mhurhangee/ep-ind-claims huggingface dataset:
Spotlight for illuminating an object, in particular a building façade or a stage area, which comprises a housing and a light source that generates electromagnetic radiation in a range perceptible to a human eye, wherein the light source has a multiplicity of luminous bodies arranged in a plurality of groups (GR1, GR2, GR3, GR4), wherein each of the groups (GR1, GR2, GR3, GR4) of luminous bodies is pivotable individually relative to the housing, such that each of the groups (GR1, GR2, GR3, GR4) of luminous bodies is able to illuminate the object in an illumination field allocated to the respective group (GR1, GR2, GR3, GR4) of luminous bodies wherein the groups (GR1, GR2, GR3, GR4) of luminous bodies in each case have an adjustable focusing, such that identical dimensions and/or illumination intensities are adjustable on the object to be illuminated in the case of different illumination fields, wherein each of the groups (GR1, GR2, GR3, GR4) of luminous bodies is provided with a rotation spindle for pivotability, said rotation spindle engaging into a mount in the interior of the housing, wherein each group (GR1, GR2, GR3, GR4) of luminous bodies is connectable to a control unit which controls each group (GR1, GR2, GR3, GR4) of luminous bodies with regard to emission angle, wavelength of the electromagnetic radiation and focusing, characterized in that each luminous body is provided with a lens suitable for focusing the emitted electromagnetic radiation, which lenses for each group (GR1, GR2, GR3, GR4) of luminous bodies are arranged on a carrier plate.
A permanent magnet type magnetic field generating apparatus comprising: a plurality of permanent magnet pieces disposed in a ring shape so that a substantially unidirectional magnetic field is generated in a space within the ring, the permanent magnet pieces having the magnetization direction undergoing one rotation over a half-circumference of the ring, the permanent magnet pieces having substantially the same magnetic strength, the permanent magnet pieces being disposed so as to form indentations and protrusions toward the center axis of the ring, or having a shape having indentations and protrusions facing the center axis, characterized in that a magnetic field adjustment mechanism (204, 206) is arranged in an indentation of the indentations and protrusions. a plurality of permanent magnet pieces disposed in a ring shape so that a substantially unidirectional magnetic field is generated in a space within the ring, the permanent magnet pieces having the magnetization direction undergoing one rotation over a half-circumference of the ring, the permanent magnet pieces having substantially the same magnetic strength, the permanent magnet pieces being disposed so as to form indentations and protrusions toward the center axis of the ring, or having a shape having indentations and protrusions facing the center axis, characterized in that a magnetic field adjustment mechanism (204, 206) is arranged in an indentation of the indentations and protrusions.
A urinary catheter assembly, comprising: a sealed package defining a cavity; a hydration medium; a urinary catheter located within the cavity, the urinary catheter having an exterior surface; a hydrophilic material on the exterior surface of the urinary catheter; and a removable moisture control layer covering at least a portion of the hydrophilic material; wherein the moisture control layer comprises a wax, one or more aliphatic alcohols, or a combination of wax and one or more aliphatic alcohols. a sealed package defining a cavity; a hydration medium; a urinary catheter located within the cavity, the urinary catheter having an exterior surface; a hydrophilic material on the exterior surface of the urinary catheter; and a removable moisture control layer covering at least a portion of the hydrophilic material; wherein the moisture control layer comprises a wax, one or more aliphatic alcohols, or a combination of wax and one or more aliphatic alcohols.
A multi-layer body comprising a substrate from paper material and a multi-layer structure, provided on the substrate with a transfer foil provided as a hot stamping film, comprising one on the other a support film, a peeling layer, a protective layer, a laser-sensitive layer, a background layer and an adhesive layer, or a laminating foil, comprising one on the other an overlay film, a laser-sensitive layer, a background layer and an adhesive layer, wherein the adhesive layer (6, 60) is formed as an adhesive connection between the layer structure and the substrate, wherein the protective layer is formed as a transparent protective lacquer layer or wherein the overlay film represents the protective layer, respectively, wherein the layer structure comprises at least one a laser sensitive material comprising layer (4, 40) - called laser sensitive layer (4, 40) -, wherein the laser sensitive material is a mixture made of at least three components and each of these components is a pigment or another coloring agent, wherein the laser sensitive material is configured to create a color marking through laser action on the laser sensitive layer (4, 40), wherein the laser sensitive material comprises at least one coloring agent, which can be bleached through laser action, and wherein the at least one bleachable coloring agent is a pigment.
An electronic device comprising: a wearing portion to be worn by a subject; and a sensor unit including a sensor configured to detect a pulse wave of the subj ect, wherein the wearing portion is a strip-like band and includes a recess formed in a rear face, an elastic body, and an attaching portion attached to the sensor unit in a detachable manner, the elastic body and the attaching portion being arranged in the recess; wherein, in a state where the elastic body is not compressed, the sensor unit is partially inserted into the recess, has one end protruding to the rear face from the recess and is supported by the attaching portion, and the one end of the sensor unit is provided with a pulse contact portion that is a protrusion; wherein the sensor unit includes a displacement portion configured to contact a measured part of the subject and to be displaced in accordance with the pulse wave of the subject when the wearing portion is worn by the subject and a supported portion which is supported by the wearing portion to allow displacement of the displacement portion in accordance with the pulse wave, wherein a rear surface of the protruding end of the sensor unit opposite to the pulse contact portion is in contact with the elastic body, and the elastic body is configured to extend and contract in accordance with the pulse wave while maintaining the sensor unit in contact with the measured part; and wherein the attaching portion is moveably connected to the sensor unit such that the displacement portion can be displaced along a direction perpendicular to the rear side of the wearing portion. a wearing portion to be worn by a subject; and a sensor unit including a sensor configured to detect a pulse wave of the subj ect, wherein the wearing portion is a strip-like band and includes a recess formed in a rear face, an elastic body, and an attaching portion attached to the sensor unit in a detachable manner, the elastic body and the attaching portion being arranged in the recess; wherein, in a state where the elastic body is not compressed, the sensor unit is partially inserted into the recess, has one end protruding to the rear face from the recess and is supported by the attaching portion, and the one end of the sensor unit is provided with a pulse contact portion that is a protrusion; wherein the sensor unit includes a displacement portion configured to contact a measured part of the subject and to be displaced in accordance with the pulse wave of the subject when the wearing portion is worn by the subject and a supported portion which is supported by the wearing portion to allow displacement of the displacement portion in accordance with the pulse wave, wherein a rear surface of the protruding end of the sensor unit opposite to the pulse contact portion is in contact with the elastic body, and the elastic body is configured to extend and contract in accordance with the pulse wave while maintaining the sensor unit in contact with the measured part; and wherein the attaching portion is moveably connected to the sensor unit such that the displacement portion can be displaced along a direction perpendicular to the rear side of the wearing portion.
A transportable refrigerator box, preferably for a truck trailer, the refrigerator box having a storage space for storing goods to be transported, the refrigerator box comprising a front wall and an opening opposite the front wall, wherein the refrigerator box further comprises: a cooling unit positioned in the storage space comprising a separation structure separating a first portion of the storage space between the front wall and the separation structure from a second portion of the storage space between the separation structure and the opening; and the cooling unit comprises a first cooling device, wherein the first cooling device is adapted to cool the first portion of the storage space; and optionally, a second cooling device permanently mounted on the refrigerator box, wherein the second cooling device is adapted to cool at least the first portion of the storage space, wherein the separation structure is a separation wall, the separation wall being adapted to thermally insulate the first portion of the storage space from the second portion of the storage space, characterized in that the first cooling device is mounted on the separation structure. a cooling unit positioned in the storage space comprising a separation structure separating a first portion of the storage space between the front wall and the separation structure from a second portion of the storage space between the separation structure and the opening; and the cooling unit comprises a first cooling device, wherein the first cooling device is adapted to cool the first portion of the storage space; and optionally, a second cooling device permanently mounted on the refrigerator box, wherein the second cooling device is adapted to cool at least the first portion of the storage space, wherein the separation structure is a separation wall, the separation wall being adapted to thermally insulate the first portion of the storage space from the second portion of the storage space, characterized in that the first cooling device is mounted on the separation structure.
A method performed by a first radio-network node for managing signaling in a wireless communication network, the first radio-network node provides radio coverage over a first service area in the wireless communication network; the method characterized in the step of - transmitting a first beam reference signal, BRS, in the first service area, which first BRS comprises a number of repetitive sequences of samples, of equal length, over an original time-domain representation of the first BRS, said original time-domain representation being one OFDM symbol. - transmitting a first beam reference signal, BRS, in the first service area, which first BRS comprises a number of repetitive sequences of samples, of equal length, over an original time-domain representation of the first BRS, said original time-domain representation being one OFDM symbol.
A method for controlling charging of a hybrid vehicle comprising charging the hybrid vehicle with electric energy received from an external energy supply, which hybrid vehicle comprises a control system (11, 15, 16, 20, 22), an electric machine, an internal combustion engine, a hybrid energy storage and an accessory battery, wherein the hybrid energy storage is arranged for supplying electric power to the electric machine and wherein the accessory battery is arranged for supplying power to start the internal combustion engine, said control system being provided with means for defining a time period for performing the charging, wherein the method comprises checking whether a time period has been defined and controlling the charging in accordance with a first mode when a time period has not been defined and in accordance with a second mode when a time period has been defined, wherein said first mode and said second mode comprises: - monitoring (202, 212) the state of charge of the accessory battery, - determining (201, 211) a charging threshold for enabling start of the internal combustion engine by means of the accessory battery, - determining whether the charging level of the accessory battery is above the charging level threshold, said first mode further comprises: - supplying a maximum charging current to the accessory battery when the charging level of the accessory battery is lower than the charging threshold, said second mode further comprises: - determining a first charging need for the accessory battery and a second charging need for the hybrid energy storage, - determining whether charging with reduced current is possible for the accessory battery and the hybrid energy storage based on the determined first and second need and the charging time period, and - supplying a charging current below the maximum charging current of the hybrid energy storage to the hybrid energy storage and a charging current below the maximum charging current of the accessory battery to the accessory battery when reduced current is possible. - monitoring (202, 212) the state of charge of the accessory battery, - determining (201, 211) a charging threshold for enabling start of the internal combustion engine by means of the accessory battery, - determining whether the charging level of the accessory battery is above the charging level threshold, - supplying a maximum charging current to the accessory battery when the charging level of the accessory battery is lower than the charging threshold, - determining a first charging need for the accessory battery and a second charging need for the hybrid energy storage, - determining whether charging with reduced current is possible for the accessory battery and the hybrid energy storage based on the determined first and second need and the charging time period, and - supplying a charging current below the maximum charging current of the hybrid energy storage to the hybrid energy storage and a charging current below the maximum charging current of the accessory battery to the accessory battery when reduced current is possible.
An embolic coil delivery assembly, comprising: a tubular member having a distal portion, a proximal portion and a lumen extending therein; a tip member secured to the tubular member, the tip member including a distal portion and a bonding portion, the bonding portion including a bonding surface; and an embolic coil releasably disposed within the distal portion of the tip member; wherein the distal portion of the tubular member extends over the bonding portion of the tip member; wherein the bonding surface is configured to mechanically interlock with the tubular member by means of a coil included in the bonding portion, wherein the coil has a plurality of windings configured to mechanically interlock with an inner surface of the tubular member, characterised in that the inner surface of the tubular member includes an inwardly extending member, and wherein the inwardly extending member extends between two of the plurality of windings. a tubular member having a distal portion, a proximal portion and a lumen extending therein; a tip member secured to the tubular member, the tip member including a distal portion and a bonding portion, the bonding portion including a bonding surface; and an embolic coil releasably disposed within the distal portion of the tip member; wherein the distal portion of the tubular member extends over the bonding portion of the tip member; wherein the bonding surface is configured to mechanically interlock with the tubular member by means of a coil included in the bonding portion, wherein the coil has a plurality of windings configured to mechanically interlock with an inner surface of the tubular member, characterised in that the inner surface of the tubular member includes an inwardly extending member, and wherein the inwardly extending member extends between two of the plurality of windings.
A windshield wiper installation system that is configured to be used to install a wiper on a windshield of an aircraft, the windshield wiper installation system comprising: a housing; an installation control unit contained within the housing; at least one positioning member secured to the housing, wherein the installation control unit is operatively coupled to the at least one positioning member; and at least one position-setting member secured to the housing, wherein the installation control unit is operatively coupled to the at least one position-setting member, wherein the at least one positioning member is configured to move the wiper to one or more desired positions on the windshield, and wherein the at least one position-setting member is configured to set the one or more desired positions when the wiper is at the one or more desired positions. a housing; an installation control unit contained within the housing; at least one positioning member secured to the housing, wherein the installation control unit is operatively coupled to the at least one positioning member; and at least one position-setting member secured to the housing, wherein the installation control unit is operatively coupled to the at least one position-setting member, wherein the at least one positioning member is configured to move the wiper to one or more desired positions on the windshield, and wherein the at least one position-setting member is configured to set the one or more desired positions when the wiper is at the one or more desired positions.
A tire (1, 101) for a motorcycle for running on rough terrain, the tire (1, 101) comprising a tread portion (2, 102), wherein the tread portion (2, 102) includes a plurality of blocks (10, 110) raised from a groove bottom surface (9, 109), the plurality of blocks (10, 110) include a plurality of shoulder blocks (11, 111) forming tread ends (Te), and a plurality of middle blocks (12, 112) adjacent to inner sides in a tire axial direction of the shoulder blocks (11, 111), a side surface (S, SU) on the inner side in the tire axial direction of each shoulder block (11, 111) includes one first side surface (S1, SU1) extending from an inner edge (11B, 111B) in the tire axial direction of a land surface of the shoulder block (11, 111) toward a groove bottom, and at least one second side surface (S2, SU2) extending from a bottom side end of the first side surface (S1, SU1) toward the groove bottom, and the second side surface (S2, SU2) is a surface inclined toward the inner side in the tire axial direction relative to the first side surface (S1, SU1), characterized in that, in a meridian cross-section including a tire rotation axis in a normal state which is a state where the tire (1, 101) is fitted on a normal rim with a normal internal pressure and no load is applied to the tire (1, 101), the inner edge (11B, 111B) in the tire axial direction of the land surface of each shoulder block (11, 111) protrudes on an outer side in a tire radial direction with respect to a virtual profile (18, 118) obtained by extending a profile of a land surface of the middle block (12, 112) to the shoulder block (11, 111). the tread portion (2, 102) includes a plurality of blocks (10, 110) raised from a groove bottom surface (9, 109), the plurality of blocks (10, 110) include a plurality of shoulder blocks (11, 111) forming tread ends (Te), and a plurality of middle blocks (12, 112) adjacent to inner sides in a tire axial direction of the shoulder blocks (11, 111), a side surface (S, SU) on the inner side in the tire axial direction of each shoulder block (11, 111) includes one first side surface (S1, SU1) extending from an inner edge (11B, 111B) in the tire axial direction of a land surface of the shoulder block (11, 111) toward a groove bottom, and at least one second side surface (S2, SU2) extending from a bottom side end of the first side surface (S1, SU1) toward the groove bottom, and the second side surface (S2, SU2) is a surface inclined toward the inner side in the tire axial direction relative to the first side surface (S1, SU1), characterized in that, in a meridian cross-section including a tire rotation axis in a normal state which is a state where the tire (1, 101) is fitted on a normal rim with a normal internal pressure and no load is applied to the tire (1, 101), the inner edge (11B, 111B) in the tire axial direction of the land surface of each shoulder block (11, 111) protrudes on an outer side in a tire radial direction with respect to a virtual profile (18, 118) obtained by extending a profile of a land surface of the middle block (12, 112) to the shoulder block (11, 111).
1. A device for preservability enhancement based on cellular water activation comprising: a primary energy wave generation unit and a tertiary complex wave generation and amplification unit, wherein the primary energy wave generation unit in use generates, by receiving AC 220 V power from a 220 V power input unit via a noise filter, an electromagnetic field by means of an electric coil therein, and generates a preconfigured frequency which is a first cell-activating signal in which a generated electric field and electromagnetic field energy are included, and in use generates free electrons by means of the flow of an electric current therein resulting from the electromagnetic field; and the tertiary complex wave generation and amplification unit in use receives, via an output terminal of the primary energy wave generation unit, free electrons and an electromagnetic field having information on the primary energy wave generation unit generated by the primary energy wave generation unit, and the tertiary complex wave generation and amplification unit in use combines, amplifies and emits the first cell-activating energy wave by using the received free electrons and electromagnetic field, characterized in that the tertiary complex wave generation and amplification unit in use delivers a first cell-activating signal wave received from the primary energy wave generation unit to an A low frequency wave generation unit, a B low frequency wave generation unit, and a C low frequency wave generation unit and mixes the A to C low frequency waves in a low frequency pairing mixing unit so as to generate a cell-activating complex frequency wave and delivers the same to a complex wave amplification unit.