mhurhangee/ep-ind-claims huggingface dataset:
A gear housing for an electric power steering device, comprising: a front-side housing and a rear-side housing combined in a front-rear direction; the front-side housing comprising: a worm wheel housing portion housing a worm wheel inside, a worm housing portion housing a worm shaft inside, and one or more reinforcing ribs; the worm wheel housing portion having: a worm wheel cylindrical portion arranged around the worm wheel; and a ring shaped worm wheel bottom portion bent inward in a radial direction from a front end portion of the worm wheel cylindrical portion; the worm housing portion provided on a part in a circumferential direction of an outer-diameter side portion of the worm wheel housing portion; and the one or more reinforcing ribs provided on a front side surface of the front-side housing, extending in a direction in which an engagement reaction force acts between the worm wheel and a worm that is provided on the worm shaft, and spanning between the worm housing portion and the worm wheel bottom portion; and a mounting stay protruding toward a front side from the worm wheel bottom portion and for supporting the front-side housing to a vehicle body; and wherein at least one reinforcing rib of the one or more reinforcing ribs is continuous with the mounting stay. a front-side housing and a rear-side housing combined in a front-rear direction; the front-side housing comprising: a worm wheel housing portion housing a worm wheel inside, a worm housing portion housing a worm shaft inside, and one or more reinforcing ribs; the worm wheel housing portion having: a worm wheel cylindrical portion arranged around the worm wheel; and a ring shaped worm wheel bottom portion bent inward in a radial direction from a front end portion of the worm wheel cylindrical portion; the worm housing portion provided on a part in a circumferential direction of an outer-diameter side portion of the worm wheel housing portion; and the one or more reinforcing ribs provided on a front side surface of the front-side housing, extending in a direction in which an engagement reaction force acts between the worm wheel and a worm that is provided on the worm shaft, and spanning between the worm housing portion and the worm wheel bottom portion; and a mounting stay protruding toward a front side from the worm wheel bottom portion and for supporting the front-side housing to a vehicle body; and wherein at least one reinforcing rib of the one or more reinforcing ribs is continuous with the mounting stay.
A toner comprising: toner particles which are produced by a process including the steps of dispersing a monomer composition containing a polymerizable monomer and a colorant in an aqueous medium to form droplets and polymerizing the polymerizable monomer in the droplets, wherein each of the toner particles contains a polymer formed by a polymerization reaction of the polymerizable monomer and a metal compound having a vinyl group, and the metal compound having a vinyl group is a compound having a structure in which a site derived from -COOM 1 and/or -OH of a salicylic acid portion or a salicylic acid derivative portion of an aromatic compound represented by the following formula is bonded to a metal where, in the formula, R 1 represents a hydroxyl group, a carboxyl group, an alkyl group having 1 to 18 carbon atoms, or an alkoxy group having 1 to 18 carbon atoms, R 2 represents a hydrogen atom, a hydroxyl group, an alkyl group having 1 to 18 carbon atoms, or an alkoxy group having 1 to 18 carbon atoms, R 3 represents a hydrogen atom or a methyl group, m is an integer of 1 to 3, n is an integer of 0 to 3 in which when n is 2 or 3, each R 1 is independently selected, and M 1 represents a hydrogen atom, an alkali metal, NH 4, or a mixture thereof. toner particles which are produced by a process including the steps of dispersing a monomer composition containing a polymerizable monomer and a colorant in an aqueous medium to form droplets and polymerizing the polymerizable monomer in the droplets, wherein each of the toner particles contains a polymer formed by a polymerization reaction of the polymerizable monomer and a metal compound having a vinyl group, and the metal compound having a vinyl group is a compound having a structure in which a site derived from -COOM 1 and/or -OH of a salicylic acid portion or a salicylic acid derivative portion of an aromatic compound represented by the following formula is bonded to a metal where, in the formula, R 1 represents a hydroxyl group, a carboxyl group, an alkyl group having 1 to 18 carbon atoms, or an alkoxy group having 1 to 18 carbon atoms, R 2 represents a hydrogen atom, a hydroxyl group, an alkyl group having 1 to 18 carbon atoms, or an alkoxy group having 1 to 18 carbon atoms, R 3 represents a hydrogen atom or a methyl group, m is an integer of 1 to 3, n is an integer of 0 to 3 in which when n is 2 or 3, each R 1 is independently selected, and M 1 represents a hydrogen atom, an alkali metal, NH 4, or a mixture thereof. where, in the formula, R 1 represents a hydroxyl group, a carboxyl group, an alkyl group having 1 to 18 carbon atoms, or an alkoxy group having 1 to 18 carbon atoms, R 2 represents a hydrogen atom, a hydroxyl group, an alkyl group having 1 to 18 carbon atoms, or an alkoxy group having 1 to 18 carbon atoms, R 3 represents a hydrogen atom or a methyl group, m is an integer of 1 to 3, n is an integer of 0 to 3 in which when n is 2 or 3, each R 1 is independently selected, and M 1 represents a hydrogen atom, an alkali metal, NH 4, or a mixture thereof.
A system for obtaining a skin graft, the system comprising: a device comprising: a cutting body that is disposable on a patient's skin; a head adapted for coupling to the cutting body, the head further comprising a sealing surface to engage with a mating surface on the cutting body such that, when the head is engaged with the body on a patient's skin, a sealed chamber is formed over a target region of skin; and a fluid delivery conduit connected to the chamber and adapted for infusing a hypotonic fluid into skin exposed to the sealed chamber; a negative pressure conduit also connected to the chamber and adapted for applying negative pressure within the chamber to raise at least one skin blister within the chamber; and a cutter mechanism within the body for cleaving the blister after formation; a reservoir for containing the hypotonic fluid to be infused into the patient's skin; a conduit fluidly coupling the reservoir to the chamber; a pump for delivering the fluid from the reservoir to the chamber through the conduit; and a fluid heater associated with the reservoir for warming the hypotonic fluid to be infused. a device comprising: a cutting body that is disposable on a patient's skin; a head adapted for coupling to the cutting body, the head further comprising a sealing surface to engage with a mating surface on the cutting body such that, when the head is engaged with the body on a patient's skin, a sealed chamber is formed over a target region of skin; and a fluid delivery conduit connected to the chamber and adapted for infusing a hypotonic fluid into skin exposed to the sealed chamber; a negative pressure conduit also connected to the chamber and adapted for applying negative pressure within the chamber to raise at least one skin blister within the chamber; and a cutter mechanism within the body for cleaving the blister after formation; a cutting body that is disposable on a patient's skin; a head adapted for coupling to the cutting body, the head further comprising a sealing surface to engage with a mating surface on the cutting body such that, when the head is engaged with the body on a patient's skin, a sealed chamber is formed over a target region of skin; and a fluid delivery conduit connected to the chamber and adapted for infusing a hypotonic fluid into skin exposed to the sealed chamber; a negative pressure conduit also connected to the chamber and adapted for applying negative pressure within the chamber to raise at least one skin blister within the chamber; and a cutter mechanism within the body for cleaving the blister after formation; a reservoir for containing the hypotonic fluid to be infused into the patient's skin; a conduit fluidly coupling the reservoir to the chamber; a pump for delivering the fluid from the reservoir to the chamber through the conduit; and a fluid heater associated with the reservoir for warming the hypotonic fluid to be infused.
A method for predicting the antitumor or anticancer efficacy of a c-Met inhibitor in a subject or selecting a subject with cancer suitable for the application of a c-Met inhibitor, comprising: measuring, in a serum or blood sample, a level of IL-8; and comparing the measured level with a reference, wherein an increase in the measured level of IL-8 in a serum or blood sample obtained from the subject, relative to the reference which is a serum or blood sample where the c-Met inhibitor is not effective, indicates that the c-Met inhibitor would be effective or that the subject is suitable for the application of a c-Met inhibitor, and wherein the c-Met inhibitor is an anti-c-Met antibody or an antigen-binding fragment thereof, which recognizes or binds an epitope comprising 5 to 19 contiguous amino acid residues within SEQ ID NO: 71 and wherein the epitope comprises at least SEQ ID NO: 73. measuring, in a serum or blood sample, a level of IL-8; and comparing the measured level with a reference, wherein an increase in the measured level of IL-8 in a serum or blood sample obtained from the subject, relative to the reference which is a serum or blood sample where the c-Met inhibitor is not effective, indicates that the c-Met inhibitor would be effective or that the subject is suitable for the application of a c-Met inhibitor, and
A plastic closure having a lower part with a drinking spout and a cover with a cover surface, the cover being connected in one piece to the lower part by means of a hinge and comprises a sealing plug which can be engaged in a locking manner with the drinking spout, said sealing plug being moulded on the inner side of the cover surface, wherein the lower part and the cover each comprise a jacket wall (20, 30), which stand at least approximately flush one above the other in the closed state of the plastic closure, and wherein the plastic closure also comprises at least one integrity guarantee element, wherein the cover jacket wall is provided with at least one locking hook moulded on the outer side opposite the hinge, and a first apron directed towards the cover and extending over less than half the circumference is provided on the lower part opposite the hinge and above the jacket wall of the lower part, in which first apron at least one hook locking window is formed, and a second apron running concentric with the first apron is provided, which second apron is offset inwards by at least the thickness of the jacket wall of the cover in this region, and wherein the at least one integrity guarantee element, which is separable during the first opening of the plastic closure by the swivelling motion of the cover relative to the lower part, is a partial region of the jacket wall of the cover and is provided with the at least one mentioned locking hook, wherein the integrity guarantee element is completely separated from the jacket wall apart from predetermined breaking point bridges, and wherein the integrity guarantee element has the shape of a rectangular plate and is at most of equal height to the cover jacket wall, characterized in that a predetermined breaking point bridge in each case forms the connection to the laterally adjacent cover jacket wall at least at the lateral edges of the integrity guarantee element.
A check valve assembly comprising: a valve comprising (i) an elongated, elastomeric body having first and second axially opposed ends, (ii) a pocket extending into the elastomeric body from an opening in the first end and having a tapered terminus within the elastomeric body and (iii) a slit extending from the second end to the pocket terminus to fluidically couple the second end to the pocket, whereby the slit is openable only by positive fluid pressure within the pocket, characterised in that the assembly comprises a first tube tightly surrounding a portion of the elastomeric body the first tube extending past the first end from an intermediate point between the first and second ends of the elastomeric body distal to the pocket terminus; and a second tube tightly surrounding a least a portion of the first tube and extending past the second end of the elastomeric body, the second tube having a diameter exceeding a diameter of the elastomeric body so as not to interfere with opening of the slit. a valve comprising (i) an elongated, elastomeric body having first and second axially opposed ends, (ii) a pocket extending into the elastomeric body from an opening in the first end and having a tapered terminus within the elastomeric body and (iii) a slit extending from the second end to the pocket terminus to fluidically couple the second end to the pocket, whereby the slit is openable only by positive fluid pressure within the pocket, characterised in that the assembly comprises a first tube tightly surrounding a portion of the elastomeric body the first tube extending past the first end from an intermediate point between the first and second ends of the elastomeric body distal to the pocket terminus; and a second tube tightly surrounding a least a portion of the first tube and extending past the second end of the elastomeric body, the second tube having a diameter exceeding a diameter of the elastomeric body so as not to interfere with opening of the slit.
An electronic apparatus comprising: an input device; a storage; and at least one processor, wherein the processor is configured to identify identification information on a key subjected to a key operation with the input device, determine whether the key operation is a key operation for designating a given function from a menu (42A, 42B) that includes a plurality of functions (421, 422, 423); determine, when the identification information is identified, whether the key operation satisfies a predetermined condition, wherein the predetermined condition is that the key operation is determined to be a key operation of designating a given function from a menu (42A, 42B) including a plurality of functions (421, 422, 423); and perform control in such a manner that, when the key operation is determined not to satisfy the predetermined condition, store the identified identification information in the storage, and when the key operation is determined to satisfy the predetermined condition, virtual key information indicating a function that is designated by the key operation is stored in the storage rather than storing the identified identification information in the storage. an input device; a storage; and at least one processor, wherein the processor is configured to identify identification information on a key subjected to a key operation with the input device, determine whether the key operation is a key operation for designating a given function from a menu (42A, 42B) that includes a plurality of functions (421, 422, 423); determine, when the identification information is identified, whether the key operation satisfies a predetermined condition, wherein the predetermined condition is that the key operation is determined to be a key operation of designating a given function from a menu (42A, 42B) including a plurality of functions (421, 422, 423); and perform control in such a manner that, when the key operation is determined not to satisfy the predetermined condition, store the identified identification information in the storage, and when the key operation is determined to satisfy the predetermined condition, virtual key information indicating a function that is designated by the key operation is stored in the storage rather than storing the identified identification information in the storage.
An electrical connector, comprising: a conductive housing; and a conductive insert positioned within the conductive housing; a bolt positioned within the conductive housing; wherein the conductive housing includes a configuration for receiving a conductor and being in electrical communication with the conductor through the insert; and wherein the bolt is positioned within the housing and positioned to urge the conductive insert against the conductor when the bolt is adjusted, characterised in that the conductive housing includes an adhesive applied between the conductive housing and the conductive insert to retain the conductive insert in place during positioning of the conductor. a conductive housing; and a conductive insert positioned within the conductive housing; a bolt positioned within the conductive housing; wherein the conductive housing includes a configuration for receiving a conductor and being in electrical communication with the conductor through the insert; and wherein the bolt is positioned within the housing and positioned to urge the conductive insert against the conductor when the bolt is adjusted, characterised in that the conductive housing includes an adhesive applied between the conductive housing and the conductive insert to retain the conductive insert in place during positioning of the conductor.
A method for feeding an electrical alternating current (I* 1, I* 2, I* 3) into an electrical supply grid by means of a wind power installation, and - the wind power installation comprises at least one inverter with an inverter output for providing an electrical inverter current (I 1, I 2, I 3) and - the at least one inverter is coupled at its inverter output to an active filter, in order to filter the inverter current (I 1, I 2, I 3) provided at the inverter output and thereby provide a filtered alternating current (I* 1, I* 2, I* 3) for feeding into the electrical supply grid, comprising the steps of: - providing the electrical inverter current (I 1, I 2, I 3) at the inverter output by switching actions of at least one switch of the inverter, characterized in that - sensing the switching actions of the inverter by capturing of sensor signals, - controlling the active filter in dependence on the sensed switching actions, in order to filter the inverter current (I 1, I 2, I 3) provided at the inverter output and thereby create the filtered alternating current (I* 1, I* 2, I* 3). - the wind power installation comprises at least one inverter with an inverter output for providing an electrical inverter current (I 1, I 2, I 3) and - the at least one inverter is coupled at its inverter output to an active filter, in order to filter the inverter current (I 1, I 2, I 3) provided at the inverter output and thereby provide a filtered alternating current (I* 1, I* 2, I* 3) for feeding into the electrical supply grid, - providing the electrical inverter current (I 1, I 2, I 3) at the inverter output by switching actions of at least one switch of the inverter, characterized in that - sensing the switching actions of the inverter by capturing of sensor signals, - controlling the active filter in dependence on the sensed switching actions, in order to filter the inverter current (I 1, I 2, I 3) provided at the inverter output and thereby create the filtered alternating current (I* 1, I* 2, I* 3).
A rigid core for forming a tire, which is a rigid core comprising an annular core main body provided in its outer surface with a tire molding surface portion for forming a green tire (t), and vulcanizing and molding the green tire (t) between the core main body and a vulcanizing mold by being put into the vulcanizing mold together with the green tire (t), the core main body is composed of a plurality of core segments divided in a circumferential direction, the core segments comprise fi rst core segments having a small circumferential width and having both circumferential end surfaces as first butting surfaces, and second core segments arranged alternately with the first core segments, having a large circumferential width and having both circumferential end surfaces as second butting surfaces, the core main body is formed into an annular shape by butting the circumferentially adjacent first and second butting surfaces (6A,6B) against each other, characterized in that the first butting surface comprises an outwardly inclined surface portion inclined so that the circumferential width increases toward the inside in a radial direction, and a parallel surface portion connected to the radially outside of the outwardly inclined surface portion via a borderline and being parallel with the center plane (Co) in the circumferential width of the first core segment, the center plane (Co) passing through the core shaft center (i) of the annular core main body. the core main body is composed of a plurality of core segments divided in a circumferential direction, the core segments comprise fi rst core segments having a small circumferential width and having both circumferential end surfaces as first butting surfaces, and second core segments arranged alternately with the first core segments, having a large circumferential width and having both circumferential end surfaces as second butting surfaces, the core main body is formed into an annular shape by butting the circumferentially adjacent first and second butting surfaces (6A,6B) against each other,
A method performed by a first wireless transceiver device in a device-to-device, D2D, communication network supporting wireless D2D link between the first wireless transceiver device and a second wireless transceiver device in the D2D network, the second wireless transceiver device being provided with access to a cellular communication network via the first wireless transceiver device, the method comprising: receiving capability information from the second wireless transceiver device on wireless D2D communication resources; transmitting power saving information about a power saving mode configuration based on the received capability information to the second transceiver device, the power saving information comprising information about sleep periods and active periods of the second transceiver device; and transmitting a sync signal when the first wireless transceiver device expects the second wireless transceiver device to be listening for said sync signal based at least in part on the power saving mode configuration, for re-synchronization of the second wireless transceiver device with the first wireless transceiver device. receiving capability information from the second wireless transceiver device on wireless D2D communication resources; transmitting power saving information about a power saving mode configuration based on the received capability information to the second transceiver device, the power saving information comprising information about sleep periods and active periods of the second transceiver device; and transmitting a sync signal when the first wireless transceiver device expects the second wireless transceiver device to be listening for said sync signal based at least in part on the power saving mode configuration, for re-synchronization of the second wireless transceiver device with the first wireless transceiver device.