mhurhangee/ep-ind-claims huggingface dataset:
Submerged pump, comprising a covering provided with a cylindrical lateral wall and protection means for the electrical cables externally put in contact with the pump body in such a way to conform a channel to lodge said cables with interposed fixed elements and a resilient protection band as suction filter for the intake of the liquid, characterized in that said protection means are operable to be blocked in position in contact with the pump body by means of quick fixing devices which activate closing and opening connections easily executable by means of pushes, or click lifting by simple radial pressure, and said devices are associated with sliding triggers for quick and stable blocking and releasing between said means of protection and the lateral wall of the pump, and in that said quick fixing devices are fixed to the said lateral wall of the pump and are operable to be elastically deformed to receive and hold an upper portion of said protection means, and in that the quick fixing devices are receptacles conformed with resilient tails (13a, 13b) which engage in notches practised along the protection means and said receptacles are rivetted or soldered or joined with adhesives to the cylindrical lateral wall of the pump body, or advantageously by means of suitable joining means.
A terminal device comprising: a generator configured to generate a transmission signal; an adjuster configured to adjust timing of transmission of the transmission signal generated by the generator according to information on transmission timing; a transmitter configured to transmit the transmission signal at the timing of transmission adjusted by the adjuster; and a timer configured to measure elapsed time after the timing of transmission adjusted by the adjuster is set at given synchronization timing, wherein when the elapsed time measured by the timer is equal to or larger than a first threshold, the generator is configured to generate a shortened signal, said shortened signal being a transmission signal in which transmission data is not mapped onto at least one symbol in a front part or a rear part of a subframe, and the transmitter is configured to transmit the shortened signal. a generator configured to generate a transmission signal; an adjuster configured to adjust timing of transmission of the transmission signal generated by the generator according to information on transmission timing; a transmitter configured to transmit the transmission signal at the timing of transmission adjusted by the adjuster; and a timer configured to measure elapsed time after the timing of transmission adjusted by the adjuster is set at given synchronization timing, wherein when the elapsed time measured by the timer is equal to or larger than a first threshold, the generator is configured to generate a shortened signal, said shortened signal being a transmission signal in which transmission data is not mapped onto at least one symbol in a front part or a rear part of a subframe, and the transmitter is configured to transmit the shortened signal.
An endoscope camera, comprising: a cylindrical enclosure having an enclosure diameter; a rectangular array of imaging pixels formed on a planar substrate acting as a supporting frame for the array; a right-angle transparent prism having a rectangular entrance face, an exit face, and an hypotenuse; and optics, configured to receive incoming radiation from an object, mounted so as to focus the incoming radiation onto the array via the entrance and exit faces (86, 84) of the prism, characterized in that the rectangular array has a first side of a first length and a second side of a second length, wherein the first length is longer than the second length, and the array is mounted within the enclosure so that a plane face of the array is parallel to the enclosure diameter; the right-angle transparent prism is configured to reflect radiation from the entrance face to the exit face, the entrance face having a first edge of the first length and a second edge of the second length, the prism being mounted within the enclosure so that the first edge is parallel to the enclosure diameter; the exit face of the prism is cemented to the plane face of the array; and the optics are anamorphic, having a first magnification in a first direction parallel to the first side of the array and a second magnification, different from the first magnification, in a second direction parallel to the second side of the array so as to form an image on the array that is distorted responsively to an aspect ratio of the exit face. a cylindrical enclosure having an enclosure diameter; a rectangular array of imaging pixels formed on a planar substrate acting as a supporting frame for the array; a right-angle transparent prism having a rectangular entrance face, an exit face, and an hypotenuse; and optics, configured to receive incoming radiation from an object, mounted so as to focus the incoming radiation onto the array via the entrance and exit faces (86, 84) of the prism, characterized in that the rectangular array has a first side of a first length and a second side of a second length, wherein the first length is longer than the second length, and the array is mounted within the enclosure so that a plane face of the array is parallel to the enclosure diameter; the right-angle transparent prism is configured to reflect radiation from the entrance face to the exit face, the entrance face having a first edge of the first length and a second edge of the second length, the prism being mounted within the enclosure so that the first edge is parallel to the enclosure diameter; the exit face of the prism is cemented to the plane face of the array; and the optics are anamorphic, having a first magnification in a first direction parallel to the first side of the array and a second magnification, different from the first magnification, in a second direction parallel to the second side of the array so as to form an image on the array that is distorted responsively to an aspect ratio of the exit face.
A method of screening for a candidate substance for either or both of treating and preventing cancer or inhibiting cancer cell growth, said method comprising the following steps: (a) contacting an SMYD2 polypeptide with an HSP90AB1 polypeptide consisting of SEQ ID NO: 65 under the condition capable of methylation of the HSP90AB1 polypeptide, (b) detecting the methylation level of the HSP90AB1 polypeptide, and (c) selecting as the candidate substance the test substance that decreases the methylation level of the HSP90AB1 polypeptide as compared to the methylation level detected in the absence of the test substance. (a) contacting an SMYD2 polypeptide with an HSP90AB1 polypeptide consisting of SEQ ID NO: 65 under the condition capable of methylation of the HSP90AB1 polypeptide, (b) detecting the methylation level of the HSP90AB1 polypeptide, and (c) selecting as the candidate substance the test substance that decreases the methylation level of the HSP90AB1 polypeptide as compared to the methylation level detected in the absence of the test substance.
A receiving device comprising: a receiving unit that receives a broadcasting wave of digital broadcasting using an Internet Protocol, IP, transmission method; and a processing unit that processes at least one component constituting a particular service of a plurality of services included in the broadcasting wave, and a first control signal, being a service channel signaling, SCS, of the particular service, transmitted by File Delivery over Unidirectional Transport, FLUTE, session in such a manner that the component or components and the first control signal are processed based on an identical IP address contained in each packet of the at least one component and in each packet of the first control signal. a receiving unit that receives a broadcasting wave of digital broadcasting using an Internet Protocol, IP, transmission method; and a processing unit that processes at least one component constituting a particular service of a plurality of services included in the broadcasting wave, and a first control signal, being a service channel signaling, SCS, of the particular service, transmitted by File Delivery over Unidirectional Transport, FLUTE, session in such a manner that the component or components and the first control signal are processed based on an identical IP address contained in each packet of the at least one component and in each packet of the first control signal.
Arrangement comprising an optical element and an indication member for a drug delivery device, the indication member comprising a plurality of indicia (3a, 3b, 3c, 3d, 7), and the optical element comprising an imaging section and a light-transmissive non-imaging section, wherein the indication member is movable with respect to the optical element such that the indicia (3a, 3b, 3c, 3d, 7) can be successively moved into a display position relative to the optical element, wherein the imaging section is configured such that, when a first indicium is arranged in the display position, the first indicium is imaged by the imaging section into an imaging solid angle and, wherein the non-imaging section is configured such that light defining a second indicium (3b, 3c, 3d, 7) is deflected by the non-imaging section, characterized in that the imaging section is elevated, as compared to the non-imaging section and in that the non-imaging section is a transparent refractive section which comprises a boundary surface with a plane or an even portion which is obliquely oriented with respect to an optical axis of the arrangement such that, when the first indicium is arranged in the display position, the second indicium (3b, 3c, 3d, 7) cannot be identified by the user in the imaging solid angle on a viewing side of the optical element.
A method for manufacturing a semiconductor structure, comprising: providing a substrate; forming at least one fin and at least one dummy fin over a well region (10_1, 15_1) on the substrate, wherein the fin and the dummy fin are parallel with a first direction, and the dummy fin is wider than the fin; forming a shallow trench isolation, STI, region over the substrate, wherein the fin and the dummy fin are separated from each other by the STI; removing the dummy fin to form a trench in the STI region; and filling the trench with conducting material; and recessing the conducting material to a specific height to form a power rail from the remaining conducting material. providing a substrate; forming at least one fin and at least one dummy fin over a well region (10_1, 15_1) on the substrate, wherein the fin and the dummy fin are parallel with a first direction, and the dummy fin is wider than the fin; forming a shallow trench isolation, STI, region over the substrate, wherein the fin and the dummy fin are separated from each other by the STI; removing the dummy fin to form a trench in the STI region; and filling the trench with conducting material; and recessing the conducting material to a specific height to form a power rail from the remaining conducting material.
Reading aid with a cover and with a fastening device for fastening the reading aid to the upper edge of a trellised sidewall of a shopping cart such that the reading aid with the cover is always within the field of vision of the person shopping when he or she puts purchased goods in the cart or pushes the cart ahead of himself or herself, wherein the cover is hinged to the reading aid by means of a hinge in the upper region of the frame of the reading aid and completely covers at least the region of the magnifying glass, wherein a surface of the cover forms a support for a promotional imprint that is within the customer's direct field of vision.
A lighting unit comprising a light source, a light conversion layer and a transmissive optical element, wherein the light source is configured to provide light source light and comprises a light emitting diode, wherein the light conversion layer comprises an alkali silicate matrix containing a particulate luminescent material, and wherein the light conversion layer is configured to convert at least part of the light source light into luminescent material light, characterized in that - the light conversion layer is configured remote from the light source; - the transmissive optical element is a transmissive support; - the light conversion layer is configured downstream, upstream or at both sides of the transmissive support; and - the transmissive support comprises a cloth of reinforcing fibers. - the light conversion layer is configured remote from the light source; - the transmissive optical element is a transmissive support; - the light conversion layer is configured downstream, upstream or at both sides of the transmissive support; and - the transmissive support comprises a cloth of reinforcing fibers.
A method of tracking a maximum power point of a photovoltaic system, in which method an operation point of the photovoltaic system is changed based on the change of operation point and a change of power generated by the photovoltaic system, the method comprising repeatedly determining a current or voltage of the photovoltaic system, determining a power of the photovoltaic system, determining a change of power of the photovoltaic system with respect to a previous determined power, changing the operation point of the photovoltaic system by changing a current or voltage reference of the system stepwise depending on the change of power and a direction of a previous change of the current or voltage reference, characterized in that the method comprises storing the determined values of current or voltage and the determined power of the photovoltaic system together with a time value, wherein the determination of the change of power (ΔP) of the photovoltaic system comprises reading from the stored values a previous value of determined power and its time value having a current or voltage value equalling a present current or voltage value, calculating the change of power from the current value of power (P(k)), previous value of power (P(k-1)), stored value of power (P(m)) having a current or voltage value corresponding to a present current or voltage, and the time value (m) of the stored value of power (P(m)), wherein calculating the change of power comprises forming a compensation term (P comp) which defines the change of power due to change of irradiation between time values of current value of power and previous value of power, wherein the change of power due to change of irradiation is determined on the basis of the stored value of power (P(m)) and current value of power (P(k)) and their time values, and subtracting the formed compensation term from the difference between current value of power and previous value of power.
A method of determining unauthorized network usage inside a firewall, the method comprising the steps of: receiving zone data by classification of hosts into a plurality of zones inside the firewall, which zones can communicate with one another behind the firewall; receiving unauthorized zone data, wherein the unauthorized zone data specifies which of the zones are designated zones that are not authorized to communicate with associated unauthorized ones of the zones; receiving override service data, wherein the override service data specifies particular network services in which the designated zones are authorized to participate in network communications inside the firewall with the associated unauthorized zones; monitoring network communications between the hosts inside the firewall; capturing header information from the monitored network communications; determining which of the hosts are participating in the monitored network communications inside the firewall based on the captured header information; determining the zones participating in the monitored zone communications based upon the zone data to obtain unauthorized zone data, which unauthorised zone data represents designated zones participating in monitored zone communications inside the firewall with associated unauthorised zones; determining unauthorized network usage based upon the unauthorized zone data and the override service data; and generating an alarm upon detection of unauthorized network usage. receiving zone data by classification of hosts into a plurality of zones inside the firewall, which zones can communicate with one another behind the firewall; receiving unauthorized zone data, wherein the unauthorized zone data specifies which of the zones are designated zones that are not authorized to communicate with associated unauthorized ones of the zones; receiving override service data, wherein the override service data specifies particular network services in which the designated zones are authorized to participate in network communications inside the firewall with the associated unauthorized zones; monitoring network communications between the hosts inside the firewall; capturing header information from the monitored network communications; determining which of the hosts are participating in the monitored network communications inside the firewall based on the captured header information; determining the zones participating in the monitored zone communications based upon the zone data to obtain unauthorized zone data, which unauthorised zone data represents designated zones participating in monitored zone communications inside the firewall with associated unauthorised zones; determining unauthorized network usage based upon the unauthorized zone data and the override service data; and generating an alarm upon detection of unauthorized network usage.
A method in wireless communication by a user equipment, UE, the method characterized by: receiving an information request, for information regarding the results of a random access procedure or a connection establishment procedure associated with the random access procedure, from a network node; and in response to the received information request, sending a report to the network node, wherein the report comprises information that allows the network node to determine a starting coverage enhancement, CE, level of the random access procedure, wherein the information includes the CE level of the UE at which the UE transmitted at least one random access preamble to start the random access procedure. receiving an information request, for information regarding the results of a random access procedure or a connection establishment procedure associated with the random access procedure, from a network node; and in response to the received information request, sending a report to the network node, wherein the report comprises information that allows the network node to determine a starting coverage enhancement, CE, level of the random access procedure, wherein the information includes the CE level of the UE at which the UE transmitted at least one random access preamble to start the random access procedure.
A fiber laser apparatus that generates invisible laser light using an amplification optical fiber having a single-mode core and outputs the invisible laser light via an output optical fiber, the fiber laser apparatus comprising: a visible laser light source that generates visible laser light; an introducing section (30, 31) that introduces the visible laser light generated by the visible laser light source into a core of one of the amplification optical fiber and the output optical fiber; and a drive unit that drives, in a case of performing alignment of an irradiation position of the invisible laser light with respect to a workpiece, the visible laser light source and emits the visible laser light via the core of the output optical fiber, characterized in that the fiber laser apparatus further comprises a cladding light attenuating section that attenuates light that propagates through the cladding of the amplification optical fiber. a visible laser light source that generates visible laser light; an introducing section (30, 31) that introduces the visible laser light generated by the visible laser light source into a core of one of the amplification optical fiber and the output optical fiber; and a drive unit that drives, in a case of performing alignment of an irradiation position of the invisible laser light with respect to a workpiece, the visible laser light source and emits the visible laser light via the core of the output optical fiber, characterized in that the fiber laser apparatus further comprises a cladding light attenuating section that attenuates light that propagates through the cladding of the amplification optical fiber.
Cooker having at least one burner, to which gas is routed, a hob on which the burner is provided, at least one transformer provided below the hob, which serves to ignite the gas in the burner, a control panel provided in the vicinity of the hob and having at least one gas switch provided on the control panel and having a clock, a supply socket provided on the clock and having knobs (21, 22) which are connected to the supply socket, characterised in that the cooker comprises a terminal provided on the clock, which is connected to at least one of the knobs (21, 22) and receives energy from the supply socket by activating the cited knobs (21, 22) and forwards the same to the transformer in order to ensure the gas ignition, wherein the knob (21, 22) connected to the terminal is an ignition button.
A method for time-slotted scheduling of packets in timeslots between N nodes (120a:120N) and K>1 access points (300a:300K) in an industrial wireless network (no), the method being performed by a network controller of the industrial wireless network, the method comprising: determining the time-slotted scheduling by allocating each timeslot (540a:540M) to a respective one of the nodes (120a:120N), wherein each timeslot (540a:540M) for each node (120a:120N) is divided in K sub-slots (550a:550K), one for each access point (300a:300K), such that in sub-slot k of each timeslot, where 1≤k≤K, transmission or reception of a packet is made between access point k and the node to which that timeslot is allocated; and providing information to the access points (300a:300K) about the determined time-slotted scheduling. determining the time-slotted scheduling by allocating each timeslot (540a:540M) to a respective one of the nodes (120a:120N), wherein each timeslot (540a:540M) for each node (120a:120N) is divided in K sub-slots (550a:550K), one for each access point (300a:300K), such that in sub-slot k of each timeslot, where 1≤k≤K, transmission or reception of a packet is made between access point k and the node to which that timeslot is allocated; and providing information to the access points (300a:300K) about the determined time-slotted scheduling.