mhurhangee/ep-ind-claims huggingface dataset:
A mold for injection molding, wherein the mold comprises: a base having a cavity and a port adapted to deliver a liquid to the cavity, the base also having a component support structure having an axis, the component support structure being adapted to support a component on which an object (103, 105) is molded in the cavity; pockets formed in the base on opposite axial sides of the cavity, the pockets extending in a transverse direction with respect to the axis, and the pockets being axially adjacent to the cavity but axially spaced apart from the cavity by respective partitions extending from the base; and inserts located in respective ones of the pockets, each of the inserts being formed from a polymer that is softer than a base material used to form the base, and both the partitions and the inserts comprise the component support structure, characterized in that the base, partitions and the inserts have alignment features, wherein the alignment features are apertures (26, 28). a base having a cavity and a port adapted to deliver a liquid to the cavity, the base also having a component support structure having an axis, the component support structure being adapted to support a component on which an object (103, 105) is molded in the cavity; pockets formed in the base on opposite axial sides of the cavity, the pockets extending in a transverse direction with respect to the axis, and the pockets being axially adjacent to the cavity but axially spaced apart from the cavity by respective partitions extending from the base; and inserts located in respective ones of the pockets, each of the inserts being formed from a polymer that is softer than a base material used to form the base, and both the partitions and the inserts comprise the component support structure, characterized in that the base, partitions and the inserts have alignment features, wherein the alignment features are apertures (26, 28).
A portable roadway warning device that includes a rumble strip having at least two longitudinally-extending modular strip sections, each of the strip sections being made of a polymeric material having spaced apart top and bottom surfaces (2 and 3, respectively), longitudinally-spaced end edges (6 and 7), and laterally-spaced side edges, wherein at least one of the end edges (6, 7) of each of the strip sections has a plurality of laterally-spaced tabs, each tab having a laterally-extending through-hole, and a plurality of connecting links hingedly connecting the tabs at one of the end edges (6, 7) of one of the strip sections to respective aligned tabs at one of the end edges (6, 7) of another of the strip sections, characterized by the connecting links including a link plate bracket (33, 34)) and a pair of frangible pins that will fail before the polymeric material of the rumble strip section to which they are attached, the frangible pins extending through the through-holes of respective tabs to pivotally connect the strip sections through the corresponding bracket (33, 34).
A plurality of elements (5a-5c, 105a-105c) configured to be arranged along a set of teeth and for use in apparatus for aligning or positioning teeth, the apparatus configured to be worn in a mouth of a wearer and further configured to be supported on the teeth of the wearer, the apparatus including at least one flexible elongate member which comprises at least one flexible thread, the or some of the elements (5a-5c,105a-105c) being individually attachable to different teeth of a wearer, the plurality of elements (5a-5c,105a-105c) comprising: at least one pair of elements (5a-5c, 105a-1 05c) comprising a first element (5a-5c,105a-105c) and a second element (5a-5c,105a-105c), wherein at least one part of the first element (5a-5c,105a-105c) is configured to bear against at least one part of the second element (5a-5c,105a-105c) when engaged by the at least one flexible thread (6a, 6b) during operational use of the apparatus to facilitate aligning or positioning the teeth of the wearer, characterized in that the elements to be engaged have at least one passageway for receiving at least one throughgoing flexible thread (206a, 206b) slidably therein and allowing the flexible thread to be relaxed to conform to variations in projection of the teeth in malocclusion or tensioned to engage the elements for imparting at least one force for aligning the teeth when applied thereto. at least one pair of elements (5a-5c, 105a-1 05c) comprising a first element (5a-5c,105a-105c) and a second element (5a-5c,105a-105c), wherein at least one part of the first element (5a-5c,105a-105c) is configured to bear against at least one part of the second element (5a-5c,105a-105c) when engaged by the at least one flexible thread (6a, 6b) during operational use of the apparatus to facilitate aligning or positioning the teeth of the wearer, characterized in that the elements to be engaged have at least one passageway for receiving at least one throughgoing flexible thread (206a, 206b) slidably therein and allowing the flexible thread to be relaxed to conform to variations in projection of the teeth in malocclusion or tensioned to engage the elements for imparting at least one force for aligning the teeth when applied thereto.
Semiconductor component, in particular for power applications, which comprises: a semiconductor chip (2, 12), a bottom first main electrode layer (3, 13) formed on a first side of the semiconductor chip (2, 12), a bottom control electrode layer (4, 14) formed on the first side, an insulation layer (5, 15) formed on the first side between the bottom first main electrode layer (3, 13) and the bottom control electrode layer (4, 14), said insulation layer partly covering the bottom first main electrode layer (3, 13), a top first main electrode layer (6, 16) formed on the bottom first main electrode layer (3, 13), a top control electrode layer (7, 17) formed on the bottom control electrode layer (4, 14) and the insulation layer (5, 15) and extending on the insulation layer (5, 15) partly above the bottom first main electrode layer (3, 13), and a second main electrode layer (9, 19) formed on a second side of the semiconductor chip (2, 12). a semiconductor chip (2, 12), a bottom first main electrode layer (3, 13) formed on a first side of the semiconductor chip (2, 12), a bottom control electrode layer (4, 14) formed on the first side, an insulation layer (5, 15) formed on the first side between the bottom first main electrode layer (3, 13) and the bottom control electrode layer (4, 14), said insulation layer partly covering the bottom first main electrode layer (3, 13), a top first main electrode layer (6, 16) formed on the bottom first main electrode layer (3, 13), a top control electrode layer (7, 17) formed on the bottom control electrode layer (4, 14) and the insulation layer (5, 15) and extending on the insulation layer (5, 15) partly above the bottom first main electrode layer (3, 13), and a second main electrode layer (9, 19) formed on a second side of the semiconductor chip (2, 12).
A print head having a tile made of a material having a first coefficient of thermal expansion, the tile carrying a chip that forms a number of printing elements and is in thermal contact with the tile, the chip being mainly made of a material having a second coefficient of thermal expansion different from the first coefficient of thermal expansion, wherein a stress relief plate made of a material having a third coefficient of thermal expansion that is closer to the second coefficient of thermal expansion than the first is bonded to the tile with a first adhesive layer having a first thickness d1, and characterised in that the chip is bonded to the stress relief plate with a second adhesive layer having a second thickness d2 smaller than the first thickness d1.
A medical instrument (1; 10; 1*; 10*) for percutaneous release procedures, comprising a handle portion (2; 20) designed to allow handling, orientation and manipulation of the medical instrument (1; 10; 1*; 10*) by a surgeon and an elongated rod member (5; 50; 500; 5*; 50*) secured to the handle portion (2; 20) and extending substantially within a defined plane, wherein a first portion of the elongated rod member (5; 50; 500; 5*; 50*) extends substantially along a first direction (a1; a1') within the defined plane away from the handle portion (2; 20), wherein a second portion of the elongated rod member (5; 50; 500; 5*; 50*), downstream of the first portion, is curved and/or bent within the defined plane, and wherein a free end of the elongated rod member (5; 50; 500; 5*; 50*), at a terminal end (5A; 50A; 500A; 5A*; 50A*) of the second portion, is shaped as a bevelled end (6; 60; 600; 6*; 60*) exhibiting a bevelled surface (6A; 60A; 600A, 610A; 6A*; 60A*), which bevelled end (6; 60; 600; 6*; 60*) is designed to act as a cutting device to sever tissue, characterized in that said bevelled surface (6A; 60A; 600A, 610A; 6A*; 60A*) is inclined with respect to the defined plane. wherein a first portion of the elongated rod member (5; 50; 500; 5*; 50*) extends substantially along a first direction (a1; a1') within the defined plane away from the handle portion (2; 20), wherein a second portion of the elongated rod member (5; 50; 500; 5*; 50*), downstream of the first portion, is curved and/or bent within the defined plane, and wherein a free end of the elongated rod member (5; 50; 500; 5*; 50*), at a terminal end (5A; 50A; 500A; 5A*; 50A*) of the second portion, is shaped as a bevelled end (6; 60; 600; 6*; 60*) exhibiting a bevelled surface (6A; 60A; 600A, 610A; 6A*; 60A*), which bevelled end (6; 60; 600; 6*; 60*) is designed to act as a cutting device to sever tissue, characterized in that said bevelled surface (6A; 60A; 600A, 610A; 6A*; 60A*) is inclined with respect to the defined plane.
A vehicle-body structure of an automobile including a bonnet on a vehicle front side, the vehicle-body structure comprising: a pair of right and left rear-portion crush cans (53c, 53a) that each are attached to a vehicle-body side member (51B, 51A), extend from the vehicle-body side member (51B, 51A) toward a front of the automobile, maintain an initial shape until a first predetermined load is applied at collision of the automobile, and perform compressive deformation when the first predetermined load is applied; and a pair of right and left front-portion crush cans (53d, 53b) that extend from front portions of the rear-portion crush cans (53c, 53a) toward the front of the automobile and perform compressive deformation when a second predetermined load smaller than the first predetermined load is applied at collision of the automobile, wherein a front portion of the bonnet (BFa) is positioned on the automobile rear side of the front portions of the rear-portion crush cans (53c, 53a), characterized in that each vehicle-body side member (51B, 51A) is a suspension support member supporting a front suspension device (SP1, SP2), and rear portions of the rear-portion crush cans (53c, 53a) are attached to front portions of the respective suspension support members. a pair of right and left rear-portion crush cans (53c, 53a) that each are attached to a vehicle-body side member (51B, 51A), extend from the vehicle-body side member (51B, 51A) toward a front of the automobile, maintain an initial shape until a first predetermined load is applied at collision of the automobile, and perform compressive deformation when the first predetermined load is applied; and a pair of right and left front-portion crush cans (53d, 53b) that extend from front portions of the rear-portion crush cans (53c, 53a) toward the front of the automobile and perform compressive deformation when a second predetermined load smaller than the first predetermined load is applied at collision of the automobile, wherein a front portion of the bonnet (BFa) is positioned on the automobile rear side of the front portions of the rear-portion crush cans (53c, 53a), characterized in that each vehicle-body side member (51B, 51A) is a suspension support member supporting a front suspension device (SP1, SP2), and rear portions of the rear-portion crush cans (53c, 53a) are attached to front portions of the respective suspension support members.
A composite structural article (10; 100; 200) comprising: a polymeric body having a first major surface and an opposing second major surface, said polymeric body being formed of a thermoplastic material; a plurality of fibers forming a fiber dispersion within the polymeric body, the fibers having an average length of less than 15 mm and an average diameter of less than 50 micrometers; a laterally extending rib element extending away from the second major surface and having a lateral length and forming a portion of the polymeric body; and a continuous fiber element extending along and embedded within the lateral length of the rib element, the continuous fiber element comprising at least 1000 parallel and co-extending continuous fibers and a resin, the continuous fiber element having from 50 to 30 % wt resin. a polymeric body having a first major surface and an opposing second major surface, said polymeric body being formed of a thermoplastic material; a plurality of fibers forming a fiber dispersion within the polymeric body, the fibers having an average length of less than 15 mm and an average diameter of less than 50 micrometers; a laterally extending rib element extending away from the second major surface and having a lateral length and forming a portion of the polymeric body; and a continuous fiber element extending along and embedded within the lateral length of the rib element, the continuous fiber element comprising at least 1000 parallel and co-extending continuous fibers and a resin, the continuous fiber element having from 50 to 30 % wt resin.
A humanized monoclonal anti-human-PD-1 antibody or an antigen-binding fragment thereof comprising: (a) a VH comprising or consisting of an amino acid sequence of SEQ ID NO: 21; and (b) a VL comprising or consisting of an amino acid sequence of SEQ ID NO: 24 wherein the antibody or antigen binding fragment thereof is an antagonist of the binding of human PD-L1 and/or PD-L2 to human PD-1.
A seed drill comprising a hopper and a tool carrier having a drill frame from which seed is dispensed into or onto the ground, the hopper being supported in use by a towing hitch located at a front end of the seed drill and at least two transport wheels (4, 5) located behind the hopper, wherein the drill frame is arranged to be able to in use move up and down relative to the hopper and the transport wheels (4, 5), characterised in that the drill frame is rectangular and the transport wheels (4, 5) are located inside the rectangular drill frame.
A surface-coated cutting tool comprising a base material and a coating formed on the base material, the coating including an α-Al 2 O 3 layer, the α-Al 2 O 3 layer containing a plurality of α-Al 2 O 3 crystal grains and chlorine, and having a TC expressed by the following expression of more than 5 in texture coefficient TC(hkl) expressed by the following expression, TC hk1 = I hk1 I 0 hk1 1 n ∑ 1 n I hk1 I 0 hk1 − 1 TC 006 = I 006 I 0 006 1 8 ∑ 1 8 I hk 1 I 0 hk1 − 1 the α-Al 2 O 3 layer including a lower layer and an upper layer, the lower layer being located closer to the base material than the upper layer is, and the upper layer being located opposite to the base material across the lower layer, in a thickness direction of the α-Al 2 O 3 layer, the lower layer having a thickness of 1.0 μm, the upper layer having a thickness of 0.5 μm or more, and the upper limit of the thickness of the upper layer being 14 μm, the chlorine in the lower layer having a concentration distribution in which an atomic concentration of the chlorine decreases in a direction away from the base material, in a thickness direction of the lower layer, wherein in the expression, I(hkl) represents an x-ray diffraction intensity of a (hkl) reflection plane, I 0 (hkl) represents a standard intensity according to PDF card No. 00-042-1468 of the ICDD, n represents the number of reflections used for the calculation and n is eight, and (hkl) planes used for reflection are,,,,,,, and, and the TC(hkl) is measured through analysis by means of x-ray diffraction. the coating including an α-Al 2 O 3 layer, the α-Al 2 O 3 layer containing a plurality of α-Al 2 O 3 crystal grains and chlorine, and having a TC expressed by the following expression of more than 5 in texture coefficient TC(hkl) expressed by the following expression, TC hk1 = I hk1 I 0 hk1 1 n ∑ 1 n I hk1 I 0 hk1 − 1 TC 006 = I 006 I 0 006 1 8 ∑ 1 8 I hk 1 I 0 hk1 − 1 the α-Al 2 O 3 layer including a lower layer and an upper layer, the lower layer being located closer to the base material than the upper layer is, and the upper layer being located opposite to the base material across the lower layer, in a thickness direction of the α-Al 2 O 3 layer, the lower layer having a thickness of 1.0 μm, the upper layer having a thickness of 0.5 μm or more, and the upper limit of the thickness of the upper layer being 14 μm, the chlorine in the lower layer having a concentration distribution in which an atomic concentration of the chlorine decreases in a direction away from the base material, in a thickness direction of the lower layer, wherein in the expression, I(hkl) represents an x-ray diffraction intensity of a (hkl) reflection plane, I 0 (hkl) represents a standard intensity according to PDF card No. 00-042-1468 of the ICDD, n represents the number of reflections used for the calculation and n is eight, and (hkl) planes used for reflection are,,,,,,, and, and the TC(hkl) is measured through analysis by means of x-ray diffraction.
A polypeptide chain capable of binding to human neonatal Fc receptor (FcRn), comprising a first and a second CH3 domain separated by a flexible linker, wherein the polypeptide chain has a domain arrangement, from N- to C- terminal, selected from: -- linker - CH2 - CH3 - linker - CH3; (ABD 1) - linker - CH2 - CH3 - linker - CH3 - linker - (ABD 2); and (ABD 1) - linker - CH1 - CH2 - CH3 - linker - CH3 - linker - (ABD 2), wherein ABD, ABD 1 and ABD 2 are each an antigen binding domain, wherein the CH2 is fused to the CH3 domain and the CH1, if present, is fused to a CH2 domain via a hinge domain, and wherein the flexible linker is of sufficient length to permit the first and a second CH3 domain to associate with one another via non-covalent interactions, and wherein the flexible linker is a peptide linker having between 10 and 30 residues and comprises glycine and serine residues. -- linker - CH2 - CH3 - linker - CH3; (ABD 1) - linker - CH2 - CH3 - linker - CH3 - linker - (ABD 2); and (ABD 1) - linker - CH1 - CH2 - CH3 - linker - CH3 - linker - (ABD 2),
A method comprising: receiving, from a peer network device and at a virtual component, a verification request for verifying a physical host on which the virtual component is operating; sending, by the virtual component, a request to a trust module of the physical host to obtain physical host verification information; receiving, at the virtual component and from the trust module, the physical host verification information, the physical host verification information including at least a signed verification status of the physical host and an associated timestamp of the physical host, a time synchronization token and hypervisor information; and sending, by the virtual component and to the peer network device, the physical host verification information, the peer network device determining trustworthiness of the physical host as part of determining trustworthiness of the virtual component prior to establishing a communication session with the virtual component. receiving, from a peer network device and at a virtual component, a verification request for verifying a physical host on which the virtual component is operating; sending, by the virtual component, a request to a trust module of the physical host to obtain physical host verification information; receiving, at the virtual component and from the trust module, the physical host verification information, the physical host verification information including at least a signed verification status of the physical host and an associated timestamp of the physical host, a time synchronization token and hypervisor information; and sending, by the virtual component and to the peer network device, the physical host verification information, the peer network device determining trustworthiness of the physical host as part of determining trustworthiness of the virtual component prior to establishing a communication session with the virtual component.
Air compressor comprising a frame in which there are mounted a stator, a rotor interacting with said stator to form a synchronous motor, and comprising a shaft, at least one turbine carried by said shaft, a air-supply channel to the turbine, and an outlet channel for compressed air, the shaft of the rotor being mounted rotatably on the frame about an axis by means of a first and a second bearing, wherein said first, respectively said second, bearing comprises a first, respectively a second, spherical element provided on a first, respectively a second, end of the shaft and disposed centred relative to the axis of the shaft, and a first, respectively a second, housing provided in the frame and having the form of a cap disposed centred relative to the axis of the shaft and provided in order to support said first, respectively said second, spherical element, characterized in that the radius of the cap forming the first housing is greater than the radius of the first spherical element, said first spherical element being in a tangential with the inwardly curved base of the first housing and the radius of the cap forming the second housing is greater than the radius of the second spherical element, said second spherical element being in a tangential with the inwardly curved base of the second housing, in that at least two aerodynamic bearings (36, 38) are provided substantially on each side of the shaft of the rotor, and in that a first aerodynamic bearing is provided upstream of the turbine, said first aerodynamic bearing being carried by a third support element disposed centred relative to the axis of the shaft in the air-supply channel, and retained on the walls of said air-supply channel by means of branches between which the air can circulate.