mhurhangee/patent-ind-claim-en huggingface dataset:
Self-retracting device for a furniture part which can be pulled out of a furniture body in a pull-out direction by means of a pull-out guide and pushed into the furniture body against the pull-out direction , comprising - a base body , - a slide which is mounted on or in the base body so as to be displaceable from a home position into a waiting position via a driving path, a retraction spring which acts on the slide into the home position and which engages at a first end at a base body engagement point on the base body and of which the second end is operatively connected to the slide , wherein the carriage is displaceable by coupling with a driver device , which is movable in the pull-out direction , against the force exerted by the retraction spring over the driving path from the basic position into the waiting position, in which the driver device can be uncoupled from the carriage and in which the carriage is held against the force of the retraction spring , wherein the retraction spring is connected to the carriage via an arm which is mounted on the carriage so as to be pivotable about a pivot axis and on which the retraction spring engages with its second end at a distance from the pivot axis at an arm engagement point, wherein the arm is guided by the base body with respect to its swivel position about the swivel axis during the displacement of the carriage over the driving path from the home position into the waiting position and the swivel position of the arm about the swivel axis changes during the displacement of the carriage over the driving path from the home position into the waiting position, characterized in that by guiding the pivot position of the arm by the base body , the arm is pivoted during the displacement of the carriage , starting from the home position over an initial section of the driving path, in the direction of rotation in which the distance of the arm engagement point of the retraction spring from the base body engagement point of the retraction spring increases. - a base body , - a slide which is mounted on or in the base body so as to be displaceable from a home position into a waiting position via a driving path, a retraction spring which acts on the slide into the home position and which engages at a first end at a base body engagement point on the base body and of which the second end is operatively connected to the slide , wherein the carriage is displaceable by coupling with a driver device , which is movable in the pull-out direction , against the force exerted by the retraction spring over the driving path from the basic position into the waiting position, in which the driver device can be uncoupled from the carriage and in which the carriage is held against the force of the retraction spring ,
A method in a network device , comprising: transmitting (S710) a Random Access Channel, RACH, Occasion configuration to a terminal device , the RACH Occasion configuration comprising: - a first time resource indication identifying at least a first set of time resources in which the terminal device is allowed to transmit a RACH preamble according to a first random access procedure, - a first frequency resource indication identifying at least a first set of frequency resources in which the terminal device is allowed to transmit the RACH preamble according to the first random access procedure, - a second time resource indication identifying at least a second set of time resources in which the terminal device is allowed to transmit a RACH preamble according to a second random access procedure, and - a second frequency resource indication identifying at least a second set of frequency resources in which the terminal device is allowed to transmit the RACH preamble according to the second random access procedure; and receiving (S720) a RACH preamble which is transmitted from the terminal device according to the RACH Occasion configuration. transmitting (S710) a Random Access Channel, RACH, Occasion configuration to a terminal device , the RACH Occasion configuration comprising: - a first time resource indication identifying at least a first set of time resources in which the terminal device is allowed to transmit a RACH preamble according to a first random access procedure, - a first frequency resource indication identifying at least a first set of frequency resources in which the terminal device is allowed to transmit the RACH preamble according to the first random access procedure, - a second time resource indication identifying at least a second set of time resources in which the terminal device is allowed to transmit a RACH preamble according to a second random access procedure, and - a second frequency resource indication identifying at least a second set of frequency resources in which the terminal device is allowed to transmit the RACH preamble according to the second random access procedure; and - a first time resource indication identifying at least a first set of time resources in which the terminal device is allowed to transmit a RACH preamble according to a first random access procedure, - a first frequency resource indication identifying at least a first set of frequency resources in which the terminal device is allowed to transmit the RACH preamble according to the first random access procedure, - a second time resource indication identifying at least a second set of time resources in which the terminal device is allowed to transmit a RACH preamble according to a second random access procedure, and - a second frequency resource indication identifying at least a second set of frequency resources in which the terminal device is allowed to transmit the RACH preamble according to the second random access procedure; and receiving (S720) a RACH preamble which is transmitted from the terminal device according to the RACH Occasion configuration.
A method for Internet Protocol Multimedia Subsystem, IMS, registration, the method being applied to a terminal, the method comprising: determining (S11), by the terminal, whether a network side supports an IMS service; acquiring (S12), by the terminal, according to an IMS Access Point Name, APN, an address for the IMS registration if the network side supports the IMS service; performing (S13), by the terminal, the IMS registration according to the acquired address for the IMS registration; and initiating (S14), by the terminal, if the IMS registration fails, an IMS re-registration; characterized in that initiating (S14), by the terminal, if the IMS registration fails, the IMS re-registration comprises: initiating the IMS re-registration if a number of times that the IMS registration is performed is below a first preset threshold; and re-acquiring (S15), if the number of times that the IMS registration is performed reaches the first preset threshold, an address for an IMS registration, and initiating the IMS registration according to the re-acquired address for the IMS registration. determining (S11), by the terminal, whether a network side supports an IMS service; acquiring (S12), by the terminal, according to an IMS Access Point Name, APN, an address for the IMS registration if the network side supports the IMS service; performing (S13), by the terminal, the IMS registration according to the acquired address for the IMS registration; and initiating (S14), by the terminal, if the IMS registration fails, an IMS re-registration; characterized in that initiating (S14), by the terminal, if the IMS registration fails, the IMS re-registration comprises: initiating the IMS re-registration if a number of times that the IMS registration is performed is below a first preset threshold; and re-acquiring (S15), if the number of times that the IMS registration is performed reaches the first preset threshold, an address for an IMS registration, and initiating the IMS registration according to the re-acquired address for the IMS registration. initiating the IMS re-registration if a number of times that the IMS registration is performed is below a first preset threshold; and re-acquiring (S15), if the number of times that the IMS registration is performed reaches the first preset threshold, an address for an IMS registration, and initiating the IMS registration according to the re-acquired address for the IMS registration.
Magnetic radial bearing for the rotatable mounting of a rotor having - a stator comprising several coil assemblies , wherein - the coil assemblies are arranged around an axis of the radial bearing in a circumferential direction, - each of the coil assemblies comprises a laminated core with single sheets and - each of the coil assemblies comprises a coil that is wound the around the corresponding laminated core, - wherein the single sheets in every laminated core are stacked in the circumferential direction, - wherein each laminated core is arched in the circumferential direction and, in the circumferential direction, has a contour which is at a constant distance to a prespecified shaft to be mounted, - wherein the coil assemblies overall have an approximately kidney-shaped form in each case, - wherein the magnetic radial bearing has an annular housing in which the coil assemblies are secured, - wherein the housing is in two parts and each of the two parts of the housing has an annular shape and - wherein a separate supporting ring for radially supporting the coil assemblies is attached to the inner circumference of the annular housing . - a stator comprising several coil assemblies , wherein - the coil assemblies are arranged around an axis of the radial bearing in a circumferential direction, - each of the coil assemblies comprises a laminated core with single sheets and - each of the coil assemblies comprises a coil that is wound the around the corresponding laminated core, - wherein the single sheets in every laminated core are stacked in the circumferential direction, - wherein each laminated core is arched in the circumferential direction and, in the circumferential direction, has a contour which is at a constant distance to a prespecified shaft to be mounted, - wherein the coil assemblies overall have an approximately kidney-shaped form in each case, - wherein the magnetic radial bearing has an annular housing in which the coil assemblies are secured, - wherein the housing is in two parts and each of the two parts of the housing has an annular shape and - wherein a separate supporting ring for radially supporting the coil assemblies is attached to the inner circumference of the annular housing .
Visibility packaging (100; 200) for energy storage elements , having the following features: a. the visibility packaging (100; 200) is formed from at least one blank composed of a sheet material, with formation of a rear wall and a front wall of the visibility packaging, b. the front wall is spaced apart from the rear wall to form a receiving space for the energy storage elements , c. the front wall is provided with at least one viewing cutout , d. the front wall comprises at least one web , and e. the web has a central apex region which is fixed to a contact region of the rear wall , wherein the web and the rear wall together form a K-shaped cross section in a closure position and wherein the web closes a removal opening of the receiving space , characterized in that f. the rear wall has at least one perforation (30; 31; 32; 33) which delimits the contact region from the rest of the rear wall and which makes it possible to separate the contact region from the rear wall , such that the web can be transferred, by way of a folding operation, into a removal position in which the apex region of the web is spaced apart from the rear wall and the web frees the removal opening of the receiving space . a. the visibility packaging (100; 200) is formed from at least one blank composed of a sheet material, with formation of a rear wall and a front wall of the visibility packaging, b. the front wall is spaced apart from the rear wall to form a receiving space for the energy storage elements , c. the front wall is provided with at least one viewing cutout , d. the front wall comprises at least one web , and e. the web has a central apex region which is fixed to a contact region of the rear wall , wherein the web and the rear wall together form a K-shaped cross section in a closure position and wherein the web closes a removal opening of the receiving space , characterized in that f. the rear wall has at least one perforation (30; 31; 32; 33) which delimits the contact region from the rest of the rear wall and which makes it possible to separate the contact region from the rear wall , such that the web can be transferred, by way of a folding operation, into a removal position in which the apex region of the web is spaced apart from the rear wall and the web frees the removal opening of the receiving space .
Modular fastening for track crossings, comprising a lower plate and a shoulder attached by means of adhesive bonding to each end of the lower plate , forming a single-block assembly, where each shoulder comprises means for anchoring the fastening on a support surface, the lower plate comprising a central segment running between the shoulders on a face above the face for anchoring to the support surface, characterized in that it comprises two plate assemblies , where each plate assembly can be mounted on the lower plate by means of two rail spikes going through the plate assembly and allows the fixing of a rail (B), each plate assembly comprising an intermediate plate and an upper plate , wherein the lower face of the intermediate plate comprises a recess for the fitting thereof on the central segment of the lower plate , and the upper face of which comprises a circular projection configured for fitting in a circular recess located on a lower face of the upper plate on which a rail (B) can be supported, such that said upper plate can be oriented with respect to said intermediate plate , wherein the upper plate comprises at least two curved elongated holes allowing play of the rail spikes mounting the plate assembly on the lower plate .
An apparatus for disinfecting objects of various shapes and sizes, the apparatus comprising: a housing enclosing a disinfecting chamber in which objects are to be placed; ultraviolet light sources angularly displaced around the edge of the disinfecting chamber to emit ultraviolet light into the disinfecting chamber to be imparted on the object in the disinfecting chamber for deactivating at least a portion of the biologically-active contaminant present on the object; a liner provided to the disinfecting chamber and comprising a reflective element so that the ultraviolet light is reflected around the chamber to provide maximum incidence with the object; the apparatus being characterized by a wall within the disinfecting chamber , the wall being formed at least in part from a material that is substantially-transparent to ultraviolet light against which objects are to be leaned, wherein the ultraviolet light is transmitted through the material to reach a portion of the object contacting the wall ; and a floor of the disinfecting chamber with a pyramidal shape with depressions to limit a contact area with the object in the disinfecting chamber , wherein the floor rotates within the disinfecting chamber during a disinfecting procedure relative to the ultraviolet light source to expose the object to be disinfected to every ultraviolet light source at a variety of angles and further promote maximum incidence between the object and ultraviolet light source . a housing enclosing a disinfecting chamber in which objects are to be placed; ultraviolet light sources angularly displaced around the edge of the disinfecting chamber to emit ultraviolet light into the disinfecting chamber to be imparted on the object in the disinfecting chamber for deactivating at least a portion of the biologically-active contaminant present on the object; a liner provided to the disinfecting chamber and comprising a reflective element so that the ultraviolet light is reflected around the chamber to provide maximum incidence with the object; the apparatus being characterized by a wall within the disinfecting chamber , the wall being formed at least in part from a material that is substantially-transparent to ultraviolet light against which objects are to be leaned, wherein the ultraviolet light is transmitted through the material to reach a portion of the object contacting the wall ; and a floor of the disinfecting chamber with a pyramidal shape with depressions to limit a contact area with the object in the disinfecting chamber , wherein the floor rotates within the disinfecting chamber during a disinfecting procedure relative to the ultraviolet light source to expose the object to be disinfected to every ultraviolet light source at a variety of angles and further promote maximum incidence between the object and ultraviolet light source .
A multi-antenna transceiver system comprising: a group of transceiver chips (201-202, 301-302, 401a-402a, 401b-402b, 501a-502a, 501b-502b); and a reference frequency generator configured to provide a reference frequency for each transceiver chip of the group, wherein the reference frequency is lower than 1 GHz, wherein each transceiver chip has a respective chip-associated frequency generator configured to provide a respective conversion frequency based on the reference frequency, wherein each respective conversion frequency is higher than the reference frequency, wherein each transceiver chip is configured to use the respective conversion frequency for on-chip frequency conversion of a transceiver signal, and characterized in that the reference frequency is provided directly to a first transceiver chip of the group, and the reference frequency is provided via the first transceiver chip to a second transceiver chip of the group. a group of transceiver chips (201-202, 301-302, 401a-402a, 401b-402b, 501a-502a, 501b-502b); and a reference frequency generator configured to provide a reference frequency for each transceiver chip of the group, wherein the reference frequency is lower than 1 GHz, wherein each transceiver chip has a respective chip-associated frequency generator configured to provide a respective conversion frequency based on the reference frequency, wherein each respective conversion frequency is higher than the reference frequency, wherein each transceiver chip is configured to use the respective conversion frequency for on-chip frequency conversion of a transceiver signal, and characterized in that the reference frequency is provided directly to a first transceiver chip of the group, and the reference frequency is provided via the first transceiver chip to a second transceiver chip of the group.
Coating material combination for producing a coating system, consisting of a surfacer coat and topcoat, on a substrate consisting of a coating material comprising at least one colour-imparting pigment and comprising at least one externally crosslinking binder as main binder for forming a surfacer coat on a substrate, and of a coating material comprising at least one colour-imparting pigment and comprising at least one externally crosslinking binder as main binder for forming a topcoat on the surfacer coat, characterized in that the coating material for forming the surfacer coat and the coating material for forming the topcoat are compatible according to DIN EN ISO 12944-5:2008-1, where the coating material for forming the topcoat can be applied to the surfacer coat before the surfacer coat has reached drying stage 1 according to DIN 53150:2002-09, the drying stage being determined according to EN ISO 9117-3:2010, and the coating materials for forming the surfacer coat and the topcoat comprise, as solvents, organic solvents.
Activated stem cells for use in a method of repairing damaged pancreatic tissue in a treatment of a diabetic condition, comprising: obtaining unactivated stem cells; forming activated stem cells from the unactivated stem cells by treating the stem cells with an expanded, phase conjugated, amplitude modulated laser beam, wherein the expanded, phase conjugated, amplitude modulated laser beam is formed by passing laser light through a beam expander , such that the laser light expands by between two to ten times, and then through a phase cancellation device , and wherein the expanded, phase conjugated, amplitude modulated laser beam comprises a plurality of short duration pulses having a pre-defined wavelength and a pre-defined amplitude; administering the activated stem cells into a body containing the biological tissue; and transcutaneously applying a homing coherent laser beam along at least one axis such that the homing coherent laser beam interacts with said damaged tissue. obtaining unactivated stem cells; forming activated stem cells from the unactivated stem cells by treating the stem cells with an expanded, phase conjugated, amplitude modulated laser beam, wherein the expanded, phase conjugated, amplitude modulated laser beam is formed by passing laser light through a beam expander , such that the laser light expands by between two to ten times, and then through a phase cancellation device , and wherein the expanded, phase conjugated, amplitude modulated laser beam comprises a plurality of short duration pulses having a pre-defined wavelength and a pre-defined amplitude; administering the activated stem cells into a body containing the biological tissue; and transcutaneously applying a homing coherent laser beam along at least one axis such that the homing coherent laser beam interacts with said damaged tissue.
A linear pipe tensioner comprising: a frame ; a first track assembly secured to the frame and having a first track operatively associated with two first track axles , the first track comprising a first gripping pad , the first gripping pad having a first compliant member having a plurality of slots , and a plurality of gripping members disposed on a first gripping member plate and within the respective plurality of slots ; and a second track assembly secured to the frame and having a second track operatively associated with two second track axles , wherein the second track assembly is secured to the frame spaced from the first track to define a pathway between the first track and the second track for receiving a pipe, wherein each gripping member of the plurality of gripping members has a rectangular shape, and wherein each gripping member of the plurality of gripping members is disposed within the respective plurality of the slots at a non-right angle relative to a longitudinal surface and a lateral surface of the gripping member plate . a frame ; a first track assembly secured to the frame and having a first track operatively associated with two first track axles , the first track comprising a first gripping pad , the first gripping pad having a first compliant member having a plurality of slots , and a plurality of gripping members disposed on a first gripping member plate and within the respective plurality of slots ; and a second track assembly secured to the frame and having a second track operatively associated with two second track axles , wherein the second track assembly is secured to the frame spaced from the first track to define a pathway between the first track and the second track for receiving a pipe,