mhurhangee/patent-ind-claim-en huggingface dataset:
Handling method for handling a workpiece produced from a plate-shaped material at least by a separating machining, in particular cutting or punching machining, in which the workpiece is gripped and removed with a handling device which accommodates a plurality of holding devices on a support frame , each holding device comprising at least one gripper which has a form-locking piece at one end of a gripper arm , which has an upper and lower gripping section which are spaced apart and aligned towards one another and are both delimited at the same end of the gripping arm by a stop section and the gripping sections and the stop section located therebetween form a U-shaped gripping space for positive gripping on an edge section of an inner or outer contour of the workpiece , and each gripper is received with the gripper arm in a housing , in which a drive is provided, in which the gripper can be actuated by means of a traversing movement and the plurality of holding devices with the support frame are transferred into a plane of the edge section of the workpiece to be gripped and the form-fitting piece of the holding device is moved from an initial position into a gripping position , in which the edge portion of the workpiece to be gripped is embraced by the U-shaped gripping space of the positive-locking piece , characterized in that the holding device for transferring the gripper into the starting position is moved and held by applying a vacuum against a restoring force in the drive and is deactivated after the form-fitting piece has plunged into the plane of the workpiece , so that the gripper with the form-fitting piece is moved into the gripping position with respect to the workpiece and is held independently in the gripping position .
A surgical apparatus comprising: a proximal body portion ; a distal body portion selectively articulable relative to the proximal body portion at an articulation joint and including a distal end configured for selective engagement with a loading unit , the distal body portion defining a longitudinal axis and having a diameter and a length; and a first drive gear disposed within the distal body portion, a rotation gear disposed within the distal body portion for rotating the distal end of the distal body portion about the longitudinal axis; a drive transfer assembly extending between the proximal and distal body portions, the drive transfer assembly including first and second horizontal bevel gears disposed about the articulation joint; a first distal bevel gear operably connected to the first horizontal bevel gear , and a second distal bevel gear operably connected the second horizontal bevel gear , the first distal bevel gear being connected to the first drive gear by a first spur gear and the second distal bevel gear being connected to the rotation gear by a second spur gear , characterized in that : the first and second spur gears , the rotation gear , and the first drive gear are disposed within the same cross-sectional plane; and the length of the distal body portion is substantially the same as the diameter of the distal body portion. a proximal body portion ; a distal body portion selectively articulable relative to the proximal body portion at an articulation joint and including a distal end configured for selective engagement with a loading unit , the distal body portion defining a longitudinal axis and having a diameter and a length; and a first drive gear disposed within the distal body portion, a rotation gear disposed within the distal body portion for rotating the distal end of the distal body portion about the longitudinal axis; a drive transfer assembly extending between the proximal and distal body portions, the drive transfer assembly including first and second horizontal bevel gears disposed about the articulation joint; a first distal bevel gear operably connected to the first horizontal bevel gear , and a second distal bevel gear operably connected the second horizontal bevel gear , the first distal bevel gear being connected to the first drive gear by a first spur gear and the second distal bevel gear being connected to the rotation gear by a second spur gear , characterized in that : the first and second spur gears , the rotation gear , and the first drive gear are disposed within the same cross-sectional plane; and the length of the distal body portion is substantially the same as the diameter of the distal body portion.
An ice cream machine characterized in that it comprises: a batch freezing unit having: - a processing container forming a processing chamber for making an ice cream product; - a stirrer mounted inside the processing chamber ; - a motor operatively coupled to the stirrer to drive it in rotation; - a cooling system equipped with at least one heat exchanger associated with the processing container , for exchanging heat with the container and cooling the processing container ; - a unit for receiving and treating a capsule containing a basic preparation (P) for an ice cream product and comprising a seat for loading the capsule ; - a device for injecting a dilution liquid, associated with the processing container , for injecting the dilution liquid into the processing container ; - an injection device for injecting an extraction liquid or a mixture containing an extraction liquid, and which is associated with the receiving and treating unit to feed the extraction liquid or mixture into the capsule to allow extracting the basic preparation (P) from the interior of the capsule . - a processing container forming a processing chamber for making an ice cream product; - a stirrer mounted inside the processing chamber ; - a motor operatively coupled to the stirrer to drive it in rotation; - a cooling system equipped with at least one heat exchanger associated with the processing container , for exchanging heat with the container and cooling the processing container ; - a unit for receiving and treating a capsule containing a basic preparation (P) for an ice cream product and comprising a seat for loading the capsule ; - a device for injecting a dilution liquid, associated with the processing container , for injecting the dilution liquid into the processing container ; - an injection device for injecting an extraction liquid or a mixture containing an extraction liquid, and which is associated with the receiving and treating unit to feed the extraction liquid or mixture into the capsule to allow extracting the basic preparation (P) from the interior of the capsule .
A moisture absorbing polymeric product comprising a blend of - a non-elastomeric polymeric material selected from thermoplastic polystyrenes, and - a water absorbing agent, said agent having at least two components of which at least one is swellable when brought into contact with water, wherein the water absorbing agent comprises a combination of at least one zeolite and at least one alkaline earth metal oxide. - a non-elastomeric polymeric material selected from thermoplastic polystyrenes, and - a water absorbing agent, said agent having at least two components of which at least one is swellable when brought into contact with water,
A package structure, comprising: a substrate ; a sensing module disposed on an upper surface of the substrate and electrically connected to the substrate , wherein the sensing module comprises a capacitive sensor and an optical sensor , the capacitive sensor and the optical sensor share a pressing area; and a package colloid , wherein the package colloid comprises at least one portion of a photic zone disposed corresponding to the optical sensor; characterized in that the package colloid is disposed on the upper surface of the substrate and packaging the sensing module ; the sensing module is entirely enclosed in a volume defined by the package colloid and the substrate , to enable the package structure to be a whole and the capacitive sensor and the optical sensor to be packaged in one package structure. a substrate ; a sensing module disposed on an upper surface of the substrate and electrically connected to the substrate , wherein the sensing module comprises a capacitive sensor and an optical sensor , the capacitive sensor and the optical sensor share a pressing area; and a package colloid , wherein the package colloid comprises at least one portion of a photic zone disposed corresponding to the optical sensor; characterized in that the package colloid is disposed on the upper surface of the substrate and packaging the sensing module ; the sensing module is entirely enclosed in a volume defined by the package colloid and the substrate , to enable the package structure to be a whole and the capacitive sensor and the optical sensor to be packaged in one package structure.
A method , comprising: at a mobile device ; setting the mobile device to operate in a first operational mode that is a default mode for sending association requests to a base station ; sending an association request to the base station while operating in the first operational mode; in response to sending the association request , receiving a first mode control instruction from the base station operating in the first operational mode, wherein the first mode control instruction includes an instruction for the mobile device to switch to a second operational mode; setting the mobile device to operate in the second operational mode; sending additional signals to the base station while operating in the second operational mode; and receiving a second mode control instruction from the base station , the receiving of the second mode control instruction being performed in connection with the completion of a signal quality determination by the base station; the first operational mode and the second operational mode being respectively a full duplex and half-duplex LTE modes. at a mobile device ; setting the mobile device to operate in a first operational mode that is a default mode for sending association requests to a base station ; sending an association request to the base station while operating in the first operational mode; in response to sending the association request , receiving a first mode control instruction from the base station operating in the first operational mode, wherein the first mode control instruction includes an instruction for the mobile device to switch to a second operational mode; setting the mobile device to operate in the second operational mode; sending additional signals to the base station while operating in the second operational mode; and receiving a second mode control instruction from the base station , the receiving of the second mode control instruction being performed in connection with the completion of a signal quality determination by the base station; setting the mobile device to operate in a first operational mode that is a default mode for sending association requests to a base station ; sending an association request to the base station while operating in the first operational mode; in response to sending the association request , receiving a first mode control instruction from the base station operating in the first operational mode, wherein the first mode control instruction includes an instruction for the mobile device to switch to a second operational mode; setting the mobile device to operate in the second operational mode; sending additional signals to the base station while operating in the second operational mode; and receiving a second mode control instruction from the base station , the receiving of the second mode control instruction being performed in connection with the completion of a signal quality determination by the base station; the first operational mode and the second operational mode being respectively a full duplex and half-duplex LTE modes.
A cocktail of two monoclonal antibodies comprising one monoclonal antibody having heavy chain and light chain comprising polypeptides set forth in SEQ IDs NO. 9 and 10, respectively and second monoclonal antibody having heavy chain and light chain comprising polypeptides set forth in SEQ IDs NO. 11 and 12, respectively.
An auxiliary drive for a trailer, in particular a caravan, a boat trailer, a sales vehicle, a transport trailer or a car transport trailer, wherein the auxiliary drive is arranged at a frame of the trailer and includes at least one drive element , which can be engaged with a wheel of the trailer, and at least one dirt trap element connected to the trailer and comprising at least one opening and/or recess , wherein the auxiliary drive can be passed through the opening and/or recess , wherein an inner contour of the opening and/or recess is formed substantially corresponding to an outer contour of the auxiliary drive in the contact area between the opening and/or recess and the auxiliary drive , characterized in that the dirt trap element is at least partially composed of a material with high sliding properties in the area of the opening and/or recess or the opening and/or recess are at least partially surrounded by a material with high sliding properties or a separate element composed of a material with high sliding properties is at least partially arranged at the opening and/or recess .
A terminal , comprising: a transmitting/receiving section configured to monitor downlink control channel candidates in a first, predetermined frequency band out of a plurality of frequency bands; and the transmitting/receiving section further configured to receive downlink control information in the first frequency band; and a control section configured to perform a control to change the first predetermined frequency band to a second frequency band of the plurality of predetermined frequency bands, in which the downlink control channel candidates are monitored, based on the downlink control information received on the first, predetermined frequency band; characterized in that the control section is further configured to perform the control in accordance with a predetermined timer; the transmittinq/receivinq section is further configured to receive downlink control information in the second frequency band, and to receive and transmit data based on the downlink control information received in the first, predetermined frequency band and the downlink control information received in the second frequency band; wherein, when the predetermined timer expires, the control section is configured to set the frequency band in which the downlink control channel candidates are monitored to the first, predetermined frequency band; and wherein the second frequency band is wider than the first frequency band. a transmitting/receiving section configured to monitor downlink control channel candidates in a first, predetermined frequency band out of a plurality of frequency bands; and the transmitting/receiving section further configured to receive downlink control information in the first frequency band; and a control section configured to perform a control to change the first predetermined frequency band to a second frequency band of the plurality of predetermined frequency bands, in which the downlink control channel candidates are monitored, based on the downlink control information received on the first, predetermined frequency band; characterized in that the control section is further configured to perform the control in accordance with a predetermined timer; the transmittinq/receivinq section is further configured to receive downlink control information in the second frequency band, and to receive and transmit data based on the downlink control information received in the first, predetermined frequency band and the downlink control information received in the second frequency band; wherein, when the predetermined timer expires, the control section is configured to set the frequency band in which the downlink control channel candidates are monitored to the first, predetermined frequency band; and wherein the second frequency band is wider than the first frequency band.
A latch hook length adjustment arrangement comprising: a latch hook body comprising a hook and a rod extending from the hook ; and an adjustment nut comprising a first side surface , a second side surface disposed opposite the adjustment nut from the first side surface , and a radially outer surface , wherein the adjustment nut is configured to threadingly couple to the rod , characterized in that the latch hook length adjustment arrangement further comprises: a plurality of detent pockets disposed in the first side surface of the adjustment nut ; a bearing sleeve configured to receive the rod , and comprising a hollow sleeve portion , a flange extending radially outward from the hollow sleeve portion , and a bearing disposed in the flange , the plurality of detent pockets being configured to receive the bearing to secure the adjustment nut at a rotational position with respect to the rod ; and a spring member configured to bias the adjustment nut against the bearing sleeve . a latch hook body comprising a hook and a rod extending from the hook ; and an adjustment nut comprising a first side surface , a second side surface disposed opposite the adjustment nut from the first side surface , and a radially outer surface , wherein the adjustment nut is configured to threadingly couple to the rod , a plurality of detent pockets disposed in the first side surface of the adjustment nut ; a bearing sleeve configured to receive the rod , and comprising a hollow sleeve portion , a flange extending radially outward from the hollow sleeve portion , and a bearing disposed in the flange , the plurality of detent pockets being configured to receive the bearing to secure the adjustment nut at a rotational position with respect to the rod ; and a spring member configured to bias the adjustment nut against the bearing sleeve .
A spectral sensor for detection of individual light-emitting particles , said sensor comprising an array of photo-sensitive detectors for detecting light emitted by said individual light-emitting particles ; a filter array comprising a plurality of different band-stop filters ; wherein the filter array is configured to transmit wavelengths in a detectable wavelength region to the array of photo-sensitive detectors , and wherein each band-stop filter is associated with one or more particular photo-sensitive detectors , and wherein the plurality of different band-stop filters are configured to reflect different wavelength intervals within said detectable wavelength region so that each photo-sensitive detector of the array is configured to detect the wavelengths of the detectable wavelength region other than the reflected wavelength interval of the band-stop filter being associated with the photo-sensitive detector , wherein each band-stop filter of the filter array is configured to reflect a wavelength interval in said detectable wavelength region and transmit all other wavelengths in said detectable wavelength region, wherein the plurality of different band-stop filters comprises at least three different types of band-stop filters , wherein the reflected wavelength intervals of the three different types of band-stop filters do not overlap; a processing unit in communication with said array of photo-sensitive detectors and configured for determining a spectral characteristic of an individual light-emitting particle based on the response from said array of photo-sensitive detectors . an array of photo-sensitive detectors for detecting light emitted by said individual light-emitting particles ; a filter array comprising a plurality of different band-stop filters ; wherein the filter array is configured to transmit wavelengths in a detectable wavelength region to the array of photo-sensitive detectors , and wherein each band-stop filter is associated with one or more particular photo-sensitive detectors , and wherein the plurality of different band-stop filters are configured to reflect different wavelength intervals within said detectable wavelength region so that each photo-sensitive detector of the array is configured to detect the wavelengths of the detectable wavelength region other than the reflected wavelength interval of the band-stop filter being associated with the photo-sensitive detector , wherein each band-stop filter of the filter array is configured to reflect a wavelength interval in said detectable wavelength region and transmit all other wavelengths in said detectable wavelength region, wherein the plurality of different band-stop filters comprises at least three different types of band-stop filters , wherein the reflected wavelength intervals of the three different types of band-stop filters do not overlap; a processing unit in communication with said array of photo-sensitive detectors and configured for determining a spectral characteristic of an individual light-emitting particle based on the response from said array of photo-sensitive detectors .
Heating, ventilation and/or air-conditioning device for a motor vehicle, comprising a housing comprising: - a first heat exchanger , - a flow duct for a flow of air, where the first heat exchanger is arranged, - a first bypass path for bypassing the first heat exchanger , - a first flap and a second flap that at least partially obstruct the flow duct for the flow of air, said flaps being located close to the first heat exchanger , the first flap being of the sliding type whereas the second flap is of a type different from said first flap , the second flap being of the drum type, the device comprising a synchronization mechanism for synchronising said flaps , this mechanism being housed inside the housing , a second heat exchanger being arranged upstream, with respect to the flow direction of the flow of air, of the first heat exchanger, the device comprising a second bypass path for bypassing the first heat exchanger , the second bypass path being arranged at a distance from the first bypass path , the first flap being arranged at the first bypass path and the second flap being arranged at the second bypass path , the device comprising a separation element arranged between said bypass paths of the first heat exchanger , comprising receiving means that are able to accommodate the first flap and the second flap , said heat exchangers being arranged essentially in parallel, said bypass paths being arranged on either side of the first heat exchanger . - a first heat exchanger , - a flow duct for a flow of air, where the first heat exchanger is arranged, - a first bypass path for bypassing the first heat exchanger , - a first flap and a second flap that at least partially obstruct the flow duct for the flow of air, said flaps being located close to the first heat exchanger ,