adjacent the opposite ends of the cross part, which profiled member can be moved to a smaller axial cross-section and retained thereat, to permit location at a required position, wherein the profiled member has a generally cylindrical outer profile in a relaxed condition, and wherein the profiled member is configured such that as the profiled member is moved to a smaller axial cross-section, the side parts overlap each other, so as to reduce the outer profile circumference of the profiled member.
A method of transferring data to first and second storage areas (710, 720, (41,1), 42,1)) of a target data storage device across a network via packets comprising: receiving split-ID packets, having both an encapsulating packet and an encapsulated packet; and wherein each of the split-ID packets includes a command and an identifier that is split such that a first segment of the identifier is obtained from a header portion of the encapsulating packet while a second segment of the identifier is obtained from a header portion of the encapsulated packet, the first segment corresponding to the storage area of the target data storage device and the second segment corresponding the storage block; and executing the command with respect to the storage block. receiving split-ID packets, having both an encapsulating packet and an encapsulated packet; and wherein each of the split-ID packets includes a command and an identifier that is split such that a first segment of the identifier is obtained from a header portion of the encapsulating packet while a second segment of the identifier is obtained from a header portion of the encapsulated packet, the first segment corresponding to the storage area of the target data storage device and the second segment corresponding the storage block; and executing the command with respect to the storage block.
Particulate material of the composition (Li a Mg b) 1+x (Ni c M 1 d M 2 e) 1-x O 2 wherein M 1 is selected from Ti, Zr, Nb, Mo, and W, and combinations of at least two of the aforementioned, M 2 is selected from Al, Co and Mn and combinations of at least two of the aforementioned, a: b is in the range of from 100:1 to 400:1, and a + b = 1, c: d is in the range of from 40:1 to 250:1, and c: e is in the range of from 12:1 to 50:1, and c + d + e = 1, total molar ratio of (Li + Mg) to (Ni + M 1 + M 2) is in the range of from 1:1 to 1.05:1, 0.00 ≤ x ≤ 0.05, wherein said particulate material has an average particle diameter in the range of from 2 to 20 μm. M 1 is selected from Ti, Zr, Nb, Mo, and W, and combinations of at least two of the aforementioned, M 2 is selected from Al, Co and Mn and combinations of at least two of the aforementioned, a: b is in the range of from 100:1 to 400:1, and a + b = 1, c: d is in the range of from 40:1 to 250:1, and c: e is in the range of from 12:1 to 50:1, and c + d + e = 1, total molar ratio of (Li + Mg) to (Ni + M 1 + M 2) is in the range of from 1:1 to 1.05:1, 0.00 ≤ x ≤ 0.05, wherein said particulate material has an average particle diameter in the range of from 2 to 20 μm.
Device for measuring shear properties of asphalt, consisting of a steel hollow cylindrical socket equipped at its bottom with an inner edge, being an internal annular protrusion, on which rests an inner flange to accommodate a cylindrical testing specimen with an outer diameter that corresponds to the inner diameter of the socket, and with a central cylindrical open hole in it, such that a steel insert, also forming part of the device and having an outer diameter that corresponds to the inner diameter of the cylindrical open hole can be inserted into the open hole through the testing specimen, wherein the steel insert is equipped with an outer edge, being an outer annular protrusion with respect to the outer diameter, which in use rests on a washer and a clamp for fixing into the testing device, wherein the size of the radial clearance between the inner flange and the washer can be adjusted from 5 to 60 mm, wherein measuring probes are connected to the steel insert, capable of measuring the displacement of the steel insert, wherein a testing procedure consists of applying controlled load or displacement in downward direction to the steel insert, wherein the load is transferred through the outer edge, the washer, the testing specimen and the inner flange, to be absorbed by the inner edge of the socket, such that the testing specimen experiences the load as shear load.
A medical imaging system comprising: a teleoperational assembly configured to control movement of a medical instrument including an instrument tip; and a processing unit including one or more processors, wherein the processing unit is configured to determine an instrument tip position; determine a position error associated with the instrument tip position; determine at least one instrument tip bounding volume based upon the position error; and indicate when the instrument tip is outside a field of view of an imaging instrument operably coupled to the teleoperational assembly based on the at least one instrument tip bounding volume. a teleoperational assembly configured to control movement of a medical instrument including an instrument tip; and a processing unit including one or more processors, wherein the processing unit is configured to determine an instrument tip position; determine a position error associated with the instrument tip position; determine at least one instrument tip bounding volume based upon the position error; and indicate when the instrument tip is outside a field of view of an imaging instrument operably coupled to the teleoperational assembly based on the at least one instrument tip bounding volume. determine an instrument tip position; determine a position error associated with the instrument tip position; determine at least one instrument tip bounding volume based upon the position error; and indicate when the instrument tip is outside a field of view of an imaging instrument operably coupled to the teleoperational assembly based on the at least one instrument tip bounding volume.
An oral care implement comprising: a) a head having a first side and a second side and a plurality of spaced apart tissue cleaning pads associated with the first side and radially arranged around a central axis to form a grouping; b) each tissue cleaning pad further comprising an outer surface having a plurality of edge regions (420, 430) close to the central axis that are at least partially raised from the first side and at least one additional edge region spaced away from the central axis that is flush with an outer surface of the first side. a) a head having a first side and a second side and a plurality of spaced apart tissue cleaning pads associated with the first side and radially arranged around a central axis to form a grouping; b) each tissue cleaning pad further comprising an outer surface having a plurality of edge regions (420, 430) close to the central axis that are at least partially raised from the first side and at least one additional edge region spaced away from the central axis that is flush with an outer surface of the first side.
An analogue probe for a machine tool apparatus, comprising: a probe body; a stylus member (56, 62) movably secured to the probe body in a suspended rest position via a suspension mechanism (64, 66); a sensor (68, 70) for measuring the extent of displacement of the stylus member relative to the probe body from a rest position; a first compliant sealing member extending between the probe body and stylus member such that the sensor is contained within a chamber sealed from external contaminants; characterised in that the analogue probe further comprises: means for suppressing movement of the stylus member away from its suspended rest position induced by changes in the chamber's internal pressure and/or changes in the analogue probe's operating environment which result in a change in the pressure difference between the sealed chamber and operating environment. a probe body; a stylus member (56, 62) movably secured to the probe body in a suspended rest position via a suspension mechanism (64, 66); a sensor (68, 70) for measuring the extent of displacement of the stylus member relative to the probe body from a rest position; a first compliant sealing member extending between the probe body and stylus member such that the sensor is contained within a chamber sealed from external contaminants; means for suppressing movement of the stylus member away from its suspended rest position induced by changes in the chamber's internal pressure and/or changes in the analogue probe's operating environment which result in a change in the pressure difference between the sealed chamber and operating environment.
A multi-antenna assembly, comprising a reflective medium surface and two antenna groups which are a first antenna group and a second antenna group installed on the reflective medium surface, wherein radio wave frequencies used by different antenna groups are different, and wherein the first antenna group and the second antenna group each comprise three same antenna units, wherein each antenna unit comprises a dielectric substrate and an antenna conductor attached to the dielectric substrate, wherein a maximum gain direction of the antenna unit is consistent with an extension direction of a surface of the dielectric substrate, wherein the maximum gain direction of the antenna unit is consistent with the extension direction of the surface of the dielectric substrate when an angle between the maximum gain direction of the antenna unit and the extension direction of the surface of the dielectric substrate is less than 45 degrees, wherein the antenna conductor comprises a main element used for connecting to a feeder, and a director used to enhance a radio wave on a radio side, wherein both the main element and the director are conductor wires attached to the dielectric substrate, wherein the reflective medium surface and a director of each antenna unit are separately located on two sides of the main element of a corresponding antenna unit, and wherein a size of a main element of an antenna unit of the first antenna group is larger than a size of a main element of an antenna unit of the second antenna group, wherein the dielectric substrate of each antenna unit is vertical to the reflective medium surface, wherein the three antenna units of the first antenna group are 120 degrees apart from each other, use a same straight line as an extension intersection line and are equidistant to the extension intersection line, and wherein the three antenna units of the second antenna group are 60 degrees apart from each other and dielectric substrates of the three antenna units intersect to form an equilateral triangle after extending along a surface direction, wherein the three antenna units of the second antenna group are located at three adjacent spacings of the three antenna units of the first antenna group respectively.
Surgical tray apparatus for use in hip replacement surgery comprising: a first set of trays (1,2) including tools for preparation of a femur for implant surgery, a second set of trays (11,12,13) including tools for preparing an acetabulum for implant surgery, characterized in that the apparatus further comprises a third set of trays (21,22, 23) including trial implants and tools for sizing, locating and implanting a reverse hip acetabular cup and an acetabular ball, and a fourth set of trays (41,42.43) including trial implants and tools for sizing and implanting a femoral cup for use with a reverse hip prosthesis. a first set of trays (1,2) including tools for preparation of a femur for implant surgery, a second set of trays (11,12,13) including tools for preparing an acetabulum for implant surgery, characterized in that the apparatus further comprises a third set of trays (21,22, 23) including trial implants and tools for sizing, locating and implanting a reverse hip acetabular cup and an acetabular ball, and a fourth set of trays (41,42.43) including trial implants and tools for sizing and implanting a femoral cup for use with a reverse hip prosthesis.
A composition for cell transplant, comprising cells and an aqueous solution containing a protein, the cells including a cardiac myocyte and/or a cardiac progenitor, the cells being derived from a stem cell, the protein having a degree of hydrophobicity of 0.2 to 1.2, the protein containing a polypeptide chain and/or a polypeptide chain (Y'), the protein containing 1 to 100 polypeptide chains as a total of the polypeptide chain and the polypeptide chain (Y'), the polypeptide chain being a polypeptide chain having 2 to 100 continuous amino acid sequences, the amino acid sequence having any one of a VPGVG sequence corresponding to an amino acid sequence of SEQ ID NO: 1, a GVGVP sequence corresponding to an amino acid sequence of SEQ ID NO: 2, a GPP sequence, a GAP sequence, and a GAHGPAGPK sequence corresponding to an amino acid sequence of SEQ ID NO: 3, the polypeptide chain (Y') being a polypeptide chain having a structure in which 0.1 to 5% amino acid residues in the polypeptide chain are replaced by a lysine residue and/or an arginine residue and including 1 to 100 residues as a total of the lysine residue and the arginine residue. the cells including a cardiac myocyte and/or a cardiac progenitor, the cells being derived from a stem cell, the protein having a degree of hydrophobicity of 0.2 to 1.2, the protein containing a polypeptide chain and/or a polypeptide chain (Y'), the protein containing 1 to 100 polypeptide chains as a total of the polypeptide chain and the polypeptide chain (Y'), the polypeptide chain being a polypeptide chain having 2 to 100 continuous amino acid sequences, the amino acid sequence having any one of a VPGVG sequence corresponding to an amino acid sequence of SEQ ID NO: 1, a GVGVP sequence corresponding to an amino acid sequence of SEQ ID NO: 2, a GPP sequence, a GAP sequence, and a GAHGPAGPK sequence corresponding to an amino acid sequence of SEQ ID NO: 3, the polypeptide chain (Y') being a polypeptide chain having a structure in which 0.1 to 5% amino acid residues in the polypeptide chain are replaced by a lysine residue and/or an arginine residue and including 1 to 100 residues as a total of the lysine residue and the arginine residue.
An effective amount of a nucleic acid encoding p53 and/or a nucleic acid encoding MDA-7 and at least one preferential CD122/CD132 agonist for use in a method of treating cancer in a subject comprising administering an effective amount of said nucleic acid encoding p53 and/or said nucleic acid encoding MDA-7, at least one preferential CD122/CD132 agonist to the subject, further comprising administering at least one additional anticancer treatment, wherein the at least one additional anticancer treatment is an immune checkpoint inhibitor.
An orthopedic composite, the composite comprising: a) a first phase comprising a ceramic that is coral or that is derived from coral via hydrothermal conversion of calcium carbonate in the coral to a calcium phosphate, wherein the first phase has a porous coralline structure; and b) a second phase comprising a non-resorbable polymer; c) wherein each of the first and second phases i) have an interconnected strut structure; and ii) are continuous through the composite wherein the orthopedic composite has a compressive strength of 50 MPa to 150 MPa. a) a first phase comprising a ceramic that is coral or that is derived from coral via hydrothermal conversion of calcium carbonate in the coral to a calcium phosphate, wherein the first phase has a porous coralline structure; and b) a second phase comprising a non-resorbable polymer; c) wherein each of the first and second phases i) have an interconnected strut structure; and ii) are continuous through the composite wherein the orthopedic composite has a compressive strength of 50 MPa to 150 MPa. i) have an interconnected strut structure; and ii) are continuous through the composite wherein the orthopedic composite has a compressive strength of 50 MPa to 150 MPa.
Fastening device for fastening movable wires (F', F") of a row of plants, in particular grape-vine plants, comprising connecting means (1, 201, 301, 401) adapted to arrange said device in proximity of a head-pole of said row, guide means, and a plurality of wire mounting means that are slidably associated to said guide means, characterized in that said guide means comprise a plurality of guide portions (4A, 4B, 4C, 4D) that define a corresponding plurality of displacement paths for said movable wires (F', F") distributed on mutually opposing sides of the plant row, said displacement paths being oriented transversally relative to the direction of extension of said movable wires (F', F"), and in that said wire mounting means are provided to receive only a single movable wire (F', F") such that each of said movable wires (F', F") is independently displaceable along one of said displacement paths.