mhurhangee/ep-ind-claims huggingface dataset:
Two-wheeled vehicle with a holding element, in particular, a scooter having a two-wheeled vehicle frame with a steering head for receiving a front wheel fork and for equipping with the holding element for loads on the two-wheeled vehicle, wherein the holding element has a attachment section for applying to a attachment area of the two-wheeled vehicle, and has securing means for the attachment section which fix the attachment section to the attachment area during the application, characterized in that the two-wheeled vehicle has an eyelet-shaped stop element in the attachment area in the area of the steering head, on which eyelet-shaped stop element the holding element may be applied using its attachment section, and through whose eyelet the securing means may be guided.
Periodic communication method between at least one first system and at least one second system by way of a full duplex synchronous series connection, method wherein, during a communication period, data are exchanged between the first system and the second system, said data comprising: - at least one message from the first system to the second system, - at least one message from the second system to the first system and a clock signal, the clock signal being routed by the connection during a time interval of which the amplitude (t a) is less than the communication period, the message from the first system to the second system and the message from the second system to the first system both being routed by the connection during said time interval, and a communication period comprising the following steps: - (i) measuring values of at least one electrical or mechanical signal within a device interacting with the first system, - (ii) routing by the connection to the second system of these values sent by the first system, - (iii) processing by the second system of the values received and developing resulting values, characterised in that said communication period also comprises the following steps: - (iv) routing by the connection to the first system of these resulting values sent by the second system, and - (v) processing by the first system of these resulting values and applying these resulting values in the device. - at least one message from the first system to the second system, - at least one message from the second system to the first system and a clock signal, - (i) measuring values of at least one electrical or mechanical signal within a device interacting with the first system, - (ii) routing by the connection to the second system of these values sent by the first system, - (iii) processing by the second system of the values received and developing resulting values, - (iv) routing by the connection to the first system of these resulting values sent by the second system, and - (v) processing by the first system of these resulting values and applying these resulting values in the device.
A steel pipe manufacturing system that manufactures a steel pipe, of which at least an inner face is subjected to molten metal-plating, from a steel sheet in a continuous manufacturing line, the system comprising: an inner-face plating performing part that performs molten metal-plating by pouring molten metal to the upper side of the steel sheet corresponding to the inner face of the steel pipe;and a steel pipe forming part for obtaining a continuous steel pipe by continuously cold-forming the steel sheet subjected to the inner-face plating into a tubular shape and seam-welding a longitudinal end face joint portion of the steel sheet formed in the steel pipe; wherein the inner-face plating performing part includes: a pouring part that pours molten metal to the upper side of the steel sheet, a molten metal supply part that can supply molten metal to the pouring part, and an inner-face wiping part that removes molten metal poured by the pouring part, wherein the pouring part has a movable means that is movable in parallel to a direction where the steel sheet advances, and wherein a relative distance between an initial molten metal pouring position and a position of the inner-face wiping part is adjustable. an inner-face plating performing part that performs molten metal-plating by pouring molten metal to the upper side of the steel sheet corresponding to the inner face of the steel pipe;and a steel pipe forming part for obtaining a continuous steel pipe by continuously cold-forming the steel sheet subjected to the inner-face plating into a tubular shape and seam-welding a longitudinal end face joint portion of the steel sheet formed in the steel pipe; wherein the inner-face plating performing part includes: a pouring part that pours molten metal to the upper side of the steel sheet, a molten metal supply part that can supply molten metal to the pouring part, and an inner-face wiping part that removes molten metal poured by the pouring part, a pouring part that pours molten metal to the upper side of the steel sheet, a molten metal supply part that can supply molten metal to the pouring part, and an inner-face wiping part that removes molten metal poured by the pouring part, wherein the pouring part has a movable means that is movable in parallel to a direction where the steel sheet advances, and wherein a relative distance between an initial molten metal pouring position and a position of the inner-face wiping part is adjustable.
A contactless power receiver suitable for use in an inductively coupled power transfer system including: a. a pick up coil; b. a semiconductor switch (2, 3) connected in series with a capacitor (9, 15) or an inductor (11, 13) for tuning the power receiver; c. a control circuit which drives a gate of the semiconductor switch in linear mode over at least part of its range of operation by being dynamically switched between OFF and ON-ohmic regions to tune the power receiver based on the output of the contactless power receiver. a. a pick up coil; b. a semiconductor switch (2, 3) connected in series with a capacitor (9, 15) or an inductor (11, 13) for tuning the power receiver; c. a control circuit which drives a gate of the semiconductor switch in linear mode over at least part of its range of operation by being dynamically switched between OFF and ON-ohmic regions to tune the power receiver based on the output of the contactless power receiver.
An evaluation aid adapted to be used for taking a digital X-ray dynamic image thereof, wherein evaluation is carried out through the digital X-ray dynamic image, the evaluation aid comprising: a plate-like body including a plurality of regions (A, B, C) having different X-ray absorption ratios; a rotating disk main body having a plurality of wire rods, the rotating disk main body capable of rotating with respect to the plate-like body so that each of the plurality of wire rods, when rotated between the plate-like body and an x-ray emitter of an x-ray apparatus, traverse X-rays from the X-ray emitter with which the plurality of regions (A, B, C) of the plate-like body are irradiated; and a driving portion which rotates the rotating disk main body with respect to the plate-like body, characterized in that the plate like body is formed by laminating three members together, wherein the first plate member is formed from a member having a ring-like planar shape, the second member is formed from a member having a ring-like planar shape where a fan-like portion is removed from a ring, and the third member is formed from a member having a fan-like planar shape. a plate-like body including a plurality of regions (A, B, C) having different X-ray absorption ratios; a rotating disk main body having a plurality of wire rods, the rotating disk main body capable of rotating with respect to the plate-like body so that each of the plurality of wire rods, when rotated between the plate-like body and an x-ray emitter of an x-ray apparatus, traverse X-rays from the X-ray emitter with which the plurality of regions (A, B, C) of the plate-like body are irradiated; and a driving portion which rotates the rotating disk main body with respect to the plate-like body, characterized in that the plate like body is formed by laminating three members together, wherein the first plate member is formed from a member having a ring-like planar shape, the second member is formed from a member having a ring-like planar shape where a fan-like portion is removed from a ring, and the third member is formed from a member having a fan-like planar shape.
A method for bonding two electronic components (12, 16) by the insertion of hollow and open inserts into full convex elements of lower hardness than that of the inserts, each hollow and open insert having side walls forming an internal open cavity, the thickness of which being small relative to the dimensions of the cavity aperture, so as to define a small seat during the step of inserting the hollow and open insert into the full convex element, and therefore a small insertion force relative to the insertion of a full insert into a full element, the inserts being configured for allowing the insertion of inserts in full elements under ambient atmosphere with no thermo-compression or re-fusion step, method in which, when an insert is inserted into a full element, at least one surface of the open end of the insert is left free so as to create an outlet passage for gases contained in the insert, characterized: ▪ in that the full elements form a pattern on one surface of one of the components, ▪ in that the inserts form a pattern on one surface of the other of the components, and ▪ in that the insertion is performed by offsetting one pattern relative to the other so as to create an outlet passage for the gases in respect of each insert. ▪ in that the full elements form a pattern on one surface of one of the components, ▪ in that the inserts form a pattern on one surface of the other of the components, and ▪ in that the insertion is performed by offsetting one pattern relative to the other so as to create an outlet passage for the gases in respect of each insert.
A method for navigating a robotic garden tool operating in a lawn within a predetermined working area defined by boundaries, the perimeter of the working area being defined by a boundary wire, which robotic garden tool is provided with at least one sensor unit adapted to detect the boundaries, and wherein the robotic garden tool is adapted to operate in the working area in an irregular pattern, the method comprising the steps of: dividing the working area into subareas; providing the robotic garden tool with a low-accuracy positioning device for defining the subareas based on coordinates from the low-accuracy positioning device in the robotic garden tool; storing the coordinates for the subareas in the robotic garden tool, receiving coordinates for an approximate position of the robotic garden tool from the low-accuracy positioning device; and providing the robotic garden tool with a processor means for comparing the stored coordinates for the subareas, with the coordinates for an approximate position of the robotic garden tool from the low-accuracy positioning device, to determine in which subarea the robotic garden tool is at present. dividing the working area into subareas; providing the robotic garden tool with a low-accuracy positioning device for defining the subareas based on coordinates from the low-accuracy positioning device in the robotic garden tool; storing the coordinates for the subareas in the robotic garden tool, receiving coordinates for an approximate position of the robotic garden tool from the low-accuracy positioning device; and providing the robotic garden tool with a processor means for comparing the stored coordinates for the subareas, with the coordinates for an approximate position of the robotic garden tool from the low-accuracy positioning device, to determine in which subarea the robotic garden tool is at present.
A test specimen holder comprising: a specimen engaging portion operable to selectively engage and hold a test specimen; and a first shield fixedly attached to the specimen engaging portion wherein a first gap is formed between the shield and the specimen engaging portion, wherein the first shield is disposed around the specimen engaging portion and the first gap is an annular gap. a specimen engaging portion operable to selectively engage and hold a test specimen; and a first shield fixedly attached to the specimen engaging portion wherein a first gap is formed between the shield and the specimen engaging portion, wherein the first shield is disposed around the specimen engaging portion and the first gap is an annular gap.
A waveguide section comprising at least one air-filled waveguide conducting tube (2; 2a, 2b, 2c, 2d, 2e, 2f, 2g, 2h) having an electrically conducting inner wall (3, 3a), where, for each waveguide conducting tube (2; 2a, 2b, 2c, 2d, 2e, 2f, 2g, 2h), the waveguide section comprises a plug-in filter device (4, 4a, 4b, 4c, 4d, 4e, 4f, 4g, 4h) that comprises two or more electrically conducting elements (5, 6, 7, 8; 5a, 6a, 7a, 8a) arranged in series and spaced apart by a connecting arrangement (11, 11a), wherein each plug-in filter device (4, 4a, 4b, 4c, 4d, 4e, 4f, 4g, 4h) is adapted to be retained in the corresponding waveguide conducting tube (2; 2a, 2b, 2c, 2d, 2e, 2f, 2g, 2h) by means of a dielectric holding arrangement (9, 10; 9a, 10a; 79) such that the electrically conducting elements (5, 6, 7, 8; 5a, 6a, 7a, 8a) are spaced apart from the waveguide conducting tube (2; 2a, 2b, 2c, 2d, 2e, 2f, 2g, 2h), where the electrically conducting elements (5, 6, 7, 8; 5a, 6a, 7a, 8a) are arranged to be electromagnetically coupled such that a radio frequency signal passing via a corresponding waveguide conducting tube (2; 2a, 2b, 2c, 2d, 2e, 2f, 2g, 2h) is arranged to be electromagnetically filtered, and wherein the dielectric holding arrangement comprises a dielectric layer placed on top of a second end of the waveguide section, which dielectric layer in turn comprises an aperture for each plug-in filter device, where each aperture is adapted to engage a corresponding plug-in filter device.
A reorder queue device for a multipath receiver, the reorder queue device comprising: a reorder queue, configured to queue data packets (208, 209, 210) numbered in sequence which are received over multiple paths of a multipath channel; and a reorder queue controller, configured to reorder the data packets (208, 209, 210) in the reorder queue according to a reorder criterion, wherein the reorder criterion is based on path-specific sequence numbering of the data packets (208, 209, 210) and overall sequence number comparison across the multiple paths, wherein the data packets (208, 209, 210) are numbered in path-specific sequence and in overall specific sequence, and wherein the reorder queue controller is configured to detect a packet loss on a specific path based on determining the overall sequence numbers and the path-specific sequence numbers of at least two packets (401, 403) of the specific path. a reorder queue, configured to queue data packets (208, 209, 210) numbered in sequence which are received over multiple paths of a multipath channel; and a reorder queue controller, configured to reorder the data packets (208, 209, 210) in the reorder queue according to a reorder criterion, wherein the reorder criterion is based on path-specific sequence numbering of the data packets (208, 209, 210) and overall sequence number comparison across the multiple paths, wherein the data packets (208, 209, 210) are numbered in path-specific sequence and in overall specific sequence, and wherein the reorder queue controller is configured to detect a packet loss on a specific path based on determining the overall sequence numbers and the path-specific sequence numbers of at least two packets (401, 403) of the specific path.
A drive unit for vehicles that has a gearbox, a brake, and an electric engine arranged therebetween in an at least two-part housing (5, 6, 7), wherein a stator of the electric engine has a cooling jacket and the gearbox and the brake are lubricated via a separate lubrication circuit, characterized in that the separate lubrication circuit connects a first oil chamber of the gearbox to a second oil chamber of the brake via a first channel and the separate lubrication circuit in the at least two-part housing (5, 6, 7) is maintained for gearbox and brake by displacement of oil out of intermediate areas of meshing between a sun gear of the gearbox and planetary gears of the gearbox.
A helical gear pump or motor comprising: an external gear pair including a driving-side helical gear and a driven-side helical gear which mesh with each other; a pair of sliding contact members on which bearing holes of a driving shaft connected to the driving-side helical gear and bearing holes of a driven shaft connected to the driven-side helical gear are formed, the pair of sliding contact members sandwiching the external gear pair from both sides; a casing configured to house the external gear pair and the pair of sliding contact members; and a high-pressure hydraulic fluid groove which is formed in an abutment region between the driving-side helical gear and a sliding contact member on which the driving-side helical gear is pressed among the pair of sliding contact members, the high-pressure hydraulic fluid groove communicating with a high-pressure region of hydraulic fluid in the casing, characterised in that a distance between a tooth bottom circle of the driving-side helical gear and a bearing hole of the driving shaft is set larger than a distance between a tooth bottom circle of the driven-side helical gear and a bearing hole of the driven shaft. an external gear pair including a driving-side helical gear and a driven-side helical gear which mesh with each other; a pair of sliding contact members on which bearing holes of a driving shaft connected to the driving-side helical gear and bearing holes of a driven shaft connected to the driven-side helical gear are formed, the pair of sliding contact members sandwiching the external gear pair from both sides; a casing configured to house the external gear pair and the pair of sliding contact members; and a high-pressure hydraulic fluid groove which is formed in an abutment region between the driving-side helical gear and a sliding contact member on which the driving-side helical gear is pressed among the pair of sliding contact members, the high-pressure hydraulic fluid groove communicating with a high-pressure region of hydraulic fluid in the casing, characterised in that a distance between a tooth bottom circle of the driving-side helical gear and a bearing hole of the driving shaft is set larger than a distance between a tooth bottom circle of the driven-side helical gear and a bearing hole of the driven shaft.
A method of forming a decorated midsole element for an article of footwear, comprising: obtaining a decorated film having one or more graphic elements applied to a first surface of the film wherein the film has a thickness of approximately 100 to 700 microns, and the film includes a layer of polyether-block co-polyamide polymer; placing the decorated film in a mold; obtaining a cured or partially-cured midsole element formed of compression molded ethylvinylacetate; placing the midsole element in the mold; applying pressure to the mold to form a midsole element having a decorated surface. obtaining a decorated film having one or more graphic elements applied to a first surface of the film wherein the film has a thickness of approximately 100 to 700 microns, and the film includes a layer of polyether-block co-polyamide polymer; placing the decorated film in a mold; obtaining a cured or partially-cured midsole element formed of compression molded ethylvinylacetate; placing the midsole element in the mold; applying pressure to the mold to form a midsole element having a decorated surface.
A propulsion assembly (5, 105) for a rocket, comprising a tank for liquid oxygen, an engine (10, 110) having a combustion chamber (12, 112), a "heater" heat exchanger (46, 146) suitable for vaporizing liquid oxygen, and a vaporized oxygen circuit suitable in a first mode of operation for directing the oxygen vaporized by the heater solely to the combustion chamber; the assembly being characterized in that the propulsion assembly comprises a main pipe for feeding the engine with oxygen, which pipe is suitable for connecting the tank to the combustion chamber in order to enable the engine to be fed with liquid oxygen; the vaporized oxygen circuit is suitable in a second mode of operation for directing the oxygen vaporized by the heater solely to the tank; and the vaporized oxygen circuit includes valve means (56, 64) enabling the combustion chamber (12, 112) to be connected selectively either to said main pipe in order to enable it to be fed with liquid oxygen, or else to the vaporized oxygen circuit in order to enable it to be fed with vaporized oxygen. a tank for liquid oxygen, an engine (10, 110) having a combustion chamber (12, 112), a "heater" heat exchanger (46, 146) suitable for vaporizing liquid oxygen, and a vaporized oxygen circuit suitable in a first mode of operation for directing the oxygen vaporized by the heater solely to the combustion chamber; the assembly being characterized in that the propulsion assembly comprises a main pipe for feeding the engine with oxygen, which pipe is suitable for connecting the tank to the combustion chamber in order to enable the engine to be fed with liquid oxygen; the vaporized oxygen circuit is suitable in a second mode of operation for directing the oxygen vaporized by the heater solely to the tank; and the vaporized oxygen circuit includes valve means (56, 64) enabling the combustion chamber (12, 112) to be connected selectively either to said main pipe in order to enable it to be fed with liquid oxygen, or else to the vaporized oxygen circuit in order to enable it to be fed with vaporized oxygen.
An isolated human monoclonal antibody or antigen-binding fragment thereof that binds specifically to the cat allergen Fel d1, wherein: the antibody or antigen-binding fragment comprises: (i) a HCVR having an amino acid sequence of SEQ ID NO: 18; and (ii) a LCVR having an amino acid sequence of SEQ ID NO: 26; and wherein the antibody or antigen-binding fragment is an isotype other than an IgA isotype. the antibody or antigen-binding fragment comprises: (i) a HCVR having an amino acid sequence of SEQ ID NO: 18; and (ii) a LCVR having an amino acid sequence of SEQ ID NO: 26; and wherein the antibody or antigen-binding fragment is an isotype other than an IgA isotype.
A workpiece support for transporting rims, having a plate-shaped moulded body for receiving a plurality of rims which form one layer of a pile, said moulded body having a cavity for each rim and each cavity being configured for accommodating at least two different rim sizes and said rim being arrangeable horizontally within the cavity in such a manner that the rim, which is rested on a rim flange, is accommodated within the cavity without risk of slipping, said cavity having an inner, bowl-shaped raised portion that has a radially circumferential supporting edge which transitions into an at least partially circumferential annular surface in such a manner that towards the top side of the moulded body, the supporting edge is provided to serve as a centring device for the rim rested on the cavity and the annular surface is realised as a bearing surface on which the rim, i.e. rim flange of rim, is rested, and that on a bottom side of the moulded body, the cavity has a support surface which is formed by the bottom side of the annular surface, said annular surface having the form of a sickle, characterised in that in the region of a narrow of the sickle-shaped annular surface, at least two alignment elements protruding from the supporting edge of the bowl-shaped raised portion are provided and on an opposite side of the annular surface, at least one wall portion of at least one projection disposed in the region of the narrow is provided which faces towards the top side of the moulded body.