mhurhangee/ep-ind-claims huggingface dataset:
A cleaner comprising: a suction unit introducing air with dust; a suction motor that generates suction force to introduce air through the suction unit; a motor housing (26, 27) arranged to surround the suction motor; a dust separation unit to separate dust from air sucked through the suction unit, the dust separation unit including a first cyclone unit and a second cyclone unit, the second cyclone unit being configured to separate dust from air received from the first cyclone unit, wherein the suction motor is positioned above an outlet of the second cyclone unit in a state in which an axis of the suction motor is disposed along an extension line of an axis of a cyclone flow of the first cyclone unit; air exits disposed above the suction motor and arranged in a circumferential direction with respect to the axis of the suction motor; and a first air passage that guides air separated in the dust separation unit upward from the second cyclone unit, wherein the air exits are on a second air passage for discharging the air passing through the suction motor to an outside, characterized in that the cleaner further comprises an impeller positioned at an upper portion of the suction motor, and the first air passage surrounds an outer side of the motor housing (26, 27). a suction unit introducing air with dust; a suction motor that generates suction force to introduce air through the suction unit; a motor housing (26, 27) arranged to surround the suction motor; a dust separation unit to separate dust from air sucked through the suction unit, the dust separation unit including a first cyclone unit and a second cyclone unit, the second cyclone unit being configured to separate dust from air received from the first cyclone unit, wherein the suction motor is positioned above an outlet of the second cyclone unit in a state in which an axis of the suction motor is disposed along an extension line of an axis of a cyclone flow of the first cyclone unit; air exits disposed above the suction motor and arranged in a circumferential direction with respect to the axis of the suction motor; and a first air passage that guides air separated in the dust separation unit upward from the second cyclone unit, wherein the air exits are on a second air passage for discharging the air passing through the suction motor to an outside, characterized in that the cleaner further comprises an impeller positioned at an upper portion of the suction motor, and the first air passage surrounds an outer side of the motor housing (26, 27).
A compound having formula conjugate of carnosine dipeptide having formula with hyaluronic acid, wherein the conjugation is effected by the formation of an amide bond between the NH 2 group of carnosine, preferably protected at the carboxyl group, and one or more carboxylic groups of hyaluronic acid, preferably of an active derivative of hyaluronic acid, even more preferably a COX ester having formula
Method of remote optical powering and communication in an optical communication network, wherein the method comprises the steps of: generating, by at least one fixed or tunable wavelength laser of a first termination device, a second light signal using an amplitude modulation or a wavelength modulation, respectively for encoding information about an at least one second termination device (31, 32, 33) and/or an at least one optically powered device (51, 52, 53) associated with the at least one second termination device (31, 32, 33), sending, by the first termination device, a first light signal having one or more first wavelengths and comprising communication data together with the second light signal having one or more second wavelengths different from the one or more first wavelengths to an optical splitter, wherein the first light signal is associated with the second light signal, receiving, by the optical splitter, the first light signal and the second light signal and forwarding the second light signal to the at least one optically powered device (51, 52, 53), and receiving, by the at least one optically powered device (51, 52, 53), the first light signal and the second light signal, powering the at least one optically powered device (51, 52, 53) with the second light signal and forwarding the first light signal to the at least one second termination device (31, 32, 33). generating, by at least one fixed or tunable wavelength laser of a first termination device, a second light signal using an amplitude modulation or a wavelength modulation, respectively for encoding information about an at least one second termination device (31, 32, 33) and/or an at least one optically powered device (51, 52, 53) associated with the at least one second termination device (31, 32, 33), sending, by the first termination device, a first light signal having one or more first wavelengths and comprising communication data together with the second light signal having one or more second wavelengths different from the one or more first wavelengths to an optical splitter, wherein the first light signal is associated with the second light signal, receiving, by the optical splitter, the first light signal and the second light signal and forwarding the second light signal to the at least one optically powered device (51, 52, 53), and receiving, by the at least one optically powered device (51, 52, 53), the first light signal and the second light signal, powering the at least one optically powered device (51, 52, 53) with the second light signal and forwarding the first light signal to the at least one second termination device (31, 32, 33).
A diagnosis apparatus, comprising: a vehicle including a battery; and a BMS connected to the vehicle, wherein the vehicle is configured to generate a signal having a period and a width, and the BMS is configured to diagnose a communication state between the vehicle and the BMS and a state of the battery based on the signal, characterised in that the BMS is configured to determine the communication state and the state of the battery as a normal state when the period of the signal is the same as a reference period (p) and the width of the signal is the same as a reference width (w), wherein the BMS is configured to diagnose the communication state as a first state when the width of the signal is the same as the reference width and the period of the signal is not the same as the reference period, and the first state is a state in which communication between the vehicle and the BMS is disconnected. a vehicle including a battery; and a BMS connected to the vehicle, wherein the vehicle is configured to generate a signal having a period and a width, and the BMS is configured to diagnose a communication state between the vehicle and the BMS and a state of the battery based on the signal, characterised in that the BMS is configured to determine the communication state and the state of the battery as a normal state when the period of the signal is the same as a reference period (p) and the width of the signal is the same as a reference width (w), wherein the BMS is configured to diagnose the communication state as a first state when the width of the signal is the same as the reference width and the period of the signal is not the same as the reference period, and the first state is a state in which communication between the vehicle and the BMS is disconnected.
A monomer of Formula: wherein A is selected from a saccharide containing unit and a polyvinyl alcohol containing unit; X is selected from the group consisting of O, NH, NR', C, and C 1 - 20 alkylene, wherein C 1 - 20 alkylene is optionally substituted from 1 to 20 times with a substituent selected independently at each occurrence thereof from the group consisting of OH, halogen, cyano, - CF 3, and C 1 - 6 alkoxy; Q is absent or is a linker; Y is Z is m 1 is 0 to 50; m 2 is 0 to 50; m 3 is 0 to 50; Ris C 1 - 20 alkyl; and R' is -C -C 1-6 alkene A is selected from a saccharide containing unit and a polyvinyl alcohol containing unit; X is selected from the group consisting of O, NH, NR', C, and C 1 - 20 alkylene, wherein C 1 - 20 alkylene is optionally substituted from 1 to 20 times with a substituent selected independently at each occurrence thereof from the group consisting of OH, halogen, cyano, - CF 3, and C 1 - 6 alkoxy; Q is absent or is a linker; Y is Z is m 1 is 0 to 50; m 2 is 0 to 50; m 3 is 0 to 50; Ris C 1 - 20 alkyl; and R' is -C -C 1-6 alkene
A yarn winding device comprising: a winding spindle for winding yarns onto a plurality of bobbins, respectively, which are attached in series to the winding spindle along axial directions of the winding spindle; a plurality of traverse units for traversing the yarns wound onto the respective bobbins, in axial directions of the respective bobbins; and a plurality of shifter units for detaching the yarns from the traverse units and shifting the yarns to the outside of the traversal ranges of the corresponding traverse units characterized in that, the shifter units are attached to the respective traverse units and are dividable into individual units together with the traverse units. a winding spindle for winding yarns onto a plurality of bobbins, respectively, which are attached in series to the winding spindle along axial directions of the winding spindle; a plurality of traverse units for traversing the yarns wound onto the respective bobbins, in axial directions of the respective bobbins; and a plurality of shifter units for detaching the yarns from the traverse units and shifting the yarns to the outside of the traversal ranges of the corresponding traverse units characterized in that, the shifter units are attached to the respective traverse units and are dividable into individual units together with the traverse units.
A railway construction vehicle, comprising: - a gantry, which includes uprights, and - a first means for moving the railway construction vehicle relative to the ground along at least one direction of advance of the railway construction vehicle, wherein this railway construction vehicle comprises at least one robotic arm mounted on the gantry, between the uprights, wherein this robotic arm is configured to position at least one insert in a slab of fresh concrete situated in a construction zone situated below the gantry, wherein the gantry comprises a roof support that connects the uprights to one another by an upper end of the latter and wherein the robotic arm is suspended from said roof support. - a gantry, which includes uprights, and - a first means for moving the railway construction vehicle relative to the ground along at least one direction of advance of the railway construction vehicle,
A device for detecting an insect comprising: an insect harbourage having a first (3,18) and second (4,19) side wall, at least part of the first side wall (3,18) being spaced apart from at least part of the second side wall (4,19) so as to define an insect receiving zone therebetween; a first electrically conductable portion (7,20) located on, or adjacent to the first side wall (3,18); a second electrically conductable portion (8,21) located on or adjacent to the second side wall (4,19), the first and second electrically conductable portions forming at least part of an electrical component wherein the electrical component is configurable between a first operative state in which the zone is void of any insects causing the electrical component to have a predetermined first capacitance value and a second operative state in which the zone is in receipt of an insect causing the component to have a second capacitance value differing to the first capacitance value, wherein the predetermined first capacitance value is dependent on the value of an atmospheric parameter, characterised in that the harbourage further comprises a corrugated structure sandwiched between the first (3,18) and second (4,19) walls. an insect harbourage having a first (3,18) and second (4,19) side wall, at least part of the first side wall (3,18) being spaced apart from at least part of the second side wall (4,19) so as to define an insect receiving zone therebetween; a first electrically conductable portion (7,20) located on, or adjacent to the first side wall (3,18); a second electrically conductable portion (8,21) located on or adjacent to the second side wall (4,19), the first and second electrically conductable portions forming at least part of an electrical component wherein the electrical component is configurable between a first operative state in which the zone is void of any insects causing the electrical component to have a predetermined first capacitance value and a second operative state in which the zone is in receipt of an insect causing the component to have a second capacitance value differing to the first capacitance value, wherein the predetermined first capacitance value is dependent on the value of an atmospheric parameter, characterised in that the harbourage further comprises a corrugated structure sandwiched between the first (3,18) and second (4,19) walls.
Vehicle body comprising: - a rear wheel housing; - a L-shaped bracket in contact with the wheel housing; and - a reinforcing bracket fixing the L-shaped bracket to the rear wheel housing, characterized in that the L-shaped bracket comprises a centering pin and the reinforcing bracket comprises a through-hole for receiving the centering pin of the L-shaped bracket. - a rear wheel housing; - a L-shaped bracket in contact with the wheel housing; and - a reinforcing bracket fixing the L-shaped bracket to the rear wheel housing,
Process for the consolidation and induction forming of a preform made of a composite material comprising carbon fibers embedded in a resin which are oriented in a main direction belonging to a principal place (P P), said process comprising the following stages: - preparation of a uniform mixture comprising the resin and at least one ferromagnetic material presented in the form of particles; - formation of a preform by embedding the carbon fibers in the mixture; and - induction heating of the preform up to a defined temperature referred to as the process temperature, said temperature being substantially equal to the Curie temperature of the ferromagnetic material, through generation by means of a two-sided inductor of a uniform magnetic field in the preform in a direction of incidence (D B), characterized in that the process further comprises a tilting stage of at least one of the following elements: the preform and the two-sided inductor, so as to orient the direction of incidence (D B) of the magnetic field in relation to the principal place (P P) at an angle other than 90° and other than zero. - preparation of a uniform mixture comprising the resin and at least one ferromagnetic material presented in the form of particles; - formation of a preform by embedding the carbon fibers in the mixture; and - induction heating of the preform up to a defined temperature referred to as the process temperature, said temperature being substantially equal to the Curie temperature of the ferromagnetic material, through generation by means of a two-sided inductor of a uniform magnetic field in the preform in a direction of incidence (D B),
A handover method, characterised by: sending, by a source access network device belonging to a 3GPP source radio access network, RAN, a handover request or a wireless local area network, WLAN, offload request to a user equipment, UE, so that the UE determines information about a WLAN target access point, AP, according to WLAN AP information corresponding to a 3GPP target RAN, and information about a currently accessed WLAN, and sends a WLAN offload binding request carrying the information about the target WLAN AP to a 3GPP target access network device belonging to the 3GPP target RAN, so as to complete a RAN handover, wherein the handover request or the WLAN offload request comprises the WLAN AP information corresponding to the 3GPP target RAN, and the WLAN AP information corresponding to the 3GPP target RAN is information about an AP in a WLAN that covers, together with then 3GPP target RAN, a location of the UE; and receiving, by the source access network device, a handover response or a WLAN offload response returned by the UE. sending, by a source access network device belonging to a 3GPP source radio access network, RAN, a handover request or a wireless local area network, WLAN, offload request to a user equipment, UE, so that the UE determines information about a WLAN target access point, AP, according to WLAN AP information corresponding to a 3GPP target RAN, and information about a currently accessed WLAN, and sends a WLAN offload binding request carrying the information about the target WLAN AP to a 3GPP target access network device belonging to the 3GPP target RAN, so as to complete a RAN handover, wherein the handover request or the WLAN offload request comprises the WLAN AP information corresponding to the 3GPP target RAN, and the WLAN AP information corresponding to the 3GPP target RAN is information about an AP in a WLAN that covers, together with then 3GPP target RAN, a location of the UE; and receiving, by the source access network device, a handover response or a WLAN offload response returned by the UE.
An injection device, in particular an autoinjector, including: a) a housing, b) an actuating sleeve which is mounted moveably relative to the housing and which can be placed with the distal end of the injection device on an injection site of a patient, c) an injection needle which is moved into an insertion position by a mechanism of the injection device, projects in the insertion position beyond the distal end of the injection device and can be moved back into the interior of the injection device, characterised by d) a switching cam which is arranged axially fixed with respect to the injection needle and in the insertion position engages into a locking window to prevent a return movement of the injection needle into the interior of the injection device, e) wherein a width of the locking window facing in the longitudinal direction of the injection device is reduced by a movement of the actuating sleeve in the distal direction so that the switching cam is moved out of the engagement with the locking window so that the injection needle is released for the return movement into the interior of the injection device. a) a housing, b) an actuating sleeve which is mounted moveably relative to the housing and which can be placed with the distal end of the injection device on an injection site of a patient, c) an injection needle which is moved into an insertion position by a mechanism of the injection device, projects in the insertion position beyond the distal end of the injection device and can be moved back into the interior of the injection device, characterised by d) a switching cam which is arranged axially fixed with respect to the injection needle and in the insertion position engages into a locking window to prevent a return movement of the injection needle into the interior of the injection device, e) wherein a width of the locking window facing in the longitudinal direction of the injection device is reduced by a movement of the actuating sleeve in the distal direction so that the switching cam is moved out of the engagement with the locking window so that the injection needle is released for the return movement into the interior of the injection device.
A communication method, comprising: identifying, at an access point, a subframe number associated with a corresponding subframe designated to carry a broadcast channel; determining, at the access point, a reference boundary for the subframe out of two different reference boundaries within a corresponding radio frame that includes the subframe; setting, by the access point, a subframe number indicator for the subframe based on the subframe number and the reference boundary; and transmitting, by the access point via the broadcast channel, the subframe number indicator for the subframe, wherein the determining comprises setting the reference boundary to a first subframe within a first portion of the radio frame or a second subframe within a second portion of the radio frame. identifying, at an access point, a subframe number associated with a corresponding subframe designated to carry a broadcast channel; determining, at the access point, a reference boundary for the subframe out of two different reference boundaries within a corresponding radio frame that includes the subframe; setting, by the access point, a subframe number indicator for the subframe based on the subframe number and the reference boundary; and transmitting, by the access point via the broadcast channel, the subframe number indicator for the subframe, wherein the determining comprises setting the reference boundary to a first subframe within a first portion of the radio frame or a second subframe within a second portion of the radio frame.
A two-part structural adhesive system comprising a part containing a saturated epoxy resin and a compound having at least two epoxy groups and one hydroxy group, and a part containing a metal salt catalyst and an amine hardener wherein the adhesive system is substantially free of aromatic epoxy resins.
An imaging system for the fluorescence-optical-visualization of a two-dimensional or three-dimensional object in form of organs, organelles or tissue regions of a patient for medical purposes, comprising - an illumination unit, which is designed and provided for emitting optical radiation in a predetermined wavelength range in order to illuminate the object and excite a fluorescent substance contained in the object, - a capturing unit, which is designed and provided for capturing an optical signal from the region of the object and for splitting the optical signal into a fluorescence signal having a first wavelength range and a signal of visible light having a second wavelength range, wherein the optical capturing unit has an optoelectronic converter having a plurality of partial regions (301', 302') and serving for converting the fluorescence signal into a first electronic data signal and the signal of visible light into a second electronic data signal, wherein the optical capturing unit has a dichroic prism for splitting the captured optical signal into the fluorescence signal and the signal of visible light, characterized in that the optoelectronic converter connected to the dichroic prism is arranged directly on the dichroic prism and thus connected to the dichroic prism. - an illumination unit, which is designed and provided for emitting optical radiation in a predetermined wavelength range in order to illuminate the object and excite a fluorescent substance contained in the object, - a capturing unit, which is designed and provided for capturing an optical signal from the region of the object and for splitting the optical signal into a fluorescence signal having a first wavelength range and a signal of visible light having a second wavelength range,