mhurhangee/ep-ind-claims huggingface dataset:
A treatment device for an endoscope comprising: a treatment part configured to treat tissue within a body cavity; a manipulating part configured to manipulate the treatment part; a manipulation shaft member that connects the treatment part and the manipulating part, and is configured to be advanced and retracted by manipulating the manipulating part; and a multiple coiled sheath that is formed by spirally winding a wire bundle having a plurality of element wires (f1, f2, f3, f4, f5) arranged in a longitudinal direction, and through which the manipulation shaft member is inserted so that the manipulation shaft member is capable of being advanced and retracted; characterized by a plurality of fixing portions arranged in a circumferential direction of the multiple coiled sheath; wherein the plurality of fixing portions is arranged between a distal end and a proximal end of the multiple coiled sheath so as to suppress a first relative movement between the adjacent element wires (f1, f2, f3, f4, f5) and a second relative movement between coils of the wire bundle that are adjacent to each other. a treatment part configured to treat tissue within a body cavity; a manipulating part configured to manipulate the treatment part; a manipulation shaft member that connects the treatment part and the manipulating part, and is configured to be advanced and retracted by manipulating the manipulating part; and a multiple coiled sheath that is formed by spirally winding a wire bundle having a plurality of element wires (f1, f2, f3, f4, f5) arranged in a longitudinal direction, and through which the manipulation shaft member is inserted so that the manipulation shaft member is capable of being advanced and retracted; characterized by a plurality of fixing portions arranged in a circumferential direction of the multiple coiled sheath; wherein the plurality of fixing portions is arranged between a distal end and a proximal end of the multiple coiled sheath so as to suppress a first relative movement between the adjacent element wires (f1, f2, f3, f4, f5) and a second relative movement between coils of the wire bundle that are adjacent to each other.
A method for wireless communications in an LTE system executed by a base station, eNB, comprising: transmitting a first message to a user equipment, UE, having a number of physical UE antenna ports, the first message to reconfigure a sounding reference signal, SRS, mode used by the UE; and indicating in a field in the first message, an SRS transmission port number out of a number of possible SRS transmission port numbers, wherein each SRS transmission port number corresponds to an integer that maps to one of a plurality of different combinations of a physical uplink shared channel, PUSCH, transmission port number and a PUSCH transmission mode physical antenna transmission scheme that uses the PUSCH transmission port number, wherein at least one of the plurality of different combinations comprises a single antenna transmission scheme using a PUSCH transmission port 0, a second of the plurality of different combinations comprises a two transmit antenna transmission scheme using one of the PUSCH transmission port 0 or a PUSCH transmission port 1, and a third of the plurality of different combinations comprises a four transmit antenna transmission scheme using one of the PUSCH transmission port 0, the PUSCH transmission port 1, a PUSCH transmission port 2, or a PUSCH transmission port 3, wherein a PUSCH transmission mode comprises a single antenna port mode and a multiple antenna port mode, wherein the SRS transmission ports and the PUSCH antenna ports are the same, and wherein the number of SRS transmission ports is greater than the number of physical UE antenna ports. transmitting a first message to a user equipment, UE, having a number of physical UE antenna ports, the first message to reconfigure a sounding reference signal, SRS, mode used by the UE; and indicating in a field in the first message, an SRS transmission port number out of a number of possible SRS transmission port numbers, wherein each SRS transmission port number corresponds to an integer that maps to one of a plurality of different combinations of a physical uplink shared channel, PUSCH, transmission port number and a PUSCH transmission mode physical antenna transmission scheme that uses the PUSCH transmission port number, wherein at least one of the plurality of different combinations comprises a single antenna transmission scheme using a PUSCH transmission port 0, a second of the plurality of different combinations comprises a two transmit antenna transmission scheme using one of the PUSCH transmission port 0 or a PUSCH transmission port 1, and a third of the plurality of different combinations comprises a four transmit antenna transmission scheme using one of the PUSCH transmission port 0, the PUSCH transmission port 1, a PUSCH transmission port 2, or a PUSCH transmission port 3, wherein a PUSCH transmission mode comprises a single antenna port mode and a multiple antenna port mode, wherein the SRS transmission ports and the PUSCH antenna ports are the same, and wherein the number of SRS transmission ports is greater than the number of physical UE antenna ports.
Probiotic composition comprising Bifidobacterium animalis subsp. lactis ( B. lactis), Bifidobacterium longum and Lactobacillus rhamnosus for use in the treatment and/or prevention of psoriasis outbreaks and/or psoriasis, wherein B. lactis is B. lactis CECT 8145, B. longum is B. longum ES1 CECT 7347 and L. rhamnosus is L. rhamnosus CECT 8361.
Process for producing composite semifinished products and further processing of these to give mouldings, characterized by the following steps: I. producing a reactive composition comprising a composition, II. directly impregnating a fibrous substrate with the composition from I., III. hardening the resin component in the composition by means of electromagnetic radiation, electron beam, or a plasma, IV. shaping to give the subsequent moulding and V. hardening the isocyanate component in the composition, where the composition essentially consists of the following components: A) a reactive resin component based on (meth)acrylate, where at least one constituent of the resin component has hydroxy groups, amine groups and/or thiol groups, B) as isocyanate component, at least one di- or polyisocyanate blocked with blocking agents and/or internally blocked and C) optionally at least one photoinitiator. I. producing a reactive composition comprising a composition, II. directly impregnating a fibrous substrate with the composition from I., III. hardening the resin component in the composition by means of electromagnetic radiation, electron beam, or a plasma, IV. shaping to give the subsequent moulding and V. hardening the isocyanate component in the composition, A) a reactive resin component based on (meth)acrylate, where at least one constituent of the resin component has hydroxy groups, amine groups and/or thiol groups, B) as isocyanate component, at least one di- or polyisocyanate blocked with blocking agents and/or internally blocked and C) optionally at least one photoinitiator.
A busbar arrangement, wherein the busbar arrangement comprises a first conductor structure and a second conductor structure, wherein the first conductor structure and the second conductor structure are not electrically connected in a direct manner, wherein the first conductor structure is trough-shaped, wherein the second conductor structure is trough-shaped, wherein at least one portion of the second conductor structure is arranged in an internal volume of the first conductor structure, and wherein at least one spacer is situated between the first conductor structure and the second conductor structure, characterised in that the first conductor structure is screwed to the spacer by means of a fastening screw (34, 35) and the second conductor structure, in the region of the at least one spacer, has at least one recess (32, 40), or the second conductor structure is screwed to the spacer by means of a fastening screw (34, 35) and the first conductor structure, in the region of the at least one spacer, has at least one recess (32, 40), the at least one spacer having at least one blind bore (30, 38), the blind bore (30, 38) having an inner thread for introducing the fastening screw (34, 35), or a threaded sleeve with an inner thread for introducing the fastening screw (34, 35) being situated in the blind bore (30, 38), a central axis of the blind bore (30, 38) intersecting the conductor structure (2, 3) in the region of the recess (32, 40).
A method for assessing the tightness of a servomotor housing, the servomotor comprising a motor assembly capable of generating a movement of a mechanical element, an assembly for detecting a position of the mechanical element connected removably to a connector, as well as a mechanical assembly connected removably to a connector and comprising the mechanical element and a manual control system, the mechanical assembly also comprising a communication space between the housing, the connector and the motor assembly, the communication space being isolated and hermetic with respect to the mechanical element, the method being implemented in the operational configuration of the servomotor, the connectors (15, 16) provided with their respective cables being installed, so as to test the tightness of the motor assembly, the position detection assembly and the connectors (15, 16), characterized in that the method comprises the following steps: - a step of decreasing the pressure inside said housing, from an initial pressure, and to a setpoint pressure, by implementing a fluid suction means connected to the servomotor using an opening of the housing, the opening being able to be closed by a stopper, - when the pressure inside said housing is equal to the setpoint pressure, a step of determining the evolution of the pressure inside said housing as a function of time, during a predetermined time interval, the fluid suction means no longer being put into action during this step, said fluid suction means further being connected to said housing so as to prevent, between the fluid suction means and the housing, any passage of fluid in the direction opposite the fluid suction direction, and - a step of assessing the tightness of the housing of the servomotor as a function of the determined pressure evolution. - a step of decreasing the pressure inside said housing, from an initial pressure, and to a setpoint pressure, by implementing a fluid suction means connected to the servomotor using an opening of the housing, the opening being able to be closed by a stopper, - when the pressure inside said housing is equal to the setpoint pressure, a step of determining the evolution of the pressure inside said housing as a function of time, during a predetermined time interval, the fluid suction means no longer being put into action during this step, said fluid suction means further being connected to said housing so as to prevent, between the fluid suction means and the housing, any passage of fluid in the direction opposite the fluid suction direction, and - a step of assessing the tightness of the housing of the servomotor as a function of the determined pressure evolution.
A molding system for a substrate, the substrate having a plurality of protrusion members on its surface, the molding system comprising: - first and second molds (22; 24) cooperating to apply a clamping force onto the substrate for molding; - a middle plate located between the first and second molds (22; 24) such that the substrate is clamped between the middle plate and the first mold during molding; - a plurality of molding cavities located on the second mold; and - through-holes formed in the middle plate corresponding to positions of the plurality of molding cavities, each through-hole being sized and configured for inserting a respective one of the plurality of protrusion members of the substrate to enable the protrusion member to communicate with a respective one of the plurality of molding cavities of the second mold; wherein molding compound is molded onto the protrusion members by the molding cavities during molding; whereby the second mold comprises a plunger pot in the form of an elongated channel which is operative to receive the molding compound for molding, runners connecting the plunger pot to the plurality of molding cavities, and a plunger for expelling the molding compound from the plunger pot into the plurality of molding cavities through the runners; wherein the molding system further comprises: - a plurality of blind holes located on the first mold for inserting and receiving the protrusion member of the substrate; and - a plurality of supporters located inside the plurality of blind holes that are biased by resilient devices to push the protrusion members towards the molding cavities on the second mold. - first and second molds (22; 24) cooperating to apply a clamping force onto the substrate for molding; - a middle plate located between the first and second molds (22; 24) such that the substrate is clamped between the middle plate and the first mold during molding; - a plurality of molding cavities located on the second mold; and - through-holes formed in the middle plate corresponding to positions of the plurality of molding cavities, each through-hole being sized and configured for inserting a respective one of the plurality of protrusion members of the substrate to enable the protrusion member to communicate with a respective one of the plurality of molding cavities of the second mold; wherein molding compound is molded onto the protrusion members by the molding cavities during molding; whereby the second mold comprises a plunger pot in the form of an elongated channel which is operative to receive the molding compound for molding, runners connecting the plunger pot to the plurality of molding cavities, and a plunger for expelling the molding compound from the plunger pot into the plurality of molding cavities through the runners; wherein the molding system further comprises: - a plurality of blind holes located on the first mold for inserting and receiving the protrusion member of the substrate; and - a plurality of supporters located inside the plurality of blind holes that are biased by resilient devices to push the protrusion members towards the molding cavities on the second mold.
A method performed by a server, comprising: receiving a markup language document from a web server via a network interface, the markup language document corresponding to a web page; parsing the markup language document into a number of blocks by a processor, each of the blocks comprising code between markers contained in the markup language document; the method being characterized by: assigning values to one or more of the blocks based on a desirability metric, said desirability metric indicating whether the information represented by the respective block is determined to be desired by one or more users; creating a second markup language document based on the received markup language document, wherein each block associated with a value that does not meet a predefined threshold is replaced by a replacement block, of the replacement blocks comprising markup language that, when rendered, provides a hypertext message for the user to press in order to view the replaced content; and assigning a higher value to any block having content that was requested a number of times greater than another predefined threshold, in response to receiving requests to said content. receiving a markup language document from a web server via a network interface, the markup language document corresponding to a web page; parsing the markup language document into a number of blocks by a processor, each of the blocks comprising code between markers contained in the markup language document; the method being characterized by: assigning values to one or more of the blocks based on a desirability metric, said desirability metric indicating whether the information represented by the respective block is determined to be desired by one or more users; creating a second markup language document based on the received markup language document, wherein each block associated with a value that does not meet a predefined threshold is replaced by a replacement block, of the replacement blocks comprising markup language that, when rendered, provides a hypertext message for the user to press in order to view the replaced content; and assigning a higher value to any block having content that was requested a number of times greater than another predefined threshold, in response to receiving requests to said content. assigning values to one or more of the blocks based on a desirability metric, said desirability metric indicating whether the information represented by the respective block is determined to be desired by one or more users; creating a second markup language document based on the received markup language document, wherein each block associated with a value that does not meet a predefined threshold is replaced by a replacement block, of the replacement blocks comprising markup language that, when rendered, provides a hypertext message for the user to press in order to view the replaced content; and assigning a higher value to any block having content that was requested a number of times greater than another predefined threshold, in response to receiving requests to said content.
An electronic device comprising: a touch screen disposed on a front of the electronic device; a touch sensor (10, 176) configured to sense at least one touch, wherein the touch sensor is disposed on at least two different lateral sides of the electronic device; a pressure sensor (20, 178) configured to sense at least one pressure, wherein the pressure sensor is disposed on the at least two different lateral sides of the electronic device; a sensor for detecting rotation of the device; and a controller (40, 110) configured to determine a grip pattern in which a user grips the electronic device, and a time period for which the user grips the electronic device, using the touch sensor and the pressure sensor, and to control a predetermined function according to the grip pattern and the time period, wherein the controller is configured to determine whether the grip pattern is changed when the electronic device is rotated, change a first screen displayed on the touch screen to a second screen rotated from the first screen according to a rotation direction of the electronic device when the grip pattern is changed, and keep displaying the first screen when the grip pattern is not changed. a touch screen disposed on a front of the electronic device; a touch sensor (10, 176) configured to sense at least one touch, wherein the touch sensor is disposed on at least two different lateral sides of the electronic device; a pressure sensor (20, 178) configured to sense at least one pressure, wherein the pressure sensor is disposed on the at least two different lateral sides of the electronic device; a sensor for detecting rotation of the device; and a controller (40, 110) configured to determine a grip pattern in which a user grips the electronic device, and a time period for which the user grips the electronic device, using the touch sensor and the pressure sensor, and to control a predetermined function according to the grip pattern and the time period, wherein the controller is configured to determine whether the grip pattern is changed when the electronic device is rotated, change a first screen displayed on the touch screen to a second screen rotated from the first screen according to a rotation direction of the electronic device when the grip pattern is changed, and keep displaying the first screen when the grip pattern is not changed.
Switching unit for the selective switching-off of at least one consumer, with a) at least one contact point, comprising a moveably mounted contact arm, b) an actuatable hammer armature for opening the contact point by moving the contact arm, c) a switching lock, which includes d) a moveably mounted latch, and e) a moveably mounted tripping lever assigned to the latch, which can be moved between f) a latch-release position, in which the latch is released, and g) a latch-locking position, in which the latch is locked, h) with the release of the latch by the tripping lever (3, 3') taking place in a time-delayed fashion compared with the actuation of the contact arm by the hammer armature, characterised by i) an unlatching pin, which j) is moveable in an actuation direction, k) has an unlatching surface for supporting the tripping lever, and l) a support surface for support against the hammer armature, as a result of which the unlatching pin is defined in a failure-free operating state of the switching unit in its position in the actuation direction. a) at least one contact point, comprising a moveably mounted contact arm, b) an actuatable hammer armature for opening the contact point by moving the contact arm, c) a switching lock, which includes d) a moveably mounted latch, and e) a moveably mounted tripping lever assigned to the latch, which can be moved between f) a latch-release position, in which the latch is released, and g) a latch-locking position, in which the latch is locked, h) with the release of the latch by the tripping lever (3, 3') taking place in a time-delayed fashion compared with the actuation of the contact arm by the hammer armature, characterised by i) an unlatching pin, which j) is moveable in an actuation direction, k) has an unlatching surface for supporting the tripping lever, and l) a support surface for support against the hammer armature, as a result of which the unlatching pin is defined in a failure-free operating state of the switching unit in its position in the actuation direction.
A cosmetic composition, comprising: an aggregate including a core and a shell; the core comprising a hydroxyethylcellulose; and the shell having a C 4-24 alkyl covalently bonded to the hydroxyethylcellulose of the core. an aggregate including a core and a shell; the core comprising a hydroxyethylcellulose; and the shell having a C 4-24 alkyl covalently bonded to the hydroxyethylcellulose of the core.
Helmet padding, wherein said helmet padding includes a cushioning body and a component of a coupling device configured to removably connect the cushioning body to a remaining helmet portion, wherein said component of the coupling device comprises either one of a sliding element and a sliding guide, wherein the sliding element includes a head and a stem, and said sliding guide comprises a seat with at least one insertion terminal mouth and a longitudinal opening, said longitudinal opening being configured to allow passage of the stem of the sliding element and insertion of the head of the sliding element itself via said insertion terminal mouth and prevent the head from coming out of said seat; wherein said coupling device includes, or is associated with, an impedance element or blocking device, adapted to prevent further relative sliding of the sliding element and the sliding guide; wherein the coupling device is a first coupling device and wherein the helmet padding comprises a second component of a second coupling device configured for detachably connecting the cushioning body to a remaining helmet portion, wherein said second removable coupling device is of the male-female type; characterized in that said first coupling device comprises a ring element configured to be interposed, during use, between a male element and a female element of said second coupling device, wherein said ring element acts as said impedance element and it is configured, during use, to prevent relative sliding of the sliding element and the sliding guide.