mhurhangee/ep-ind-claims huggingface dataset:
An automatic tape processing apparatus that automatically processes a component packaging tape which is wound on a tape reel mounted in a tape feeder and a top tape of which is attached on an upper surface side of a carrier tape having cavities accommodating a component at a predetermined pitch such that a tip of the top tape protrudes by a predetermined protrusion length with reference to a tip of the carrier tape, comprising: a feed device that conveys the component packaging tape along a conveyance path; a detection device that detects the presence or absence of the component accommodated in the cavity of the component packaging tape conveyed along the conveyance path at a detection position (Ld) provided in the conveyance path; a separation device that separates the top tape from the component packaging tape conveyed along the conveyance path; a cutting device that cuts respective cutting target portions (Q1, Q2) of the carrier tape and the top tape at a cutting position (Lc) provided in the conveyance path; and a control device that controls respective operations of the feed device, the separation device, and the cutting device, wherein the control device includes positioning control means for controlling the feed device and the separation device based on a detection signal from the detection device to sequentially position the respective cutting target portions (Q1, Q2) of the carrier tape and the top tape at the cutting position (Lc), and cutting control means for controlling the cutting device to sequentially cut the respective cutting target portions (Q1, Q2) of the carrier tape and the top tape. a feed device that conveys the component packaging tape along a conveyance path; a detection device that detects the presence or absence of the component accommodated in the cavity of the component packaging tape conveyed along the conveyance path at a detection position (Ld) provided in the conveyance path; a separation device that separates the top tape from the component packaging tape conveyed along the conveyance path; a cutting device that cuts respective cutting target portions (Q1, Q2) of the carrier tape and the top tape at a cutting position (Lc) provided in the conveyance path; and a control device that controls respective operations of the feed device, the separation device, and the cutting device, wherein the control device includes positioning control means for controlling the feed device and the separation device based on a detection signal from the detection device to sequentially position the respective cutting target portions (Q1, Q2) of the carrier tape and the top tape at the cutting position (Lc), and cutting control means for controlling the cutting device to sequentially cut the respective cutting target portions (Q1, Q2) of the carrier tape and the top tape.
Front unit (10; 110), comprising - two engagement elements (32L, 32R), which comprise engagement portions (16L, 16R) which are set up so as to engage opposite lateral portions (14L, 14R) of a sliding board boot (12; 112), the engagement elements (32L, 32R) being held pivotably on the front unit (10; 110), - a tensioning means, which produces a resilient force for biasing the engagement portions (16L, 16R; 116L, 116R) in the engagement direction, the tensioning means comprising a displaceably held tensioning element, wherein the conversion between the pivoting movements of the engagement elements (32L, 32R) and the displacement movement of the tensioning element is provided by way of a lever mechanism, which comprises: - two levers which pivot in a manner corresponding to the engagement elements (32L, 32R), - a displacement portion which is displaced in a manner corresponding to the tensioning element, and - an articulation element, which comprises a first and a second pivot point (50, 54) at which it is pivotably connected to the levers and comprises a third pivot point, positioned between the first and the second pivot point (50, 54), at which it is pivotably connected to the displacement portion, characterized by an actuation element which is manually operable by the user, for moving the engagement portions (16L, 16R) between an engagement position, in which the engagement portions (16L, 16R; 116L, 116R) hold a sliding board boot (12; 112) in engagement, and an opening position, in which the engagement portions (16L, 16R) release the sliding board boot (12; 112). - two engagement elements (32L, 32R), which comprise engagement portions (16L, 16R) which are set up so as to engage opposite lateral portions (14L, 14R) of a sliding board boot (12; 112), the engagement elements (32L, 32R) being held pivotably on the front unit (10; 110), - a tensioning means, which produces a resilient force for biasing the engagement portions (16L, 16R; 116L, 116R) in the engagement direction, the tensioning means comprising a displaceably held tensioning element, wherein - two levers which pivot in a manner corresponding to the engagement elements (32L, 32R), - a displacement portion which is displaced in a manner corresponding to the tensioning element, and - an articulation element, which comprises a first and a second pivot point (50, 54) at which it is pivotably connected to the levers and comprises a third pivot point, positioned between the first and the second pivot point (50, 54), at which it is pivotably connected to the displacement portion,
A spinal implant comprising an upper surface, a lower surface, and a cavity formed through the upper and lower surfaces (12, 14), wherein the upper surface includes a plurality of first holes, the lower surface includes a plurality of second holes, the cavity includes a plurality of third holes; and a fitting includes a passage in fluid communication with the first, second and third holes (16, 16, 20), characterized in that the spinal implant includes a manifold in fluid communication with the passage, a first channel in fluid communication with the manifold and the first holes and a second channel in fluid communication with the manifold and the second holes, wherein the first holes, second holes, first channel and second channel each increase in size as they extend further away from the passage.
A wall-mounted cabinet having a block-shaped cabinet carcass, the open front side of which can be closed with at least one cabinet door that is hinged to the cabinet carcass and is flush with the outer sides of the vertical side walls and of the horizontal top wall of the cabinet carcass in the closed position of the cabinet door, in particular a wall-mounted kitchen cabinet, whereas tilt fittings for a cabinet door embodied as a flap door are mounted on the inner sides of the side walls in the upper region of the cabinet carcass; that the tilt fittings are covered by inner walls; that the flap door is composed of an inner panel and an outer panel, which extends across an upper front region of the cabinet carcass from the outside of the top wall of the cabinet carcass to the top side of the lower cabinet box and with which the lowerable front coverings between the inner walls and the side walls of the cabinet carcass are associated; that the outer panel of the flap door extends at least across a lower region of the front side of the inner panel and extends as far as the top side of the lowermost cabinet box of the cabinet carcass; that fixed front coverings, adjacent to lowerable front coverings, extend to the underside of the lowermost cabinet box of the cabinet carcass between the inner walls and the side walls of the cabinet carcass and are flush with the ends of the inner walls and of the side walls of the cabinet carcass.
Information processing platform (100, 200) comprising: - a web server; - an auxiliary web server (11, 110); - a back-end server (12, 120), - a database, wherein the web server is configured to include an executable code in a web page requested by a web client, said executable code containing instructions which cause the web client to send a code request to the auxiliary web server, wherein the code request is a request for programming code that is specific to the web client; wherein the auxiliary web server is configured to: - receive the code request; and - forward the code request to the back-end server, and wherein the back-end server is configured to: - after receiving the code request from the auxiliary server, obtain platform code to be executed for the requesting web client from the database; wherein the auxiliary web server or the back-end server is further configured to: - based on the platform code obtained from the database, build client-specific code which, when executed on the web client, causes the web client to collect data and send the data to the information processing platform (100, 200); - deliver the client-specific code to the web client; - receive data collected and sent to the information processing platform by the web client executing the client-specific code; - process the data according to the platform code. - a web server; - an auxiliary web server (11, 110); - a back-end server (12, 120), - a database, - receive the code request; and - forward the code request to the back-end server, and - after receiving the code request from the auxiliary server, obtain platform code to be executed for the requesting web client from the database; - based on the platform code obtained from the database, build client-specific code which, when executed on the web client, causes the web client to collect data and send the data to the information processing platform (100, 200); - deliver the client-specific code to the web client; - receive data collected and sent to the information processing platform by the web client executing the client-specific code; - process the data according to the platform code.
Adjacently arranged aircraft structures (1a, 1b) and a device for the temporary position fixing of the adjacently arranged aircraft structures (1a, 1b) to be interconnected, with the device comprising a support frame with at least one vacuum suction cup for temporary surface attachment and with clamping means for the position fixing of the aircraft structures (1a, 1b) to be interconnected, wherein the aircraft structures (1a, 1b) are arranged adjacently in a plane of an outer skin thus a transverse gap is formed between the adjacently arranged aircraft structures (1a, 1b), characterized in that the support frame of the device with the at least one vacuum suction cup is attached only to the outside of one aircraft structure in the region of the transverse gap, wherein the support frame comprises mechanical contact pressure means for the gap bridging position fixing of the adjacent other aircraft structure which is arranged on the other side of the transverse gap in order to establish aligned agreement in the plane of the outer skin of the adjacent aircraft structures, wherein on the support frame there is a counter support to pressure elements of the contact pressure means.
An implantable device, comprising: a substrate; an integrated circuit attached to the substrate; and an ultrasonic transducer configured to receive ultrasonic waves that power the integrated circuit, wherein the ultrasonic transducer is attached to the substrate, characterised in that the ultrasonic transducer is attached to the substrate via one or more electrodes, and wherein the total electrode surface area in contact with the ultrasonic transducer is smaller than the surface area of a face of the ultrasonic transducer to which the one or more electrodes are attached. a substrate; an integrated circuit attached to the substrate; and an ultrasonic transducer configured to receive ultrasonic waves that power the integrated circuit, wherein the ultrasonic transducer is attached to the substrate, characterised in that the ultrasonic transducer is attached to the substrate via one or more electrodes, and wherein the total electrode surface area in contact with the ultrasonic transducer is smaller than the surface area of a face of the ultrasonic transducer to which the one or more electrodes are attached.
An oral and dental care and cleaning agent, containing, based on its weight, a) 0.001 to 5 wt.% calcium glycerophosphate; b) 0.1 to 10 wt.% carboxymethyl cellulose; c) 0.1 to 10 wt.% xanthan d) 0.05 to 5.0 wt.% cocamidopropyl betaine. a) 0.001 to 5 wt.% calcium glycerophosphate; b) 0.1 to 10 wt.% carboxymethyl cellulose; c) 0.1 to 10 wt.% xanthan d) 0.05 to 5.0 wt.% cocamidopropyl betaine.
5'-adenosine diphosphate ribose (ADPR), or a pharmaceutically acceptable salt, solvate, hydrate, tautomer, stereoisomer, isotopologue, or polymorph thereof for use in a method for treating, managing, or preventing an adenovirus-related disease or condition in a patient, said method comprising administering to the patient an effective amount of the 5'-adenosine diphosphate ribose (ADPR), or a pharmaceutically acceptable salt, solvate, hydrate, tautomer, stereoisomer, isotopologue, or polymorph thereof; wherein the patient is having or at risk of developing the adenovirus-related disease or condition.
A mast arrangement for a storage and retrieval unit, comprising: - a mast, which is formed by a front flange plate, two side plates and a rear flange plate and has a box profile and a substantially rectangular cross section; - a plurality of interface elements, which are each secured in pairs to the side plates and/or to the front flange plate and extend in the region of the front flange plate; and - a rail for guiding the storage and retrieval unit, the rail being attached to each of the interface elements; characterized in that the interface elements of at least one pair of interface elements are each provided with a hole, a reinforcement element extending through said hole, and through corresponding holes in the side plates, and being connected on both sides to the relevant interface elements. - a mast, which is formed by a front flange plate, two side plates and a rear flange plate and has a box profile and a substantially rectangular cross section; - a plurality of interface elements, which are each secured in pairs to the side plates and/or to the front flange plate and extend in the region of the front flange plate; and - a rail for guiding the storage and retrieval unit, the rail being attached to each of the interface elements;
A user equipment, UE,, comprising: means for storing a service data adaption protocol, SDAP, header, the SDAP header including an information element comprising an indication of the presence of critical data, and the indication of the presence of critical data comprising an indication of a request to a node, NB, (102,104) to increase a redundancy for a subsequent uplink, UL, grant for the UE; and means for sending the information element to a node, NB, (102, 104) of a radio access network, RAN, (103, 105) to request the NB (102, 104) to modify one or more settings that effect at least one of the handling or scheduling of data communicated between the UE and the NB (102, 104). means for storing a service data adaption protocol, SDAP, header, the SDAP header including an information element comprising an indication of the presence of critical data, and the indication of the presence of critical data comprising an indication of a request to a node, NB, (102,104) to increase a redundancy for a subsequent uplink, UL, grant for the UE; and means for sending the information element to a node, NB, (102, 104) of a radio access network, RAN, (103, 105) to request the NB (102, 104) to modify one or more settings that effect at least one of the handling or scheduling of data communicated between the UE and the NB (102, 104).
A caged nut device for mounting on a hollow post so as to occupy a functional configuration where the caged nut device is essentially positioned in an inner volume of the post, the caged nut device comprising, on the one hand, a nut provided with an internal thread adapted to be engaged by a screw, on the other hand, a one-piece nut support delimiting a cage housing the nut by immobilizing it in rotation about the axis of the internal thread and delimiting a front face provided with an aperture allowing the engagement of said screw in the internal thread through the aperture and a rear face, the device being characterized in that from the rear face a tubular guide shaft extends in the continuation of the internal thread, a distal end of the guide shaft delimiting a guide surface configured to bear and slide against an inner face of a first wall of the post at the time of mounting the caged nut device on the post to the functional configuration.
A method of forming a transparent three-dimensional object, the method comprising: printing an internal structure of a 3D object using a 3D printer based on a 3D image file having information about an internal region of the 3D object; printing a mold, designed to form the 3D object and divided into at least two regions, by using the 3D printer based on the 3D image file; combining the internal structure with an inner region of the mold; supplying a transparent material to the mold; and removing the mold after the transparent material hardens, wherein the printing of the internal structure comprises 3D printing an independent structure separate from an outer surface of the 3D object and located in the 3D object, wherein the printing of the mold comprises detecting a three-dimensional position of the independent structure located in the 3D object based on the 3D image file, and 3D printing the mold comprising penetration holes, the penetration holes corresponding to at least two imaginary lines crossing at the three-dimensional position, wherein the supplying of the transparent material comprises supplying the transparent material to the mold after fixing the independent structure using supports inserted through the penetration holes, the independent structure being fixed to a point at which the supports cross each other, and wherein the removing of the mold comprises removing the supports and inserting the transparent material into the penetration holes from which the supports are removed. printing an internal structure of a 3D object using a 3D printer based on a 3D image file having information about an internal region of the 3D object; printing a mold, designed to form the 3D object and divided into at least two regions, by using the 3D printer based on the 3D image file; combining the internal structure with an inner region of the mold; supplying a transparent material to the mold; and removing the mold after the transparent material hardens, wherein the printing of the internal structure comprises 3D printing an independent structure separate from an outer surface of the 3D object and located in the 3D object, wherein the printing of the mold comprises detecting a three-dimensional position of the independent structure located in the 3D object based on the 3D image file, and 3D printing the mold comprising penetration holes, the penetration holes corresponding to at least two imaginary lines crossing at the three-dimensional position, wherein the supplying of the transparent material comprises supplying the transparent material to the mold after fixing the independent structure using supports inserted through the penetration holes, the independent structure being fixed to a point at which the supports cross each other, and wherein the removing of the mold comprises removing the supports and inserting the transparent material into the penetration holes from which the supports are removed.
A wall panel, comprising a front face, a return lip (16, 18, 34) extending from at least one edge of the front face to define a flange lying approximately parallel to and behind the front face, and a mounting clip (30, 20) formed in the flange for attaching the wall panel to a support structure, wherein the mounting clip (30, 20) comprises a tab having a curved formation (32A, 32B, 32C) thus having a distance from the front face that varies along its length, the formation being shaped to include a local minimum distance (D MIN) from the front face, characterised in that the front face, return lip (16, 18, 34) and flange are formed integrally and in that the tab has a fixed end, a free end, three or more curves (32A, 32B, 32C) between the fixed and free ends and a flat end portion in the region of the free end, the flat end portion in the region of the free end being substantially parallel with the front face of the panel. a front face, a return lip (16, 18, 34) extending from at least one edge of the front face to define a flange lying approximately parallel to and behind the front face, and a mounting clip (30, 20) formed in the flange for attaching the wall panel to a support structure, wherein the mounting clip (30, 20) comprises a tab having a curved formation (32A, 32B, 32C) thus having a distance from the front face that varies along its length, the formation being shaped to include a local minimum distance (D MIN) from the front face, characterised in that the front face, return lip (16, 18, 34) and flange are formed integrally and in that the tab has a fixed end, a free end, three or more curves (32A, 32B, 32C) between the fixed and free ends and a flat end portion in the region of the free end, the flat end portion in the region of the free end being substantially parallel with the front face of the panel.
A binding tape having a substrate layer comprising a non-woven fabric, and an adhesive layer, wherein the substrate layer is provided with at least two types of fused sections having different shapes or having different sizes, wherein with respect to the total area of the substrate layer, the area of at least one of the types of the fused sections is 5% or more and the total area of the fused sections is 25-40%. wherein the substrate layer is provided with at least two types of fused sections having different shapes or having different sizes, wherein with respect to the total area of the substrate layer, the area of at least one of the types of the fused sections is 5% or more and the total area of the fused sections is 25-40%.
System for seat occupancy detection, comprising a vehicle seat for a driver with an upper part and at least one suspension-damper system, an acceleration sensor being arranged on the upper part and designed to detect a characteristic (a(t)) of an acceleration (a) of the upper part as a function of a time (t), wherein an evaluation unit is provided which is designed to create an evaluation of the characteristic (a(t)) of the acceleration (a) and optionally to transmit a signal to a higher-level control unit, wherein the evaluation unit is also designed to assign the evaluation to one of several states (J1, J2), the states (J1, J2) being selected from a group comprising an occupied state and an unoccupied state of the vehicle seat characterized int the evaluation comprises an amplitude spectrum (a(f)) of the characteristic of the acceleration (a), the evaluation unit also being designed to compare the amplitude spectrum (ai(f)) with at least one temporally preceding amplitude spectrum (ai-1(f)) and/or with at least one predetermined amplitude spectrum (a0(f)).