mhurhangee/patent-ind-claim-en huggingface dataset:
A method for cutting chewing gum, the method comprising: providing a chewing gum sheet to at least one cutting device having at least one cutting surface; applying oil directly to at least one cutting surface of said at least one cutting device, wherein said applying of said oil to said at least one cutting device is achieved via an oil sprayer; scoring said chewing gum sheet to a depth less than the entire height of the chewing gum via said at least one cutting surface of said at least one cutting device to form a gum web of chewing gum; facilitating separation of said chewing gum web from said at least one cutting device via said oil applied to said at least one cutting device; removing excess chewing gum from said at least one cutting device via application of compressed air; and removing excess oil from an exit conveyor via an oil scraper. providing a chewing gum sheet to at least one cutting device having at least one cutting surface; applying oil directly to at least one cutting surface of said at least one cutting device, wherein said applying of said oil to said at least one cutting device is achieved via an oil sprayer; scoring said chewing gum sheet to a depth less than the entire height of the chewing gum via said at least one cutting surface of said at least one cutting device to form a gum web of chewing gum; facilitating separation of said chewing gum web from said at least one cutting device via said oil applied to said at least one cutting device; removing excess chewing gum from said at least one cutting device via application of compressed air; and removing excess oil from an exit conveyor via an oil scraper.
A method for minimizing accident consequences with a first, braking vehicle and a second vehicle approaching the first, wherein, in a first phase, if at least a first condition is present, the braking of the first vehicle is at least partially released to prevent a collision or at least to limit the severity thereof, wherein, in a second phase, if a second condition is present, the braking of the first vehicle is at least partially reactivated, characterized in that the first, braking vehicle is a parked vehicle with an active parking brake, wherein the parking brake is at least partially released in the first phase and reactivated in the second phase.
A method for creating a picocell service alternate to a multiple access wireless network service, the method comprising: detecting a multiple access, MA, wireless telephone communications network; and generating a first picocell in response to detecting the MA wireless network; receiving control signals originating from a MA wireless network base station; identifying the MA wireless network in response to the base station control signals; and the method characterised by , wherein generating the first picocell includes generating first picocell control signals equivalent to the base station control signals such that a mobile station in the first picocell responds to the first picocell control signals instead of the base station control signals wherein the first picocell control signals being equivalent to the base station control signals comprises using one or more of a common frequency band, signal modulation or medium access control (MAC) format. detecting a multiple access, MA, wireless telephone communications network; and generating a first picocell in response to detecting the MA wireless network; receiving control signals originating from a MA wireless network base station; identifying the MA wireless network in response to the base station control signals; and the method characterised by , wherein generating the first picocell includes generating first picocell control signals equivalent to the base station control signals such that a mobile station in the first picocell responds to the first picocell control signals instead of the base station control signals wherein the first picocell control signals being equivalent to the base station control signals comprises using one or more of a common frequency band, signal modulation or medium access control (MAC) format.
Edge processing arrangement with an edge processing machine , which has a contact pressure zone in which the supplied edge strips are pressed against the narrow side of a plate-shaped product of wood or wood substitutes, with an edge strip store in which a number of different edge strips are stored, as well as with a supply path which is arranged between the edge strip store and the contact pressure zone and via which a single edge strip is supplied to the contact pressure zone in a supply direction, wherein the edge strip store is arranged above or below the contact pressure zone of the edge processing machine , wherein the supply path comprises at least one turning means which is designed to turn the edge strip at least section by section about its longitudinal axis running in the supply direction, characterised in that the edge processing arrangement is set up to separate the edge strips individually after the edge strip store before they pass into the supply path , wherein between the edge strip store and the supply path there is an edge magazine which can convey a number of edge strips and which can feed one or a number of these strips, previously cut length, to the supply path , wherein a blade cutter is provided in the region of the edge magazine .
Radiation protection apparatus for the eyes, in particular the crystalline lenses, of medical staff such as physicians or diagnostic staff from x-ray radiation or other ionizing radiation during medical examinations, comprising a housing which is positionable on the head in front of the eye area, wherein the housing consists of a shell-like frame which encloses the eye area and, to the sides, the temples of the wearer in lightproof fashion, wherein the shell-like frame is provided firstly with a wearing device to be placed on the head and secondly with a nose support to be positioned on the nasal bridge of the wearer, wherein the wearing device is in the form of a ring which is adapted to the shape of the head or which independently adapts itself to the shape of the head, to which ring the housing with the shell-like frame is fastened in suspended fashion, and wherein a head cushion , which is supported on the back of the head, is arranged on the ring diametrically opposite to the housing , wherein the shell-like frame is provided with a front-side opening which ranges over the entire width thereof and fitted in which is a shield made of a material that does not transmit x-ray or ionizing radiation, and wherein at least one playback device for stereoscopic playback of video information in real time is arranged within the shell-shaped frame on the back side of the shield facing the eyes, the said playback device being coupled to optical recording equipment or a camera which is arranged in front of the shield on the side thereof facing away from the eyes of the wearer. wherein the housing consists of a shell-like frame which encloses the eye area and, to the sides, the temples of the wearer in lightproof fashion, wherein the shell-like frame is provided firstly with a wearing device to be placed on the head and secondly with a nose support to be positioned on the nasal bridge of the wearer, wherein the wearing device is in the form of a ring which is adapted to the shape of the head or which independently adapts itself to the shape of the head, to which ring the housing with the shell-like frame is fastened in suspended fashion, and wherein a head cushion , which is supported on the back of the head, is arranged on the ring diametrically opposite to the housing , wherein the shell-like frame is provided with a front-side opening which ranges over the entire width thereof and fitted in which is a shield made of a material that does not transmit x-ray or ionizing radiation, and wherein at least one playback device for stereoscopic playback of video information in real time is arranged within the shell-shaped frame on the back side of the shield facing the eyes, the said playback device being coupled to optical recording equipment or a camera which is arranged in front of the shield on the side thereof facing away from the eyes of the wearer.
A mixing shaft comprising a tool holder and a mixing blade , wherein the tool holder has a recess in which a portion of the mixing blade is fixed, wherein there is provided a clamping portion fitted into the recess for fixing the mixing blade portion in the recess, wherein the clamping portion , the recess and the mixing blade portion are of such a configuration that a force-locking connection of the mixing blade in the recess is implemented by means of the clamping portion , wherein the recess has a first and a second recess portion, wherein the mixing blade portion is arranged in the first recess portion and the clamping portion is arranged at least partially in the second recess portion, wherein the tool holder has an axis of rotation and the mixing shaft is adapted to be rotated about the axis of rotation, wherein the second recess portion is arranged in the axial direction beside the first recess portion, characterised in that the clamping portion is supported both at the mixing blade portion and also at a wall of the second recess portion, wherein both the clamping portion and also either the mixing blade portion or the wall of the second recess portion have mutually corresponding wedge surfaces , or the clamping portion is of a two-part structure and the two parts of the clamping portion have mutually corresponding wedge surfaces .
An apparatus used downhole adjacent a surrounding surface , the apparatus comprising: a first element disposed on the apparatus and being compressible longitudinally to expand radially outward and seal against the surrounding surface ; a spacer disposed on the apparatus adjacent the first element , the spacer comprising a ring body and a cylindrical lip , the ring body extending radially outward from the apparatus against the first element , the cylindrical lip extending longitudinally adjacent the apparatus from the ring body to a distal end away from the ring body and the first element , the distal end of the cylindrical lip having an increase in thickness extending radially outward from the apparatus ; a second element disposed on the apparatus and separated at least partially from the first element by the ring body of the spacer , the second element having a first end at least partially overlapping against the cylindrical lip of the spacer and covering the distal end such that the distal end props up the first end of the second element , the second element being compressible longitudinally to expand radially outward and seal against the surrounding surface ; and a ring disposed on the apparatus , the ring at least partially overlapping a second end of the second element and at least partially limiting the radial expansion of the second element . a first element disposed on the apparatus and being compressible longitudinally to expand radially outward and seal against the surrounding surface ; a spacer disposed on the apparatus adjacent the first element , the spacer comprising a ring body and a cylindrical lip , the ring body extending radially outward from the apparatus against the first element , the cylindrical lip extending longitudinally adjacent the apparatus from the ring body to a distal end away from the ring body and the first element , the distal end of the cylindrical lip having an increase in thickness extending radially outward from the apparatus ; a second element disposed on the apparatus and separated at least partially from the first element by the ring body of the spacer , the second element having a first end at least partially overlapping against the cylindrical lip of the spacer and covering the distal end such that the distal end props up the first end of the second element , the second element being compressible longitudinally to expand radially outward and seal against the surrounding surface ; and a ring disposed on the apparatus , the ring at least partially overlapping a second end of the second element and at least partially limiting the radial expansion of the second element .
A molecular sieve SSZ-115 having, in its calcined form, a powder X-ray diffraction pattern as follows: and having a composition comprising the molar relationship: Al 2 O 3 : (n)SiOz wherein n is in a range of 5 to 100.
A concrete slab load transfer and connection apparatus (500; 700) comprising: a plurality of load transfer members (540a, 640d; 740a, 840d) for transferring loads between a pair of longitudinally adjacent concrete slabs; a first basket (510; 710) and a second basket (610; 810) supporting the load transfer members (540a, 640d; 740a, 840d); a plurality of slab connection members (560, 570; 770, 760) for connecting a pair of transversely adjacent concrete slabs, the plurality of slab connection members (560, 570; 770, 760) connecting the first and second baskets; and a plurality of linkage members (580, 582, 584, 586; 780, 782, 784, 786); wherein the plurality of slab connection members comprises two rods each having a first end removably connected to the first basket by one of the plurality of linkage members, and a second end removably connected to the second basket by another of the plurality of linkage members. a plurality of load transfer members (540a, 640d; 740a, 840d) for transferring loads between a pair of longitudinally adjacent concrete slabs; a first basket (510; 710) and a second basket (610; 810) supporting the load transfer members (540a, 640d; 740a, 840d); a plurality of slab connection members (560, 570; 770, 760) for connecting a pair of transversely adjacent concrete slabs, the plurality of slab connection members (560, 570; 770, 760) connecting the first and second baskets; and a plurality of linkage members (580, 582, 584, 586; 780, 782, 784, 786); wherein the plurality of slab connection members comprises two rods each having a first end removably connected to the first basket by one of the plurality of linkage members, and a second end removably connected to the second basket by another of the plurality of linkage members.
A method for communication in a wireless telecommunication network, the method comprising: providing, by a network element in a first cell in the network, uplink and downlink grants in the first cell, wherein the first cell is a low-power cell within the coverage area of a second, high-power cell, and wherein the first cell acts as a secondary cell and the second cell acts as a primary cell in a carrier aggregation mode, wherein the network element schedules the uplink and downlink grants based on information received from the second cell via an X2 interface between the first and second cells, and wherein at least one uplink control signal is received by one of only the first cell or both the first cell and the second cell; and receiving, by the network element in the first cell, a buffer status report independently from a buffer status report sent to the second cell; wherein, when dynamic TDD with slow adaptation is used in the first cell, the network element notifies the second cell about the actual TDD configuration used in the first cell, and when dynamic TDD with fast adaptation is used in the first cell, the network element notifies the second cell that dynamic TDD with fast adaptation is used in the first cell. providing, by a network element in a first cell in the network, uplink and downlink grants in the first cell, wherein the first cell is a low-power cell within the coverage area of a second, high-power cell, and wherein the first cell acts as a secondary cell and the second cell acts as a primary cell in a carrier aggregation mode, wherein the network element schedules the uplink and downlink grants based on information received from the second cell via an X2 interface between the first and second cells, and wherein at least one uplink control signal is received by one of only the first cell or both the first cell and the second cell; and receiving, by the network element in the first cell, a buffer status report independently from a buffer status report sent to the second cell; wherein, when dynamic TDD with slow adaptation is used in the first cell, the network element notifies the second cell about the actual TDD configuration used in the first cell, and when dynamic TDD with fast adaptation is used in the first cell, the network element notifies the second cell that dynamic TDD with fast adaptation is used in the first cell.
A mesh-based composition comprising a mesh and a coating, wherein said coating is a foamed composition comprising one or more cross-linkable proteins or polypeptides and one or more cross-linking materials, wherein at least a portion of said mesh is coated with said coating such that the mesh-based composition comprises two sections, a mesh-adhesive section which is composed of a mesh enclosed within said coating and a coating-only section which contains said coating alone, without mesh within it, wherein the coating-only section surrounds the mesh-adhesive section, and wherein the coated mesh is self-adhering, requires no additional fixation, and is capable of minimizing tissue adhesions upon application.
A computer-implemented method for conditionally performing data-processing, the method comprising: transforming a first secret including confidential data into a first public representation of the first secret; executing at least one instruction on the first secret to obtain a second secret ; transforming the second secret into a second public representation of the second secret; generating an instruction statement that conveys a relation between the first public representation of the first secret and the second public representation of the second secret; generating a first gestalt statement characterizing a first gestalt relation between a first plurality of piece-secrets, the first gestalt relation defining a manner in which the first plurality of piece-secrets combine to provide the first secret; generating a second gestalt statement characterizing a second gestalt relation between a second plurality of piece-secrets, the second gestalt relation defining a manner in which the second plurality of piece-secret combine to provide the second secret; providing the instruction statement, the first gestalt statement, and the second gestalt statement to enable verification of application of the instruction statement and the relation between the first secret and the second secret; and performing an action in response to the verification of the application, wherein the action is related to the confidential data. transforming a first secret including confidential data into a first public representation of the first secret; executing at least one instruction on the first secret to obtain a second secret ; transforming the second secret into a second public representation of the second secret; generating an instruction statement that conveys a relation between the first public representation of the first secret and the second public representation of the second secret; generating a first gestalt statement characterizing a first gestalt relation between a first plurality of piece-secrets, the first gestalt relation defining a manner in which the first plurality of piece-secrets combine to provide the first secret; generating a second gestalt statement characterizing a second gestalt relation between a second plurality of piece-secrets, the second gestalt relation defining a manner in which the second plurality of piece-secret combine to provide the second secret; providing the instruction statement, the first gestalt statement, and the second gestalt statement to enable verification of application of the instruction statement and the relation between the first secret and the second secret; and performing an action in response to the verification of the application, wherein the action is related to the confidential data.
A transmitter comprising: an L1 (Layer-1) signaling data generator configured to generate L1 signaling data including transmission parameter data and an extension field, the transmission parameter data generated from transmission parameters of a main signal; an error correction coding unit configured to perform error correction coding on the L1 signaling data output by the L1 signaling data generator ; and a mapper configured to perform mapping on the error correction coded L1 signaling data output by the error correction coding unit , characterized in that the L1 signaling data generator fills the extension field with a predetermined number of 1 bits and a predetermined number of 0 bits so as to decrease a difference between a total number of 0 bits and a total number of 1 bits of the L1 signaling data. an L1 (Layer-1) signaling data generator configured to generate L1 signaling data including transmission parameter data and an extension field, the transmission parameter data generated from transmission parameters of a main signal; an error correction coding unit configured to perform error correction coding on the L1 signaling data output by the L1 signaling data generator ; and a mapper configured to perform mapping on the error correction coded L1 signaling data output by the error correction coding unit , characterized in that the L1 signaling data generator fills the extension field with a predetermined number of 1 bits and a predetermined number of 0 bits so as to decrease a difference between a total number of 0 bits and a total number of 1 bits of the L1 signaling data.
Rotational body , which has at least one encircling groove at least in portions; wherein at least one insert is fastened, or able to be fastened, in the groove ; wherein the fastening takes place by a deformation of the at least one insert and/or the groove ; and wherein the groove is in portions formed by an additional component which is fastened to the rotational body on the front end. which has at least one encircling groove at least in portions; wherein at least one insert is fastened, or able to be fastened, in the groove ; wherein the fastening takes place by a deformation of the at least one insert and/or the groove ; and wherein the groove is in portions formed by an additional component which is fastened to the rotational body on the front end.
Metal-based shelf configured to equip a device for presenting items of merchandise, for example particularly a gondola, comprising an upper panel extending substantially longitudinally and forming an outside surface for exposing items of merchandise as well as an inside surface which is an opposite surface to the outside surface, a front face and a back face which is an opposite face to the front face each extending transversely from the upper panel and within the length of the shelf , a first side and a second side which is an opposite side to the first side, each extending transversely from the upper panel and within the depth of the shelf, the first side has at least two walls folded onto themselves and forming a first side fold, the second side having at least two walls folded onto themselves and forming a second side fold, characterized in that the shelf further comprises at least one holding member forming a tab , provided in at least one of the first and second side folds, and oriented inwardly of the shelf; said at least one tab being configured to enable the holding in position of the shelf on the device for presenting items of merchandise.