mhurhangee/ep-ind-claims huggingface dataset:
A kit for measuring a size of a gingival space and selecting an appropriate shaped dental matrix, the kit comprising: (i) a measuring gauge comprising: a handle section; and a distal end section connected to the handle section, the distal end section including graduated sections (97, 98) with different widths, wherein the gauge includes a different indicia associated with each of the widths; and (ii) a plurality of dental matrices, each of the dental matrices comprising a curved strip (32, 32A, 32B, 32C) of material, the strip having a length from a first end (33, 33A, 33B, 33C) to a second end (34, 34A, 34B, 34C) sufficient to create a form for molding a restorative material to a surface of a tooth being restored, wherein a first of the dental matrices (13, 14) has a first matrix indicia corresponding to one of the different indicia of the gauge, and wherein a second of the dental matrices (17, 18) has a second matrix indicia corresponding to another of the different indicia of the gauge. (i) a measuring gauge comprising: a handle section; and a distal end section connected to the handle section, the distal end section including graduated sections (97, 98) with different widths, wherein the gauge includes a different indicia associated with each of the widths; and a handle section; and a distal end section connected to the handle section, the distal end section including graduated sections (97, 98) with different widths, wherein the gauge includes a different indicia associated with each of the widths; and (ii) a plurality of dental matrices, each of the dental matrices comprising a curved strip (32, 32A, 32B, 32C) of material, the strip having a length from a first end (33, 33A, 33B, 33C) to a second end (34, 34A, 34B, 34C) sufficient to create a form for molding a restorative material to a surface of a tooth being restored, wherein a first of the dental matrices (13, 14) has a first matrix indicia corresponding to one of the different indicia of the gauge, and wherein a second of the dental matrices (17, 18) has a second matrix indicia corresponding to another of the different indicia of the gauge. wherein a first of the dental matrices (13, 14) has a first matrix indicia corresponding to one of the different indicia of the gauge, and wherein a second of the dental matrices (17, 18) has a second matrix indicia corresponding to another of the different indicia of the gauge.
A process for treating waste waters of olive oil mills, characterized in that it comprises the following steps: - filtering of the waste waters for removal of the fixed residue; - concentration of the waste waters thus treated to eliminate part of the water present; - heating and evaporation of the waste waters thus treated; - reforming on a catalytic-bed reformer of said waste waters; - separation via condensation of the water from the current leaving the reformer; and - possible heat recovery; obtaining at output a gaseous current constituted by hydrogen, CO 2, methane, CO, and other compounds. - filtering of the waste waters for removal of the fixed residue; - concentration of the waste waters thus treated to eliminate part of the water present; - heating and evaporation of the waste waters thus treated; - reforming on a catalytic-bed reformer of said waste waters; - separation via condensation of the water from the current leaving the reformer; and - possible heat recovery;
Watchmaking part equipped with a movement comprising an assembly comprising a hand extension formed by a cylindrical arbor and a pointer hand for a watchmaking part comprising a body and a cannon of cylindrical shape, having an internal diameter (Di), that is intended to be driven onto the cylindrical arbor of diameter (Dax), characterised in that said cannon has at least one flat on its internal diameter (Di) that is intended to cooperate with said cylindrical arbor, and in that the internal diameter (Di) between said at least one flat and the circular wall of said cannon is less than the diameter (Dax) of said cylindrical arbor, so as to elastically deform said cannon on both sides of said at least one flat in order to fix said hand onto said cylindrical arbor.
Attachment assembly comprising at least one elongate channel element and at least one male fastening element comprising a shank to fasten the channel element to another structural element, the elongate channel element having a substantially flat bottom, sidewalls extending from the bottom substantially at right angles and an upper side opposite the bottom, wherein the upper side of the channel element comprises flanges which extend from the respective sidewalls towards each other and which delimit between them a longitudinal slot extending over the length of the channel element, wherein the bottom has at least one aperture (7; 17; 27) formed in it for passing through the shank of the male fastening element, and wherein the bottom at its side facing the upper side of the channel element has an upstanding collar portion extending at least partially around said aperture (7; 17; 27), and wherein the male fastening element has a head that has a circular groove in the side where the shank is located, said collar portion being receivable in said groove in the head so as to mutually lock the head and the bottom in position at said aperture (7; 17; 27).
A method for detecting gestational trophoblast disease in a sample from a subject comprising: (a) contacting the sample with B152 antibody produced by the hybridoma cell line deposited with the American Type Culture Collection under Designation No. HB-12467 which specifically binds to the early pregnancy associated molecular isoform of hCG under conditions permitting formation of a complex between the B152 antibody and the early pregnancy associated molecular isoform of hCG; (b) contacting the sample with a second antibody which specifically binds to intact non-nicked hCG without substantially cross-reacting with said B152 antibody under conditions permitting formation of a complex between the second antibody and the early pregnancy associated molecular isoform of hCG; (c) measuring the amount of complexes formed in steps (a) and (b), thereby determining the amount of the early pregnancy associated molecular isoform of hCG in the sample due to binding with the B152 antibody, and intact non-nicked hCG in the sample due to binding with the second antibody; (d) determining the ratio of early pregnancy associated molecular isoform of hCG to intact non-nicked hCG in the subject; and (e) comparing the ratio of early pregnancy associated molecular isoform of hCG to intact non-nicked hCG in the sample determined in step (d) over time, wherein a continuing high ratio of early pregnancy associated molecular isoform of hCG to intact non-nicked hCG in the sample determined in step (e) indicates the presence of gestational trophoblast disease in the subject. (a) contacting the sample with B152 antibody produced by the hybridoma cell line deposited with the American Type Culture Collection under Designation No. HB-12467 which specifically binds to the early pregnancy associated molecular isoform of hCG under conditions permitting formation of a complex between the B152 antibody and the early pregnancy associated molecular isoform of hCG; (b) contacting the sample with a second antibody which specifically binds to intact non-nicked hCG without substantially cross-reacting with said B152 antibody under conditions permitting formation of a complex between the second antibody and the early pregnancy associated molecular isoform of hCG; (c) measuring the amount of complexes formed in steps (a) and (b), thereby determining the amount of the early pregnancy associated molecular isoform of hCG in the sample due to binding with the B152 antibody, and intact non-nicked hCG in the sample due to binding with the second antibody; (d) determining the ratio of early pregnancy associated molecular isoform of hCG to intact non-nicked hCG in the subject; and (e) comparing the ratio of early pregnancy associated molecular isoform of hCG to intact non-nicked hCG in the sample determined in step (d) over time,
Motor-driven centrifugal pump of wet rotor design having a separating can and a radial bearing fixed therein, which is surrounded on the outside by a ring-shaped or bush-shaped resilient fixing element which is seated on the radial bearing with a form and/or force fit, characterized in that the radial bearing lies in a co-axial tube section of the separating can which has a lower diameter than the remaining separating can, wherein the fixing element is held in the axial direction and/or in the circumferential direction by a form fit on the inner wall of the tube section.
System comprising an electrochemical storage device which, when operating normally, comprises an anode compartment filled with an anode material and a cathode compartment filled with a cathode material, wherein the anode compartment is separated from the cathode compartment by an ion conducting solid electrolyte, wherein the anode compartment is defined on one side at least in part by the solid electrolyte, and on another side at least in part by a wall at least partially surrounding the solid electrolyte, and wherein the electrochemical storage device comprises a top part, at which electrical energy may be supplied or conducted away, a bottom part arranged opposite the top part, and at least one side part comprising the at least one wall and arranged between top part and bottom part, and wherein the system further comprises at least one heat dissipating device, which is configured to be separable from the electrochemical storage device and to receive heat from the electrochemical storage device via a first surface and release it via a second surface and wherein the electrochemical storage device further comprises a receiving portion, which is configured to be brought into thermal contact with the heat dissipating device, the first surface of the heat dissipating device may be connected at least in part with an exact fit with the receiving portion of the electrochemical storage device.
A multifunctional mobile digital radiography device, comprising: a rack; an X-ray detector provided on the rack; an image processor; a display; a handrail provided on the rack; and a cleaning mechanism, characterized in that the cleaning mechanism comprises: a guide assembly adjacent to the handrail and extending from one end of the handrail to the other end of the handrail; a moving collar assembly provided on the guide assembly and sleeved outside the handrail; and a first ultraviolet sterilization assembly provided on the moving collar assembly and configured to emit ultraviolet light and irradiate a peripheral of the handrail, wherein a disinfection gap is formed between the handrail and the moving collar assembly, the guide assembly is configured to guide the moving collar assembly, and the moving collar assembly is configured to reciprocate between two ends of the handrail. a rack; an X-ray detector provided on the rack; an image processor; a display; a handrail provided on the rack; and a cleaning mechanism, characterized in that the cleaning mechanism comprises: a guide assembly adjacent to the handrail and extending from one end of the handrail to the other end of the handrail; a moving collar assembly provided on the guide assembly and sleeved outside the handrail; and a first ultraviolet sterilization assembly provided on the moving collar assembly and configured to emit ultraviolet light and irradiate a peripheral of the handrail, wherein a disinfection gap is formed between the handrail and the moving collar assembly, the guide assembly is configured to guide the moving collar assembly, and the moving collar assembly is configured to reciprocate between two ends of the handrail. a guide assembly adjacent to the handrail and extending from one end of the handrail to the other end of the handrail; a moving collar assembly provided on the guide assembly and sleeved outside the handrail; and a first ultraviolet sterilization assembly provided on the moving collar assembly and configured to emit ultraviolet light and irradiate a peripheral of the handrail, wherein a disinfection gap is formed between the handrail and the moving collar assembly, the guide assembly is configured to guide the moving collar assembly, and the moving collar assembly is configured to reciprocate between two ends of the handrail.
Gear mechanism, in particular for an adjustment drive, comprising - a housing, - a driveable worm shaft which is rotatably mounted in the housing, - a worm gear which is rotatably mounted in the housing and which meshes with the worm shaft, characterized by - an encircling first wedge surface which is formed on the worm gear or fixedly connected to the worm gear, and - a brake element which is arranged so as to be rotationally fixed with respect to the worm gear and which has a second wedge surface, - wherein the first wedge surface lies areally against the second wedge surface. - a housing, - a driveable worm shaft which is rotatably mounted in the housing, - a worm gear which is rotatably mounted in the housing and which meshes with the worm shaft, characterized by - an encircling first wedge surface which is formed on the worm gear or fixedly connected to the worm gear, and - a brake element which is arranged so as to be rotationally fixed with respect to the worm gear and which has a second wedge surface, - wherein the first wedge surface lies areally against the second wedge surface.
A low-dust animal litter comprising 2 to about 40% woods; 50 to about 95% corncob; 0.1 to 10% polyols; and 0.5 to 12% binders that promote clump formation.
Refrigerator comprising a storage compartment, a heat exchanger chamber separate from said storage compartment and containing a heat exchanger which can be operated as an evaporator and a heating unit, a fan for driving the exchange of air between the storage compartment and the heat exchanger chamber, and a control unit for controlling the operation of the heat exchanger, fan and heating unit which assists a drying operating mode in which the fan operates at the same time as the heating unit, wherein in the drying operating mode, heating phases in which the fan is in operation at the same time as the heating unit alternate with cooling phases in which the heat exchanger as an evaporator and the fan are in operation at the same time, characterised in that between a cooling phase and a subsequent heating phase the control unit is designed to insert a defrosting phase in which the heating unit is in operation without the fan.
A method executed by a Circuit Switched Interworking Function, CSIWF, entity to control the establishment of a Circuit Switched, CS, voice call combined with an Internet Protocol Multimedia Subsystem, IMS, multimedia session between a first wireless transmit/receive unit, WTRU,, being capable of supporting an IMS multimedia session, and a second WTRU, being capable of supporting a CS voice call, and an IMS multimedia session, the method comprising: receiving, from the first WTRU, a Session Initiation Protocol, SIP, invite message that indicates a request for the second WTRU to participate in a combined CS and IMS session with the first WTRU; forwarding the SIP invite message to the second WTRU; receiving a SIP OK message from the second WTRU; sending the SIP OK message to the first WTRU, wherein the SIP OK message indicates that the second WTRU has accepted the combined CS and IMS session of the SIP Invite message; characterized by: receiving CS voice content and IMS session media from the second WTRU; combining IMS session media and CS voice content translated into Voice over IP, VoIP, format; and sending combined IMS session media and translated CS voice content to the first WTRU. receiving, from the first WTRU, a Session Initiation Protocol, SIP, invite message that indicates a request for the second WTRU to participate in a combined CS and IMS session with the first WTRU; forwarding the SIP invite message to the second WTRU; receiving a SIP OK message from the second WTRU; sending the SIP OK message to the first WTRU, wherein the SIP OK message indicates that the second WTRU has accepted the combined CS and IMS session of the SIP Invite message; characterized by: receiving CS voice content and IMS session media from the second WTRU; combining IMS session media and CS voice content translated into Voice over IP, VoIP, format; and sending combined IMS session media and translated CS voice content to the first WTRU. receiving CS voice content and IMS session media from the second WTRU; combining IMS session media and CS voice content translated into Voice over IP, VoIP, format; and sending combined IMS session media and translated CS voice content to the first WTRU.
A method, comprising: performing, by a peripheral device implemented at a resource host at a bus implemented at the resource host, wherein the peripheral device implements virtual storage interfaces and wherein the bus connects the peripheral device with host system processing components implemented at the resource host which implement a virtual compute instance: presenting a virtual interface implemented on the peripheral device, of a storage partition of a non-volatile storage device connected to the peripheral device via a peripheral interconnect; receiving an access request directed to the storage partition from the virtual compute instance via the virtual interface; sending a physical access request to the non-volatile storage device connected to the peripheral device to perform the access request with respect to the storage partition at the non-volatile storage device; and based on an acknowledgement of the physical access request from the non-volatile storage device, providing an indication of completion for the access request to the virtual compute instance via the virtual interface. presenting a virtual interface implemented on the peripheral device, of a storage partition of a non-volatile storage device connected to the peripheral device via a peripheral interconnect; receiving an access request directed to the storage partition from the virtual compute instance via the virtual interface; sending a physical access request to the non-volatile storage device connected to the peripheral device to perform the access request with respect to the storage partition at the non-volatile storage device; and based on an acknowledgement of the physical access request from the non-volatile storage device, providing an indication of completion for the access request to the virtual compute instance via the virtual interface.
Dishwasher with a holder for items to be washed and a lifting device, wherein the lifting device is configured to lift the holder for items to be washed from an initial position into an end position or to lower it from the end position into the initial position, and wherein the lifting device comprises a guide apparatus for the horizontal guidance of the holder for items to be washed, a first swivel arm arranged in a swivelable manner on the guide apparatus, a second swivel arm arranged in a swivelable manner on the guide apparatus and a connecting element connecting a first end section of the first swivel arm and a first end section of the second swivel arm, which is configured to couple a swivel movement of the first swivel arm and a swivel movement of the second swivel arm to one another in a positively driven manner, characterised in that - the first end section of the first swivel arm of the lifting device and the first end section of the second swivel arm of the lifting device in each case comprise a lever arm and - the connecting element connects the lever arms of the lifting device to one another. - the first end section of the first swivel arm of the lifting device and the first end section of the second swivel arm of the lifting device in each case comprise a lever arm and - the connecting element connects the lever arms of the lifting device to one another.
A battery safety evaluation system comprising: a battery comprising: a battery housing defining an interior battery compartment; and an internal sensing element attached to the interior battery compartment, wherein the internal sensing element is configured to capture internal data representative of an internal battery condition event; an external sensing element attached to the battery housing, wherein the external sensing element is configured to capture external data representative of an external battery condition event; and a controller communicatively connected to the internal sensing element and the external sensing element, wherein the controller determines a cause of a battery condition based at least in part on a time sequence of events generated from the internal data captured by the internal sensing element and representative of the internal battery condition event and the external data captured by the external sensing element and representative of the external battery condition event. a battery comprising: a battery housing defining an interior battery compartment; and an internal sensing element attached to the interior battery compartment, wherein the internal sensing element is configured to capture internal data representative of an internal battery condition event; a battery housing defining an interior battery compartment; and an internal sensing element attached to the interior battery compartment, wherein the internal sensing element is configured to capture internal data representative of an internal battery condition event; an external sensing element attached to the battery housing, wherein the external sensing element is configured to capture external data representative of an external battery condition event; and a controller communicatively connected to the internal sensing element and the external sensing element, wherein the controller determines a cause of a battery condition based at least in part on a time sequence of events generated from the internal data captured by the internal sensing element and representative of the internal battery condition event and the external data captured by the external sensing element and representative of the external battery condition event.